# Oceaneering
> 60 Years of Solving the Unsolvable
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## Posts
### [Latest News](https://www.oceaneering.com/news-media/latest-news/)
**Published:** May 24, 2017
**Author:** Andrew Dodson
**Search Tags:** Latest News, News and Media
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### [Oceaneering Secures Maintenance Build and Inspection Contract with GOLAR for FLNG](https://www.oceaneering.com/oceaneering-secures-maintenance-build-and-inspection-contract-with-golar-for-flng/)
**Published:** March 25, 2020
**Author:** Louder Agency
**Content:**
Houston, March 25, 2020 – Oceaneering International, Inc. (Oceaneering) has been awarded a contract by Golar LNG for a FLNG vessel maintenance build, and inspection and maintenance program.
The scope of work – commencing in January 2020 – will include an asset register build, a full maintenance build program, a risk-based inspection assessment, and the development of a corrosion management strategy. Oceaneering will add valuable insight through thorough forensic maintenance and inspection planning, detailed technical reviews, and the identification of schedule improvements. This will be integrated into a single management system to ensure a holistic, cohesive approach for optimal asset reliability.
“FLNG offers an economical alternative to large, onshore LNG assets, but these benefits can only be attained if production uptime and reliability are optimized,” said Helen West, Integrity Director at Oceaneering. “By delivering a fully integrated maintenance and risk-based integrity program that determines optimized inspection activities, we ensure enhanced reliability; future proofing it with rightsized maintenance plans and efficient inspection enactment.
“We’re thrilled to be working with Golar, a new customer that shares our forward-thinking views around integrity management. In partnership, we aim to showcase a new and improved way of delivering maintenance management and inspection services to the global LNG market.”
The comprehensive maintenance and inspection scope will be managed collaboratively from Oceaneering’s Norway and U.K. asset integrity hubs.
Oceaneering’s asset integrity business delivers integrity, analytics, maintenance and risk management, conventional and advanced non-destructive testing (NDT) and specialist inspection solutions. The team includes 2,100 technically focused people, servicing customers from 24 global locations.
[Learn more about our Asset Integrity services](https://www.oceaneering.com/asset-integrity-management/)
**Content Types:** News Releases
**Tags:** asset integrity, flng, inspection software, inspection tools, integrity management, lng, real-time analysis, real-time data
**Categories:** Asset Integrity Management, Inspection Management
**Regions:** Norway, United Kingdom
**Search Tags:** '-Regions, Non Destructive Testing (NDT), Norway, UK
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### [Oceaneering Secures Integrity Services Contract Extension from Equinor](https://www.oceaneering.com/oceaneering-secures-integrity-services-contract-extension-from-equinor/)
**Published:** March 13, 2019
**Author:** Louder Agency
**Content:**
Houston, March 13, 2019 – Oceaneering International, Inc. (“Oceaneering”) has secured a contract renewal from Equinor, which covers the provision of maintenance, reliability and integrity management.
The contract, which was originally awarded to Oceaneering’s integrity business in 2005 and competitively tendered again in December 2013, is extended until December 2020. Under the agreement, Oceaneering will provide support to Equinor’s onshore and offshore facilities in Norway, covering a wide spectrum of maintenance, risk and reliability services.
Thomas Aas Sæthre, Director of Integrity at Oceaneering , said, “We’re delighted to extend our long-standing relationship with Equinor. We look forward to supporting our customer to achieve effective maintenance engineering and management across its facilities, helping to deliver measurable improvements to optimize facility performance and mitigate risk.”
Oceaneering will develop maintenance programs and procedures, including full maintenance build, advisory and analysis capability as well as digitalization and visualization support. This specific contract will be managed from Norway, under separate agreements Oceaneering’s asset integrity business also provides maintenance engineering to Equinor from Aberdeen, Houston and Rio De Janeiro.
In addition to asset integrity, Oceaneering’s services to Equinor include ROVs, integrated subsea tooling, engineering and new technology solutions.
Oceaneering’s asset integrity business delivers integrity, analytics, maintenance and risk management, conventional and advanced non-destructive testing (NDT) and specialist inspection solutions. The team includes 2,100 technically focused people, servicing customers from 24 global locations.
Learn more: [oceaneering.com/asset-integrity](https://www.oceaneering.com/asset-integrity-management/ "Asset Integrity Management")
**Content Types:** News Releases
**Tags:** asset integrity, data, digitalization, equinor, integrity management, maintenance, reliability, risk, statoil, visualization
**Categories:** Asset Integrity Management, Integrity Management
**Regions:** Norway, United Kingdom
**Search Tags:** '-Regions, Norway, UK
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### [Oceaneering Secures Inspection Services Partnership in Australia](https://www.oceaneering.com/oceaneering-secures-inspection-services-partnership-in-australia/)
**Published:** January 11, 2018
**Author:** Louder Agency
**Content:**
January 11, 2018 — Houston, Texas — Oceaneering International, Inc. (“Oceaneering”) is pleased to announce that is subsidiary, Oceaneering Australia Pty Ltd, has formed a partnership with Australian owned and operated NDT Tech Ops to provide asset integrity services, including integrated inspection, non-destructive testing, and evaluation services, in the country.
The combination of Oceaneering’s technology and training resources with NDT Tech Ops’ established presence is aimed at creating job opportunities in local communities through training, upskilling, and job placement.
Roy Andrich, Australia General Manager for Oceaneering, said, “We are excited by the opportunity to support and grow indigenous talent. With Oceaneering’s support, we believe that NDT Tech Ops will continue to grow as an industry leader in the field of non-destructive inspection and other industrial services.”
The two organizations will deliver integrated services in Australia from Oceaneering’s purpose-built Jandakot, Western Australia, facility.
To learn more about how Oceaneering and its partners can meet your asset integrity needs in Australia and around the world, please visit <https://www.oceaneering.com/asset-integrity/>.
**Content Types:** News Releases
**Regions:** Australia
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### [Oceaneering Secures Global Master Lease Agreement with Ashtead Technology](https://www.oceaneering.com/oceaneering-secures-global-master-lease-agreement-with-ashtead-technology/)
**Published:** November 7, 2018
**Author:** Louder Agency
**Content:**
November 6, 2018 — Houston, Texas — Oceaneering International, Inc. (“Oceaneering”) announced that one of its wholly-owned subsidiaries has secured a global Master Lease Agreement (“Agreement”) with Ashtead Technology Limited (“Ashtead”), an independent provider of subsea equipment rental, sales and services to the offshore industry.
Under the terms of the Agreement, Oceaneering will provide Ashtead access to its inventory of over 5,000 tools and work packages to service the work-class remotely operated vehicle market. This Agreement will cover equipment packages as well as associated tooling and services that provide life of field support to the drilling and completions sectors. The Agreement will leverage Ashtead’s facilities and support teams globally based in Aberdeen, Singapore, Abu Dhabi and Houston.
Benjamin Laura, Vice President – Service, Technology, and Rentals of Oceaneering, said, “We are pleased to be working with Ashtead, and leveraging our existing relationship, to offer the offshore industry greater supply chain collaboration to sustain a low cost environment. By collaborating with Ashtead’s comprehensive subsea tooling offerings, sales and support teams, this Agreement offers Oceaneering the opportunity to strengthen our global market positions and ensure our customers have access to an expanded selection of services, products, and advanced industry technology.”
**Content Types:** News Releases
**Tags:** remotely operated vehicle, rov, Service, subsea, subsea equipment, subsea tooling, Technology and Rentals
**Categories:** Remotely Operated Vehicles (ROVs), ROV Tooling
**Regions:** APAC, Gulf of Mexico, United Kingdom
**Search Tags:** '-Regions, APAC, Gulf of Mexico, Tooling, UK
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### [Oceaneering Rotator Unveils New Topside Chemical Throttle Valve](https://www.oceaneering.com/oceaneering-rotator-unveils-new-topside-chemical-throttle-valve/)
**Published:** April 15, 2021
**Author:** Louder Agency
**Excerpt:** Oceaneering International’s Rotator business has launched a new high-performance Topside Chemical Throttle Valve (T-CTV) for multiple industries including oil and gas, chemical processing, wastewater treatment, medical, and pharmaceutical. The T-CTV leverages existing field-proven technology to address operational requirements for efficient topside chemical dosing.
**Content:**
April 15, 2021 – Oceaneering International’s Rotator business has launched a new high-performance Topside Chemical Throttle Valve (T-CTV) for multiple industries including oil and gas, chemical processing, wastewater treatment, medical, and pharmaceutical. The T-CTV leverages existing field-proven technology to address operational requirements for efficient topside chemical dosing.
The T-CTV provides an innovative, cost-effective, and environmentally friendly solution for both greenfield and brownfield projects. The T-CTV is also ideal for unmanned and remotely operated applications across industries and can be configured with optional Wi-Fi capabilities. The valve is also the industry’s only design that combines a full-flush position with an integrated mechanical scraper. This feature ensures superior contamination tolerance and delivers unmatched, long-term performance without the need for filters.
 *Oceaneering Rotator Topside Chemical Throttle Valve (T-CTV)*
“Historically, Rotator’s focus has been on subsea valves and we’re excited about this opportunity to expand into the topside market with an industry-leading solution,” said Tommy Tolfsen, T-CTV Product Manager at Rotator. “Our T-CTV delivers a fully automated chemical dosing package. It combines continuous and accurate flow measurement with automatic flow regulation in a modular, plug-and-play design.
“With the appetite for unmanned platforms growing, we wanted to make sure our T-CTV is ready for full, remote operation.”
The superior accuracy of the valve results in less chemical waste. The valve boasts ± 0.2% of reading via continuous Coriolis flow measurement. The T-CTV control system uses continuous, live feedback from the Coriolis flow meter to automatically regulate and continuously display flow rates. The valve’s unique helical flow path provides stable, controlled flow throughout the entire operating range. A fully programmable deadband is set to further optimize flow performance. The superior accuracy and reliability of the T-CTV will ultimately reduce OPEX via lowered chemical costs and improved uptime.
Rotator’s T-CTV builds on its over 60 years of experience in delivering best-in-class valves for subsea operations.
[Learn more about the Topside Chemical Throttle Valve](https://www.oceaneering.com/rotator-technologies/topside-chemical-throttle-valves/)
**Content Types:** News Releases
**Tags:** chemical dosing, flow assurance, Flow Control, rotator, Topside, Valves
**Categories:** Valves (Rotator Technologies)
**Regions:** North America, Norway, United Kingdom
**Search Tags:** '-Regions, Norway, Rotator
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### [Oceaneering Receives George Mason University ‘Demonstrated Employer Equity and Inclusion In Practice’ Designation](https://www.oceaneering.com/oceaneering-receives-george-mason-university-demonstrated-employer-equity-and-inclusion-in-practice-designation/)
**Published:** September 23, 2022
**Author:** Louder Agency
**Excerpt:** Oceaneering has been recognized as a George Mason University Demonstrated Employer Equity and Inclusion In-Practice (D.E.E.P.) employer for the 2022-2023 academic school year.
**Content:**
September 27, 2022 – Houston, Texas – Oceaneering International announced that it has been recognized as a George Mason University [Demonstrated Employer Equity and Inclusion In-Practice](https://careers.gmu.edu/deep-employers) (D.E.E.P.) employer for the 2022-2023 academic school year.
The D.E.E.P. Program offers organizations an opportunity to highlight their initiatives that exemplify a strong commitment to diversity, equity, and inclusion (DEI) via the George Mason community.
“We are proud to be recognized by George Mason University’s program. Diversity and Inclusion are key elements of our core values and how we attract talented people to our workforce,” says Holly Kriendler, Oceaneering’s Senior Vice President and Chief HR Officer. “We strive to make the company fair and inclusive to everyone. We remain committed to building a culture in which employees feel they can be authentic at work, live their values, and understand how to grow and advance their careers.”
George Mason University Career Services selections are predicated on how suitable employers fulfill their DEI initiatives. Oceaneering has strived to maintain diversity and inclusion in all sectors of the organization from the establishment of the Oceaneering Women’s Network (OWN) and the Oceaneering Veterans’ Network (OVN) to employing military veterans, and the implementation of Unconscious Bias employee training.
For more information on Oceaneering’s Diversity and Inclusion please visit: [Diversity and Inclusion](https://www.oceaneering.com/careers/diversity-and-inclusion/)
**Content Types:** News Releases
**Tags:** Diversity, Inclusion
**Regions:** North America
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### [Oceaneering Ranks First in Seven Categories in Independent Customer Satisfaction Survey](https://www.oceaneering.com/oceaneering-ranks-first-in-seven-categories-in-independent-customer-satisfaction-survey/)
**Published:** February 28, 2018
**Author:** Louder Agency
**Content:**
February 28, 2018 – Houston, Texas – Oceaneering International, Inc. (“Oceaneering”) earned first place for customer satisfaction in seven categories in the Oilfield Products segment of EnergyPoint Research’s 2017 Oilfield Products & Services Customer Satisfaction Survey. The annual survey is the industry benchmark for customer satisfaction in the global oilfield.
The seven categories Oceaneering received top honors were for: remotely operated vehicles (ROVs); performance and reliability; deepwater applications; offshore applications; harsh environment wells; ultra-deepwater applications; and post-sale support.
Roderick A. Larson, President and Chief Executive Officer of Oceaneering, stated, “We are honored to be recognized by our customers once again in these multiple categories of EnergyPoint Research’s Customer Satisfaction Survey. Despite market conditions, these results reflect our continued commitment to meeting our customers’ needs by leveraging our people and core oil and gas businesses to provide safe, innovative, and cost-effective solutions.”
The independent survey was conducted as part of EnergyPoint Research’s 2017 industry-wide Oilfield Products & Services Survey, comprising thousands of in-depth evaluations.
For more information about EnergyPoint Research’s 2017 Oilfield Products & Services Customer Satisfaction Survey, visit [http://www.energypointresearch.com/press.html](https://energypointresearch.com/press.html).
**Content Types:** News Releases
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### [Oceaneering Ranks First in Five Categories in Independent Customer Satisfaction Survey](https://www.oceaneering.com/oceaneering-ranks-first-in-five-categories-in-independent-customer-satisfaction-survey/)
**Published:** January 29, 2016
**Author:** Louder Agency
**Content:**
January 29, 2016 – Houston, Texas –Oceaneering International, Inc. (“Oceaneering” or the “Company”) earned first place for customer satisfaction in five categories in EnergyPoint Research’s 2015 Oilfield Products segment of the Oilfield Products & Services Customer Satisfaction Survey.
- Rated First in [“ROVs”](https://www.oceaneering.com/rov-services/) for Eight Consecutive Surveys Since 2006
- Rated First in “Performance and Reliability” and “Subsea Equipment” for Sixth Consecutive Year
- Rated First in “Deepwater Applications” for Fifth Consecutive Year
- Rated First in “Offshore Applications” for the First Year
The annual survey is the industry benchmark for customer satisfaction in the global oilfield and was conducted as part of EnergyPoint Research’s 2015 industry-wide Oilfield Products & Services Survey, comprising thousands of in-depth evaluations.
M. Kevin McEvoy, Chief Executive Officer, stated, “We are committed to our customers’ success, and despite current market conditions, we remain dedicated to providing safe, innovative, and cost effective solutions that improve our customers’ returns in a lower commodity price environment. We are honored to be recognized and would like to thank our customers for their continued trust and partnership.”
For more information about EnergyPoint Research’s 2015 Oilfield Products & Services Customer Satisfaction Survey, visit <http://www.energypointresearch.com/>.
**Content Types:** News Releases
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### [Oceaneering Ranks First in Eight Categories in Independent Customer Satisfaction Survey](https://www.oceaneering.com/oceaneering-ranks-first-eight-categories-independent-customer-satisfaction-survey/)
**Published:** February 23, 2017
**Author:** Louder Agency
**Content:**
February 23, 2017 – Houston, Texas – Oceaneering International, Inc. (“Oceaneering”) earned first place for total customer satisfaction in eight categories in EnergyPoint Research’s Oilfield Products segment of the 2016 Oilfield Products & Services Customer Satisfaction Survey. The annual survey is the industry benchmark for customer satisfaction in the global oilfield.
- Rated First in “ROVs” for Nine Consecutive Surveys Since 2006
- Rated First in “Performance and Reliability” and “Subsea Equipment” for Seventh Consecutive Year
- Rated First in “Deepwater Applications” for Sixth Consecutive Year
- Rated First in “Offshore Applications” for the Second Year
- Rated First in “Harsh Environment Wells,” “Ultra-deepwater Applications,” and “Post-sale Support”
The eight categories Oceaneering received top honors were for: [remotely operated vehicles (ROVs)](https://www.oceaneering.com/rov-services/); performance and reliability; subsea equipment; deepwater applications; offshore applications; harsh environment wells; ultra-deepwater applications; and post-sale support.
Roderick A. Larson, President of Oceaneering, stated, “Building a great culture of safety and operational excellence is something we strive for each and every day. We are pleased to receive top honors from EnergyPoint Research once again in several key areas of our business, and thank our customers for this special recognition and their continued trust and partnership.”
The independent survey was conducted as part of EnergyPoint Research’s 2016 industry-wide Oilfield Products & Services Survey, comprising thousands of in-depth evaluations.
For more information about EnergyPoint Research’s 2016 Oilfield Products & Services Customer Satisfaction Survey, visit [energypointresearch.com](https://energypointresearch.com/).
**Content Types:** News Releases
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### [Oceaneering Mobile Robotics Unveils New Autonomous Features for Smarter, Safer, and More Efficient Material Handling](https://www.oceaneering.com/oceaneering-mobile-robotics-unveils-new-autonomous-features-for-smarter-safer-and-more-efficient-material-handling/)
**Published:** August 8, 2025
**Author:** Audrey Leon
**Content:**
Houston, Texas – Oceaneering International, Inc., (Oceaneering) announces that its [Mobile Robotics](www.oceaneering.com/omr) business has introduced a suite of advanced autonomy features now available on the [MaxMover™ Counterbalance Forklift](https://www.oceaneering.com/maxmover-cb-d-2000/) and [CompactMover™ Fork Over Leg](https://www.oceaneering.com/oceaneering-mobile-robotics-omr/compactmover-fol-u-1200/) that are engineered to drive safety, productivity, and flexibility in modern material handling and intralogistics environments.
These new capabilities deliver intelligent automation for real-world industrial challenges and are ideal for deployment in manufacturing plants, warehouses, and logistics centers across the globe.
The MaxMover™ Counterbalance Forklift is specifically designed for use across warehouse logistics, manufacturing operations, distribution centers, and assembly lines. The system offers a true replacement for conventional counterbalance forklifts. Amongst its new capabilities are **Elevated Obstacle Detection (EOD),** a safety-enhancing feature that detects overhead hazards, such as suspended structures or raised equipment, beyond the reach of standard scanners. EOD allows the mobile robot to automatically slow or halt to prevent collisions. It resumes movement once the path is clear, helping to minimize downtime and protect assets.
The MaxMover™ Counterbalance Forklift from Oceaneering Mobile Robotics is equipped with Elevated Obstacle Detection (EOD), a safety-enhancing feature that detects overhead hazards, such as suspended structures or raised equipment, beyond the reach of standard scanners for efficient material handling operations.Also new is **Empty Drop-off Detection (EDD)**, which actively scans drop-off zones to ensure they are clear before payload release. This intelligent safeguard prevents misplaced loads, reduces the risk of equipment damage, and keeps operations running smoothly. Additional innovations include **Fork Pitch Adjustment (FPA)**, which automatically modifies fork width to accommodate varying pallet sizes, eliminating manual adjustments and enabling seamless load handling with a single vehicle.
The CompactMover™ FOL U 1200 is a compact autonomous mobile robot engineered to replace traditional electric pallet stackers. It offers a fully electric solution without hydraulics for easier maintenance and a fork-over-leg design, natural-feature navigation, and infrastructure-free deployment. The CompactMover™ offers a scalable, low-maintenance solution for modern warehouse and production environments. The new features include **EOD**, which detects and stops for high obstacles, **Automatic Pallet Tracking**, which seamlessly handles misaligned pallets on the floor, and **Available Location Detection (ALD)**, which scans rows and finds available spaces efficiently.
With these innovations, Oceaneering Mobile Robotics continues to push the boundaries of autonomous material handling. By enabling higher throughput, lowering operating costs, and improving overall safety, these solutions are ideal for smart warehouses, distribution centers, and industrial facilities seeking scalable automation strategies.
[Learn more about our Mobile Robotics](https://www.oceaneering.com/oceaneering-mobile-robotics-omr/)
**Content Types:** News Releases
**Tags:** AGV, AMR, CompactMover, MaxMover, Mobile Robotics, OMR
**Categories:** Mobile Robotics
**Industries:** Material Handling
**Regions:** North America
**Search Tags:** Mobile Robotics, North America
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### [Oceaneering Mobile Robotics is Awarded Significant Contracts to Supply Autonomous Mobile Robot Forklifts](https://www.oceaneering.com/oceaneering-mobile-robotics-is-awarded-significant-contracts-to-supply-autonomous-mobile-robot-forklifts/)
**Published:** February 15, 2023
**Author:** Louder Agency
**Content:**
February 15, 2023 – Houston, Texas – Oceaneering International announces that its Oceaneering Mobile Robotics (OMR) business has been awarded contracts by a leading international manufacturer for the delivery of 85 MaxMover™ CB D 2000 autonomous counterbalance forklifts to three of their manufacturing facilities. The forklift systems are scheduled for staggered delivery between early 2023 and early 2024. The scope of the contracts includes installation, on-site systems-integration services and training, as well as 24/7 hotline support and remote software services.
The MaxMover™ vehicle is a robotic forklift capable of lifting 2,000 kilograms (4,400 pounds) and moving autonomously in support of manufacturing and assembly processes and warehouse material movements. This forklift was designed to retain the desired capabilities of conventional forklifts, including differential drives to allow pivot turning and comparable maximum speeds, while leveraging autonomous capabilities to create operating efficiencies. Importantly, the MaxMover™ software platform is designed to easily integrate with new and existing facility environments, while accommodating future upgrades to further enhance operating capabilities. In addition, its high-performance battery design and quiet operating features enhance employee safety and help create healthier work surroundings.
Roderick A. Larson, Oceaneering’s President and Chief Executive Officer, stated, “We have seen tremendous interest in this product since its launch in 2022. These meaningful contract awards for our innovative MaxMover™ product are recognition of OMR’s best-in-class intralogistics solutions and performance and confirm Oceaneering’s ability to leverage its core robotics expertise into new markets. We appreciate the confidence that this customer has shown in our autonomous mobile forklift system and look forward to further expanding this strategic relationship.”
Oceaneering’s OMR business designs, manufactures, implements and maintains innovative turnkey logistic solutions based on autonomous mobile robot technology. Its mobile robot systems consist of one or more robots, advanced supervisory software, and supporting infrastructure. These robots can be operated in mixed fleets. Integration management ensures that these turnkey logistic systems are optimized to suit customer needs and seamlessly interface with other customer processes, while OMR’s high-performance battery solution helps to lower customers’ operational carbon footprint. For over 30 years, OMR has been a trusted partner for the automotive, healthcare, manufacturing and logistics industries.
[Learn more about our Mobile Robotics](https://www.oceaneering.com/oceaneering-mobile-robotics-omr/)
**Content Types:** News Releases
**Tags:** AGVS, AMRS, automated guided vehicles, Autonomous Mobile Robots, Forklifts, MaxMover, Mobile Robotics, Oceaneering Mobile Robotics, OMR
**Categories:** Mobile Robotics
**Regions:** North America
**Search Tags:** Mobile Robotics
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### [Oceaneering Mobile Robotics Completes Successful Pilot Project with ZEISS Group](https://www.oceaneering.com/oceaneering-mobile-robotics-completes-successful-pilot-project-with-zeiss-group/)
**Published:** October 4, 2023
**Author:** Louder Agency
**Content:**
October 4, 2023 – Houston, Texas – Oceaneering International, Inc. announces that its Oceaneering Mobile Robotics (OMR) business successfully completed a pilot project using its omnidirectional UniMover™ O 600 and UniMover™ D 100 underride robots at the ZEISS facility in Jena, Germany in cooperation with Ingenics Consulting.
Oceaneering Mobile Robotics’ omnidirectional UniMover™ O 600 system in use during the pilot project at ZEISS Group’s facility in Germany.The pilot specially tested the mobile robot systems’ maneuverability, and obstacle avoidance features, as well as proved specific behaviors at the building’s fire doors. The project demonstrated OMR’s underride mobile robot capabilities and enabled Ingenics Consulting and ZEISS Group to assess their suitability for inclusion in the new, state-of-the-art facility currently under construction in Jena.
Installation, integration, and operation of the underride mobile robots occurred within a three-day period, during ongoing production at the current ZEISS Group facility in Jena. The trial seamlessly ran for one week alongside existing manual logistic processes.
ZEISS Group sought to gain preliminary experience with mobile robots in a dynamic environment that includes both automated transport and manual traffic. Responsible for developing the logistic processes in the new facility, Ingenics Consulting approached OMR on behalf of the ZEISS Group.
“In the planning of the new high-tech site in Jena, it was important for us to address the planned changes and use of innovation for ZEISS at an early stage and to involve the relevant partners,” said Benjamin Lehnort, Senior Project Engineer, Ingenics Consulting. “Through the ongoing communication with OMR in this pilot project, we were able to give the employees at ZEISS in Jena an impression of a mobile robotics system and, as a project team, gain valuable information for the further planning of the building and internal transport. Conducting the pilot in an operational area was particularly important to us in order to get as close as possible to the future environmental conditions.”
Lutz Lippmann, Project Manager, Carl Zeiss AG, said: “The project’s overarching objective was two-fold. We sought to introduce mobile robotics to our multiple business units and to test the underride robots in a dynamic environment with extensive manual transport, thereby assessing the optimal functionality of the mobile robot system. We are delighted that the pilot not only met but exceeded our expectations, with OMR successfully operating the mobile robots in our existing facility.”
Hendrik Hörisch, Branch Manager, Oceaneering Mobile Robotics GmbH, said: “We were able to show that our mobile robots for autonomous transport can be integrated into during an operational logistics process within a very short time without interrupting production or making structural changes to the building thanks to our infrastructure-free navigation technology. Furthermore, we were able to successfully give the employees of Carl Zeiss AG insight into the possibilities of mobile robotics and share an outlook on the potential logistical innovations at the ZEISS high-tech location in Jena.”
The planned new building in Jena serves as ZEISS’ founding location and the second-largest facility worldwide. ZEISS is constructing a building on 80,000 square meters where all development units, as well as a large part of the locally based production and administrative departments, will be located. The new location’s modernity and openness matches the high-tech and science-oriented city of Jena, due to the systems developed and manufactured there.
ZEISS Group’s new facility features state-of-the-art technology that will be used to transport dedicated material trolleys from the logistics area to the production areas on two levels. Integration of the OMR underride technology focuses on providing a flexible, reliable solution that improves efficiency in production and logistics.
OMR’s innovative underride mobile robots are equipped with infrastructure-free navigation based on BlueBotics’ Autonomous Navigation Technology (ANT). Within this one-week demonstration, ZEISS’ facility benefited from mobile robots equipped with the latest navigation technology backed by OMR’s 30+ years of experience in designing, manufacturing, and implementing autonomous mobile robotic solutions.
**About ZEISS Group**
The ZEISS Group, a renowned and innovative company, is widely recognized as a global leader in precision optics and optoelectronics. For more information, visit [www.zeiss.com](https://www.zeiss.com)
**About Ingenics Consulting** Ingenics is a multinational corporate consulting engineering company with over 40 years’ experience. The firm is specialized in the transformation and digitization of business models, products, and processes. For more information, visit [www.ingenics.com](https://www.ingenics.com/en)
**About Oceaneering Mobile Robotics**
Oceaneering Mobile Robotics designs, manufactures, implements, and maintains innovative turnkey logistic solutions based on autonomous mobile robot technology. For over 30 years, OMR has been a trusted partner for the automotive, healthcare, manufacturing, and logistics industries. [Learn more about our Mobile Robotics](https://www.oceaneering.com/oceaneering-mobile-robotics-omr/)
**About Oceaneering International** Oceaneering is a global technology company delivering engineered services and products and robotic solutions to the offshore energy, defense, aerospace, manufacturing, and entertainment industries. For more information on Oceaneering, please visit [www.oceaneering.com](https://www.oceaneering.com/)
**Content Types:** News Releases
**Tags:** AGV, AMR, Autonomous Mobile Robots, bluebotics, featured, germany, Ingenics, Mobile Robotics, OMR, UniMover, Zeiss
**Categories:** Mobile Robotics
**Search Tags:** Mobile Robotics
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### [Oceaneering Mobile Robotics Announces New German Office Location](https://www.oceaneering.com/oceaneering-mobile-robotics-announces-new-german-office-location/)
**Published:** September 25, 2023
**Author:** Louder Agency
**Content:**
September 25, 2023 – Houston, Texas – Oceaneering International announces today that its Oceaneering Mobile Robotics (OMR) group will relocate its German office in September 2023 to better serve customers and meet the growing market demand for our mobile robotic forklifts and underride vehicles.
MaxMover™ CBD 2000 Counterbalance ForkliftOMR’s sales and service office will re-locate from Leinfelden-Echterdingen to Freiberg am Neckar, north of Stuttgart. The new location offers expanded office space, a large workshop area, and increased storage space for spare parts.
Henny Bouwmeester, Vice President and General Manager, OMR, stated: “The new location is a modern space that matches our growth ambitions. It offers a significant, large workshop area where we can give live demonstrations of our MaxMover™ counterbalance forklift and UniMover™ underride robots. It also allows us to extend our local service capabilities where we can provide on-site services 24/7 with German-speaking service and project engineers.”
Hendrik Hörisch, Branch Manager, OMR Germany, stated: “Our move to Freiberg am Neckar signifies a crucial step in our growth journey. It reflects our commitment to advancing mobile robotics technology while ensuring our customers receive the utmost attention and services.”
OMR is also continuing its cooperation with independent AGV consulting and integration company ProLog Automation GmbH, headquartered in nearby Stuttgart. Being closer to their location allows for quicker scale-up in service and commissioning demand.
“This collaboration with ProLog represents an ideal synergy, seamlessly merging our extensive industry expertise with the innovative BlueBotics’ Autonomous Navigation Technology (ANT), which stands as the forefront of natural navigation solution for automated vehicles in the market,” said Hendrik Hörisch.
**About Oceaneering Mobile Robotics** Oceaneering Mobile Robotics (OMR) designs, manufactures, implements, and maintains innovative turnkey logistic solutions based on autonomous mobile robot technology. Its mobile robot systems consist of one or more robots, advanced supervisory software, and supporting infrastructure. These robots can be operated in mixed fleets. Integration management ensures that these turnkey logistic systems are optimized to suit customer needs and seamlessly interface with other customer processes, while OMR’s high-performance battery solution helps to lower customers’ operational carbon footprint. For over 30 years, OMR has been a trusted partner for the automotive, healthcare, manufacturing, and logistics industries.
[Learn more about our Mobile Robotics](https://www.oceaneering.com/oceaneering-mobile-robotics-omr/)
**Content Types:** News Releases
**Tags:** AGV, AMR, Autonomous Mobile Robots, Freiberg am Neckar, german office, germany, Mobile Robotics, OMR
**Categories:** Mobile Robotics
**Search Tags:** Mobile Robotics
---
### [Oceaneering Mobile Robotics Adds North American Manufacturing Capacity](https://www.oceaneering.com/oceaneering-mobile-robotics-adds-north-american-manufacturing-capacity/)
**Published:** March 20, 2023
**Author:** Louder Agency
**Content:**
March 20, 2023 – Chicago, Illinois – Today, Oceaneering announces that its Mobile Robotics group has added an extra production campus in Orlando, Florida.
The MaxMover™ CB D 2000 at Oceaneering’s Orlando, Florida, production facility.
The location allows the Mobile Robotics team to expand their capabilities to support future growth. The campus, also home to Oceaneering Entertainment Systems, offers 238,000 sq ft of space dedicated to the assembly, integration, and acceptance testing of our mobile robot systems.
Henny Bouwmeester, Vice President/General Manager, of Oceaneering Mobile Robotics, said: “The new campus will support the manufacture and delivery of newbuild mobile robotic systems for the North American market. This move will enable us to more efficiently deliver recently signed orders while positioning us to ramp up to meet the future demand we see in the market.
**Oceaneering Mobile Robotics will attend [ProMat](https://www.promatshow.com/listing/49207) (Booth S3847) from March 20-23, 2023.**
Oceaneering Mobile Robotics designs, manufactures, implements, and maintains innovative turnkey logistic solutions based on autonomous mobile robot technology. Its mobile robot systems consist of one or more robots, advanced supervisory software, and supporting infrastructure. These robots can be operated in mixed fleets. Integration management ensures that these turnkey logistic systems are optimized to suit customer needs and seamlessly interface with other customer processes, while OMR’s high-performance battery solution helps to lower customers’ operational carbon footprint. For over 30 years, OMR has been a trusted partner for the automotive, healthcare, manufacturing, and logistics industries.
For more information on Oceaneering Mobile Robotics, please visit [oceaneering.com/OMR](https://www.oceaneering.com/oceaneering-mobile-robotics-omr/ "Oceaneering Mobile Robotics (OMR)").
Oceaneering is a global technology company delivering engineered services and products and robotic solutions to the offshore energy, defense, aerospace, manufacturing, and entertainments industries. For more information on Oceaneering, please visit [www.oceaneering.com](https://www.oceaneering.com/ "Home").
**Content Types:** News Releases
**Tags:** AGV, AMR, MaxMover, Mobile Robotics
**Categories:** Mobile Robotics
**Regions:** North America
**Search Tags:** Mobile Robotics
---
### [Oceaneering Launches New Mobile Robots for the North American Market at MODEX](https://www.oceaneering.com/oceaneering-launches-new-mobile-robots-for-the-north-american-market-at-modex/)
**Published:** March 28, 2022
**Author:** Louder Agency
**Excerpt:** Oceaneering International is proud to announce at this year’s MODEX conference a complete revamp of its Autonomous Mobile Robotics product portfolio and the North American launch of three new mobile robots.
**Content:**
March 28, 2022 – Atlanta, Georgia – Oceaneering International is proud to announce at this year’s MODEX conference a complete revamp of its Autonomous Mobile Robotics product portfolio and the North American launch of three new mobile robots.
The UniMover™ D 100 is a small underride vehicle, designed to transport light goods such as boxes, totes, trays, and individual items, and features on-demand obstacle avoidance capabilities making it ideal for deliveries directly to people.
Oceaneering® Mobile Robotics introduces three new robots: UniMover™ D 100, UniMover™ O 600, and the MaxMover™ CB D 2000.
The UniMover™ O 600 is an underride vehicle suitable for transporting a variety of bulk items such as engineered parts, food, laundry, medical equipment, packaging, and pharmaceuticals. Due to its omnidirectional driving capabilities, it boasts best-in-class maneuverability and is essential for light industrial and healthcare applications where space is extremely limited.
The MaxMover™ CB D 2000 is designed as a true replacement of conventional counterbalance forklifts. It can accommodate a large variety of load types ranging from conventional and specialized automotive pallets to racks and carts. It offers exceptional maneuverability with the ability to pivot on the spot and a highly sophisticated control system that ensures the utmost safety for people and transported loads.
All three robots utilize natural feature navigation technology, requiring little to no added infrastructure. This enables easier and more flexible deployment of the mobile robot systems. Like all of Oceaneering’s mobile robots, all three robots can be operated together as a mixed fleet providing an extra dimension to solving a client’s needs.
“We are naturally excited with the arrival of our new products,” said Henny Bouwmeester, Vice President and General Manager, Oceaneering Mobile Robotics. “We spent substantial efforts not only in understanding customer needs, but also ensuring that the designs can truly scale. Accordingly, these new robots enable us to continually unlock new capabilities and move ever closer towards bringing mobile robotics to all industries.”
Visit Oceaneering at MODEX Booth B9408 this week (March 28-March 31, 2022) to see our latest vehicles on display.
**About Oceaneering Mobile Robotics**
With over 1700 mobile robotics deployed worldwide and with over 30 million miles accumulated, Oceaneering Mobile Robotics (OMR) delivers best-in-class solutions with the lowest total cost without sacrificing performance. For over 30 years, OMR has been a trusted partner of exclusive brands in the toy, pharmaceutical, healthcare, manufacturing, and automotive industries.
[Learn more about our Mobile Robotics](https://www.oceaneering.com/oceaneering-mobile-robotics-omr/)
**Content Types:** News Releases
**Tags:** AGV, AMR, Autonomous Mobile Robot, CompactMover, Forklift, Forklift AGV, Forklift Robot, Mobile Robotics, OMR
**Categories:** Mobile Robotics
**Regions:** North America
**Search Tags:** Mobile Robotics
---
### [Oceaneering launches Inform Inspect™ digital asset inspection system](https://www.oceaneering.com/oceaneering-launches-inform-inspect-digital-asset-inspection-system/)
**Published:** June 27, 2019
**Author:** Louder Agency
**Content:**
Houston, June 27, 2019 – Oceaneering International, Inc., has launched the Inform Inspect™ digital asset inspection system, which aims to streamline non-destructive testing (NDT) and inspection management.
The tablet-based technology equips technicians, supervisors and managers with the ability to deliver seamless, end-to-end inspection – from planning to review – with standardized data captured into a cloud-based system. Information is instantly available for analysis, enabling more effective planning and optimization of personnel time onsite. Hardware is rated for onshore and offshore applications and is certified for use in hazardous areas.
Field trials have demonstrated conservative productivity gains of up to 30 percent in end-to-end inspection times, and the speed and scope of the technology provides major safety benefits, ultimately enabling personnel to spend less time onsite in hazardous environments. The software can also be integrated with a computerized maintenance management system and integrity management systems to increase efficiencies and provide a holistic approach to inspection and integrity management.
Bill Boyle, Senior Vice President for Asset Integrity, Oceaneering said:
“Our Inform Inspect technology is transforming the way we plan, enact and measure inspection efficiencies. Our customers can compile, execute and review workscopes in real-time, significantly reducing end-to-end inspection turnaround.
“The system also provides a platform to pre-plan work, so that all activities that can be completed offsite, actually happen offsite. This is what sets us apart. Our technology is market-leading, field-proven and provides the only global, integrated approach for inspection management to deliver inherent cost efficiencies and safety benefits. We are seeing early evidence that our customers recognize the value that this new system brings as we already have an agreement in place with a global oil and gas operator.”
The Inform Inspect system is the first of a series of innovative solutions Oceaneering will launch under its Inform™ suite.
The technology will be available through Oceaneering’s Asset Integrity business, which provides integrity, management, analytics, maintenance and risk management, conventional and advanced NDT and specialist inspection solutions.
[Learn more about our digital asset inspection system](https://www.oceaneering.com/asset-integrity-management/combining-engineering-data-and-visualization/centralizing-your-integrity-workflow/)
**Content Types:** News Releases
**Tags:** asset integrity, inspection software, inspection tools, integrity management, real-time analysis, real-time data, the cloud
**Categories:** Asset Integrity Management, Inspection Management
**Regions:** Norway, United Kingdom
**Search Tags:** '-Regions, Inform Inspect™, Norway, UK
---
### [Oceaneering joins Business Network for Offshore Wind Board of Directors](https://www.oceaneering.com/oceaneering-joins-business-network-for-offshore-wind-board-of-directors/)
**Published:** January 28, 2019
**Author:** Louder Agency
**Content:**
HOUSTON, January 28, 2019 – Oceaneering International, Inc., is pleased to announce that Nat Spencer, Director of Global Renewable Business Development, has joined the board of directors for the Business Network for Offshore Wind (“the Network”).
Spencer is one of four new board members announced during the Network’s inaugural Leadership 100 summit, including Dr. Tim Fischer, Vice Director of Ramboll’s Global Wind Division; Matthew Palmer, Vice President, Offshore Wind Manager at WSP USA; and Joseph Tirone, Partner, Co-Leader Energy & Natural Resources Sector, Womble Bond Dickinson.
Nat Spencer, Director of Global Renewable Business Development, Oceaneering InternationalSpencer leads Oceaneering’s renewable market strategy and development and is focused on growing the sector. He is experienced at developing interpersonal relationships, which allow him to effectively lead teams in order to achieve strategic objectives.
Liz Burdock, President and CEO of the Network, said, “Leadership 100 gathered the top leaders in the offshore wind industry to discuss challenges and opportunities for growing the US market beyond 19GWs. We are delighted to have Tim, Matthew, Nat, and Joe join our Board of Directors. As the Network develops an industry work plan and implements strategic initiatives to stay out in front of this rapidly growing and changing industry, these industry leaders will increase the diversity of the skills and backgrounds on our Board. We thank them for making the additional commitments that will be required to guide the Network as we undertake this important work.”
“Joining the Network board is important to me because I believe it’s imperative that we embrace and foster renewable energy in the US to a viable market,” Spencer said. “Additionally, I want to ensure the inclusion of the knowledgeable offshore energy service market that matured on the Gulf coast.”
Business Network for Offshore Wind hosts the International Offshore Wind Partnering Forum (IPF) and is dedicated to establishing an offshore wind supply chain in the U.S.
Oceaneering is a global provider of engineered services and products, primarily to the energy and renewables industries.
Learn more about our renewables offerings at [oceaneering.com/renewable-energy](https://www.oceaneering.com/renewable-energy/)
**Content Types:** News Releases
**Tags:** Business Network for Offshore Wind, engineering, International Partnering Forum, offshore energy, offshore wind, renewables, United States, wind energy
**Categories:** Renewables
---
### [Oceaneering Introduces New Supervisory Software for Mobile Robot Fleet](https://www.oceaneering.com/oceaneering-introduces-new-supervisory-software-for-mobile-robot-fleet/)
**Published:** April 25, 2023
**Author:** Louder Agency
**Content:**
25 April 2023 – Stuttgart, Germany – Oceaneering announces that its Mobile Robotics group has introduced a new supervisory software for its fleet of autonomous mobile robots.
The new [supervisory software](https://www.oceaneering.com/oceaneering-mobile-robotics-omr/supervisory-software/) platform implements logistic flows by coordinating and managing mobile robots and peripheral devices. It complements Oceaneering’s portfolio of mobile robots, such as underride robots and forklifts, allowing for mixed fleets to be deployed in one location.
“The new software is more than a fleet manager,” said Patrick Bruijn, Business Development Director, Oceaneering Mobile Robotics. “The software provides safe, predictable, reliable, and streamlined view of data from mobile robots and other sources to enable better decision-making.”
The software platform is suitable for use in a variety of applications, ranging from assembly lines to complex logistical flows spanning several floors in different buildings. Using the latest cloud, IIoT (industrial internet of things), machine learning, and big data technologies, the software platform is built for security, scalability, and resilience.
Enhanced capabilities such as advanced analytics, natural handling, self-optimization, and more can be expected via continual updates. The software will launch in Q3 2023.
**Oceaneering Mobile Robotics will attend LogiMAT (Booth 6B21 / Hall 6) from 25-27 April 2023.**
Oceaneering Mobile Robotics designs, manufactures, implements, and maintains innovative turnkey logistic solutions based on autonomous mobile robot technology. Its mobile robot systems consist of one or more robots, advanced supervisory software, and supporting infrastructure. These robots can be operated in mixed fleets. Integration management ensures that these turnkey logistic systems are optimized to suit customer needs and seamlessly interface with other customer processes, while OMR’s high-performance battery solution helps to lower customers’ operational carbon footprint. For over 30 years, OMR has been a trusted partner for the automotive, healthcare, manufacturing, and logistics industries.
**For more information on Oceaneering Mobile Robotics, please visit [Oceaneering.com/OMR](https://www.oceaneering.com/oceaneering-mobile-robotics-omr/).**
**Content Types:** News Releases
**Tags:** AMR, automated guided vehicles, Autonomous Mobile Robots, fleet management, Mobile Robotics, OMR, Software
**Categories:** Mobile Robotics
**Search Tags:** Mobile Robotics
---
### [Oceaneering Installs Tree for Shell World Record Subsea Completion](https://www.oceaneering.com/oceaneering-installs-tree-for-shell-world-record-subsea-completion/)
**Published:** November 17, 2011
**Author:** Louder Agency
**Content:**
Well completion hardware has been installed at a depth of 9627 fsw in the Alaminos Canyon area of the Gulf of Mexico by Oceaneering’s Olympic Intervention IV. Completion of the deepwater well, part of Shell’s Perdido Development, demonstrates the light construction capabilities of Oceaneering International, Inc. Project managers planned, engineered and executed the job through all phases with a perfect safety record.
Visit [www.oceaneering.com](https://www.oceaneering.com) for further information on Oceaneering oil and gas capabilities.
**Content Types:** News Releases
---
### [Oceaneering Houston Employees Volunteer at Settegast Community Garden](https://www.oceaneering.com/oceaneering-houston-employees-volunteer-at-settegast-community-garden/)
**Published:** August 6, 2025
**Author:** Audrey Leon
**Content:**
Oceaneering employees Gerardo Soria, Annette Avalos, Anthony Albro, and James Davis, gathered to volunteer at Settegast Community Garden in Houston, Texas, in 2025.The Houston Outreach Group (HOGs), a team of passionate Oceaneering employees from our Manufactured Products and Grayloc groups, recently launched their first Volunteer Time Off (VTO) initiative in partnership with Houston Habitat for Humanity.
For their inaugural project, the group chose to support the Settegast Community Garden, a vital green space in northeast Houston that provides fresh produce to residents facing transportation challenges, food insecurity, and financial hardship.
On May 1, 2025, four employees (Anthony Albro, Annette Avalos, James Davis, and Gerardo Soria) stepped up to make a difference. Under the guidance of a Habitat for Humanity team lead, they spent the day leveling walking paths with crushed granite, clearing overgrown weeds, and tidying compost and fencing areas to improve accessibility. Their hands-on efforts helped enhance the garden’s functionality and beauty, ensuring it remains a welcoming space for the community.
“It was both eye-opening and rewarding,” said Annette Avalos. “It gave us a deeper understanding of the challenges people face and reminded us how important it is to give back.”
Houston Habitat for Humanity commended the group’s contribution, noting that their work plays a key role in keeping the garden thriving and accessible to all.
This successful first VTO event for the HOG team sets a strong foundation for future outreach and highlights the meaningful impact Oceaneering employees can make when they come together in service.
The [Settegast Community Garden](https://www.houstonhabitat.org/settegast-community-garden/) welcomes volunteers on the second and fourth Saturdays of each month. As a thank-you, participants are invited to take home fresh produce after volunteering.
**Content Types:** Community
**Tags:** corporate social responsibility, employees, ESG, Sustainability, volunteer time off
**Categories:** Sustainability
**Regions:** North America
**Search Tags:** North America
---
### [Oceaneering hosts Western Australian dignitaries at Jandakot facility](https://www.oceaneering.com/oceaneering-hosts-western-australian-dignitaries-at-jandakot-facility/)
**Published:** July 17, 2020
**Author:** Louder Agency
**Content:**
Oceaneering welcomed Senator for Western Australia Matthew O’Sullivan and State Candidate for Jandakot Mihael McCoy to our Jandakot, Perth, facility on June 24, 2020.Oceaneering Australia recently welcomed Matthew O’Sullivan, Senator for Western Australia, and Mihael McCoy, State Candidate for Jandakot, to our Jandakot, Perth, facility on June 24, 2020.
Both O’Sullivan and McCoy visited the facility as part of their initiative to learn about new businesses and industries within their electorates. They visited Oceaneering to learn more about our capabilities, including our workshop space, and our workforce training programs.
At the facility, O’Sullivan and McCoy met with met with Jason Hughes, Director of Oceaneering Projects Group – Asia Pacific; Brian Wardlaw, Country Manager – Australia; and Brendan Adams, workshop supervisor.
“It was our pleasure to show Matthew O’Sullivan, Senator for Burt and Fremantle in Western Australia, and Mihael McCoy, State Candidate for Jandakot, around Oceaneering’s facility in Jandakot,” Hughes said. “They both took a keen interest in our local capabilities and were duly impressed with the scale of our facility and service offerings to the oil and gas Industry.”
The Jandakot facility serves as Oceaneering’s Asia Pacific regional headquarters. The facility features assembly bays, pressure testing bays, functional testing bays, electrical workshop, inspection areas, light machining, CNC machining, and additional services. Our offices also provide a range of internal learning and development opportunities from safety training to ongoing certifications.
**Content Types:** Community
**Tags:** Australia, Environment Social Governance, ESG, Jandakot
**Regions:** Australia
**Search Tags:** '-Regions, Australia
---
### [Oceaneering hosts Minister for Mines and Petroleum Bill Johnston at Jandakot facility](https://www.oceaneering.com/oceaneering-hosts-minister-for-mines-and-petroleum-bill-johnston-at-jandakot-facility/)
**Published:** March 26, 2021
**Author:** Louder Agency
**Excerpt:** Oceaneering Australia recently welcomed the Hon. Bill Johnston, the Government Minister for Mines and Petroleum; Energy: Industrial Relations, to our Jandakot, Perth, facility on 25 March 2021.
**Content:**
26 March 2021 — Oceaneering Australia recently welcomed the Hon. Bill Johnston, the Government Minister for Mines and Petroleum; Energy: Industrial Relations, to our Jandakot, Perth, facility on 25 March 2021.
Minister Johnston toured the facility with Brett Phillips, Technical Solutions Manager – Australia; and Jason Hughes, Senior Manager, Offshore Projects Group – Asia Pacific, who also presented Oceaneering’s local capabilities. During the meeting, Minister Johnston shared his vision for making Perth into the APAC hub for decommissioning and associated technologies. Phillips and Hughes discussed how Oceaneering could fit within the region’s decommissioning requirements.
Oceaneering’s Jason Hughes (Left) and Brett Phillips (Right) hosted the Hon. Bill Johnston (Center), the Government Minister for Mines and Petroleum; Energy: Industrial Relations, to our Jandakot, Perth, facility.“It was an honor to host the Hon. Bill Johnston for a visit to our facility in Jandakot, Western Australia,” Hughes said. “He was able to view Oceaneering’s subsea decommissioning technologies and capabilities, and we were able to discuss how Oceaneering is supporting lower cost decommissioning solutions for the industry.”
The Jandakot facility serves as Oceaneering’s Asia Pacific regional headquarters. The facility features assembly bays, pressure testing bays, functional testing bays, electrical workshop, inspection areas, light machining, CNC machining, and additional services. Our offices also provide a range of internal learning and development opportunities from safety training to ongoing certifications.
**Content Types:** Community
**Tags:** APAC, Asia Pacific, Australia, Energy, Environment Social Governance, ESG, Jandakot, Western Australia
**Categories:** Decommissioning
**Regions:** Australia
**Search Tags:** '-Regions, Australia, Decommissioning
---
### [Oceaneering Forms Inspection Technology Collaboration with InnetiQs](https://www.oceaneering.com/oceaneering-forms-inspection-technology-collaboration-with-innetiqs/)
**Published:** August 30, 2022
**Author:** Louder Agency
**Excerpt:** Oceaneering International announced today that it has formed a collaboration agreement with InnetiQs GmbH (IQ) to explore and develop advanced inspection solutions for the offshore and onshore energy markets.
**Content:**
August 30, 2022 – Houston, Texas – Oceaneering International announced today that it has formed a collaboration agreement with InnetiQs GmbH (IQ) to explore and develop advanced inspection solutions for the offshore and onshore energy markets.
This collaborative agreement combines IQ’s advanced inspection technologies for subsea pipelines, risers, and structural assets with Oceaneering’s global operations and ability to provide cost-effective, in-depth inspection and cleaning methods that lessen exposure risks to personnel. This agreement also ties into our current integrity management systems and Inform™ software suite of predictive analytic solutions.
Work is underway to help evolve the development of IQ’s state-of-the-art Splash Zone Scanner. This breakthrough solution combines multiple inspection methods and cleaning capability into a single scanning system to deliver a combined result not currently available in the industry.
Integrating the results of parallel methods delivers a level of confidence to evaluate asset integrity in the splash zone area that is a game changer in this critical area of an offshore installation.
“The collaboration between IQ and Oceaneering will improve processes and capabilities and provide an avenue for enhanced inspection applications in all major regions from topsides, subsea, and the splash zone,” said Eric Heuring, Sr. Director for Integrity Management and Digital Solutions, at Oceaneering. “Combining IQ’s advanced technologies with Oceaneering’s global operations and integrated service capabilities amongst business segments, including Integrity Management, Subsea Robotics and Offshore Projects, allows us to provide our clients with enhanced services to help better manage asset health.”
Andreas Bönisch, CEO of InnetiQs, said: “We are excited to work with Oceaneering to build up a unique synergy to expand and deliver next generation advanced technology solutions that meet client needs, cover current inspection gaps, and make inspections less complex, more efficient, and more robust. This will ultimately enable clients to have more confidence in plant integrity and its fitness for purpose.
**Content Types:** News Releases
**Tags:** asset integrity, cleaning, inspection, integrity management, splash zone
**Categories:** Asset Integrity Management, Integrity Management
**Regions:** North America, Norway
---
### [Oceaneering Expands Vision™ Platform with Subsea Module for Engineering‑Grade Integrity Visualization](https://www.oceaneering.com/oceaneering-expands-vision-platform-with-subsea-module-for-engineering‑grade-integrity-visualization/)
**Published:** November 4, 2025
**Author:** Audrey Leon
**Content:**
Abu Dhabi, UAE – Oceaneering International, Inc. today announced Vision™ Subsea, a new module within the cloud‑based Vision™ 3D data visualization software platform developed by [GDi, an Oceaneering company](https://www.globaldi.co.uk/). The module presents engineering-grade point cloud data generated during ROV operations, giving engineers a measurable, contextual view of subsea asset integrity to better enable identification of anomaly location, dimensional checks, and intervention planning.
The module addresses common integrity challenges from fragmented drawings and reports to video lacking spatial context, by consolidating inspection evidence into a single, measurable digital record. Delivered as a cloud application, it supports collaboration across integrity, inspection, and planning teams and reduces the need for repeat mobilizations.
Vision™ Subsea builds on GDI’s established Vision™ platform, performing remote visual inspection in subsea environments using point‑cloud data and photographic images. Combined with Oceaneering’s engineering expertise, these capabilities strengthen asset management across industries. Digital inspection activities apply inspection rigor and impartiality to digital workflows so operators can use the outputs confidently in compliance and governance programs.
Lisa McCrory, Director of Products and Services, Integrity Management and Digital Solutions, said: “Vision™ Subsea extends the Vision platform into subsea domains, giving engineers a measurable view of their assets. It reduces uncertainty and enables decisions based on verifiable geometry rather than isolated frames.”
Karl Green, Director of GDi, an Oceaneering company, said: “By combining inspection methodology with advanced visualization, we help clients close the gap between data collection and actionable insight. The approach supports life‑extension planning and reduces the need for repeat campaigns.”
Discover how we are bringing integrity to life with one clear view: [Visualizing 3D Data for Asset Integrity](https://www.oceaneering.com/asset-integrity-management/combining-engineering-data-and-visualization/visualizing-3d-data-for-asset-integrity/)
**Content Types:** News Releases
**Tags:** asset integrity, asset integrity management, data, digital inspection, GDi, Inform, Software, subsea, Vision, Vision Subsea, visualization
**Categories:** Asset Integrity Management, Integrity Management
**Industries:** Oil and Gas
**Search Tags:** Asset Integrity, Oil and Gas
---
### [Oceaneering Expands its Geographic Operations for AUVs into West Africa](https://www.oceaneering.com/oceaneering-expands-geographic-operations-auvs-west-africa/)
**Published:** October 4, 2016
**Author:** Louder Agency
**Content:**
October 4, 2016 – Houston, Texas – Oceaneering International, Inc. announced that it is expanding its presence for Autonomous Underwater Vehicle (AUV) survey services to the West African region.
Oceaneering currently serves the U.S Gulf of Mexico with a fleet of state-of-the-art commercial AUVs, designed for high resolution and efficient survey operations in water depths reaching 4,500 meters. The Company is mobilizing one of its 3,000 meter rated AUVs, which is capable of performing deepwater geophysical hazard and pipeline inspection surveys. This advanced AUV provides clients with the necessary deepwater survey capabilities for pipeline surveys, as-built surveys, block surveys, and pipeline inspections.
“Africa is a growing market. By expanding our AUV operations, we will have the opportunity to support new and existing customers more efficiently, and meet the increasing demand for survey services in deepwater blocks of Africa with cost-effective integrated solutions. With our reliable AUV technology, we enable our customers to make informed decisions by providing them with accurate, high resolution information of the seafloor as well as their subsea infrastructure,” said Pat Mannina, Vice President, ROV – Americas and Global Survey Services.
To learn more about AUV technology, please visit [www.oceaneering.com/surveying-mapping/](https://www.oceaneering.com/survey-and-mapping/).
**Content Types:** News Releases
**Search Tags:** AUV
---
### [Oceaneering Expands Digital Operations as an Authorized Starlink Reseller](https://www.oceaneering.com/oceaneering-expands-digital-operations-as-an-authorized-starlink-reseller/)
**Published:** August 24, 2026
**Author:** Audrey Leon
**Content:**
*Expanding connectivity options within Oceaneering’s digital solutions portfolio to help accelerate remote operations and real-time decision-making.*
HOUSTON, Texas — Oceaneering International, Inc. today announced it is now an authorized Starlink reseller, expanding its portfolio of digital solutions available to offshore, maritime, and industrial customers operating in remote and challenging environments. Starlink is a primary connectivity solution and can be integrated into resilient connectivity architectures designed to support operational continuity across remote and offshore operations. Reliable connectivity plays an important role in supporting today’s offshore and industrial operations, enabling access to data, remote collaboration, operational visibility, and communications across geographically dispersed assets and teams. As an authorized Starlink reseller, Oceaneering can offer customers an additional connectivity option as part of its broader portfolio of digital solutions, remote operations capabilities, and offshore services.
“Reliable connectivity is an important enabler of today’s digital operations,” said Leo Granato, Senior Vice President, Integrity Management and Digital Solutions (IMDS), Oceaneering. “Becoming an authorized Starlink reseller expands the connectivity options available to our customers and complements the digital solutions and services we provide to help improve visibility, enhance collaboration, and support informed operational decision-making.”
The expanded connectivity offering supports a wide range of customer applications, including remote operations and monitoring, real-time data transfer and analysis, offshore communications, digital asset management, inspection and integrity management workflows, and remote technical support services.
“Connectivity is only one part of the equation,” said JR Teakell, Sr. Manager, Digital Services, Oceaneering. “Customers need solutions that connect information, people, and operations. Our role is to integrate secure connectivity solutions with our operational expertise to help customers achieve meaningful business outcomes. The value comes not from bandwidth alone, but from how connectivity is applied to support safer, more efficient, and more informed operations.”
Backed by decades of experience supporting complex offshore and remote operations, Oceaneering brings together expertise from across its digital solutions, subsea robotics, and offshore services organizations to help customers maximize the value of connected operations. Through a One Oceaneering approach, customers can access the technologies, operational expertise, and project delivery capabilities needed to support critical operations worldwide.
For more information about Oceaneering’s communications, connectivity, and digital solutions, visit [oceaneering.com/data-management](https://www.oceaneering.com/data-management).
**About Oceaneering** Oceaneering is a global technology company delivering engineered services and products and robotic solutions to the offshore energy, defense, aerospace, and manufacturing industries.
**About Starlink** Starlink is the world’s most advanced satellite constellation in low-Earth orbit, delivering reliable broadband internet capable of supporting streaming, online gaming, video calls, and more. Starlink is engineered and operated by SpaceX. As the world’s leading provider of launch services, and the only provider with an orbital class reusable rocket – SpaceX has deep experience with both spacecraft and on-orbit operations.
**Content Types:** News Releases
**Tags:** communications, Data Communications, data management, digital solutions, Europe, harsh environment, IMDS, North America, offshore connectivity, Onshore Remote Operations Center, remote operations, south america
**Categories:** Asset Integrity Management, Data Management, Remote Operations
**Industries:** Oil and Gas
**Regions:** Brazil, Gulf of Mexico, North America, Norway, South America
**Search Tags:** Gulf of Mexico, North America, Norway, South America
---
### [Oceaneering Enters Strategic Agreement to Grow Asset Integrity Capability in Pakistan](https://www.oceaneering.com/oceaneering-enters-strategic-agreement-to-grow-asset-integrity-capability-in-pakistan/)
**Published:** December 24, 2018
**Author:** Louder Agency
**Content:**
Recent signing ceremony held in Abu Dhabi. Left to right: Sadiq Mansuri (F&M), Javed Khamisani (F&M), Syed Farukh Mazhar (MD F&M), Gregory Boyle (Regional Director Oceaneering), Mark Russell (commercial counselor, Consulate General of the United states), Kashif Salim (Oceaneering) and Michael Sullivan (Economic Counselor). Photo courtesy of Oceaneering.HOUSTON, December 23, 2018 – Oceaneering International, Inc. (“Oceaneering”) announces that its subsidiary Oceaneering International GmbH entered into a strategic collaboration agreement with F&M Private Ltd (F&M Inspections) to explore opportunities to collaborate on asset integrity projects within Pakistan.
The aim is to provide customers with a modernized approach to delivering asset integrity services within Pakistan’s oil and gas and industrial sectors, through a full life-of-field capability that supports both CAPEX and OPEX projects in the region.
Bill Boyle, Senior Vice President for Oceaneering’s Asset Integrity Division says, “The collaboration agreement between F&M Inspections and Oceaneering establishes a holistic approach to delivering asset integrity solutions to both onshore and offshore customers in a new strategic location.
“Our global track record in managing complex integrity and inspection scopes for pipelines, coupled with F&M Inspections’ track record in-country enables us to provide a wide range of services including integrity management, risk-based inspections, and advanced and conventional non-destructive testing (NDT) across structures, pipelines and other static equipment.”
Syed Farukh Mazhar, Managing Director of F&M Inspections said, “We are extremely honored to partner with Oceaneering to provide a new approach to delivering asset integrity solutions to the Pakistan market. It provides the ability to engage with our customers early in the project life cycle, ensuring integrated project execution and leveraging next generation inspection technology and integrity management capability. Collaborating with Oceaneering, an established and respected global energy services company, is exciting and will increase the competitiveness of both companies in the region.”
Oceaneering’s Asset Integrity team comprises over 2,100 technically-focused people servicing clients at 24 global locations.
**Content Types:** News Releases
**Tags:** asset integrity, engineering, f&m inspection, inspection, non-destructive testing, pakistan
**Categories:** Asset Integrity Management, In-Service Inspection
**Regions:** APAC
**Search Tags:** '-Regions, APAC
---
### [Oceaneering Employee Recognized as Finalist for 2018 Subsea UK Young Emerging Talent Award](https://www.oceaneering.com/oceaneering-employee-recognized-as-finalist-for-2018-subsea-uk-young-emerging-talent-award/)
**Published:** February 2, 2018
**Author:** Louder Agency
**Content:**
February 2, 2018 — Houston, Texas — Oceaneering International, Inc. (“Oceaneering”) is proud to announce that one of its employees, Arnold Grundy, a lead test engineer, has been selected as a finalist in the 2018 Subsea UK Young Emerging Talent award category.
Industry body Subsea UK sponsors an annual ceremony to celebrate the pioneering achievements and innovations of both individuals and companies alike. The Young Emerging Talent category recognizes someone employed in the subsea sector, who is under the age of 35, and who shows significant promise within the industry.
Crawford Tennant, General Manager of Oceaneering’s Rosyth facility, said, “We are honored that the independent panel reviewing the nominations recognized Arnold’s contributions to our organization and the industry. His position as a finalist is directly related to his hard work and we are proud to have him as part of the Oceaneering team.”
Based in Rosyth, Scotland, Grundy works in the Subsea Distribution Solutions division and is responsible for increasing safety and reliability of products by identifying areas of risk in subsea cable and hardware designs.
Learn more about the full list of nominees at <https://www.subseauk.com/9179/finalists-revealed-for-2018-british-subsea-awards>. Award winners will be announced at the Subsea Expo Awards Dinner on February 8, 2018, which will be held at the Aberdeen Exhibition and Conference Centre.
**Content Types:** News Releases
---
### [Oceaneering Employee Arnold Grundy Wins 2018 Subsea UK Young Emerging Talent Award](https://www.oceaneering.com/oceaneering-employee-arnold-grundy-wins-2018-subsea-uk-young-emerging-talent-award/)
**Published:** February 9, 2018
**Author:** Louder Agency
**Content:**
February 9, 2018 — Houston, Texas — Oceaneering International, Inc. (“Oceaneering”) is proud to announce that one of its employees, Arnold Grundy, a lead test engineer, has been selected as the winner of the Subsea UK Young Emerging Talent award category. Award winners were announced at the Subsea Expo Awards Dinner held at the Aberdeen Exhibition and Conference Centre on February 8, 2018.
Industry body Subsea UK sponsors an annual ceremony to celebrate the pioneering achievements and innovations of both individuals and companies alike. The Young Emerging Talent category recognizes someone employed in the subsea sector, who is under the age of 35, and who shows significant promise within the industry.
Crawford Tennant, General Manager of Oceaneering’s Rosyth facility, said, “We are pleased to extend our congratulations to Arnold for winning this prestigious award. Arnold’s hard work ethic and dedication make him a valued Oceaneering team member and we have no doubt that he will continue to excel within our company and the industry.”
Based in Rosyth, Scotland, Grundy works in the Subsea Distribution Solutions division and is responsible for increasing safety and reliability of products by identifying areas of risk in subsea cable and hardware designs.
To learn more about the Subsea UK Awards, visit <https://www.subseauk.com/9292/subsea-uk-awards-2018>.
**Content Types:** News Releases
---
### [Oceaneering Earns 2025 Military Friendly® Employer Designation](https://www.oceaneering.com/oceaneering-earns-2025-military-friendly-employer-designation/)
**Published:** November 11, 2024
**Author:** Audrey Leon
**Content:**
Houston, Texas – Oceaneering International, Inc., announces today that it has earned the 2025 Gold Military Friendly® Employer designation. This marks the fourth consecutive year that Oceaneering has been recognized as a Military Friendly® Employer and the first year it has earned the Gold designation.
“We’re thrilled to receive the Gold designation in the 2025 Military Friendly® Employer ranking,” said Holly Kriendler, Senior Vice President and Chief HR Officer at Oceaneering. “We take great pride in being an organization where veterans and transitioning service members can leverage their valuable skills and experience to support our mission and continue building great careers for themselves.”
Oceaneering is an authorized U.S. Department of Defense [SkillBridge ](https://skillbridge.osd.mil/)organization. The program offers an opportunity for service members to gain valuable civilian work experience through specific industry training, apprentices, or internships during the last 180 days of service. Oceaneering works with all branches of U.S. military services, and respective installation commanders, to develop SkillBridge training programs for their personnel. We offer active-duty service members – with transferable skills and experience – approved unpaid internship opportunities for in-demand career fields with a high probability of post-service employment.
Institutions earning the Military Friendly® Employers designation were evaluated using public data and a proprietary survey, with over twelve hundred companies participating. The Gold designation is awarded to companies scoring within 20 percent of the 10th ranking employer in their category.
Methodology, criteria, and weightings for the designation were determined by VIQTORY with input from the Military Friendly® Advisory Council of independent leaders in the military recruitment community. Final ratings were determined by combining an organization’s survey score with an assessment of the organization’s ability to meet thresholds for Recruitment, New Hire Retention, Employee Turnover, and Promotion and Advancement of veterans and military employees.
Oceaneering will be showcased along with other 2025 Military Friendly® Employers in the Winter issue of G.I. Jobs® magazine and on MilitaryFriendly.com.
For more information about our Hiring Heroes program, visit [Oceaneering.com/Veterans ](http://Oceaneering.com/Veterans)
View our profile at [MilitaryFriendly.com](https://www.militaryfriendly.com/is-oceaneering-international-inc-military-friendly/)
**Content Types:** News Releases
**Tags:** Active Duty Military, Careers, Military, Military Friendly Employer, Military Recruiting, Veterans
**Regions:** North America
**Search Tags:** Marine Services Division (MSD), Oceaneering Technologies (OTECH)
---
### [Oceaneering Earns 2022 Military Friendly® Employer Designation](https://www.oceaneering.com/oceaneering-earns-2022-military-friendly-employer-designation/)
**Published:** November 11, 2021
**Author:** Louder Agency
**Content:**
November 11, 2021 – Houston, Texas – Oceaneering International, Inc. has announced that it has earned the 2022 Military Friendly® Employer designation – Rank Silver.
“Oceaneering is proud to be designated a 2022 Military Friendly® Employer,” said Holly Kriendler, Senior Vice President and Chief HR Officer at Oceaneering. “Our company is very committed to employing military veterans because they possess integrity and leadership skills that align with and complement our company’s Core Values. Veterans are responsible, productive, and bring unique perspectives to our global workplace.”
As an authorized DoD SkillBridge organization, Oceaneering works with each of the applicable branches of U.S. military services, and respective installation commanders, to develop SkillBridge training programs for their personnel. We offer active-duty service members – with transferable skills and experience – approved unpaid internship opportunities for in-demand career fields with high probability of post-service employment. The internships start during the service member’s 180-day window prior to separation from active duty.
Institutions earning the Military Friendly® Employer designation were evaluated using both public data sources and responses from a proprietary survey. Over a thousand companies participated in the 2022 Military Friendly® Employer survey.
Methodology, criteria, and weightings for the designation were determined by VIQTORY with input from the Military Friendly® Advisory Council of independent leaders in the higher education and military recruitment community. Final ratings were determined by combining an organization’s survey score with an assessment of the organization’s ability to meet thresholds for applicant, new hire retention, employee turnover, and promotion and advancement of veterans and military employees.
Oceaneering will be showcased along with other 2022 Military Friendly® Employers in the December issue of G.I. Jobs® magazine and on MilitaryFriendly.com.
**For more information about our Hiring Heroes program, visit [Oceaneering.com/Veterans](https://www.oceaneering.com/careers/veterans/ "Veterans Recruiting")**
**Content Types:** News Releases
**Tags:** Active Duty Military, Career Transitions, Careers, Military, Oceaneering, Recruiting, Veterans
**Categories:** Marine Services Division (MSD), Oceaneering Technologies (OTECH)
**Regions:** North America
**Search Tags:** Recruiting
---
### [Oceaneering Earns 2024 Military Friendly® Employer Designation](https://www.oceaneering.com/oceaneering-earns-2024-military-friendly-employer-designation/)
**Published:** November 14, 2023
**Author:** Audrey Leon
**Content:**
Houston, Texas – Oceaneering International, Inc., announces today that it has earned the 2024 Military Friendly® Employer designation – Rank Silver.
As an authorized DOD SkillBridge organization, Oceaneering works with each of the applicable branches of U.S. military services, and respective installation commanders, to develop SkillBridge training programs for their personnel. We offer active-duty service members – with transferable skills and experience – approved unpaid internship opportunities for in-demand career fields with a high probability of post-service employment. The internships start during the service member’s 180-day window prior to separation from active duty.
“Oceaneering is proud to earn the Silver designation in the 2024 Military Friendly® Employer ranking,” said Holly Kriendler, Senior Vice President and Chief HR Officer at Oceaneering. “This designation reaffirms our company’s commitment to employing military veterans and transitioning service members and demonstrates that our programs are successful. Veterans possess excellent skills and experience and bring unique perspectives to our global workplace that align our company’s **[Core Values](https://www.oceaneering.com/about/mission-vision-and-values/)**.”
The Military Friendly® Silver Designation is awarded to companies who meet the requirements and score within 20 percent of the 10th ranking Employer in their category.
Institutions earning the Military Friendly® Employer designation were evaluated using both public data sources and responses from a proprietary survey. Over a thousand companies participated in the 2024 Military Friendly® Employer survey.
Methodology, criteria, and weightings for the designation were determined by VIQTORY with input from the Military Friendly® Advisory Council of independent leaders in the military recruitment community. Final ratings were determined by combining an organization’s survey score with an assessment of the organization’s ability to meet thresholds for Recruitment, New Hire Retention, Employee Turnover, and Promotion and Advancement of veterans and military employees.
Oceaneering will be showcased along with other 2024 Military Friendly® Employers in the December issue of G.I. Jobs® magazine and on MilitaryFriendly.com.
For more information about our Hiring Heroes program, visit [**Oceaneering.com/Veterans**](https://www.oceaneering.com/Veterans)
[**View our profile at MilitaryFriendly.com**](https://www.militaryfriendly.com/is-oceaneering-international-inc-military-friendly/)
**Content Types:** News Releases
**Tags:** Active Duty Military, Careers, Military, Military Friendly Employer, Military Recruiting, Veterans
**Regions:** North America
**Search Tags:** Marine Services Division (MSD), Oceaneering Technologies (OTECH)
---
### [Oceaneering’s TAXI™ Digital Radiography Solution to Provide Significant Cost Savings](https://www.oceaneering.com/oceaneering-develops-trip-avoidance-xray-inspection-taxi-system/)
**Published:** March 20, 2019
**Author:** Louder Agency
**Content:**
Houston, March 20, 2019 – Oceaneering International, Inc. (“Oceaneering”) has launched a new digital radiography solution for the oil and gas sector, the Trip Avoidance X-ray Inspection (TAXI™) system, aimed at reducing the number of unplanned shutdowns.
Recognized as a finalist at this year’s SPE Offshore Achievement Awards’ “Innovator” category, the TAXI™ solution represents a step-change in industrial radiography operations. Typically, radiography uses gamma radiation emitting isotopes. This upsets nucleonic level control instrumentation on pressure vessels and equipment, causing “trips” that result in costly unplanned plant shutdowns and associated process safety risks.
The TAXI solution enables Oceaneering’s technicians to digitally radiograph pressure piping and infrastructure associated on, or around, equipment fitted with nucleonic detectors. The work can be carried out while the plant is in-service, using a specialized system that delivers pulsed X-rays.
The field-proven process provides the optimal non-destructive testing (NDT) solution to detect corrosion, pipe thinning and potential loss of integrity. It ensures continuous operations – significantly reducing the risk of loss of primary containment (LOPC), associated safety risks and also maximizes plant uptime.
The solution complies with Ionising Radiation Regulations 2017 (IRR17), and does not require plant nucleonics isolation. It can reduce deferred inspections, resulting in increased plant efficiency and also provides significant cost savings by eliminating unplanned process shutdowns caused by trips. In addition, it enables in-service inspection of normally inaccessible systems, such as small-bore piping.
Jim McNab, Radiation Methods Subject Matter Expert at Oceaneering, said, “Operators often defer radiography inspections into planned shutdowns or rely on less effective inspection methods. This is because, until now, there was no safe, reliable solution to enable equipment and piping systems to be radiographed in the vicinity of nucleonics while the plant is live. We were compelled to develop an efficient and reliable solution for our oil and gas customers that would provide further confidence in the integrity of their facilities; and took inspiration from X-ray systems used within the security and defense sectors.
“Our TAXI™ solution is suitable for detecting and monitoring corrosion under insulation (CUI), a major issue attributed to around 60 percent of the North Sea’s piping failures. CUI is difficult to detect and measure, and removing insulation to inspect for signs of corrosion can be costly, time consuming and sometimes unnecessary.”
Oceaneering has worked closely with equipment suppliers and the manufacturers of nucleonic instrumentation to design the TAXI™ system. Already deployed on several North Sea assets, it is available as part of Oceaneering’s inspection offering.
Oceaneering’s asset integrity business delivers integrity, analytics, maintenance and risk management, conventional and advanced non-destructive testing (NDT) and specialist inspection solutions. The team includes 2,100 technically focused people, servicing customers from 24 global locations.
Oceaneering is a global provider of engineered services and products, primarily to the offshore energy industry. Through the use of its applied technology expertise, Oceaneering also serves the defense, entertainment, renewables and aerospace industries.
Learn more: [oceaneering.com/TAXI](https://www.oceaneering.com/asset-integrity-management/inspection/taxi/ "Trip Avoidance X-ray Inspection (TAXI) System")[oceaneering.com/TAXI](https://www.oceaneering.com/asset-integrity-management/inspection/taxi/ "Trip Avoidance X-ray Inspection (TAXI) System")
**Content Types:** News Releases
**Tags:** asset integrity, integrity management, nucleonics, radiation, radiography, taxi, trip avoidance xray inspection
**Categories:** Asset Integrity Management
**Regions:** United Kingdom
**Search Tags:** '-Regions, UK
---
### [Oceaneering Demos Live Deployment of Cost-Effective and Innovative Flowline Connection System](https://www.oceaneering.com/oceaneering-demos-live-deployment-cost-effective-innovative-flowline-connection-system/)
**Published:** May 31, 2016
**Author:** Louder Agency
**Content:**
May 31, 2016 — Houston, Texas — Oceaneering recently hosted a [live demonstration of an 8-inch vertical flowline connection system ](https://www.youtube.com/embed/ckDXs9FJ-sY)at the company’s Subsea Products facility in Houston, Texas.
At the event, Oceaneering landed out an 85-foot jumper, showcased features of the second-generation vertical clamp connector, and demonstrated a controlled landing where the seal is made without special running tools. The demonstration also included a walk-through of the sequence for a subsea seal replacement with an Oceaneering-built [remotely operated vehicle (ROV) tool suite](https://www.oceaneering.com/intervention-tooling/).
Oceaneering President Rod Larson, stated, “We have extensive experience delivering connection systems for subsea applications worldwide, and the capability to deliver broader services and products offerings and lower costs to our customers.
“The live demonstration showcased the efficient and simplified installation of a jumper with Oceaneering’s vertical flowline connector, and how we can tie-in flowlines and pipelines to subsea infrastructures. The 8-inch vertical connector we demonstrated at the event includes the legendary Oceaneering® GraylocⓇ metal-to-metal seal and answers market needs for a compact footprint, low-cost connector that can be installed without special tools,” concluded Larson.
For more information about Oceaneering’s connection systems, please visit: <https://www.oceaneering.com/subsea-connection-systems/>.
**Content Types:** News Releases
**Search Tags:** Grayloc
---
### [Oceaneering Conducts Freedom™ AUV Pipeline Inspection Pilot for TotalEnergies](https://www.oceaneering.com/oceaneering-conducts-freedom-auv-pipeline-inspection-pilot-for-totalenergies/)
**Published:** May 29, 2024
**Author:** Audrey Leon
**Content:**
Paris, France and Houston, Texas – Today, TotalEnergies and Oceaneering International, Inc. announced that the [Freedom™ Autonomous Underwater Vehicle](https://oceaneering.com/rov-services/next-generation-subsea-vehicles/freedom-autonomous-underwater-vehicle/) (AUV) has completed a Pipeline Inspection Industrial Pilot, demonstrating its capabilities for sustainable commercial pipeline inspection missions.
The capabilities observed during the pilot delivered on the ambition of TotalEnergies to reduce the environmental impact while assuring the integrity of sub-marine pipelines, contributing to TotalEnergies ambition to be Net Zero by 2050, together with society. The application of the technology represents a reduction in time, and emissions, of an estimated 50% compared to existing methods with equivalent quality of the inspection and opportunity to exceed data quality provision through continuous improvement.
The North Sea pilot for TotalEnergies resulted in an inspection of over 120km of sub-marine pipelines, to add to 60km of near-shore pipelines inspected during an earlier demonstration for TotalEnergies. Freedom™ demonstrated its ability to detect and track the pipeline while maintaining a defined flight envelope above the pipe. Utilizing the onboard adaptive behaviors, developed to provide additional insights into subsea features, Freedom™ demonstrated that it is capable of performing high quality operations, with the required data gathered in a single pass of the pipelines.
The onboard autonomous capabilities, together with high specification instruments – including a laser scanning system and multibeam sonar technology – result in a detailed external inspection of subsea pipeline features. Autonomous pipeline tracking capability ensures Freedom™ remained directly above the pipeline at low altitudes, providing a detailed external view of the pipelines and the surrounding seafloor.
On completion of the pipeline inspection missions, onboard automated data processing allowed the assessment of the mission effectiveness and the confirmation of pipeline condition in collaboration with TotalEnergies. Freedom™ provides high quality data sets at a significantly increased speed compared with legacy ROV pipeline inspection methods.
Alan Anderson, Subsea Robotics Product Manager, Oceaneering, said: “TotalEnergies specifically designed the project to place challenging demands on Freedom™ to not only gather the required data, but also allow the Oceaneering team to demonstrate the step change in inspection performance. Freedom’s ability to conduct rapid pipeline inspection reduces the time required to conduct these operations, providing a cost-effective solution for our customers that also contributes towards reducing CO2 emissions.”
Martin McDonald, Senior Vice President of Subsea Robotics, Oceaneering, said: “We are proud to work with our long-standing client, TotalEnergies, to prove that the mission readiness of the Freedom™ AUV and demonstrate key functions of this hybrid and resident-capable system. We look forward to demonstrating Freedom’s capabilities on further missions.”
Andy Gower, R&D Subsea Robotics Project Lead, TotalEnergies, said: “The development of autonomous capabilities and the deployment of AUVs is an important part of reducing the impact of using large vessels to conduct Inspection, Maintenance, and Repair (IMR) activities. The capabilities of the Freedom™ AUV offer the opportunity to conduct wider ranging missions in both our current and future projects, including Offshore Wind, with the potential for integration with lighter uncrewed surface vessel support to reduce the environmental impact even further.”
Freedom™, a hybrid AUV/ROV system, is the[ result of a long-term collaborative relationship between Oceaneering, TotalEnergies, and Chevron](https://www.oceaneering.com/oceaneering-announces-freedom-auv-achieves-trl-6-for-pipeline-inspection/) dating back to 2014, with Equinor joining the collaboration in 2019.
**About TotalEnergies** TotalEnergies is a global multi-energy company that produces and markets energies: oil and biofuels, natural gas and green gases, renewables and electricity. Our more than 100,000 employees are committed to energy that is ever more affordable, cleaner, more reliable and accessible to as many people as possible. Active in nearly 130 countries, TotalEnergies puts sustainable development in all its dimensions at the heart of its projects and operations to contribute to the well-being of people.
**About Oceaneering** Oceaneering is a global technology company delivering engineered services and products and robotic solutions to the offshore energy, defense, aerospace, manufacturing, and entertainment industries. [www.oceaneering.com](https://www.oceaneering.com/)
**Content Types:** News Releases
**Tags:** autonomous underwater vehicle, AUV, Freedom, rov, Subsea Robotics
**Categories:** Remotely Operated Vehicles (ROVs)
**Regions:** North America, Norway
**Search Tags:** Gulf of Mexico, News Releases, Norway, Remote Services, Remotely Operated Vehicles (ROV)
---
### [Oceaneering Completes First Onshore‑Piloted Remote ROV Operation on an Offshore Rig in Brazil](https://www.oceaneering.com/oceaneering-completes-first-onshore‑piloted-remote-rov-operation-on-an-offshore-rig-in-brazil/)
**Published:** April 20, 2026
**Author:** Audrey Leon
**Excerpt:** First onshore‑piloted ROV operation completed on an offshore rig in Brazil, advancing safer, lower‑risk, and more efficient remote offshore execution.
**Content:**
*This remote ROV operation milestone builds on previous remote operations from shore and advances safer, more sustainable offshore execution.*
Macaé, Brazil — April 20, 2026 — Oceaneering has announced that its [Subsea Robotics](https://www.oceaneering.com/rov-services/) segment and [Brazilian subsidiary](https://www.oceaneering.com/locations/brazil/), Marine Production Systems do Brasil LTDA (MPS), successfully tested our [onshore remote operations center](https://www.oceaneering.com/remote-services/onshore-remote-operations-centers-orocs/) (OROC) capabilities, piloting a remotely operated vehicle (ROV) located on a drilling rig offshore Brazil. This operation was conducted from the OROC in Macaé in support of Petrobras’s offshore activities.
During the operation, an Oceaneering pilot remotely controlled the ROV from the Macaé base while it performed live field activities onboard a drilling rig. Petrobras representatives observed the operation in person.
This milestone builds on Oceaneering’s established remote operations experience in Brazil. Following the opening of its Macaé OROC in 2024, the company successfully [performed remote ROV operations for Petrobras](https://www.oceaneering.com/oceaneering-carries-out-first-integrated-onshore-remote-operations-scope-in-brazil/), controlling an ROV operating from a vessel offshore Brazil.
The successful execution was made possible through close collaboration between Oceaneering and Petrobras to ensure secure, low‑latency offshore connectivity. The solution leveraged low earth orbit (LEO) satellites and required a complex integration process to establish a secure bridge between the data networks of all companies, while adhering to their respective cybersecurity policies.
Daniel Regufe, Integrated Safety and Remote Well Operations Manager, Petrobras, said: “This first test represents an important step forward in the expansion of remote operations at Petrobras, demonstrating the maturity of the technology and the potential for more integrated operational models between offshore assets and onshore support centers. From my perspective, solutions like this deliver tangible benefits, particularly in reducing personnel exposure to risk, lowering greenhouse gas emissions, and improving operational efficiency. They also expand the capacity to support operations and contribute to greater accessibility and inclusion through remote work models.”
Simao Silva, Brazil Country Manager, Oceaneering, said: “This achievement reflects the strength of collaboration between Oceaneering and Petrobras, highlighting our shared commitment to innovation and technology that drive efficiency. Beyond its technical significance, the OROC model delivers tangible operational benefits. It also reinforces Brazil’s growing leadership in digital and remote offshore operations.”
Oceaneering continues to work with Petrobras and industry partners to expand the application of remote operations and digital solutions across offshore projects in Brazil and globally.
Oceaneering’s leadership in remote operations spans more than two decades. The company executed its first onshore‑piloted remote ROV operations in 2004 and established its first Onshore Remote Operations Center (OROC) in Stavanger, Norway, in 2015. Today, in addition to Macaé, Oceaneering operates OROCs in strategic locations including Aberdeen, Scotland, and Morgan City, Louisiana, enabling safe, secure, and scalable remote offshore operations worldwide.
**Content Types:** News Releases
**Tags:** Brazil, drilling services, Onshore Remote Operations Center, OROC, remote operations, rov, south america
**Categories:** Remote Operations, Remotely Operated Vehicles (ROVs)
**Industries:** Oil and Gas
**Regions:** Brazil
**Search Tags:** Brazil, Latest News, News and Media, News Releases, Remote Services, Remotely Operated Vehicles (ROV)
---
### [Oceaneering Commences Survey Project for the National Oceanic and Atmospheric Administration](https://www.oceaneering.com/oceaneering-commences-survey-project-for-the-national-oceanic-and-atmospheric-administration/)
**Published:** September 27, 2018
**Author:** Louder Agency
**Content:**
September 27, 2018 — Houston, Texas – Oceaneering International, Inc. (“Oceaneering”) today announced that it has commenced a survey project for the United States’ National Oceanic and Atmospheric Administration (“NOAA”) to support updates to navigational charts and research in marine habitats and fisheries in the Tampa Bay area offshore Florida.
The Sea Scout, a US-flagged scientific and academic support vesselUnder the terms of the project, which is currently underway, Oceaneering is expected to complete the acquisition of approximately 650 nautical miles of survey data by mid-December 2018.
Roderick A. Larson, President and Chief Executive Officer of Oceaneering, said, “We are honored to continue our working relationship with NOAA and support their nautical charting mission to ensure safe navigation on our nation’s coasts and shorelines. As a pioneer in commercial oil and gas and autonomous underwater vehicle surveying, Oceaneering is committed to providing safe, efficient and accurate results for our customers.”
**Content Types:** News Releases
**Categories:** Survey and Mapping
**Regions:** Gulf of Mexico
**Search Tags:** '-Regions, Gulf of Mexico
---
### [Oceaneering Chooses HUVRdata Platform to Enhance Digital Asset Management](https://www.oceaneering.com/oceaneering-chooses-huvrdata-platform-to-enhance-digital-asset-management/)
**Published:** August 29, 2022
**Author:** Louder Agency
**Excerpt:** August 29, 2022 – Houston, Texas – Oceaneering International announces today that it will utilize the Inspection Data Management Software (IDMS) platform provided by Austin-based software firm HUVRdata (HUVR) to enhance its current Integrity Management offerings.
**Content:**
August 29, 2022 – Houston, Texas – Oceaneering International announces today that it will utilize the Inspection Data Management Software (IDMS) platform provided by Austin-based software firm HUVRdata (HUVR) to enhance its current Integrity Management offerings.
The arrangement leverages our industry-leading subject-matter expertise and accelerates HUVR’s technology roadmap to create new and enhanced software products that are of value to Oceaneering’s customers.
The collaboration between Oceaneering and HUVR is a key component of our strategy to enable cross-segment digital transformation in both offshore, from topside to subsea, and onshore environments. With the launch of a new digital asset management system, Oceaneering expects to leverage its network of partners and deliver digital solutions to the integrity management market.
HUVR’s cloud-based IDMS platform is mobile-connected, flexible, scalable and vendor-agnostic. Its capabilities support automated inspection data collection and analysis from a variety of sources in the field, enabling data-driven risk mitigation and reduction of the total cost of asset ownership.
Roderick A. Larson, President and Chief Executive Officer of Oceaneering, stated, “We are excited to integrate the HUVR platform with Oceaneering’s integrity-management expertise and worldwide presence into a transformative, end-to-end digital offering, to accelerate and better inform our clients’ integrity-management decisions.”
“We are honored to be chosen as a partner and to help Oceaneering grow value and service delivery across all of their segments,” said Bob Baughman, CEO HUVRdata. “Working together will drive advancements beneficial to our entire industry.”
**Content Types:** News Releases
**Tags:** digital asset management, IMDS, integrity management, Software
**Categories:** Asset Integrity Management, Inspection Management
**Regions:** North America
---
### [Oceaneering Chooses BlueBotics Navigation Technology for New Product Lines](https://www.oceaneering.com/oceaneering-chooses-bluebotics-navigation-technology-for-new-product-lines/)
**Published:** March 28, 2022
**Author:** Louder Agency
**Excerpt:** Oceaneering International announced today at MODEX that it has chosen BlueBotics, S.A, to provide navigation technology for its line of industrial autonomous mobile robots.
**Content:**
March 28, 2022 – Atlanta, Georgia – Oceaneering International announced today at MODEX that it has chosen BlueBotics, S.A, to provide navigation technology for its line of industrial autonomous mobile robots.
Oceaneering® CompactMover™ FOL U 1200
“Our goal is to unlock the full potential of mobile robotics and enable widespread adoption in all industries,” said Henny Bouwmeester, Vice President and General Manager of Oceaneering Mobile Robotics. “To achieve this, our technology offering needs to be accessible, easy-to-use, and flexible to accommodate our client’s needs. “BlueBotics, with its proven technology that requires little to no additional infrastructure, will be an integral part of our solution stack and is highly complementary to our product and service offerings.”
“We are delighted to partner with Oceaneering, one of the leading AGV producers in North America and Europe,” said Dr. Nicola Tomatis, CEO of BlueBotics. “With our customer-focused approach, proven ANT® navigation technology, and close technical support, we see strong synergies between our companies, and we look forward to helping Oceaneering’s team bring numerous successful ANT® driven vehicles to market.”
Visit Oceaneering’s Booth B9408 or BlueBotics’ Booth B2009 at MODEX (March 28-March 31, 2022) to learn more about our technology collaboration.
**About Oceaneering Mobile Robotics**
With over 1700 mobile robotics deployed worldwide and with over 30 million miles accumulated, Oceaneering Mobile Robotics (OMR) delivers best-in-class solutions with the lowest total cost without sacrificing performance. For over 30 years, OMR has been a trusted partner of exclusive brands in the toy, pharmaceutical, healthcare, manufacturing, and automotive industries. [Oceaneering.com/OMR](https://www.oceaneering.com/oceaneering-mobile-robotics-omr/ "Oceaneering Mobile Robotics (OMR)")
**About BlueBotics**
BlueBotics is the reference in natural navigation and has the mission to help companies meet the challenge of vehicle automation. With more than 20 years of industry experience, the company provides the autonomous navigation technology (ANT) and expert support customers need to bring their AGV, automated forklift, or mobile robot successfully to market. Today, there are more than 3,000 ANT driven vehicles in operation worldwide. BlueBotics.com
BlueBotics is a ZAPI GROUP company.
**Content Types:** News Releases
**Tags:** AGV, AMR, Autonomous Mobile Robot, CompactMover, Forklift, Forklift AGV, Forklift Robot, Mobile Robotics, OMR
**Categories:** Mobile Robotics
**Regions:** North America
**Search Tags:** Mobile Robotics
---
### [Oceaneering® C-Nav® Positioning Solutions to provide C-Nav5000™ GNSS Receivers for select SEACOR Marine vessels](https://www.oceaneering.com/oceaneering-c-nav-positioning-solutions-to-provide-c-nav5000-gnss-receivers-for-select-seacor-marine-vessels/)
**Published:** January 15, 2020
**Author:** Louder Agency
**Content:**
Houston, January 15, 2020 – Oceaneering® C-Nav® Positioning Solutions has been selected by SEACOR Marine to supply C-Nav5000™ Global Navigation Satellite System (GNSS) Receivers for a select number of the company’s oil and gas support vessels worldwide.
The scope of work calls for C-Nav to provide two C-Nav5000 GNSS systems per vessel. SEACOR will license corrections signals from C-Nav while the equipment is onboard, and the vessels are working. C-Nav expects to install the C-Nav5000 receiver on seven vessels by year’s end.
“We are delighted to have been selected by SEACOR to provide our precise point positioning receivers onboard their vessels,” said David Fitts, Sr. Manager, C-Nav Positioning Solutions. “Our receivers will provide SEACOR vessels with the latest in GNSS hardware.”
The C-Nav5000 offers integrated GNSS capabilities that allow tracking of multiple systems. It features Triple L-Band channels for correction tracking and is software-configurable to user requirements.
Learn more: [oceaneering.com/positioning-solutions](https://oceaneering.com/positioning-solutions)
**Content Types:** News Releases
**Tags:** C-NAV, Oceaneering, Positioning, Satellite, Support vessels
**Categories:** C-Nav® Positioning Solutions, Well Intervention, Well Stimulation
**Regions:** Gulf of Mexico, Mexico
**Search Tags:** '-Regions, Gulf of Mexico, Mexico
---
### [Oceaneering Bolsters UWILD Services with the Acquisition of Meridian Ocean Services](https://www.oceaneering.com/oceaneering-bolsters-uwild-services-acquisition-meridian-ocean-services/)
**Published:** July 25, 2016
**Author:** Louder Agency
**Content:**
July 25, 2016 – Houston, Texas – On July 22, 2016, Oceaneering International, Inc. completed its acquisition of Meridian Ocean Services, an international business that uses remotely operated vehicles (ROVs) to perform surveys on mobile offshore drilling units (MODUs) and floating production systems (FPS) that satisfy the [underwater inspection in lieu of drydocking (UWILD)](https://www.oceaneering.com/asset-integrity/floating-systems-inspection-and-integrity-services/special-periodic-surveys-and-uwild/) requirements of all major classification societies.
Rod Larson, President of Oceaneering, stated, “We are pleased to have closed this transaction with Meridian which will add talent and expertise allowing us to further penetrate the UWILD market which is a very logical adjacency. The addition of Meridian is complementary to our ROV, diving, asset integrity, and tooling services businesses and will provide a comprehensive solution for our customers.”
**Content Types:** News Releases
---
### [Oceaneering Awarded Survey Services Contract for Maryland Offshore Wind Project](https://www.oceaneering.com/oceaneering-awarded-survey-services-contract-maryland-offshore-wind-project/)
**Published:** December 14, 2017
**Author:** Louder Agency
**Content:**
December 14, 2017 — Houston, Texas — Oceaneering International, Inc. (“Oceaneering”) has been awarded a contract by US Wind, Inc., a subsidiary of the Toto Holding Group, to conduct high-resolution marine geophysical survey services starting in the second half of 2018 in support of US Wind’s new Maryland Offshore Wind Project.
Roderick A. Larson, President and Chief Executive Officer of Oceaneering, said, “We are delighted to play an active part in US Wind’s large-scale offshore wind power project. We look forward to placing our teams to work locally in Maryland, and applying our extensive offshore marine environment experience and very best technology, which will benefit the environment as well as the local economy and community.”
US Wind’s project, located on the Maryland Outer Continental Shelf (OCS), comprises 16 OCS Lease Blocks extending to about 25 miles offshore of Ocean City, Maryland.
Learn more about how Oceaneering is solving and supporting survey, installation, and maintenance challenges for offshore wind farms around the world at [oceaneering.com/renewable-energy/](https://www.oceaneering.com/renewable-energy/).
**Content Types:** News Releases
**Tags:** renewables
---
### [Oceaneering Awarded Significant Inspection Services Scope in Angola from CABGOC](https://www.oceaneering.com/oceaneering-awarded-significant-inspection-services-scope-in-angola-from-cabgoc/)
**Published:** June 30, 2020
**Author:** Louder Agency
**Content:**
June 30, 2020 – Houston, Texas – Oceaneering International, Inc. (Oceaneering) has announced that its Asset Integrity group has secured a three-year contract with Cabinda Gulf Oil Company Limited (CABGOC), a Chevron subsidiary.
Oceaneering will provide inspection services onshore Cabinda, Angola, and offshore Angola on Blocks 0 and 14. The contract is scheduled to begin in Q2 2020.
This award follows [a recent contract win](https://www.oceaneering.com/oceaneering-wins-significant-asset-integrity-scope-in-the-middle-east/) for inspection services for a major Middle East operator based in Dubai.
Kishore Sundararajan, Senior Vice President, Asset Integrity Group, stated: “We are pleased to have secured this contract with CABGOC, one of our largest customers. This project award reinforces Oceaneering’s position as a leading provider of inspection services around the globe.”
El Houssain El Moutia, Angola Country Manager, stated: “This contract will strengthen Oceaneering’s long-term presence in Angola and follows several recent awards for our Angolan team.”
**Learn more about our Asset Integrity division: [oceaneering.com/asset-integrity](http://www.oceaneering.com/asset-integrity)**
**Content Types:** News Releases
**Tags:** Angola, asset integrity, integrity management, lng, NDT
**Categories:** Asset Integrity Management, Inspection Management
**Regions:** Angola
**Search Tags:** '-Regions, Angola, inspection, Non Destructive Testing (NDT)
---
### [Oceaneering Awarded Scottish Enterprise Funding for Rosyth Cable Manufacturing Facility](https://www.oceaneering.com/oceaneering-awarded-scottish-enterprise-funding-for-rosyth-cable-manufacturing-facility/)
**Published:** August 14, 2025
**Author:** Audrey Leon
**Content:**
Rosyth, Scotland – Oceaneering announces that its Rosyth, [Scotland](https://www.oceaneering.com/locations/united-kingdom/), umbilical and cable manufacturing facility has secured grant funding from Scottish Enterprise (SE). The funding will support Oceaneering’s floating offshore wind dynamic cable qualification projects.
The immediate project will make use of existing manufacturing equipment at the Rosyth facility for the initial phase of research and development. Once the product has been designed and certified, Oceaneering aims to invest in new equipment and machinery for added project capacity.
Shaun Roedel, Senior Vice President of Manufactured Products, Oceaneering, commented: “We anticipate that this funding will enable us to make critical investments that will drive job creation in and around Rosyth. By leveraging our strategic location for the UK offshore floating wind market, we can develop and strengthen our local supply chain and reduce logistical complexities.
“This will enhance efficiency and directly support our commitments to sustainable and responsible operations. This investment strengthens our commitment to innovation and leverages more than 30 years of expertise in delivering dynamic solutions designed for, and operating in, the most demanding offshore environments.”
A tour of Oceaneering’s Rosyth Dynamic Cable Manufacturing Facility on August 13, 2025. Left to Right: Oceaneering’s Shaun Roedel, Scottish Cabinet Secretary Gillian Martin, Scottish Enterprise’s Suzanne Sosna, and Oceaneering’s Scott Hamilton.Scott Hamilton, General Manager, Manufactured Products – Rosyth, Oceaneering, commented: “Securing this funding marks a significant milestone in our journey to establish the Rosyth site as a center of excellence for the offshore wind and renewable energy industries. We are proud to lead the way in supporting the UK supply chain’s renewable energy ambitions.”
Suzanne Sosna, Director for Energy Transition, SE, commented: “We are proud to support pioneering companies like Oceaneering who are seizing upon a once-in-a-generation opportunity to transform our energy landscape.
“Scotland is the windbreak of Europe and perfectly positioned to accelerate the energy transition and maximize its economic benefits. SE’s vision is for Scotland to be viewed around the world as a center of excellence for offshore wind, with supply chains that are world-leading in terms of value, competitiveness, and service.
“We are working to accelerate technology innovation, supply chain capability and investment in manufacturing and key infrastructure, and Oceaneering is a prime example of the kind of company that encapsulates this ambition.”
Gillian Martin, Scottish Cabinet Secretary for Climate Action and Energy, commented: “I’m delighted to recognize the significance of this R&D grant award from Scottish Enterprise, which reflects the Scottish Government’s continued commitment to supporting innovation and growth in key sectors, such as offshore wind.
“Scotland’s growing offshore wind industry is creating opportunities, delivering jobs and attracting major investment across the country.
“Oceaneering’s project exemplifies the kind of high-value, future-focused investment wind that we want to attract – supporting the development of cutting-edge technologies for the global energy transition and helping to build a fair, green and growing economy for Scotland.”
A tour of Oceaneering’s Rosyth Dynamic Cable Manufacturing Facility on August 13, 2025. Left to Right: Scottish Cabinet Secretary Gillian Martin, Oceaneering’s Shaun Roedel, and Scottish Enterprise’s Suzanne Sosna.Oceaneering’s Rosyth manufacturing facility has been operating [at the Port of Rosyth since 1999](https://www.oceaneering.com/oceaneering-celebrates-25th-anniversary-at-the-port-of-rosyth/), providing subsea communication, power and hydraulic umbilicals to fixed and floating offshore oil and gas facilities.
**About Oceaneering**
Oceaneering is a global technology company delivering engineered services and products and robotic solutions to the offshore energy, defense, aerospace, and manufacturing industries. [oceaneering.com](https://www.oceaneering.com)
**About Scottish Enterprise**
Scottish Enterprise is Scotland’s national and international economic development agency and a non-departmental public body of the Scottish Government. It supports businesses to innovate and scale to transform the Scottish economy by focusing on new market opportunities through targeted investment, innovation and internationalization.
[scottish-enterprise.com](https://www.scottish-enterprise.com)
**Content Types:** News Releases
**Tags:** Dynamic Cable, Facility Tour, Funding, Rosyth, Scotland, Scottish Enterprise, Scottish Government, Umbilicals
**Industries:** Renewable Energy
**Regions:** United Kingdom
**Search Tags:** News Releases, UK
---
### [Oceaneering Awarded Safety in Seas Safety Practice Award; NOIA Elects Chairman Kevin McEvoy](https://www.oceaneering.com/oceaneering-awarded-safety-seas-safety-practice-award-noia-elects-chairman-kevin-mcevoy/)
**Published:** April 28, 2016
**Author:** Louder Agency
**Content:**
April 28, 2016 – Houston, Texas – The [National Ocean Industries Association (NOIA)](http://www.noia.org/) recently named Oceaneering International, Inc. as the recipient of the 2016 Safety in Seas Safety Practice Award. Kevin McEvoy, Oceaneering’s CEO, accepted the award at the NOIA annual meeting in Washington, DC.
“We are honored to receive this distinguished award from such a well-respected organization as NOIA. We are committed to the highest safety standards and, through rigorous risk analysis with our customer, we developed multiple redundant, fail-safe systems to safely conduct complex subsea operations in deep water,” McEvoy said.
Oceaneering was recognized for the innovative and incident-free completion of a [subsea well stimulation](https://www.oceaneering.com/well-stimulation-3/) campaign, using a [multipurpose service vessel](https://www.oceaneering.com/subsea-projects/vessel-fleet/) instead of a work-over rig.
Oceaneering’s award-winning entry was selected by an independent panel of judges from the U.S. Coast Guard, the Bureau of Safety and Environmental Enforcement, the National Academy of Sciences Transportation Review Board, and an industry safety consultant.
Moreover, the NOIA Board of Directors recently elected McEvoy as Chairman for the upcoming 2016-2017 term.
“I am grateful for the opportunity to serve as Chairman of NOIA. With low commodity prices and a tough regulatory environment, this is a critical time for the offshore energy industry,” said McEvoy. “While we face significant challenges, I am confident we can overcome them. I look forward to working alongside NOIA members to promote the safe development of offshore energy, and for consistent, transparent, and productive federal policies that allow for the continued growth and development of all energy sources in all areas of the Outer Continental Shelf (OCS).”
Since 2011, McEvoy has served as Oceaneering’s CEO. He also serves on the company’s board of directors, and was the NOIA Vice Chairman for the 2015-2016 term.
**Content Types:** News Releases
---
### [Oceaneering Awarded Riserless Light Well Intervention Contract by BP](https://www.oceaneering.com/oceaneering-awarded-riserless-light-well-intervention-contract-by-bp/)
**Published:** February 11, 2020
**Author:** Louder Agency
**Content:**
Houston, February 10, 2020 – Oceaneering International, Inc. (“Oceaneering”) announced the award by units of BP p.l.c. (“BP”), of a contract to provide comprehensive riserless light well intervention (RLWI) services offshore Angola in Blocks 18 and 31. The value of this meaningful award is reflected in our December 31, 2019 Subsea Products backlog.
In connection with this contract, Oceaneering has agreed to provide personnel and equipment related to its RLWI services, remotely operated vehicles (ROV’s), survey services, and communication services integrated onto a chartered multi-purpose vessel. These services are contracted to support a multi-well campaign designed to include mechanical well interventions, well stimulations, and tree change-outs. Oceaneering’s work scope also includes project management, engineering, systems integration, offshore management, and project crews. Offshore operations are scheduled to begin in the second quarter, with completion anticipated in the late fall of 2020.
This contract follows a successful intervention campaign by Oceaneering in the same region in late 2018 and early 2019 for this supermajor and its co-developers. Jim O’Leary, VP Wells, Africa and Middle East, BP, stated, “Oceaneering has a proven track record of providing us with a much-needed RLWI rapid response solution to help restore and improve production in Angola. We look forward to working with Oceaneering on this campaign.”
Rod Larson, President and Chief Executive Officer of Oceaneering, stated, “We appreciate BP’s continued trust in our ability to provide them with reliable, cost effective, ultra-deepwater intervention solutions in Angola. The award of this project reinforces Oceaneering’s position as a leading RLWI service provider in deepwater environments. This is the latest example that performing RLWI from a multi-purpose vessel is a viable, more efficient alternative for production enhancement compared to performing similar services from a rig or purpose-built intervention vessel.”
Learn more: [oceaneering.com/well-intervention](https://www.oceaneering.com/well-intervention/light-well-intervention/)
**Content Types:** News Releases
**Tags:** Angola, Riserless Light Well Intervention, RWLI, subsea, Subsea Hardware, subsea production, subsea tooling
**Categories:** Intervention Tooling, Well Intervention, Well Stimulation
**Regions:** Angola
**Search Tags:** '-Regions, Angola
---
### [Oceaneering Awarded Major Contract to Support Decommissioning Program Offshore Canada](https://www.oceaneering.com/oceaneering-awarded-major-contract-to-support-decommissioning-program-offshore-canada/)
**Published:** September 30, 2019
**Author:** Louder Agency
**Content:**
Houston, September 30, 2019 – Oceaneering International, Inc., has been awarded a contract to support a decommissioning project off the east coast of Canada. This is the first decommissioning contract for Oceaneering in Canada.
The contract’s work scope includes internal cutting, external cutting, and local soil displacement. Work is expected to start in Q2 2020.
The decommissioning project comprises seven offshore gas platforms located approximately 135 nautical miles east of Halifax, Nova Scotia, Canada on the edge of the Scotian Shelf.
The platforms were installed between 1999 and 2006 and consist of integrated topsides modules on jacket structures that are in water depths of 25-75 m.
“This opportunity truly highlights our continued ability to leverage the depth and breadth of Oceaneering’s service offerings to the Canadian market,” said Terry Humber, Service Line Manager. “The scope of work takes advantage of Oceaneering’s global experience in internal and external offshore structural cutting as well as soil displacement for access to the structure.”
**Learn more about our decommissioning services:**
[oceaneering.com/decommissioning](https://www.oceaneering.com/decommissioning/)
**Content Types:** News Releases
**Tags:** Canada, Decommissioning, North America, Oceaneering, subsea, well decommissioning
**Categories:** Decommissioning, Drilling Services, Integrated Rig Services, Remotely Operated Vehicles (ROVs)
**Regions:** Canada
**Search Tags:** '-Regions, Canada, Decommissioning
---
### [Oceaneering Awarded Maintenance Engineering Services Extension from Equinor](https://www.oceaneering.com/oceaneering-awarded-maintenance-engineering-services-extension-from-equinor/)
**Published:** September 2, 2025
**Author:** Audrey Leon
**Content:**
Oceaneering International, Inc., (Oceaneering) announces that its Norwegian subsidiary, Oceaneering Asset Integrity AS, has been awarded a two-year extension on its existing framework agreement with Norwegian energy operator Equinor for the provision of **[Maintenance Engineering Services](https://www.oceaneering.com/oceaneering-awarded-maintenance-engineering-services-extension-from-equinor/ "Oceaneering Awarded Maintenance Engineering Services Extension from Equinor")**. The agreement with global reach, which began in January 2022, will now extend through December 2027. Work will commence January 2026 and covers locations including Norway, Brazil, and the UK.
Under the agreement, Oceaneering will continue to provide services across all aspects of maintenance management, analysis, and engineering. These services will continue to be carried out in accordance with Equinor’s internal requirements and work processes, as well as applicable local regulations.
Erlend Fremstad, Director of IMDS Scandinavia, commented: “We are proud that Equinor has chosen to extend our collaboration. This extension underscores the value of our team’s work and Equinor’s continued confidence in Oceaneering as a trusted provider of integrity services in the region. We remain committed to supporting their safe, efficient operations through expert maintenance management, engineering services, and close collaboration.”
**Content Types:** News Releases
**Tags:** equinor, IMDS, Maintenance Engineering, Norway
**Categories:** Asset Integrity Management
**Industries:** Oil and Gas, Renewable Energy
**Regions:** Norway
**Search Tags:** Asset Integrity
---
### [Oceaneering Awarded Maintenance Engineering Framework Agreement ](https://www.oceaneering.com/oceaneering-awarded-maintenance-engineering-framework-agreement/)
**Published:** February 28, 2022
**Author:** Louder Agency
**Excerpt:** Oceaneering International's Integrity Management and Digital Solutions (IMDS) group has been awarded a framework agreement covering maintenance engineering for all Equinor’s business areas.
**Content:**
February 28, 2022 – Houston, Texas – Oceaneering International, Inc. announces that its Integrity Management and Digital Solutions (IMDS) group has been awarded a framework agreement covering maintenance engineering for all Equinor’s business areas.
The agreement, beginning 1 January 2022, is for four years with two, two-year options to extend. It covers all assets from subsea to topside globally – including fixed and floating offshore wind installations – from Front-End Engineering Design (FEED) to operations. The contract will employ over 70 engineers worldwide.
The scope of work includes project management; planning, preparations, and data management for predictive and preventative maintenance campaigns; computerized maintenance management services; spares management and optimization; bespoke maintenance strategies; critical analysis strategies including failure mode, effects, and criticality analysis (FMECA), asset register planning; equipment reliability-centered maintenance (RCM) analysis, full asset maintenance program optimization, and other services.
“This contract demonstrates that continuous improvement and consistent delivery across projects and assets are essential to high-quality maintenance management,” said Per Ole Fredagsvik, Sales Manager for IMDS at Oceaneering. “Our approach to managing teams and talent ensures the continued safe and reliable operation of assets throughout their lifecycle, while adapting to changes in requirements and guidelines, and incorporating lessons learned.”
Ben Hooker, Director of Global Business Development for Renewables at Oceaneering said, “Oceaneering’s renewables group is delighted to be a part of this global framework. This aligns with our competency, technology, and strengths in oil and gas, and leverages these into the areas of energy transition, electrification, and digitization.
“Pivoting from our Risk, Reliability, and Maintenance (RRM) offering, we are utilizing smart devices, communications, quality and insights to establish a transition between the physical and digital worlds,” Hooker added. “This global contract supports the transformation from traditional oil and gas development into next-generation offshore wind and energies beyond.”
Oceaneering has been on a journey with Equinor for over 15 years. “Both organizations have established centers of excellence within the maintenance management field and share common values and an uncompromising commitment to health, safety, and the environment,” Fredagsvik added.
**Learn more about our [Renewables](https://oceaneering.com/renewables) capabilities.**
**Content Types:** News Releases
**Tags:** asset integrity, energy transition, equinor, feed, front end engineering design, integrity management, maintenance, NDT, renewables, risk reliability maintenance, rrm
**Categories:** Asset Integrity Management, Inspection Management, Integrity Management, Renewables
**Regions:** Brazil, Norway, United Kingdom
**Search Tags:** '-Regions, Brazil, inspection, Non Destructive Testing (NDT), Norway, UK
---
### [Oceaneering Awarded Integrity Management Program for Total’s Tyra Redevelopment Project](https://www.oceaneering.com/oceaneering-awarded-integrity-management-program-for-totals-tyra-redevelopment-project/)
**Published:** February 20, 2019
**Author:** Louder Agency
**Content:**
HOUSTON, February 20, 2019 – Oceaneering International, Inc. (“Oceaneering”) has been awarded a two-year Integrity Management contract with Total E&P Danmark (“Total”) to support its significant Tyra Redevelopment project in the Danish North sea.
Oceaneering’s scope includes the full development of Tyra’s integrity management program, developing risk-based assessments (RBAs) that will enable effective and optimized inspection and monitoring for all pressure systems and piping, topsides and jacket structures as well as pipelines.
Managed from our Aberdeen office, Oceaneering will use a multi-disciplined team of corrosion, inspection, structural and pipeline engineers, with specialist experience in delivering large-scale integrity scopes.
Bill Boyle, Senior Vice President for Oceaneering’s Asset Integrity business said: “We are working collaboratively with Total to ensure that the Tyra Redevelopment becomes a world-class operating facility. This project is defining the way in which integrity management is delivered, and our full suite of services will help to accomplish Total’s goal of enabling remote operations of the future platform.”
In addition to the Tyra Redevelopment, Oceaneering provides a range of other services to Total, from topsides inspection management services in the UK North Sea to ROV, tooling, and survey support globally.
Tyra, in production for over three decades, is a unique field. It processes 90 percent of the Denmark’s gas production. Redevelopment not only secures production at the field for the next 25 years, but the infrastructure will enable operators to pursue new gas projects in the northern part of the Danish North Sea.
At peak production it is expected to produce the equivalent of supplying 1.5 million Danish homes with gas. The investment in this project is the largest of its kind within the Danish North Sea.
Oceaneering’s Asset Integrity business provides [integrity management](https://www.oceaneering.com/asset-integrity-management/) capabilities, conventional and advanced non-destructive testing (NDT) and specialist inspection solutions, with a team of over 2,100 technically focused people, servicing customers from 24 global locations.
Learn more: [oceaneering.com/asset-integrity](https://www.oceaneering.com/asset-integrity-management/ "Asset Integrity Management")
**Content Types:** News Releases
**Tags:** asset integrity, denmark, engineering, Europe, inspection, north sea, pipeline inspection, risk assessment, risk-based assessment
**Categories:** Asset Integrity Management, In-Service Inspection
**Regions:** Norway, United Kingdom
**Search Tags:** '-Regions, Norway, UK
---
### [Oceaneering Awarded BOP Tethering Services Contract from Petrobras in Brazil](https://www.oceaneering.com/oceaneering-awarded-bop-tethering-services-contract-from-petrobras-in-brazil/)
**Published:** October 13, 2020
**Author:** Louder Agency
**Content:**
October 13, 2020 – Oceaneering International, Inc. (“Oceaneering”) is proud to announce that the company has been awarded a BOP tethering services contract offshore Brazil from Petrobras. The contract duration is one-year with the option to extend for an additional year.
The scope of work includes data acquisition and real-time riser analysis for dynamic positioning rig operations for up to seven wells in water depths between 150 meters and 700 meters.
Oceaneering will provide eight suction piles that will be manufactured locally as well as 10 wellhead load relief (WLR) tensioners, one monitoring system to be integrated on the BOP, and one suction pile pump to install the suction piles.
An anchor handling tug supply (AHTS) vessel will launch and install the suction piles and tensioners. The drilling rig will be used to connect the tensioners to the BOP.
“We appreciate Petrobras’ trust in our ability to provide dependable and cost-effective technologies and services,” said Daniel Nogueira, Manager, Oceaneering Projects Group. “This award reinforces our position and track record as a high-quality service provider in Brazil. This is an amazing opportunity for Oceaneering to expand its capabilities in Brazil with BOP anchoring services.”
Learn more about our [**Wellhead Load Relief system**](https://www.oceaneering.com/wellhead-load-relief/).
**Content Types:** News Releases
**Tags:** bop, bop tether, remote services, ROV tooling, rovs, st&r, wellhead load relief, wlr
**Categories:** Remote Operations, Remotely Operated Vehicles (ROVs), ROV Tooling
**Regions:** Brazil
**Search Tags:** Remotely Operated Vehicles (ROV), WLR
---
### [Oceaneering Appoints Ben Hooker as Director of Business Development for Renewables](https://www.oceaneering.com/oceaneering-appoints-ben-hooker-as-director-of-business-development-for-renewables/)
**Published:** October 27, 2020
**Author:** Louder Agency
**Content:**
October 27, 2020 – Houston, Texas – Oceaneering International, Inc. (“Oceaneering”) has announced the appointment of Ben Hooker as Director of Business Development – Renewables.
Mr. Hooker is a seasoned accounting and finance manager with a successful sales and business development background within the upstream Oil and Gas, Defense, Marine and Renewable energy sectors. He most recently served as Head of Sales at James Fisher and Sons. Prior to that, he served as a director of Grey’s of Ely Coaches, UK Sales Manager at CWind, and Managing Director at Ocean Hover Limited and TechnoTrak Engineers.
Earl Childress, Oceaneering’s Senior Vice President and Chief Commercial Officer, stated, “I am very pleased to announce Ben‘s appointment. Ben is a proven commercial sales and business development leader. Adding Ben’s previous experience with Renewables to our team not only re-affirms our commitment to the sector but allows us to expand our innovative technologies and services to this ever-growing market.”
“I am delighted to join Oceaneering as Director of Business Development,” Hooker said. “[The Renewables sector](https://www.oceaneering.com/renewable-energy-solutions/) is an important focus area for Oceaneering, and I am excited to play a part in growing this business.”
**Content Types:** News Releases
**Tags:** renewables
**Categories:** Renewables
**Regions:** North America
**Search Tags:** Renewable Energy
---
### [Oceaneering Announces Renewal of Inspection Services Contract in West Africa](https://www.oceaneering.com/oceaneering-announces-renewal-of-inspection-services-contract-in-west-africa/)
**Published:** August 18, 2025
**Author:** Audrey Leon
**Content:**
Houston, Texas – Oceaneering International, Inc. (Oceaneering) announced today that its [Integrity Management and Digital Solutions](https://www.oceaneering.com/asset-integrity-management/) (IMDS) segment has renewed its contract with a major operator for inspection services in West Africa.
Oceaneering’s scope of work includes non-destructive testing, non-destructive examination, and inspection services performed by Oceaneering’s local and international personnel at the client’s offshore and onshore facilities in West Africa. The contract, which commenced in the second quarter of 2025, has a three-year term with two one-year options to extend.
Leo Granato, Senior Vice President of IMDS, stated, “We are proud to continue delivering high-quality inspection services that support our customer’s operations, underscoring our track record as a trusted service provider in the region. It is an integral part of achieving our 2025 guidance for increased revenue and operating income from IMDS.”
Learn more about Oceaneering’s [non-destructive testing and inspection services.](https://www.oceaneering.com/asset-integrity-management/inspection/conventional-ndt/)
Oceaneering is a global technology company delivering engineered services and products and robotic solutions to the offshore energy, defense, aerospace, and manufacturing industries.
For more information, please visit [oceaneering.com](https://www.oceaneering.com).
**Content Types:** News Releases
**Tags:** Angola, IMDS, inspection, integrity management, NDT, non-destructive testing, west africa
**Categories:** Asset Integrity Management, In-Service Inspection
**Industries:** Oil and Gas
**Regions:** Angola
**Search Tags:** Angola, Asset Integrity, Non Destructive Testing (NDT)
---
### [Oceaneering Announces Freedom™ AUV Achieves TRL 6 For Pipeline Inspection](https://www.oceaneering.com/oceaneering-announces-freedom-auv-achieves-trl-6-for-pipeline-inspection/)
**Published:** August 29, 2022
**Author:** Louder Agency
**Excerpt:** Oceaneering announced today that its Freedom™ AUV, following an extensive testing and qualification program, has achieved Technology Readiness Level 6 on a 1-9 scale, as assessed by an expert industry group with representation from TotalEnergies, Chevron, and Equinor.
**Content:**
August 29, 2022 – Houston, Texas – Oceaneering announced today that its Freedom™ AUV, following an extensive testing and qualification program, has achieved Technology Readiness Level 6 on a 1-9 scale, as assessed by an expert industry group with representation from TotalEnergies, Chevron, and Equinor.
[Freedom, a hybrid AUV/ROV system](https://www.oceaneering.com/rov-services/next-generation-subsea-vehicles/freedom-autonomous-underwater-vehicle/), is the result of a long-term collaborative relationship between Oceaneering, TotalEnergies, and Chevron dating back to 2014, with Equinor joining the collaboration in 2019. In 2014, the group began efforts to optimize the delivery of a pipeline inspection service from an AUV. The close association between customers TotalEnergies, Chevron, and Equinor, and Oceaneering as developer, has ensured that the specification and requirements of the improved pipeline inspection AUV have been realized within both the hardware design as well as the autonomous behaviors developed and refined during the DevOps testing phase of the Freedom AUV project.
As a result of this long-term investment and effort, Freedom has now demonstrated to the expert group that it can carry out low altitude inspection and survey on pipelines of different diameters. The vehicle can track pipelines at between 3-5m altitude from the seabed providing high resolution survey data and at 8m altitude for reconnaissance and seabed mapping. Freedom’s control software includes specific behaviors to locate and maximize data acquisition value for burial, crossing and freespan events.
To ensure the safety of the vehicle and customer assets, Freedom includes a sophisticated level of obstacle detection, autonomous obstacle avoidance, and general situational awareness. These features allow the vehicle to re-plan its route to avoid detected objects and then to re-engage with the pipeline being tracked once the vehicle has navigated safely past the object.
The initial configuration of Freedom for pipeline Inspection includes outfitting with high specification instruments such as Inertial Navigation System, Laser Scanning System as well as Multibeam Sonar technology to take advantage of Freedom’s unprecedented pipeline tracking ability and proximity to the pipe.
Freedom offers customers a new level of efficiency, providing significantly improved and more complete data sets than obtainable via traditional AUV pipeline inspection techniques at a significantly increased speed compared with legacy ROV inspection methods.
Peter Buchanan, Director, Products and Services, Subsea Robotics, said: “Oceaneering is proud to commercially launch our Freedom AUV for pipeline inspection after a thorough qualification program. We are excited to positively contribute to reducing our customers’ carbon footprints and boost their energy sustainability with each deployment.”
Martin McDonald, Senior Vice President of Subsea Robotics, said: “With Freedom’s unique ability to precisely follow pipelines at high speed, customers can be assured that the quality and completeness of the data gathered will meet their needs whilst lowering their campaign durations. There is a great future for advanced technology of this kind, and we see Freedom playing a key role in the energy transition, including renewables development projects.”
**Content Types:** News Releases
**Tags:** autonomous underwater vehicle, Autonomous Vehicle, Freedom AUV, IMR, pipeline inspection, rov, subsea, Subsea Autonomy, Subsea Robotics, survey
**Categories:** Remotely Operated Vehicles (ROVs)
**Regions:** North America, Norway
---
### [Oceaneering Announces Fourth Quarter and Full Year 2016 Earnings Release and Conference Call Dates](https://www.oceaneering.com/oceaneering-announces-fourth-quarter-and-full-year-2016-earnings-release-and-conference-call-dates/)
**Published:** January 19, 2017
**Author:** Louder Agency
**Content:**
January 10, 2017 – Houston, Texas – Oceaneering International, Inc. (“Oceaneering”) (NYSE: OII) today announced it will report financial results for the fourth quarter and full year 2016 on Wednesday, February 8, 2017, after the close of trading on the New York Stock Exchange. The earnings release will be available on Oceaneering’s website at www.oceaneering.com.Oceaneering also has scheduled a conference call and webcast related to its fourth quarter and full year 2016 results for Thursday, February 9, 2017, at 10:00 a.m. Central Standard Time. Interested parties may listen to the call through a webcast link posted in the Investor Relations section of Oceaneering’s website. A replay of the conference call will be made available on the website starting one hour after the live call ends.
Oceaneering is a global oilfield provider of engineered services and products, primarily to the offshore oil and gas industry, with a focus on deepwater applications. Through the use of its applied technology expertise, Oceaneering also serves the defense, entertainment, and aerospace industries.
For more information on the Company, please visit [www.oceaneering.com](https://www.oceaneering.com/).
Contact:
Suzanne Spera
Director, Investor Relations
Oceaneering International, Inc. 713-329-47070
investorrelations@oceaneering.com
View/Download: [PDF File](https://www.oceaneering.com/wp-content/uploads/2017/01/PR-01-10-17-Q4-2016-Release-Dates.pdf)
**Content Types:** News Releases
---
### [Oceaneering Announces Contract with Statoil for E-ROV Concept Development and Testing](https://www.oceaneering.com/oceaneering-announces-contract-statoil-e-rov-concept-development-testing/)
**Published:** January 31, 2017
**Author:** Louder Agency
**Content:**
January 31, 2017 – Houston, Texas – Oceaneering International, Inc. (“Oceaneering”) announced that one of its subsidiaries has been awarded a technology development contract by Statoil Petroleum AS (“Statoil”). The contract provides for the development, manufacturing, testing, and mobilization of a self-contained, battery-powered work class remotely operated vehicle (E-ROV) system deployed on the seabed. The system will interface with Oceaneering’s onshore [Mission Support Center](https://www.oceaneering.com/rov-services/rov-technology/) via a 4G mobile broadband signal transmitted from a buoy on the water’s surface, without a surface vessel required onsite.
“We are pleased Statoil has given us the opportunity to develop a revolutionary, battery-powered work class E-ROV system. This award provides opportunities for continuous improvements and developments that will create increased value for both parties. We will use our [Oceaneering](https://www.oceaneering.com/products/enovus-rov/)® eNovus work class ROV and new technology to supply the required battery power and communication links needed to support the project,” said Erik H. Sæstad, Vice President and Country Manager for Oceaneering in Norway.
Development, manufacturing, and pool testing will commence immediately at Oceaneering’s workshop in Stavanger, Norway. An offshore mobilization test of the system is scheduled for May 2017. During the test, the [E-ROV system](https://www.oceaneering.com/whats-next/) will be deployed and recovered from a Statoil-operated IMR vessel at the Troll field in the North Sea. The system will perform specified subsea operations while Oceaneering maintains continuous, uninterrupted control from its onshore Mission Support Center in Stavanger.
Oceaneering is a global provider of engineered services and products, primarily to the offshore oil and gas industry, with a focus on deepwater applications. Through the use of its applied technology expertise, Oceaneering also serves the defense, entertainment, and aerospace industries.
**Content Types:** News Releases
---
### [Oceaneering Announces a Successful Field Trial for Ocean Perception™ Marine Mammal Mitigation Software Solution](https://www.oceaneering.com/oceaneering-announces-a-successful-field-trial-for-ocean-perception-marine-mammal-mitigation-software-solution/)
**Published:** December 5, 2023
**Author:** Audrey Leon
**Content:**
Houston, Texas – Today, Oceaneering International, Inc., announces the successful field trial of [Ocean Perception™](https://www.oceaneering.com/renewable-energy-solutions/offshore-renewables/ocean-perception/), a patented marine mammal mitigation software solution for the offshore wind and renewables industry.
The field trial was conducted in August 2023 at the Stellwagen Bank National Marine Sanctuary offshore the Northeastern United States to demonstrate Ocean Perception’s first-of-its-kind visualization of real-time mitigation operations, mammal detections, and locations.
Ocean Perception is a unique solution that provides accurate mammal location data to improve operational efficiencies for construction operations – thereby reducing downtime attributed to false positives experienced by traditional marine mammal monitoring methods.
Ocean Perception integrates equipment and sensor information to a vessel-based control center, streamlining operations and improving overall situational awareness. The software’s remote operations infrastructure allows offshore operations to be shared in real-time with key stakeholders onshore.
The trial tested the integration of data protocols, integration of the solution with buoy systems, various frequencies testing, and other capabilities including machine learning and thermal cameras for the potential for 24-hour operations. Ocean Perception’s navigational features enhance operational capacity and survey mode, ensuring compliance of support vessels with speed restrictions with minute-to-minute tracking.
The trial integrated SMRU Consulting’s battery-powered Cab Guardian Buoy System with Ocean Perception as part of a complete package for offshore wind construction operations. The buoy system can detect mammals at a range of up to 10 km (4 mi) and report those detections in real-time, allowing Passive Acoustic Monitoring (PAM) operators to approve the detections within Pamguard software, seamlessly delivering into Ocean Perception’s map visualization.
Blanca Montoya, Product Manager, Oceaneering, said: “We are thrilled with the data we gathered at the Marine Mammal Sanctuary field trial, our third for Ocean Perception. We proved that the system can provide novel marine mammal monitoring for wind and other renewable developers while meeting strong regulatory requirements. SMRU’s Cab Guardian Buoy system coupled with Ocean Perception™ provides disruptive, game changing capabilities that will improve regulatory compliance and increase mammal protection during operations.”
Paul King, Director of Engineering, SMRU Consulting, said: “We’re delighted to work with Oceaneering to help offshore wind developers increase operational safety and increase project efficiencies through deploying a real-time, lightweight, cost-effective, battery-powered acoustic buoy system.”
Oceaneering supports diverse energy transition goals with innovative solutions for the toughest project challenges. With a suite of industry-leading technologies and services, we are ideally positioned to serve global offshore wind, tidal, wave, interconnector, hydrogen, and carbon capture projects in key regions around the world including the Americas, Europe, and Asia Pacific.
**Content Types:** News Releases
**Tags:** Mammal Mitigation, Marine Wildlife, Ocean Perception, remote operations, renewables, Software, Whales
**Categories:** Renewables
**Regions:** North America
**Search Tags:** News Releases, North America, Remote Services, Renewable Energy
---
### [Oceaneering Announces a New Cloud-Based Corrosion Monitoring System: TRND](https://www.oceaneering.com/oceaneering-announces-a-new-cloud-based-corrosion-monitoring-system-trnd/)
**Published:** October 1, 2018
**Author:** Louder Agency
**Content:**
September 28, 2018 — Houston, Texas — Oceaneering International, Inc. (“Oceaneering”) today announced a new interactive cloud-based corrosion and erosion analysis system for inspection requirements called TRND.
The TRND system is a technological collaboration that combines Oceaneering’s expertise in developing a wide range of inspection technologies and tools with Ionix Advanced Technologies’ (“Ionix”) high-temperature HotSense™ platform and Inductosense Limited’s (“Inductosense”) battery-free Wireless and Non Destructive, or WAND, technology.
Espen Ingerbretsen, Oceaneering’s Vice President Business Development for Asset Integrity, said, “We are proud to be partnering with Ionix and Inductosense on this innovative corrosion monitoring solution. The TRND system will provide our customers with a remote, cost-effective condition monitoring service that can reduce the investment in additional infrastructure and hardware.”
Within minutes of installation, operators can acquire quantitative wall thickness data, which may be remotely analyzed and reported through a cloud-based data management system. Measuring less than 1.2 kilograms total mass, the TRND system can be retrospectively installed and implemented within the harshest of environments and deployed anywhere including elbows and via rope access.
The system’s reduced profile enables retrofit installation to existing assets under insulation. This means that there is no disruption to weatherproofing, providing internal pipe corrosion/metal loss monitoring and integrity inspection services without the need to remove cladding, and therefore maintaining the integrity of Corrosion Under Insulation (“CUI”) defenses.
For hazardous environments, the TRND system offers intrinsically safe ultrasonic thickness measurements in Zone 0 explosive environments up to 350 degrees Celsius (660 degrees Fahrenheit).
For more information, visit: <https://www.oceaneering.com/asset-integrity/in-service-inspection/advanced-ndt/>
**Content Types:** News Releases
**Tags:** corrosion monitoring, non-destructive testing, TRND
**Categories:** Asset Integrity Management, In-Service Inspection
**Regions:** United Kingdom
**Search Tags:** '-Regions, UK
---
### [Keon Brown Recognized by BEYA STEM Conference as 2022 Science Spectrum Trailblazer](https://www.oceaneering.com/keon-brown-recognized-by-beya-stem-conference-as-2022-science-spectrum-trailblazer/)
**Published:** December 8, 2021
**Author:** Louder Agency
**Excerpt:** Oceaneering International is proud to announce that Keon Brown, a staff electrical engineer for the Oceaneering Technologies (OTECH) group in Hanover, Maryland, will receive the 2022 Science Spectrum Trailblazer award at the Black Engineer of the Year Awards (BEYA) held February 17-19, 2022.
**Content:**
December 8, 2021 – Houston, Texas – Oceaneering International is proud to announce that Keon Brown, a staff electrical engineer for the Oceaneering Technologies (OTECH) group in Hanover, Maryland, will receive the 2022 Science Spectrum Trailblazer award at the Black Engineer of the Year Awards (BEYA) held February 17-19, 2022.
“Keon’s recognition as a Science Spectrum Trailblazer is well deserved,” said Peter Young, VP and General Manager of OTECH. “As a Lead Engineer on our Tang program, Keon uses his mix of people skills, technical expertise, and leadership acumen to take care of our people and our customers. Keon is a rising leader in OTECH and I look forward to his continued growth and exceptional performance.”
Of the award, Brown said: “It’s always an honor to be recognized by your peers in your profession. It is also a great feeling just to be nominated by those at Oceaneering for the award. It shows that you’re valued and respected.”
Brown has worked for Oceaneering for almost 10 years, mainly on large vehicles projects for OTECH but also assisting Oceaneering’s Marine Services Division and Space Systems divisions on their projects. He holds a Bachelor of Science in electrical engineering from Temple University.
The [BEYA STEM Awards](http://www.beya.org/) are hosted by U.S. Black Engineer and Information Technology magazine and the Council of Engineering Deans of the Historically Black Colleges and Universities. The awards recognize outstanding contributions to the science, technology, engineering and mathematics fields across the public, private, and academic sectors. The Science Spectrum Trailblazer Award is granted to individuals in the workforce and are recommended for this award by their employer.
**Content Types:** News Releases
**Tags:** BEYA, Black Engineer of the Year Awards, Engineers, Hanover, Maryland, Recruiting, Recruitment
**Categories:** Oceaneering Technologies (OTECH)
**Regions:** North America
**Search Tags:** Oceaneering Technologies (OTECH)
---
### [Oceaneering and DDK Positioning Sign Service Agreement Enhancing C-Nav® Positioning Solutions’ Offerings](https://www.oceaneering.com/oceaneering-and-ddk-positioning-sign-service-agreement-enhancing-c-nav-positioning-solutions-offerings/)
**Published:** July 21, 2021
**Author:** Louder Agency
**Excerpt:** Oceaneering International, Inc., and DDK Positioning Limited have entered into an agreement for the provision of GNSS (Global Navigation Satellite System) augmentation service and all associated software and hardware supporting Oceaneering’s C-Nav® Positioning Solutions group offerings.
**Content:**
July 21, 2021 – Houston, Texas – Oceaneering International, Inc., and DDK Positioning Limited announced the companies have entered into an agreement for the provision of GNSS (Global Navigation Satellite System) augmentation service and all associated software and hardware supporting Oceaneering’s C-Nav® Positioning Solutions group offerings.
DDK Positioning’s services are delivered exclusively through the Iridium® satellite communications network coupled with hardware developed by partner Topcon. This pairing of cutting-edge hardware and advanced communication infrastructure will enhance the ability of Oceaneering’s customers to precisely position their assets globally. This unified solution offers several benefits to Oceaneering’s positioning customers including, two-way communication enabling machine control and feedback, and redundancy to cover potential signal losses.
*Satellite Positioning Image Courtesy of Iridium®*
From launch, DDK Positioning will provide its MAX service to Oceaneering clients, which can achieve accuracy to less than 10 cm (2 Sigma). The MAX service uses both GPS, Galileo, and GLONASS constellations with further systems to be added within a year.
Eric Smith, Director of Survey Services at Oceaneering, said: “There have been significant advances made in communications infrastructure and satellite positioning technology over the last several years. With this agreement, Oceaneering will be able to offer enhanced positioning technology allowing us to build on our strong industry track record while continuing to serve the positioning needs of our clients now and into the future.”
Kevin Gaffney, CEO at DDK Positioning said: “We are absolutely delighted to have signed an agreement with Oceaneering to provide our precise and reliable GNSS positioning solution to Oceaneering’s customers in the maritime energy industry.
“This agreement demonstrates the need for an alternative GNSS augmentation service that increases the reach of services from Pole to Pole, with the added benefit of Iridium’s resilience and reliability. We are looking forward to working with Oceaneering to enhance their service and product portfolio while delivering market leading services for many years to come.”
Learn more: **[oceaneering.com/positioning-solutions](https://www.oceaneering.com/positioning-solutions/ "C-Nav Positioning Solutions")**
**Content Types:** News Releases
**Tags:** C-NAV, communications, Location, Positioning, Satellite, vessels
**Categories:** C-Nav® Positioning Solutions
**Regions:** North America, United Kingdom
**Search Tags:** C-Nav Positioning Solutions
---
### [Oceaneering and bp Conduct First ROV Remote Piloting Operation Offshore West of Shetland](https://www.oceaneering.com/oceaneering-and-bp-conduct-first-rov-remote-piloting-operation-offshore-west-of-shetland/)
**Published:** December 17, 2021
**Author:** Louder Agency
**Excerpt:** Oceaneering International, Inc. has successfully conducted the first onshore remote piloting of a remotely operated vehicle (ROV) in the U.K. sector for bp. The operations were conducted from Oceaneering’s Onshore Remote Operations Center (OROC) in Stavanger, Norway.
**Content:**
December 17, 2021 – Houston, Texas — Oceaneering International, Inc. has successfully conducted the first onshore remote piloting of a [remotely operated vehicle (ROV)](https://www.oceaneering.com/rov-services/rov-systems/) in the U.K. sector for bp. The operations were conducted from [Oceaneering’s Onshore Remote Operations Center (OROC)](https://www.oceaneering.com/remote-services/onshore-remote-operations-centers-orocs/) in Stavanger, Norway.
This project was the first implementation of ROV remote piloting in the U.K., the first cross-border implementation, and the first operational implementation for bp.
Oceaneering’s Onshore Remote Operations Center in Stavanger, Norway.
Oceaneering was tasked with observing drilling operations at bp’s Clair Ridge facility West of Shetland, at 141 meters water depth. The operation ran from 20 July to 5 August 2021.
ROV remote piloting from shore can increase safety and reduce the environmental footprint of operations, potentially achieving up to 25% reduction in offshore personnel on board (POB) and provide a significant reduction in emissions associated with the work.
Oceaneering and bp worked together to ensure secure offshore connectivity for the remote ROV piloting operations. This required a complex setup process to establish a bridge between the data networks of both companies, without compromising their respective cyber security policies. The result of the collaboration established a secure data link via subsea optical fiber to the worksite offshore.
The Stavanger-based remote piloting team operated the ROV for over 70 hours during the campaign program with 100% uptime. The implementation of this project was achieved by a global support team comprising members from the U.K., Norway, India, and the U.S.
“The operation was a successful demonstration of not only new technology, but a demonstration of continued resilience and protection of the offshore workforce during COVID-19,” said Martin McDonald, Senior Vice President, Subsea Robotics, at Oceaneering. “Oceaneering’s OROC team can continue to operate and remain the eyes and ears of an operation – from any location around the world – during unforeseen disruptions and report back information to the client.”
“The success of this innovative solution at Clair Ridge builds increased credibility and familiarity to remote ROV operations. By using experts located onshore in Norway instead of offshore personnel, the safety risk was reduced,” said Tom Fuller, VP Wells at bp North Sea. “It’s also a great example of how remote technologies can deliver emissions reductions on our assets, aligning with bp’s ambition to be a net zero company by 2050 or sooner. This project has helped bp to better understand the benefits and challenges of implementing remotely piloted ROVs – learnings that we can take forward into future opportunities here and across our global operations.”
Katy Heidenreich, OGUK’s Supply Chain and Operations Director, said: “This project demonstrates how operators are empowering supply chain companies to develop innovative techniques to help cut greenhouse gas emissions. Industry collaboration is bringing innovative technologies to the fore and accelerating the process for getting them from field trials to deployment in the North Sea, helping us on the journey to deliver the UK’s target of net zero emissions in 2050.”
The Stavanger OROC was established in 2015 and has conducted numerous ROV remote piloting operations in the North Sea and Gulf of Mexico for other clients.
**For more information, please visit:** [**oceaneering.com/remote-services**](https://oceaneering.com/remote-services)
**Content Types:** News Releases
**Tags:** BP, Clair Ridge, Onshore Remote Operations Center, Operations, remote operations, remote piloting, Remotely Operated Vehicles, rov, ROV personnell, ROV piloting, UK
**Categories:** Remotely Operated Vehicles (ROVs)
**Regions:** India, Norway, United Kingdom
**Search Tags:** '-Regions, India, Norway, Remotely Operated Vehicles (ROV), UK
---
### [Oceaneering Acquires Exail’s DriX USV for Remote Survey Scopes](https://www.oceaneering.com/oceaneering-acquires-exails-drix-usv-for-remote-survey-scopes/)
**Published:** September 5, 2023
**Author:** Louder Agency
**Content:**
September 5, 2023 – Aberdeen, Scotland – Today, Oceaneering International announces at Offshore Europe that its Subsea Robotics group is introducing a new USV service to support remote survey work scopes.
Exail and Oceaneering reached an agreement where Oceaneering will purchase its first DriX USV to support deepwater geophysical and asset inspection operations, including autonomous underwater vehicle (AUV) positioning, and offshore and nearshore surveys. The use of the DriX USV on offshore survey and inspection work scopes will enable Oceaneering to improve operational efficiencies, reduce overall vessel time on site, and significantly reduce carbon emissions.
Oceaneering’s USV service offering will utilize dual independent positioning correction services from [Oceaneering’s C-NAV® group](https://www.oceaneering.com/positioning-solutions/) for uninterrupted operations, thereby improving reliability. Oceaneering’s service will be the only USV equipped with true, dual redundancy for guaranteed continuity of service.
Eric Smith, Senior Director of Survey Services at Oceaneering, said: “It is the natural progression of our extensive experience with remote operations that we combine USVs with Oceaneering’s existing [ROV and AUV fleets](https://www.oceaneering.com/rov-services/rov-systems/) and [onshore remote operations centers](https://www.oceaneering.com/remote-services/onshore-remote-operations-centers-orocs/) to deliver significant opportunities to scale operations and drive greater efficiencies. The service will directly support the market growth of IMRGE™, our integrated and customizable Inspection, Maintenance and Repair (IMR) strategy.”
Martin McDonald, Senior Vice President of Subsea Robotics, said: “We are excited to use the DriX USV as part of our integrated service offerings and to pair it with our AUV systems, such as the [Freedom™ vehicle](https://www.oceaneering.com/rov-services/next-generation-subsea-vehicles/freedom-autonomous-underwater-vehicle/). The DriX allows us to remotely gather the same high-quality data at a lower operational impact, without the need for an offshore-based crew. This reduces health, safety, and environmental risks while freeing up multi-service vessels to complete other tasks.”
Olivier Cervantes, Vice President of Maritime Autonomy at Exail, said: “Oceaneering and Exail have a long-term partnership. It is a great pleasure to collaborate now on expanding subsea exploration thanks to automated systems such as DriX and Freedom. This collaboration opens new capabilities in the subsea construction, inspection, and survey domains.”
The DriX USV has accumulated several thousand hours in operation since entering service in 2016 and is able to conduct over-the-horizon supervised autonomous operations thanks to its A.I powered CortiX software and state-of-the-art sensors.
The USV’s shape and stability allows for continued operations alongside Oceaneering’s AUVs in poor sea conditions found offshore (up to sea state 5), without compromising data quality.
The USV’s speed and endurance also reduces transit downtime and enables high speed nearshore survey to be conducted obtaining optimal data quality, harvested in a fraction of the usual times. It offers a lower environmental footprint at only 2 liters of fuel usage per hour, when compared with a crewed vessel, thereby reducing carbon emissions.
Oceaneering is a leader in remote operations, having established its first dedicated onshore remote operations facility in 2015 in Stavanger, Norway, and has achieved over 100,000 hours of piloting from shore. In addition to this, Oceaneering has pioneered Remotely Operated Survey since 2016, helping to transition over 9,000 personnel days from the field.
For more information, visit our website: **[oceaneering.com/usv-services](https://www.oceaneering.com/usv-services/)**
**Content Types:** News Releases
**Tags:** AUV, Freedom AUV, IMR, remote operations, remote services, remote survey, USV
**Categories:** Remotely Operated Vehicles (ROVs), Survey and Mapping
**Regions:** Norway, United Kingdom
---
### [Joe Armstead Recognized by BEYA STEM Conference as 2021 Science Spectrum Trailblazer](https://www.oceaneering.com/joe-armstead-recognized-by-beya-stem-conference-as-2021-science-spectrum-trailblazer/)
**Published:** December 10, 2020
**Author:** Louder Agency
**Excerpt:** Oceaneering International, Inc., is proud to announce that Joe Armstead, Deputy Director of Business Development for Oceaneering Technologies (OTECH) in Hanover, Maryland, will receive the 2021 Science Spectrum Trailblazer award at the Black Engineer of the Year Awards (BEYA) in February.
**Content:**
December 10, 2020 – Houston, Texas – Oceaneering International, Inc. (“Oceaneering”) is proud to announce that Joe Armstead, Deputy Director of Business Development for Oceaneering Technologies (OTECH) in Hanover, Maryland, will receive the 2021 Science Spectrum Trailblazer award at the Black Engineer of the Year Awards (BEYA) in February.
“We congratulate Joe for winning this prestigious honor at the BEYA STEM Conference,” said Peter Young, Vice President, OTECH. “This award could not have been earned by a more humble, hardworking, technically capable engineer and manager.”
Of the award, Joe Armstead said: “I am truly honored to be nominated and receive the award for Science Spectrum Trailblazer. It would not be possible without the entire Oceaneering organization providing me with the opportunity to accomplish such a feat. It’s a true reflection of the team that I work with which inspires me to reach even higher and farther every day.”
A subject matter expert in fiber optics, batteries, and complex underwater systems, Armstead has worked for Oceaneering for 17 years. He holds a Bachelor of Science in engineering from Swarthmore College and is a member of the Naval Submarine League, the Project Management Institute, and the Institute of Electrical and Electronics Engineers (IEEE). He also holds a Project Management Professional (PMP) certification.
The [BEYA STEM Awards](http://www.beya.org/) are hosted by U.S. Black Engineer and Information Technology magazine and the Council of Engineering Deans of the Historically Black Colleges and Universities. The awards recognize outstanding contributions to the science, technology, engineering and mathematics fields across the public, private, and academic sectors. The Science Spectrum Trailblazer Award is granted to individuals in the workforce and are recommended for this award by their employer.
**Content Types:** News Releases
**Tags:** BEYA, Black Engineer of the Year Awards, Engineers, Hanover, Maryland, Recruiting, Recruitment
**Categories:** Oceaneering Technologies (OTECH)
**Regions:** North America
**Search Tags:** Oceaneering Technologies (OTECH)
---
### [Jason Duncan – A Day in the Life of a Senior Operations Manager](https://www.oceaneering.com/jason-duncan-a-day-in-the-life-of-an-engineering-manager/)
**Published:** February 11, 2025
**Author:** Monica Dahl
**Content:**
Jason Duncan is the Senior Operations Manager for Oceaneering’s Manufactured Products Group in Houston, Texas. A mechanical engineer by trade, he previously served as Engineering Group Manager for six of his 11 years with Oceaneering before stepping into his new role in 2024.
**A proud alumnus of Prairie View A&M University, Jason has spent most of his career in the oil and gas industry, working at various companies. “A lot of my time has been spent as a research and development engineer, as I have a passion for new products.”**
He describes his career progression as starting as a young design engineer focused on calculations and overnight testing, advancing to a senior project engineer working on new developments, and ultimately transitioning into leadership. Before assuming his current role, he managed diverse teams of engineers. Now, as the day-to-day leader of all operational activities within his business unit, he plays a critical role in ensuring efficiency and excellence.
As Senior Operations Manager, Jason oversees all manufacturing activities for the company’s four product lines: subsea umbilical termination hardware, standard product lines, BOP spares equipment, and [pipeline connection and repair systems](https://www.oceaneering.com/pipeline-repair-systems/). The equipment produced by these groups is typically pressure-containing or hydraulic control hardware.
**“The types of requests that we get range from urgent pipeline repair design requests that have to be completed in days to weeks, to multi-year subsea field developments where the design effort alone can take one to two years.”**
Beyond delivering high-quality products to meet customer needs, Jason finds fulfillment in working alongside his team and tackling challenges together. **“I have a great team of highly intelligent, highly driven managers, supervisors, and technicians that I get to work with, and we get opportunities to try to solve the unsolvable every day. That’s what gets me up in the morning.”**
Although he is deeply committed to his work, Jason prioritizes maintaining a balance between his professional and personal life. “I’m someone who doesn’t mind going to work at midnight or 3:00 in the morning, but I refuse to miss my son’s ballgame.”
He also encourages his team to set boundaries. **“The phrase I use with them all the time is ‘your time is your time.’ It’s just my way of reiterating to them that boundaries are important.”**
For those considering a career at Oceaneering, Jason offers this advice:
**“If you have passion behind what you do, you don’t feel like you’re really working. And to me, the great thing about working at a place like Oceaneering is that they reward people who work hard and are passionate about their job.”**
**Content Types:** Employee Profile
---
### [Integrated Oceaneering Team Combines Technologies for Australian Success](https://www.oceaneering.com/integrated-oceaneering-team-combines-technologies-for-australian-success/)
**Published:** April 15, 2014
**Author:** Louder Agency
**Content:**
Oceaneering completed a challenging Australian [IMR (Inspection, Maintenance and Repair)](https://www.oceaneering.com/imrge-integrated-customizable-imr-solutions/) campaign within 3 months that included inspecting an unpiggable in-service pipeline and repairing a second pipeline using a custom diverless solution. To meet the schedule, a team of experts in [inspection](https://www.oceaneering.com/asset-integrity-management/inspection/), [remotely operated vehicles](https://www.oceaneering.com/rov-services/), installation and [pipeline repair](https://www.oceaneering.com/pipeline-repair/) combined their experience to fully integrate a solution.
## “Unpiggable” Doesn’t Mean “Uninspectable”
To inspect an “unpiggable” pipeline, Oceaneering’s tethered, self-propelled pipe intruders would normally be used. In this case, the non-linear nature of the alignment joints precluded this approach. The Asset Integrity group proposed Neptune, a proprietary ROV-deployed ultrasonic inspection system instead. Neptune is an external inspection system which clamps around a pipeline without interrupting production. Neptune easily delivers the high resolution wall thickness mapping the client required, including fine scan readings to 1mm x 1mm.
## Pipeline Repair Solved
Testing the ROV installable clamp
A pipeline generating a large temperature gradient required an ROV installed diverless solution. By converting an off-the-shelf diver installed clamp to an ROV installable one with a thermal compensation system included, the fabrication cycle of manufacturing was reduced to 7 weeks.
For the installation phase, the standard water jet coating removal process lacked the precision the client desired. Oceaneering’s Australian tooling group designed and built a new self-contained coating removal tool that uses two high-pressure jetting heads which travel 360 degrees axially along the full length of the pipe in a controlled coating removal process. They dubbed the tool the “Master Blaster”.
## Integrated Solution Essential to Team Success
To meet the strict 3-5 day window reserved for executing the tasks on a vessel of opportunity, all equipment and personnel were managed through centralized coordination. All the challenges were overcome and the plan was successfully executed on schedule.
**Content Types:** News Releases
**Regions:** Australia
---
### [Inspiring Young Minds: A STEM Initiative to Mark the International Day of the Girl Child](https://www.oceaneering.com/inspiring-young-minds-a-stem-initiative-to-mark-the-international-day-of-the-girl-child/)
**Published:** October 14, 2024
**Author:** Monica Dahl
**Content:**
To mark **the International Day of the Girl Child**, the Oceaneering Women’s Network (OWN) India Chapter collaborated with Child Rights and You (CRY) NGO to host a STEM-focused outreach program for school students. The event took place at both Chandigarh and Pune locations, welcoming over 60 students and their teachers.
The event began with an introductory session followed by a safety awareness discussion focused on road safety and responsible bike riding. The primary segment of the day was dedicated to introducing students to the fundamentals of STEM—Science, Technology, Engineering, and Mathematics—through engaging demonstrations and discussions.
Students also toured Oceaneering offices, experiencing a first-hand view of the practical applications of technology and engineering in a professional setting. One of the highlights of the day was a hands-on robotics workshop. Working in small groups, students constructed basic robots using pre-assembled kits, encouraging teamwork, creative problem-solving, and technical engagement. An art session also followed, allowing them to engage in creative expression, adding a personal dimension to the day’s experiences.
This initiative served to inform, inspire, and ignite ambition—providing early exposure to STEM pathways and encouraging students to imagine themselves in roles that shape the future.
 
**Content Types:** Community
**Regions:** India
**Search Tags:** India
---
### [Ian Francis - A Day in the Life of an Onshore Remote Operations Center (OROC) Supervisor](https://www.oceaneering.com/ian-francis-a-day-in-the-life-of-an-onshore-remote-operations-center-oroc-supervisor/)
**Published:** November 6, 2024
**Author:** Monica Dahl
**Content:**
Ian Francis, Oceaneering’s Onshore Remote Operations Center (OROC) Supervisor in Morgan City, Louisiana, is at the forefront of a technological revolution to redefine the future of offshore operations.
## Innovating Offshore Operations
Typical subsea operations involve numerous offshore personnel, including [remotely operated vehicle (ROV)](https://www.oceaneering.com/rov-services/) crews and specialists. [Oceaneering’s OROCs](https://www.oceaneering.com/brochures/onshore-remote-operations-center-oroc-2/) are transforming this landscape by using satellite and wireless networks to transition experts from offshore platforms to onshore facilities. The centers support a wide range of operations, from commissioning to decommissioning, including underwater inspections, surveys, rig positioning, and maintenance services. By centralizing these activities onshore, operations become safer, more sustainable, and collaborative.
**“I’m excited by the innovative nature of our work, introducing new methods to the industry. It’s satisfying when skeptics realize the reliability and feasibility of [remote operations](https://www.oceaneering.com/remote-services/integrated-rig-services/remote-offerings/).”**
## From Aircrafts to ROVs
Ian left school at 16 and joined the United Kingdom Royal Air Force as an aircraft technician, serving for 26 years. As he neared retirement, he sought employment where he could apply his military skills.
**“ROV tech seemed the most exciting fit. Before leaving the military, I earned a Higher National Certificate (HNC) in Mechatronics. I started with an ROV company in Aberdeen, Scotland, moved to Canada, and joined Oceaneering as an offshore ROV tech in 2005.”**
In 2012, Ian transferred to Oceaneering’s Morgan City facility to serve as an instructor for ROV technical and regulatory training. As a senior instructor, he developed diverse technical training programs for global audiences. In 2020, he became supervisor of Morgan City’s newly constructed OROC. The facility manages a diverse range of offshore projects, including field inspections, pipeline integrity inspections, riser installations, maintenance, and more.
## Ensuring Operational Excellence
**“There’s rarely a typical day in this job. I start work at 6:30 a.m. with an overview of current operations from the OROC pilots who provide 24-hour coverage. Throughout the day, I ensure the functionality of our remote pilot stations, manage network communications, and resolve any equipment issues.”**
Ian also installs and maintains the remote operations equipment on offshore vessels and rigs and operates a test ROV in Oceaneering’s test tank to evaluate new software and hardware before offshore deployment.
## Unlocking Your Potential with Oceaneering
Ian’s career journey showcases the potential for advancement within the company.
**“I started at the lower end of ROV operations and, through hard work and a willingness to learn, now oversee one of the company’s cutting-edge operations.”**
He advises aspiring professionals to aim high.
**“There are opportunities in every field and department at Oceaneering. With hard work and curiosity, nothing is beyond your reach.”**
**Content Types:** Employee Profile
**Search Tags:** Careers
---
### [Casey Glenn – A Day in the Life of an Product Development Manager](https://www.oceaneering.com/casey-glenn-a-day-in-the-life-of-an-product-development-manager/)
**Published:** May 21, 2025
**Author:** Monica Dahl
**Content:**
**Casey Glenn** is the Senior Manager for New Product Development in Europe, Middle East, and Africa (EMEA) in Stavanger, [Norway](https://www.oceaneering.com/locations/norway/). He likes creating devices that are multi-taskers and is always trying to tweak, improve, or develop products for multiple uses on other projects.
## From Race Cars to Autonomous Underwater Vehicles
After graduating from Florida’s Daytona State College in 2011 with an electrical engineering degree, Casey spent 14 months traveling around the country as a race support engineer, building electronics, tuning engines, and analyzing racecar vehicle data for International Motor Sports Association (IMSA) racing teams.
He joined Oceaneering’s Houston office in 2012 as an offshore tooling technician and spent a lot of time working on rigs and vessels with fast-tracked projects. From there, he transitioned to an electrical engineering role primarily designing and building control systems for subsea dredgers, hydraulic pumping units, and well intervention systems. He also designed circuit boards, built pressure tolerant systems, and developed the software to run it all.
In 2016, Casey joined the product development team which eventually led him to Oceaneering’s [Freedom™ Autonomous Underwater Vehicle (AUV)](https://www.oceaneering.com/rov-services/next-generation-subsea-vehicles/freedom-autonomous-underwater-vehicle/) project. Pioneering a plug-and-play philosophy, the Freedom™ AUV is a low-maintenance, flexible subsea robotics platform that can be optimized to meet many diverse work scopes including pipeline survey, seabed survey, close visual inspection, and light intervention activities.
**“We’re taking what we’ve learned on Freedom and applying it to our next-generation supervisory control hardware and software for all types of autonomous vehicles and [remotely operated vehicles (ROVs)](https://www.oceaneering.com/rov-services/).”**
#####
## Moving from Houston to Norway
In late 2019, Casey moved to Norway with his wife and young daughter on a long-term assignment to support the Freedom project as Electrical Engineering Lead.
**“Working abroad and learning how the company operates outside of the U.S. has been an awesome opportunity—one I would highly recommend.”**
Oceaneering’s engineers can often follow their work to places all over the world.
**“I’ve been lucky to be involved in Freedom from the ground up. I’ve taken the product from design to development—testing it every day, learning how it operates, and how it can be improved.”**
On a typical day, Casey puts the Freedom™ AUV in the water at Oceaneering’s “Living Lab,” in Tau, Norway, to test and expand its capabilities.
**“In the beginning, the first hurdle was getting the vehicle in the water. Sea water is difficult; it’s conductive and always trying to get in where you don’t want it,” he explains. “We needed to make a rugged device capable of withstanding the pressure and intrusiveness of sea water. From the electrical side, we don’t want it to short out and damage the electronics or our batteries,” he continues.**
At the test site, the vehicle can be launched and controlled from the quayside and navigated to a shore-side obstacle course that includes a subsea docking station, various pipelines, and an infrastructure designed to replicate an offshore environment.
## Working in a Collaborative Environment
Casey notes that engineers interested in joining Oceaneering will benefit greatly from knowledge sharing.
**“We are a large global company with a lot of resources. You’ll rarely find yourself at a dead end, because you can always find a subject matter expert or someone who’s worked on a similar project to answer your questions.”**
There are also plenty of opportunities for growth and development.
**“You have to communicate what goals you want to accomplish and where you want to go in your career. Opportunity is here for the taking. With time, patience, and effort, you can become the expert in the room on any area of interest to you.”**
## Finding a Career that Excites You
Oceaneering has allowed Casey to combine his love of travel with his desire to create products that add value. When the pandemic prevented travel back to the states for over a year, Casey and his family found a silver lining in being able to explore the Norwegian country freely without the usual crowd of tourists. He’s also picked up some of the Norwegian language but admits that his daughter has probably learned more in her kindergarten class.
His time in the field has given Casey a unique perspective.
**“The first four to five years of my career, I spent up to 100 days a year offshore. When things broke, I fixed them, or I built a better component. If I can make something that will solve a problem for me down the road, I’ll do it. I’m always looking for simpler overall solutions to problems.”**
## Moving Upward
In April 2025, Casey was promoted from Electrical Engineering Lead to Senior Manager for New Product Development in Europe, Middle East, and Africa (EMEA). In addition to leading the hardware engineering [development for Freedom and its subsequent vehicle](https://www.oceaneering.com/webinars/freedom-autonomous-vehicle-development-overview/ "Freedom™ Autonomous Vehicle Development Overview") systems, he will also focus on building, qualifying, standardizing, and supporting the lifecycle of Oceaneering’s “plug and play” modular building blocks product lines.
**“These modular building blocks include, but aren’t limited to, interconnects (cables and connectors), battery systems, thrusters and motors, lights, controls, power conversion, actuation, and data logging,” he said.**
Ultimately, Casey says he is beyond excited to be in his new role.
**“Over the past several years, we have created some fantastic technology that really puts us ahead of the competition. Every day, via external testing with our AUVs and ROVs and internal testing via our reliability testing centers, we are learning new things, using agile engineering, and quickly closing the feedback loop in to our product development cycles. We set the bar high and really push and explore the limits of where our technology can go.”**
**“I am under the firm belief that having the best, most reliable technology sells itself when we demonstrate it to our clients, and this belief has already bore some incredible fruit. I’m having a blast and there is more to come… we are only getting started!**
**Content Types:** Employee Profile
---
### [Video: Deepwater Technical Solutions (DTS) GTO 12-inch Dredge Demonstration](https://www.oceaneering.com/video-deepwater-technical-solutions-dts-gto-12-inch-dredge-demonstration/)
**Published:** September 12, 2011
**Author:** Louder Agency
**Content:**
[Link to video on YouTube (1080P HD available)](http://www.youtube.com/watch?v=yU5i34dEWIs)
**Content Types:** News Releases
---
### [Oceaneering and GDi to collaborate on Digital Asset Management Solutions](https://www.oceaneering.com/oceaneering-and-gdi-to-collaborate-on-digital-asset-management-solutions/)
**Published:** March 20, 2024
**Author:** Audrey Leon
**Content:**
Houston, Texas – Oceaneering International, Inc. announces today that its [Integrity Management and Digital Solutions](https://www.oceaneering.com/asset-integrity/) (IMDS) group has signed a strategic collaboration agreement with Aberdeen headquartered technology and engineering services provider [Global Design Innovation, Ltd.](https://www.globaldi.co.uk/)[ (GDi)](https://www.globaldi.co.uk/) to deliver innovative digital asset management solutions for asset-intensive industries such as oil and gas, utilities, and power generation.
The agreement will allow Oceaneering to provide customers efficient digital solutions, including a technology-focused approach to remote support, inspection, and digital asset management services thereby increasing safety, data quality, and cost efficiency.
As part of the collaboration agreement, Oceaneering will utilize GDi’s Vision software solution for streamlining inspection processes. This technology allows remote assessment of external conditions, eliminating the necessity for frequent on-site physical inspections. By leveraging this remote assessment method, Oceaneering aims to optimize personnel presence on-site, leading to cost savings and enhanced operational efficiency.
Leo Granato, Senior Vice President – IMDS, Oceaneering, said: “The oil and gas industry faces a significant challenge with growing inspection backlogs and limited resources to keep up with the demand. We are pleased to collaborate with GDi to introduce a new operational model aimed at reducing these backlogs. GDi’s offerings complement our existing Inform™ software suite, enabling us to deliver a comprehensive lifecycle solution for digital asset management.”
Gareth McIntyre, Director at GDi, said: “GDi look forward to collaborating with Oceaneering to deliver our combined digital asset management solutions. Both companies are fully aligned in the view that digital technology shall play a critical role in the transformation and sustainability of asset heavy industries. Working together will generate significant benefits to our clients and deliver a transformative, end-to-end digital offering, to accelerate and better inform integrity-management decisions.”
**Content Types:** News Releases
**Tags:** 3D Modelling, digital asset management, Digital Twin, Inform Suite, Inform Vision, inspection, Laser Scanning, Planning, remote inspection, remote operations, remote services, Remote Support
**Categories:** Asset Integrity Management, Integrity Management
**Regions:** North America, Norway, United Kingdom
**Search Tags:** Asset Integrity, News Releases
---
### [Oceaneering Successfully Completes Integrated Rig Services Campaign Offshore South America, Achieves Remotely Operated Survey Milestone](https://www.oceaneering.com/oceaneering-successfully-completes-integrated-rig-services-campaign-offshore-south-america-achieves-remotely-operated-survey-milestone/)
**Published:** May 5, 2020
**Author:** Louder Agency
**Content:**
Oceaneering Remotely Operated Survey Operations
Houston, May 5, 2020 – Oceaneering International (Oceaneering) announces that its Remotely Operated Survey (ROS) group has successfully completed an Integrated Rig Services campaign for a major operator offshore South America and recorded a milestone 150,000 hours of ROS operations with 99% uptime with no client operations or vessel downtime.
Oceaneering was contracted by Apache Corp. in June 2019 to provide Integrated Rig Services on the Noble Sam Croft drillship. The work scope included the provision of ROS, Remotely Operated Vehicle (ROV), and Acoustic Doppler Current Profiler (ADCP) for a potential three-well campaign.
The ROS and ADCP systems were mobilized and commissioned on the drillship Noble Sam Croft during the summer of 2019. The drillship then transited to Suriname where it began operations in the early fall.
“The ROS system eliminates the need to remobilize survey equipment and personnel for subsequent moves. Oceaneering surveyors in our Remote Control Monitoring Stations (RCMS) communicate and coordinate with the rig personnel and company representative during rig move activities,” said Chris Echols, Global Business Development Manager, Survey Services. “The ADCP systems on the drillship are maintained, recovered, and deployed by the ROV crew. This minimizes personnel on board, and greatly reduces the logistics and costs associated with mobilizations in remote areas.
He continued: “Additionally, during this unprecedented global pandemic, the ROS and ADCP services have added value where personnel movements have been hampered by local restrictions, which vary country to country. By utilizing ROS, Oceaneering’s services remain unaffected by these restrictions.”
Oceaneering has now surpassed 150,000 hours of successful ROS operations. “This milestone ushers in a new era for remote survey and positioning services,” Echols said. “Advancements in these areas have enabled operators to rethink the way they conduct work.”
All ROS surveys are supported by our RCMS in Houston, Texas, and Lafayette, Louisiana. Having multiple separate monitoring stations allows for redundancy in our operational execution plan.
Oceaneering’s ROS can be used to execute exploration work, floating production storage and offloading (FPSO) vessel hookup, plugging and abandonment, development, re-latch, and re-spud activities. We also conduct remote inertial jumper metrologies, remote inertial marker buoy sets, and remote monitoring of ADCP data.
[Learn more about our Remote Services](https://www.oceaneering.com/remote-services/)
**Content Types:** News Releases
**Tags:** integrated rig services, remotely operated survey, rig positioning, ros, south america, suriname, survey
**Categories:** Integrated Rig Services, Survey and Mapping
**Regions:** South America
---
### [Oceaneering’s Integrity Management and Digital Solutions Segment Announces Fourth Quarter 2021 Contracts Exceeding $80 Million](https://www.oceaneering.com/oceaneerings-integrity-management-and-digital-solutions-segment-announces-fourth-quarter-2021-contracts-exceeding-80-million/)
**Published:** January 7, 2022
**Author:** Louder Agency
**Excerpt:** Oceaneering’s Integrity Management and Digital Solutions Segment Announces Fourth Quarter 2021 Contracts Exceeding $80 Million
**Content:**
January 6, 2022 – Houston, Texas – Oceaneering International, Inc. announces that it has been awarded multiple contracts for its Integrity Management and Digital Solutions (IMDS) segment with over $80 million booked in the fourth quarter of 2021. The majority of these bookings, which are primarily with major offshore operators, represent renewals of existing agreements, with durations ranging from one to four years.
The scopes of work for these contracts include risk, reliability and maintenance engineering services, inspection services for onshore and offshore projects, and energy and maritime intelligence software services. The sites covered by these contracts include ports & terminals, nuclear power plants, LNG terminals, oil & gas production facilities, and bulk cargo vessels, primarily in Australia, Norway, UK, and Brazil.
These fourth quarter bookings also complete a successful year for IMDS, in which more than $300 million in new bookings were obtained. This level of bookings provides significant support to Oceaneering’s expectation for continued growth of value-based solutions within its IMDS businesses in 2022.
Rod Larson, President and Chief Executive Officer, stated, “Recognition of the quality in Oceaneering’s IMDS brand continues, as evidenced by the fourth quarter and full year 2021 awards. Our value proposition allows customers to make timely and evidence-based decisions derived from our integrated service offerings of advanced asset integrity and data analytics. These new bookings increase our confidence for continued growth in this segment, which is integral to achieving our previously guided EBITDA expectations for 2022. I am proud of Kishore Sundararajan, Senior Vice President of IMDS, and his entire team for the hard work they are doing to grow and transform this segment of our company.”
*This release contains “forward-looking statements,” as defined in the Private Securities Litigation Reform Act of 1995, including, without limitation, statements as to the expectations, beliefs, future expected business and financial performance and prospects of Oceaneering. More specifically, the forward-looking statements in this press release include the statements concerning: the dollar amounts of the fourth quarter and full year of 2021 contract bookings by Oceaneering’s IMDS segment, to the extent such bookings may be an indicator of future revenue, profitability or cash flows; the durations of contracts; Oceaneering’s expectation for continued growth of value-based solutions within its IMDS businesses in 2022; and Oceaneering’s confidence with respect to that expectation, which is integral to achieving its previously guided EBITDA expectations for 2022. The forward-looking statements included in this release are based on Oceaneering’s current expectations and are subject to certain risks, assumptions, trends, and uncertainties that could cause actual results to differ materially from those indicated by the forward-looking statements. These include, among other factors, risks and uncertainties related to counterparty performance under contracts and market conditions and other economic factors affecting Oceaneering’s business. For a more complete discussion of these and other risk factors, please see Oceaneering’s latest annual report on Form 10-K and subsequent quarterly reports on Form 10-Q filed with the Securities and Exchange Commission. You should not place undue reliance on forward-looking statements. Except to the extent required by applicable law, Oceaneering undertakes no obligation to update or revise any forward-looking statement.*
Oceaneering is a global provider of engineered services and products, primarily to the offshore energy industry. Through the use of its applied technology expertise, Oceaneering also serves the defense, aerospace, robotic, and entertainment industries.
For more information on Oceaneering and our IMDS group, please visit [www.oceaneering.com/asset-integrity](https://www.oceaneering.com/asset-integrity-management/).
**Content Types:** News Releases
**Tags:** Angola, asset integrity, integrity management, lng, NDT
**Categories:** Asset Integrity Management, Inspection Management, Integrity Management
**Regions:** APAC, Australia, Brazil, Norway, United Kingdom
**Search Tags:** '-Regions, APAC, Australia, Brazil, inspection, Non Destructive Testing (NDT), Norway, UK
---
### [Oceaneering Wins Significant Asset Integrity Scope in the Middle East](https://www.oceaneering.com/oceaneering-wins-significant-asset-integrity-scope-in-the-middle-east/)
**Published:** May 20, 2020
**Author:** Louder Agency
**Content:**
Houston, May 20, 2020 – Oceaneering International, Inc. (Oceaneering) has been awarded a considerable asset integrity contract from a major operator based in Dubai, UAE. The award includes the provision of general and advanced non-destructive testing (NDT) and fabric maintenance inspection services across the operator’s onshore and offshore facilities in the Middle East.
The competitively tendered contract includes integrity and inspection services for around 85 offshore platforms spread across five producing fields, as well as call-off onshore inspection management and NDT work for one of the operator’s gas plants, gas control station, LNG jetty, and an onshore supply base. The three-year contract (with two, one-year options) encompasses onshore and offshore NDT, inspection, and onshore and offshore fabric maintenance.
Oceaneering has provided the client with efficient inspection and integrity support for the past five years. The original scope included the up-man and mobilization of 40 personnel, with the team currently sitting at around 100.
Oceaneering has made significant improvements to inspection enactment throughout the contract, including the introduction of more efficient and effective NDT methodologies. Additionally, the company has ensured all technicians are rope access trained at Oceaneering’s accredited facility, which has helped to reduce scheduling and costs for the operator.
Gregory Boyle, Asset Integrity Regional Manager, Middle East, at Oceaneering, said: “We’re proud to continue our strong relationship with this operator and we will continue to focus on providing safe, cost-efficient integrity, fabric maintenance, and inspection solutions that optimize our customer’s operations.
“Our track record for delivery and our resolute commitment to safety over the last five years has significantly contributed to us being awarded the new scope. We look forward to enhancing our existing service provision to add further value and to working with them to adopt the latest technologies and introduce digitized inspection capabilities.”
[**Learn more about our Asset Integrity services.**](https://www.oceaneering.com/asset-integrity-management/)
**Content Types:** News Releases
**Tags:** asset integrity, integrity management, lng, NDT
**Categories:** Asset Integrity Management, Inspection Management
**Regions:** Middle East
**Search Tags:** '-Regions, Middle East, Non Destructive Testing (NDT)
---
### [Oceaneering Wins New North Sea Inspection Contract from Petrofac](https://www.oceaneering.com/oceaneering-wins-new-north-sea-inspection-contract-from-petrofac/)
**Published:** December 20, 2018
**Author:** Louder Agency
**Content:**
HOUSTON, December 20, 2018 – Oceaneering International, Inc. (“Oceaneering”) announces that it has secured a three-year Provision of Inspection Enactment Services contract with Petrofac’s Engineering and Production Services division in the Western Hemisphere (“Petrofac”), growing its asset integrity portfolio within the U.K. Continental Shelf (UKCS).
Oceaneering will retain its existing contract on one of Petrofac’s Duty Holder assets, while expanding its service scope to include two additional North Sea facilities.
Oceaneering will provide inspection management, shutdown and project support for Petrofac, which manages these assets under its Duty Holder and service operator contracts. The contract includes two additional one year options. The work will be carried out by Oceaneering’s Asset Integrity team in Aberdeen.
Bill Boyle, Senior Vice President for Oceaneering’s Asset Integrity Division said, “We are delighted to have won this contract and to extend our long-standing relationship with Petrofac, having supported the company for more than 14 years.
“The addition of inspection enactment services enables us to further align ourselves with Petrofac’s commitment to providing value-added solutions that minimize risk, enhance integrity, reduce costs and unlock more value. We very much look forward to working with the team to enhance operability and continue the excellent safety and integrity standards across its Duty Holder portfolio.”
Oceaneering’s Asset Integrity division provides conventional and advanced non-destructive testing (NDT), specialist inspection solutions and integrity management capabilities, with a team of over 2,100 technically focused people, servicing clients from 24 global locations.
Learn more: [oceaneering.com/asset-integrity](https://www.oceaneering.com/asset-integrity-management/)
**Content Types:** News Releases
**Tags:** asset integrity, engineering, inspection, non-destructive testing, Petrofac, UKCS, United Kingdom
**Categories:** Asset Integrity Management
**Regions:** Norway, United Kingdom
**Search Tags:** '-Regions, Norway, UK
---
### [Oceaneering Wins Integrated Rig Services Contract for Gulf of Mexico Development](https://www.oceaneering.com/oceaneering-wins-integrated-rig-services-contract-for-gulf-of-mexico-development/)
**Published:** March 2, 2021
**Author:** Louder Agency
**Excerpt:** Oceaneering International, Inc. (Oceaneering) announces that its Subsea Robotics (SSR) and Offshore Projects Group (OPG) have been awarded an integrated rig services contract for covering the Khaleesi/Mormont and Samurai fields in the U.S. Gulf of Mexico.
**Content:**
March 2, 2021 – Houston, Texas – Oceaneering International, Inc. (Oceaneering) announces that its Subsea Robotics (SSR) and Offshore Projects Group (OPG) have been awarded an integrated rig services contract for covering the Khaleesi/Mormont and Samurai fields in the U.S. Gulf of Mexico.
The work scope includes the provision of remotely operated vehicles (ROVs) with collocated ROV tooling and technicians, remote positioning and metrology survey resources, and installation and workover control system (IWOCS) equipment and technicians. Work is scheduled to begin in early 2021 and carry into 2022.
Earl Childress, Senior Vice President and Chief Commercial Officer, said, “The operator’s decision to contract our robotics and IWOCS services is a positive and anticipated response to our realigned segments, which allows us to deliver the integrated processes and products that enable consistent and efficient work scopes.”
This award follows the [recently awarded contract](https://www.oceaneering.com/oceaneering-wins-connector-supply-contract-from-technipfmc/) for Oceaneering’s Manufactured Products segment to supply 2-inch M5 connectors and chemical throttle valves for the Khaleesi/Mormont and Samurai tieback project.
[Learn more about our integrated rig services.](https://www.oceaneering.com/remote-services/integrated-rig-services/)
**Content Types:** News Releases
**Tags:** integrated rig services, iwocs, remotely operated survey, rig positioning, rov, survey
**Categories:** Integrated Rig Services, Remote Operations, Survey and Mapping, Workover Control Systems
**Regions:** Gulf of Mexico
**Search Tags:** '-Regions, Gulf of Mexico, Integrated Rig Solutions, Intervention Workover Control Systems (IWOCS), Remotely Operated Vehicles (ROV)
---
### [Oceaneering Wins 2020 NOIA Safety in Seas Award](https://www.oceaneering.com/oceaneering-wins-2020-noia-safety-in-seas-award/)
**Published:** September 17, 2020
**Author:** Louder Agency
**Content:**
September 17, 2020 – Oceaneering has been recognized by the National Ocean Industries Association (NOIA) as [a winner of the 2020 NOIA Safety in Seas Awards competition](https://www.noia.org/oceaneering-danos-win-2020-noia-safety-in-seas-awards/). Oceaneering won the 2020 NOIA Safety in Seas Safety Practice Award for the Liberty™ E-ROV resident subsea vehicle.
The Safety Practice Award recognizes specific technologies, approaches, methods or projects with direct and demonstrable impacts on improving safety.
The Liberty E-ROV is piloted fully from the onshore, eliminating the need for remotely operated vehicle (ROV) and vessel personnel to travel to and from offshore, which reduces work in higher-risk environments. Liberty has led to a 75% reduction in topside support vessel and crew support, as well as a reduction of 1,400 tons of CO2 emissions. Liberty also increases the applications for other ROV systems and deployments, including subsea sensors, pumping systems and monitoring equipment.
Oceaneering President and CEO Rod Larson said, “We are proud to be recognized for our strong commitment to safety and innovation. We strongly believe that through our advanced technologies we can help keep energy industry employees safe while they undertake their important tasks. The Liberty E-ROV system is just one example of how Oceaneering is delivering safe and cost-effective technology solutions for the offshore energy industry.”
This year’s competition was evaluated by an independent panel of judges from the U.S. Coast Guard, the Bureau of Safety and Environmental Enforcement, and an industry safety consultant. There were 14 applications from 13 companies. NOIA has held the Safety in Seas awards competition since 1978.
Learn more about our [**Liberty E-ROV**](https://www.oceaneering.com/rov-services/rov-systems/liberty-resident-system/) system.
**Content Types:** News Releases
**Tags:** Data Communications, Liberty E-ROV, remote operations, remote piloting, remote services, rovs
**Categories:** Remote Operations, Remotely Operated Vehicles (ROVs), Resident ROVs
**Regions:** Gulf of Mexico, Norway
**Search Tags:** '-Regions, Gulf of Mexico, Norway, Remotely Operated Vehicles (ROV)
---
### [Oceaneering to Support Jacobs on NASA JETS II Contract Team](https://www.oceaneering.com/oceaneering-to-support-jacobs-on-nasa-jets-ii-contract-team/)
**Published:** November 7, 2022
**Author:** Louder Agency
**Excerpt:** Oceaneering announces it will serve on a team led by Jacobs to support the National Aeronautics and Space Administration’s (NASA) JSC Engineering, Technology, and Science (JETS) II contract.
**Content:**
November 7, 2022 – Houston, Texas – Oceaneering International, Inc., announces today that Oceaneering Space Systems (OSS), a division of the Aerospace and Defense Technologies segment, will serve on a team led by Jacobs, to support the National Aeronautics and Space Administration’s (NASA) JSC Engineering, Technology, and Science (JETS) II contract.
Image from Shutterstock.
Jacobs was awarded the [JETS II contract](https://www.jacobs.com/newsroom/press-release/jacobs-awarded-39b-engineering-and-science-contract-nasa) in June 2022. The contract covers the provision of engineering and scientific products, technical services, and related services for NASA’s Johnson Space Center (JSC) in Houston, and other NASA centers and government agencies. The contract is for a base period of five years with two two-year option periods and one one-year option period for a total potential performance period of 10 years.
OSS will provide labor and technical services as part of the JETS II team. OSS previously served on a team led by Jacobs, servicing the original JETS contract, awarded in 2013.
Rod Larson, President and Chief Executive Officer, states, “We are thrilled to support Jacobs in executing the JETS II work scope. This award builds upon Oceaneering’s longstanding relationships with Jacobs and NASA, delivering mission critical products and services to the NASA and the aerospace industry for over 40 years.”
For more information on Oceaneering Space Systems, please visit: [oceaneering.com/space-systems](https://www.oceaneering.com/spaceflight-solutions/)
**Content Types:** News Releases
**Tags:** Aerospace, engineering, Jacobs, JETS II, NASA, Oceaneering Space Systems, space
**Categories:** Space Systems
**Regions:** North America
**Search Tags:** OSS
---
### [Oceaneering to perform first deepwater AUV survey in Mexico](https://www.oceaneering.com/oceaneering-to-perform-first-deepwater-auv-survey-in-mexico/)
**Published:** June 10, 2019
**Author:** Louder Agency
**Content:**
Houston, June 10, 2019 — Oceaneering International, Inc. has secured a contract to perform the first-ever deepwater Autonomous Underwater Vehicle (AUV) survey in Mexican waters.
The geophysical survey will take place at the BHP-operated Trion block. Oceaneering will use the DP-2 *Ocean Investigator*, equipped with the OS-VI AUV and light geotechnical capabilities.
Work is currently underway and will continue for approximately 45 days. Oceaneering will also provide light geotechnical services by acquiring 6 m piston core soil samples.
**For editors**
Deepwater depth is considered between 1,000-3,000 m.
**For more information**
Please visit: [oceaneering.com/survey-and-mapping/geoscience-and-auv-surveys](https://www.oceaneering.com/survey-and-mapping/geoscience-and-auv-surveys/)
**Content Types:** News Releases
**Tags:** autonomous underwater vehicle, AUV, deepwater, exploration, Gulf of Mexico, mexico, Oceaneering, subsea, survey
**Categories:** Survey and Mapping, Well Intervention, Well Stimulation
**Regions:** Gulf of Mexico, Mexico
**Search Tags:** '-Regions, Gulf of Mexico, Mexico, Well Intervention, Well Stimulation
---
### [Oceaneering Space Systems Receives Raytheon Technologies Premier Award](https://www.oceaneering.com/oceaneering-space-systems-receives-raytheon-technologies-premier-award/)
**Published:** June 20, 2023
**Author:** Louder Agency
**Excerpt:** Oceaneering Space Systems has been recognized as a Raytheon Technologies Premier Award recipient for its 2022 performance and overall excellence in Technology and Innovation.
**Content:**
June 20, 2023 – Houston, Texas – Today, Oceaneering International announces that Oceaneering Space Systems (OSS), a business within the Aerospace and Defense Technologies segment, has been recognized as a Raytheon Technologies Premier Award recipient for its 2022 performance and overall excellence in Technology and Innovation.
Photo courtesy of Collins Aerospace, a Raytheon Technologies business.
“We are thrilled to be chosen for a Raytheon Technologies Premier Award through our work with Collins Aerospace, a Raytheon Technologies business,” said David Cazes, VP and General Manager for Oceaneering Space Systems. “The award recognizes our technology and innovation performance as part of the Original Equipment Manufacturer (OEM) team led by Collins to support NASA’s Extravehicular Activity Space Operations. We appreciate this formal recognition of our innovative ability to deliver our high-quality products and services.”
The Raytheon Premier Award is an annual recognition platform under the Raytheon Technologies Performance+ Program to recognize suppliers with superior performance and that have provided exceptional value to Raytheon Technologies in one of the four key categories: Cost Competitiveness, Technology and Innovation, Business Management, and Collaboration and Customer Service.
Oceaneering is a global technology company delivering engineered services and products and robotic solutions to the offshore energy, defense, aerospace, manufacturing, and entertainments industries.
For more information on Oceaneering, please visit [www.oceaneering.com](https://www.oceaneering.com/).
**Content Types:** News Releases
**Tags:** Awards, Collins Aerospace, Oceaneering Space Systems, Raytheon
**Categories:** Space Systems
**Regions:** North America
**Search Tags:** OSS
---
### [Oceaneering Secures Seabed Clearing Contract for Scottish Wind Farm](https://www.oceaneering.com/oceaneering-secures-seabed-clearing-contract-for-scottish-wind-farm/)
**Published:** April 8, 2020
**Author:** Louder Agency
**Content:**
Houston, April 8, 2020 – Oceaneering International Services Ltd (OISL), a subsidiary of Oceaneering International, Inc. (Oceaneering), has been awarded a contract from Moray Offshore Windfarm (East) Limited (MOWEL) to complete seabed route and debris clearance for the Moray East Wind Farm project in the Moray Firth, Scotland.
OISL will provide a full suite of services for the project, including vessel, route preparation tools, remotely operated vehicle (ROV), survey, and personnel to complete seabed route and debris clearance operations for the wind farm’s export cable routes.
The project, which will be completed early in the second quarter of this year, is the latest to be secured by OISL for Moray East, with the company’s ROV and tooling divisions already having had success supporting scopes for the development.
The work scope, managed and undertaken by OISL’s Aberdeen-based team, will involve deployment of the company’s industry-leading Route Preparation Plough, RP15 – part of Oceaneering’s extensively field-proven route and boulder clearance system.
The RP15 plough, which will be used for boulder clearance prior to cable installation, has been deployed on multiple North Sea wind farm projects including Race Bank, Westermost Rough, Hornsea1 and East Anglia1 export routes and Beatrice for array routes, with over 3000 km of routes successfully cleared to date.
“Oceaneering has a proven track record of providing boulder clearance services,” said Marcel Sunier, Project Director of Moray East. “We look forward to working with Oceaneering further on this project.”
Allan Ralston, Oceaneering’s Director of Renewable and Subsea Projects, said: “We are very proud to have been awarded this work from MOWEL for the Moray East development, thereby increasing our presence on this project and adding to the local content aspirations of the developer.
“Our tried, tested, and proven Route Preparation Plough has an established record of successfully supporting several U.K. wind farm projects to date and will provide our client with the most robust and cost-effective technical solution for route preparation in advance of export cable installation.”
The Moray East Offshore Wind Farm construction project is 22 km off the Caithness coast. It is the second of three wind farms in the area and will consist of 100 wind turbines, providing an overall generating capacity of 950 megawatts – enough to power 950,000 homes. Three, 86 km export cables from offshore to shore will transfer electricity from the wind farm.
Learn more: [oceaneering.com/renewables](https://www.oceaneering.com/renewable-energy-solutions/)
**Content Types:** News Releases
**Tags:** boulder clearance, offshore wind, Ploughs, renewables, route clearance, wind energy, wind farms
**Categories:** Renewables
**Regions:** United Kingdom
**Search Tags:** '-Regions, Renewable Energy, UK
---
### [Oceaneering Secures FPSO Maintenance Strategy Contract Offshore Brazil](https://www.oceaneering.com/oceaneering-secures-fpso-maintenance-strategy-contract-offshore-brazil/)
**Published:** August 1, 2024
**Author:** Audrey Leon
**Content:**
Houston, Texas – Oceaneering International, Inc., announces today that its Integrity Management and Digital Solutions (IMDS) segment has secured a contract to design the maintenance strategy for a floating production, storage, and offloading (FPSO) vessel set to be installed offshore Brazil.
The project, which will be managed by Oceaneering in Rio de Janeiro, aims to optimize the FPSO’s performance, enhance reliability, and ensure smooth operations. The work scope includes development of an asset management philosophy, asset hierarchy, criticality assessment, FMECA analysis, maintenance build, and spare part strategy. The contract is for two years.
Simao Silva, Brazil Country Manager, said: “This award demonstrates Oceaneering’s capability to execute complex maintenance engineering projects in Brazil and marks a significant milestone for our regional office. Oceaneering has designed maintenance strategies for FPSOs worldwide, and we are thrilled to have earned the confidence of our client to execute this project in Brazil.”
Oceaneering provides comprehensive asset management solutions through our Maintenance Engineering and Operational Reliability services, serving a growing range of industries, including oil and gas, maritime, manufacturing, and renewables.
[**Learn more about our Maintenance and Reliability Solutions.**](https://www.oceaneering.com/maintenance-and-reliability/)
**Content Types:** News Releases
**Tags:** asset integrity management, asset management, Brazil, floating production, fpso, inspection, maintenance and reliability, south america
**Categories:** Maintenance and Reliability
**Regions:** Brazil, South America
**Search Tags:** Brazil, News Releases, South America
---
### [Oceaneering Joins MHI Industry Group Board](https://www.oceaneering.com/oceaneering-joins-mhi-industry-group-board/)
**Published:** March 18, 2019
**Author:** Louder Agency
**Content:**
March 18, 2019 – Houston, Texas – Oceaneering International, Inc., is pleased to announce that Carlos Millan, Manager of Business Development-Americas, has been elected as Vice Chair of the MHI Automated Guided Vehicle Systems (AGVS) Industry Group.
Carlos Millan
Millan will support the current chair and promote AGV technology to an expansive customer base through a mutual effort with group members. Regular meetings will be held to discuss standards for design, performance, and safe operation of AGV systems.
MHI is the nation’s largest material handling, logistics and supply chain association, with over 800 members and 17 specialized industry groups. It is the sponsor of the ProMAT and MODEX trade shows and provides educational, networking, business development, and solution sourcing opportunities to its members.
The AGVS Industry Group consists of the world’s leading suppliers of AGV systems to every major manufacturing and distribution sector.
Oceaneering is a global provider of engineered services and products, primarily to the offshore energy industry. Through the use of its applied technology expertise, Oceaneering also serves the defense, entertainment, renewables and aerospace industries.
[Learn more about our AGV system.](https://www.oceaneering.com/oceaneering-mobile-robotics-omr/)
**Content Types:** News Releases
**Tags:** AGV, automated guided vehicles, automation, logistics, manufacturing, supply chain
**Categories:** Mobile Robotics
**Search Tags:** Mobile Robotics
---
### [100th HD Video System Installed on Oceaneering ROV](https://www.oceaneering.com/100th-hd-video-system-installed-on-oceaneering-rov/)
**Published:** June 24, 2011
**Author:** Louder Agency
**Content:**
Oceaneering has now installed the **100th High Definition (HD) video system** in the company’s [Remotely Operated Vehicle (ROV)](https://www.oceaneering.com/rov-services) fleet. The Oceaneering HD ROV video package, designed and manufactured by company subsidiary Deep Sea Systems International Inc. (DSSI), is a broadcast quality system rated to 4000 meter water depth. The camera features a wide angle lens, which enables operators to see their ROV manipulators and the entire work site without panning.
To [view the video in 720p High Definition, visit this link](http://www.youtube.com/watch?v=CoOwT0X5dpo&hd=1). 1080p and fullscreen options are also available.
**Content Types:** News Releases
---
### [Oceaneering’s Subsea Pumping Technology Wins OTC Spotlight on New Technology® Award](https://www.oceaneering.com/oceaneerings-subsea-pumping-technology-wins-otc-spotlight-on-new-technology-award/)
**Published:** March 15, 2019
**Author:** Louder Agency
**Content:**
March 15, 2019 – Houston, Texas – Oceaneering International, Inc. (“Oceaneering”) will be recognized at the 2019 Offshore Technology Conference (OTC) with a Spotlight on New Technology® Award for its [Subsea Pumping Technology (SPT)](https://www.oceaneering.com/subsea-distribution-solutions/subsea-pumping-technology/ "Subsea Pumping Technology").
This advanced technology was selected based on its innovative technology, broad appeal to the industry, and significant impact with benefits beyond existing technologies.
With SPT, operators can reduce or completely eliminate their topside footprint by moving chemical storage and injection capabilities subsea, offering alternate value-added contributions to subsea tieback architectures and other operational applications where chemicals or hydraulics are required for operational integrity management or flow assurance purposes on subsea production systems.
SPT supports the move toward unmanned or subsea factories, along with all-electric technologies currently being implemented in subsea architecture. SPT removes the need for complex umbilicals, allowing operators to engage in longer tiebacks with reduced capital expenditures.
Roderick A. Larson, President and Chief Executive Officer of Oceaneering, stated, “We are honored to be recognized by the Offshore Technology Conference. Spotlight on New Technology highlights the latest and most advanced technologies that are leading our industry, and Subsea Pumping Technology is an example of how we are thinking about what’s next to deliver safe and cost-effective technology solutions.”
Celebrating 50 years, OTC takes place on 6-9 May, 2019, in Houston. The Spotlight on New Technology Awards will be presented on 6 May at 16:00 in the NRG Center Rotunda Lobby.
Read more about the [**Spotlight on New Technology Award Program**](https://www.otcnet.org/press-releases/otc-2019-announces-spotlight-on-new-technology-award-recipients).
**Content Types:** News Releases
**Tags:** chemical injection, fluids injection, SPT, Subsea Hardware, subsea projects, subsea pumping, subsea pumping technology, Umbilicals
**Categories:** Intervention Tooling
---
### [Transform Your Power Efficiency with Our New eNovus ROV](https://www.oceaneering.com/transform-your-power-efficiency-with-our-new-enovus-rov/)
**Published:** March 7, 2016
**Author:** Louder Agency
**Content:**
March 7, 2016 – Houston, Texas – Oceaneering International, Inc. (“Oceaneering” or the “Company”) has been awarded an eight-year contract by Statoil. The agreement is to provide two work class electric Remotely Operated Vehicles (“ROVs”) for Statoil’s CAT-J Platforms in the North Sea.
The new ROVs are currently being built in-house and called the [eNovus](https://www.oceaneering.com/rov-services/rov-systems/). With capabilities such as the [Remote Piloting and Automated Control Technology](https://www.oceaneering.com/rov-services/rov-technology/#rpact) exhibited in the [NEXXUS ROV](https://www.oceaneering.com/rov-services/rov-systems/), the eNovus will also incorporate a new automated Cartesian Manipulator Control System that enables the Manipulator to be functioned in an XYZ plane as well as automated functionality.
By featuring an environmentally friendly hydraulic system for conventional tooling operations, the eNovus will provide a cleaner and more efficient approach to subsea operations. Additionally, customers will benefit from more available power for tooling and work packages with greater power efficiency. Furthermore, increased reliability will be achieved with more precise automated control and enhanced diagnostics.
“The eNovus is evidence of the emerging trend for cleaner and more efficient work class ROV systems. The newly advanced ROV will also serve as the basis for a future hybrid between the [Autonomous Underwater Vehicle (AUV)](https://www.oceaneering.com/survey-and-mapping/geoscience-and-auv-surveys/) and ROVs. Currently, the eNovus is under construction at our Morgan City facility and will be completed in the second quarter of 2016,” said Kevin Kerins, Senior Vice President, Underwater Vehicle Technologies.
**Content Types:** News Releases
---
### [Oceaneering solves Australian umbilical challenge](https://www.oceaneering.com/oceaneering-solves-australian-umbilical-challenge/)
**Published:** March 27, 2014
**Author:** Louder Agency
**Content:**
[](https://oceaneering.com/wp-content/uploads/2023/11/2014-03-aus-umbilical-photo-640x344-1.jpg)
Oceaneering International designed and manufactured an umbilical system with specialized installation tools for the BHP Billiton Macedon gas development project off Western Australia. Online since September 2013, Macedon connects subsea wells with a new-build natural gas plant near Onslow, Australia. The project specifications brought a lengthy subsea umbilical to a trench along a beach, through thick sand dunes, under a river, across wetlands and finally to the onshore plant. An inline joint installation tool facilitated alignment of the connectors to join multiple umbilical sections in the remote area where soil weight bearing restrictions were critical.
Onshore, the umbilical had to include internal protection from electrical cable-eating termites. Offshore, the umbilical had to pass thorough a stretch prone to Teredo worms (shipworms) that burrow into ship hulls and also electrical cables.
The synergy of the solutions for the Macedon project was proven through design reviews and third party verification. Step by step resolution of the challenges faced demonstrates the teamwork evident in the final product.
**Content Types:** News Releases
**Regions:** Australia
---
### [Oceaneering Space Systems Receives NASA’s Safety and Health Excellence Award](https://www.oceaneering.com/oceaneering-space-systems-receives-nasas-safety-health-excellence-award/)
**Published:** April 10, 2017
**Author:** Louder Agency
**Content:**
April 10, 2017 – Houston, Texas – Oceaneering International, Inc. announced that a division of its Advanced Technologies business unit, the [Oceaneering Space Systems](https://www.oceaneering.com/space-systems/) (“OSS”) team at NASA’s Johnson Space Center (“JSC”), was awarded the JSC 2016 Contractor Safety and Health Forum (“CSF”) Safety Excellence Award – “Super Nova”.
This is the fourth consecutive year that Oceaneering has received the Super Nova. It is the highest level award which recognizes contractor organizations that have demonstrated significant participation and excellence in JSC safety and health activities.
Candidates submitted their respective applications showing Occupational Safety and Health Administration incidence rate safety data, management, and employee participation level in the CSF, Contractor Affairs Safety and Health Committee, and JSC Safety and Health Action Team meetings. From reinforcing Oceaneering’s Life Saving Rules Program to raising awareness about environmental impact, OSS shared safety best practices and safety innovations while demonstrating service to the JSC community.
“It is an honor to be selected from among the JSC organization for this prestigious award. At Oceaneering, our unwavering commitment to safety is the foundation of our culture. This special recognition is a testament to the overall strength of Oceaneering’s HSE program,” said Michael Bloomfield, Vice President and General Manager of OSS.
[](https://oceaneering.com/wp-content/uploads/2023/11/jsc2017e038264-1-640x402-1.jpg)From left to right, Lon Miller – CSF Chair, Doug Harris, OSS HSE, Michael Bloomfield – OSS VP/GM,* *and William McArthur – NASA S&MA Director.
**Content Types:** News Releases
---
### [Oceaneering Wins Five-Year Asset Integrity Contract in Qatar](https://www.oceaneering.com/oceaneering-wins-five-year-asset-integrity-contract-in-qatar/)
**Published:** July 20, 2026
**Author:** Audrey Leon
**Content:**
Houston – Oceaneering International, Inc. (Oceaneering) announced that its Integrity Management and Digital Solutions (IMDS) segment has been awarded a five‑year inspection and asset integrity services contract by a Qatar-based oil company. The contract, which includes two optional one-year extensions, is expected to contribute meaningful revenue over its initial term. This award followed a competitive tender process and reinforces Oceaneering’s role in providing long-duration, technology-enabled integrity management services in Qatar.
Oceaneering has operated in [Qatar](https://www.oceaneering.com/locations/middle-east/) for more than 20 years supporting the country’s critical energy infrastructure. Under this contract, Oceaneering will deliver non-destructive testing, inspection services, and value engineering utilizing its established local workforce and leveraging [Inform](https://www.oceaneering.com/asset-integrity-management/combining-engineering-data-and-visualization/centralizing-your-integrity-workflow/)™, its digital inspection software. The scope may also include the deployment of [Vision](https://www.oceaneering.com/asset-integrity-management/combining-engineering-data-and-visualization/visualizing-3d-data-for-asset-integrity/)™, Oceaneering’s data visualization platform.
Leo Granato, Senior Vice President of IMDS, stated, “This award underscores our ability to deliver reliable, digitally enabled integrity solutions that enhance production reliability and asset uptime while supporting regulatory compliance. Our established team in Qatar enables safe and consistent execution of our innovative solutions, while deepening the development of local talent.”
Learn more about Oceaneering’s **[Asset Integrity Management](https://www.oceaneering.com/asset-integrity-management/)** services.
**About Oceaneering**
Oceaneering is a global technology company delivering engineered services and products and robotic solutions to the offshore energy, defense, aerospace, and manufacturing industries. For more information, please visit [www.oceaneering.com](https://www.oceaneering.com).
**Content Types:** News Releases
**Tags:** asset integrity, asset integrity management, data, digital inspection, EMEA, Inform, Middle East, qatar, Software, subsea, Vision, visualization
**Categories:** Asset Integrity Management, Integrity Management
**Industries:** Oil and Gas
**Regions:** Middle East
**Search Tags:** Asset Integrity, Middle East, Oil and Gas
---
### [Oceaneering Secures Petrobras Contract for ROV Services Offshore Brazil](https://www.oceaneering.com/oceaneering-secures-petrobras-contract-for-rov-services-offshore-brazil/)
**Published:** July 7, 2026
**Author:** Audrey Leon
**Excerpt:** First onshore‑piloted ROV operation completed on an offshore rig in Brazil, advancing safer, lower‑risk, and more efficient remote offshore execution.
**Content:**
Houston, Texas — Oceaneering International, Inc. (“Oceaneering”) announced that its Brazilian subsidiary, Marine Production Systems do Brasil LTDA (“MPS”), won a contract from Petróleo Brasileiro S.A. (“[Petrobras](https://petrobras.com.br/en)”) to deliver ROV services offshore Brazil. The award follows a competitive tender process. The contract term is four years and operations are expected to begin in 2027.
Oceaneering will supply two work class ROVs and specialized tooling packages in addition to carrying out monitoring and positioning support operations offshore Brazil. The ROV systems will be deployed from AKOFS Offshore’s subsea engineering support vessel (SESV) [*Aker Wayfarer*](https://www.akofsoffshore.com/vessels/aker-wayfarer), which Petrobras has contracted for intervention, installation, and abandonment support scopes. The project will be executed by Oceaneering’s local team in Brazil.
Simao Silva, Brazil Country Manager, Oceaneering, stated: “We are pleased to build on our long-standing relationship with Petrobras through this award. It underscores our role as a trusted subsea services provider in Brazil and adds long-term visibility in an important deepwater market. We appreciate Petrobras’ confidence in our ability to deliver industry‑leading solutions for complex offshore operations.”
Oceaneering facility in Macae, Brazil.
Oceaneering has supported Petrobras’ subsea engineering campaigns for more than a decade.
With nearly three decades of presence in [Brazil](https://www.oceaneering.com/locations/brazil/), Oceaneering—through MPS—operates multiple facilities, including a center for ROV, Survey, Subsea Intervention Tooling, and Engineered Solutions and an [Onshore Remote Operations Center in Macaé](https://www.oceaneering.com/locations/brazil/remote-operations-brazil/), along with an umbilical manufacturing plant in Niterói.
Oceaneering is a global technology company that delivers engineered services and products and robotic solutions to the offshore energy, defense, aerospace, and manufacturing industries.
**For more information, please visit: [ROV Services](https://www.oceaneering.com/rov-services).**
**Content Types:** News Releases
**Tags:** Brazil, petrobras, rov, rov services, ROV tooling, south america, subsea services
**Categories:** Remotely Operated Vehicles (ROVs)
**Industries:** Oil and Gas
**Regions:** Brazil
**Search Tags:** Brazil, Latest News, News and Media, News Releases, Remote Services, Remotely Operated Vehicles (ROV)
---
### [Oceaneering Secures Multi-Discipline Cross-Regional Offshore Survey Contracts for Ocean Intervention II](https://www.oceaneering.com/oceaneering-secures-multi-discipline-cross-regional-offshore-survey-contracts-for-ocean-intervention-ii/)
**Published:** June 30, 2026
**Author:** Audrey Leon
**Content:**
Houston, Texas – Oceaneering International, Inc. (“Oceaneering”) announced today that it has secured multi-discipline offshore survey contracts for its **[*Ocean Intervention II* ](https://www.oceaneering.com/products/ocean-intervention-2/)**(*OI2*) vessel, supporting major offshore development programs for a large international operator.
Under the contract, OI2 will deliver integrated geophysical, geotechnical, and autonomous survey services offshore Trinidad and the U.S. Gulf. The program commenced in April 2026 and is expected to span approximately 6 months, with options for additional work and extensions.
Offshore Trinidad, the work scope includes 2D and 3D seismic data acquisition, high-resolution and ultra-high-resolution seismic surveys, seabed mapping, and geotechnical investigations. Geotechnical activities include seabed sampling using box cores and piston cores. The scope also encompasses autonomous underwater vehicle (AUV) surveys in deeper water areas, as well as shallow-water surveys using towed conventional geophysical systems. Operations in Trinidad are expected to last approximately four months.
In the U.S. Gulf, OI2 will perform geotechnical investigations, AUV-based block surveys, and pipeline inspection activities. Pipeline inspections will incorporate non-contact cathodic protection measurement technology integrated with the AUV. U.S. Gulf operations are expected to span approximately two months, with options for additional site and block surveys.
This campaign provides Oceaneering the opportunity to expand its track record in the OI2’s operating model for offshore [simultaneous operations](https://www.oceaneering.com/survey-and-mapping/autonomous-surveys/), by combining geophysical and geotechnical technologies with USV-supported AUV survey operations.
Peter Buchanan, Oceaneering’s Senior Director – Survey, Products and Services, said: “We appreciate our customers’ trust in our ability to deliver reliable, integrated survey operations tailored to their project needs. By consolidating multiple survey scopes onto a single vessel and crew, OI2 supports single-pass and simultaneous operations that reduce campaign duration, minimize mobilizations, and shorten offshore exposure—improving efficiency and lowering overall emissions compared to traditional multi-vessel survey programs.”
Owned by Oceaneering, OI2 was purpose-built for geophysical and geotechnical surveys and [underwent significant upgrades in early 2025](https://www.oceaneering.com/oceaneering-upgrades-ocean-intervention-ii-vessel-for-simultaneous-autonomous-survey-missions/) to support simultaneous, multi-discipline survey operations. These enhancements—including survey system upgrades, dedicated launch and recovery capability for autonomous systems, and modernized data infrastructure—enable efficient, integrated survey execution across complex offshore programs.
For more information on our integrated Survey capabilities: [oceaneering.com/survey-and-mapping/geoscience-and-auv-surveys](https://www.oceaneering.com/survey-and-mapping/geoscience-and-auv-surveys/)
**About Oceaneering**
Oceaneering is a global technology company delivering engineered services and products and robotic solutions to the offshore energy, defense, aerospace, and manufacturing industries.
**Content Types:** News Releases
**Tags:** AUV, Cloud Data, Geophysical, Geoscience, Geotechnical, Ocean Intervention II, real-time data, remote survey, Remotely Operated Surveys, simops, simultaneous operations, survey, USV, Vessel
**Categories:** Survey and Mapping, Vessels
**Industries:** Oil and Gas
**Regions:** Gulf of Mexico
**Search Tags:** AUV, Geoscience and AUV Surveys, Gulf of Mexico, Latest News, North America, Oil and Gas, Survey and Mapping
---
### [Oceaneering Carries Out First Integrated Onshore Remote Operations Scope in Brazil](https://www.oceaneering.com/oceaneering-carries-out-first-integrated-onshore-remote-operations-scope-in-brazil/)
**Published:** February 29, 2024
**Author:** Audrey Leon
**Excerpt:** Integrated onshore remote operations mark a step forward in safe, efficient, multi‑scope offshore execution in Brazil.
**Content:**
Houston, Texas – Oceaneering announces that its Subsea Robotics segment has achieved a new milestone, successfully completing its first onshore piloting of a [remotely operated vehicle](https://www.oceaneering.com/rov-services/) (ROV) from an [onshore remote operation center](https://www.oceaneering.com/remote-services/) (OROC) in Macaé, Rio de Janeiro, Brazil.
This important milestone was possible due to the partnership between Oceaneering and Petrobras, that worked together to ensure secure offshore connectivity for piloting of an ROV, utilizing the existing LTE coverage in the field and required a complex setup process to establish a bridge between the data networks of both companies, achieving low latency, without compromising their respective cyber security policies.
The Oceaneering team was tasked with several work scopes in water depths ranging from 5 m to 1100 m (16 ft to 3600 ft). The team performed tasks such as inspections and high-level activities such as hull inspections with cleaning and interventions. The work scope was carried out over 14 days in November 2023 onboard the *CBO Manoella* vessel. The Oceaneering team used the 220 hp heavy work class [Millennium® Plus ROV](https://www.oceaneering.com/rov-services/rov-systems/) for the remote operations from land. The Brazilian team operated the vehicle on four different scopes with 100% uptime.
Oceaneering Onshore Remote Operations Center in Macaé, Brazil
Petrobras technical representatives were able to watch the integrated ROV and Survey operations carried out from our OROC in Macaé and provided positive feedback to the Oceaneering team.
“This project is a demonstration of Oceaneering’s leadership in the subsea robotics space deploying remote operations technology and executing value added projects in Brazil, helping our customers reduce carbon emission and safety exposure in their operations,” said Simao Silva, Brazil Country Manager. “Remote operations will help increase the safety of offshore operations a while increasing the efficiency and providing our customers with specialized services per scope.”
**About Oceaneering**
Oceaneering is a global technology company delivering engineered services and products and robotic solutions to the offshore energy, defense, aerospace, manufacturing, and entertainment industries. Oceaneering is a leading engineering and robotics company with two decades of remote operations experience.
**Content Types:** News Releases
**Tags:** Brazil, onshore remote operations, Onshore Remote Operations Center, OROC, rov, south america, Subsea Robotics
**Categories:** Remotely Operated Vehicles (ROVs)
**Regions:** Brazil, South America
**Search Tags:** Brazil, News Releases, Remote Services, Remotely Operated Vehicles (ROV), South America
---
### [Ty Sydnor—A Day in the Life of a Contracts Manager](https://www.oceaneering.com/ty-sydnor-a-day-in-the-life-of-a-contracts-manager/)
**Published:** May 19, 2026
**Author:** Monica Dahl
**Content:**
Ty Sydnor is a Contracts Manager with Oceaneering Space Systems (OSS) in Houston, TX. His role centers on leading the negotiation, strategy, and administration of a broad portfolio of government contracts, including Indefinite Delivery, Indefinite Quantity (IDIQ; Cost Plus Fixed Fee (CPFF); Firm Fixed Price (FFP); and Time and Materials (T&M) agreements.
He works closely with internal and external stakeholders to ensure compliance with federal regulations, such as the [Federal Acquisition Regulation (FAR)](https://www.acquisition.gov/browse/index/far) and [Defense Federal Acquisition Regulation Supplement (DFARS)](https://www.acq.osd.mil/DPAP/dars/dfarspgi/current/index.html), while also mentoring contract professionals to support team growth and performance.
**“A typical day requires balancing strategic planning with operational oversight—everything from guiding audits and refining workflows to supporting proposal development and mitigating contractual risks.”**
##### Career Journey
Before joining Oceaneering in 2022, Ty spent eight years as a Contracting Officer at NASA’s Goddard Space Flight Center, where he developed a deep understanding of federal acquisition processes. He later transitioned to the private sector, gaining valuable experience in a small business environment and learning to navigate government contracts from the contractor’s perspective. This dual-sector background prepared him well for the complexities of his current role.
##### A Typical Day
Staying organized is essential in a role that blends compliance, leadership, and strategy. Ty follows a structured schedule to ensure priorities are met and nothing falls through the cracks.
**“My day starts with a team stand-up meeting to align on priorities, address escalations, and review upcoming deliverables. From there, I review and approve high-value task orders, collaborate with stakeholders on funding updates, and participate in proposal and capture strategy sessions for new work.”**
Late morning and early afternoon often involve direct engagement with government Contracting Officers to resolve inquiries or negotiate terms. Ty also mentors junior staff, conducts compliance reviews, and delivers training in federal regulations and negotiation techniques.
The latter part of his day is focused on process improvements—evaluating workflows, automation tools, and metrics tracking.
**“I may prepare reports for leadership on contractual exposure or support audit prep for the [Defense Contract Audit Agency (DCAA)](https://www.dcaa.mil/) and [Defense Contract Management Agency (DCMA)](https://www.dcma.mil/). Before wrapping up, I usually debrief with senior leadership and lay out next steps for the following day.”**
##### A Passion for Contracts
Ty’s work spans both government and commercial aerospace initiatives. He manages build-to-print manufacturing agreements and complex engineering services contracts, each with unique contractual demands and compliance considerations.
**“No two days are the same. Each contract brings a unique set of challenges and solving them requires a tailored approach that blends regulation, business strategy, and collaboration. That complexity is what keeps the work dynamic and fulfilling.”**
##### Lessons That Stick
Understanding how individual efforts contribute to larger program objectives is key to successful contract management. For Ty, strategic execution starts with seeing the big picture and helping his team see it, too.
**“One of the most valuable lessons I’ve learned is the importance of understanding how your individual contributions affect broader program goals. Seeing that interconnectedness helps guide more strategic decisions and fosters stronger cross-functional teamwork.”**
##### Developing the Next Generation
Supporting talent development is a core part of Ty’s role, whether through mentoring early-career professionals or promoting continued learning for experienced team members.
**“I actively support our internship programs, including partnerships with local universities like the [University of Houston–Clear Lake](https://www.uhcl.edu/success-outcomes/internships). These programs offer meaningful professional development for students while cultivating the next generation of contract professionals.”**
##### Opportunities Await
**“Oceaneering is a place where you can both launch and grow your career. Whether you’re early in your professional journey or looking to branch into new disciplines, Oceaneering provides the tools, support, and opportunities to become a subject matter expert and thrive long-term.”**
**Content Types:** Employee Profile
**Regions:** North America
---
### [Oceaneering wins 2026 NOIA Safety in Seas Award](https://www.oceaneering.com/oceaneering-wins-2026-noia-safety-in-seas-award/)
**Published:** April 24, 2026
**Author:** Audrey Leon
**Content:**
Oceaneering has been recognized by the [National Ocean Industries Association](https://www.noia.org/) (NOIA) as a winner of the 2026 NOIA Safety in Seas Awards competition. Oceaneering won the 2026 Safety Practice Award for the company’s High Hazard Task Elimination program.
Oceaneering’s High Hazard Task Elimination program is a systematic offshore safety initiative that replaces reliance on human behavior with engineered hazard elimination, including robotic inspection technologies such as Remotely Operated Vehicle (ROV) systems that remove personnel from high-risk environments entirely. Accountability is embedded across every business unit through KPIs tied directly to leadership compensation. Since 2021, the program has delivered 110 engineered controls and eliminated an estimated 63,000 High Hazard Task occurrences, making fatality prevention a measurable operational deliverable rather than a safety aspiration.
Rod Larson, President and CEO, Oceaneering, said: “We are honored to receive this recognition for our High Hazard Task Elimination program, which reflects how deeply [safety](https://www.oceaneering.com/sustainability/health-safety-and-quality-hse/) is embedded in our culture and the way we operate. By prioritizing engineered hazard elimination over reliance on human behavior, we are making fatality prevention a measurable, operational responsibility. This mindset—supported by technology, robotics, and accountability at every level—guides how we design work and make decisions every day. As we look ahead, we remain focused on advancing solutions that remove people from harm’s way and continue strengthening a culture of safety across our organization and the offshore energy industry.”
In 2020, Oceaneering was [previously recognized](https://www.oceaneering.com/oceaneering-wins-2020-noia-safety-in-seas-award/) with the Safety Practice Award for the [Liberty™ Resident ROV System](https://www.oceaneering.com/rov-services/rov-systems/liberty-resident-system/).
The Safety Practice Award recognizes specific technologies, approaches, methods, or projects with direct and demonstrable impacts on improving safety.
This year’s competition was evaluated by an independent panel of judges consisting of independent offshore safety consultants, representatives from the Bureau of Safety and Environmental Enforcement, the Ocean Energy Safety Institute, and Endeavor Business Media, the publisher of the sponsor of this year’s awards, Offshore Magazine. NOIA has held the Safety in Seas Awards competition since 1978 to recognize those who contribute to improving the safety of life in the offshore energy industry.
**Content Types:** News Releases
**Tags:** award, hazard prevention, hse, hsse, noia, Oceaneering, Safety, safety in seas
**Regions:** North America
---
### [Oceaneering Launches New Electric Propulsion Work Class ROV](https://www.oceaneering.com/oceaneering-launches-new-electric-propulsion-work-class-rov/)
**Published:** March 4, 2026
**Author:** Audrey Leon
**Content:**
***Designed for extended subsea residency and reduced maintenance, the Momentum™ Electric ROV will debut at the Subsea Tieback Forum in New Orleans this March 3-5, 2026.***
New Orleans, Louisiana — Oceaneering International, Inc. today announced that its Subsea Robotics segment has debuted the newest addition to its Remotely Operated Vehicle (ROV) portfolio, the **[Momentum™ Electric Work Class ROV](https://www.oceaneering.com/rov-services/rov-systems/momentum-electric-rov/)**, at [Subsea Tieback](https://www.subseatiebackforum.com/) Forum.
The Momentum™ Electric ROV was developed using a reliability‑driven, data‑informed design approach that re‑engineered the work‑class platform around electric propulsion to improve efficiency and simplify system architecture. The vehicle is designed for 30-day continuous subsea operations, enabling extended support for drilling, inspection, maintenance, and repair (IMR), surveys, and construction work scopes. Featuring plug‑and‑play sensors, advanced 360-degree vision, automation, strong thrust, and high payload capacity, the Momentum™ Electric ROV delivers the power and control required for demanding work‑class operations. Offering backwards compatibility with [Millennium® Plus ROV](https://www.oceaneering.com/products/millennium-plus-rov/) infrastructure, Momentum supports quick upgrades and scalable deployment.
Martin McDonald, Senior Vice President of Subsea Robotics at Oceaneering, stated: “With the Momentum™ Electric ROV, we focused on what matters most to customers: availability and capabilities that deliver confidence during critical offshore work. By applying electrification through a disciplined, data‑driven approach, we’ve reduced vehicle maintenance while improving efficiency and operational availability. This allows customers to execute longer, more predictable subsea campaigns while strengthening Oceaneering’s ability to deliver scalable, differentiated solutions that create long‑term value.”
Visit Oceaneering at **Booth 515** during **Subsea Tieback Forum**, March 3–5, 2026, to see the Momentum™ Electric ROV’s capabilities firsthand and speak with the team behind our latest subsea innovations.
**Content Types:** News Releases
**Tags:** Momentum, Momentum ROV, resident rov, rov
**Categories:** Remotely Operated Vehicles (ROVs)
**Industries:** Oil and Gas
**Regions:** Gulf of Mexico
---
### [Oceaneering Secures Multi-Year Inspection Contract Extension in Norway](https://www.oceaneering.com/oceaneering-secures-multi-year-inspection-contract-extension-in-norway/)
**Published:** January 22, 2026
**Author:** Audrey Leon
**Content:**
Houston – Oceaneering International, Inc. announced that its [Integrity Management and Digital Solutions](https://www.oceaneering.com/asset-integrity-management/) (IMDS) business has secured a four-year extension to its inspection support contract for multiple Equinor assets in Norway. The extension period began on January 1, 2026.
The scope includes [In-Service Inspection](https://www.oceaneering.com/asset-integrity-management/inspection/), [Non-Destructive Testing (NDT)](https://www.oceaneering.com/asset-integrity-management/inspection/conventional-ndt/), [Advanced NDT](https://www.oceaneering.com/asset-integrity-management/inspection/advanced-ndt/), [Rope Access](https://www.oceaneering.com/asset-integrity-management/inspection/ensuring-access/), and the provision of Inspection [Engineers](https://www.oceaneering.com/asset-integrity-management/integrity-engineering/). Services will cover three onshore installations Hammerfest, Kollsnes, and Kårstø, as well as three offshore assets Aasta Hansteen, Norne, and Johan Castberg, located in the Barents and Norwegian Seas.
Erlend Fremstad, Director of IMDS for Scandinavia, said: “We are proud to continue our collaboration with Equinor across these six assets. This extension reinforces our commitment to operational excellence, with a strong focus on HSE and quality performance. We value Equinor’s trust in our ability to deliver safe, reliable, and innovative inspection solutions.”
**Content Types:** News Releases
**Tags:** Advanced NDT, equinor, Europe, IMDS, In-Service Inspection, inspection, NDT, Norway, Rope Access
**Categories:** Asset Integrity Management, In-Service Inspection, Inspection Management
**Industries:** Oil and Gas
**Regions:** Norway
**Search Tags:** Norway
---
### [Oceaneering Wins ASQE Diamond Award for Quality Excellence](https://www.oceaneering.com/oceaneering-wins-asqe-diamond-award-for-quality-excellence/)
**Published:** December 10, 2025
**Author:** Audrey Leon
**Content:**
Houston, Texas – Oceaneering International, Inc. has been honored with the [American Society for Quality and Excellence (ASQE) Diamond Award](https://asq.org/quality-resources/research/asqe-insights-on-excellence/diamond-award?srsltid=AfmBOooCSw53hGQy7-dgdVlBIf1ZaP3fz5CviSGNca65-s7YcWQ_TTUx), one of the most prestigious recognitions in the quality industry. Oceaneering was one of only two companies selected for this award in 2025, reflecting a commitment to performance excellence and innovation.
The Diamond Award is presented to organizations that achieve the highest maturity scores in the annual Insights on Excellence® (IoE) Benchmarking Tool survey. This recognition signifies exceptional standards of quality and continuous improvement, recognizing organizations that integrate best practices into every aspect of their operations.
Oceaneering’s 2025 results demonstrate a progressive Quality culture, as defined in the IoE maturity model, and predictable and consistent delivery of services and products that meet or exceed customer expectations. Winners were recognized during the Excellence Roundtable event in November, coinciding with World Quality Month.
Julie Sitzmann, Director, Quality Solutions, at Oceaneering, said: “Oceaneering is committed to performance excellence, and this recognition reflects that our quality management system and culture are delivering as intended. We are proud to be one of only two companies honored with the Diamond Award, which highlights our commitment to quality and consistent execution across the organization.”
Learn more about Oceaneering’s approach to [Quality](https://www.oceaneering.com/sustainability/health-safety-and-quality-hse/).
**Content Types:** News Releases
**Tags:** American Society for Quality and Excellence, ASQE, Corporate, Diamond Award, Quality, Quality Moments
**Industries:** Oil and Gas
**Search Tags:** Latest News, News and Media
---
### [Data is king, and it’s no different in risk, reliability and maintenance](https://www.oilfieldtechnology.com/special-reports/04092019/data-is-king-and-its-no-different-in-risk-reliability-and-maintenance/)
**Published:** September 4, 2019
**Author:** Louder Agency
**Content:**
Whether process plant, module or installation, the refinement of risk and maintenance planning is a constant process and one that involves the management of a vast set of variables. Everything from wave conditions to wind speeds, pipeline pressure to valve performance, all have to be factored in order to understand the performance and condition of an asset and its innumerable components.
**Content Types:** Publications
**Tags:** asset integrity, asset integrity management, data, engineering, equipment, maintenance, reliability, risk
**Categories:** Maintenance and Reliability
**Regions:** United Kingdom
**Search Tags:** '-Regions, UK
---
### [Oceaneering Successfully Completes North Sea Field Trial of Ocean Perception™ Marine Wildlife Mitigation Solution](https://www.oceaneering.com/oceaneering-successfully-completes-north-sea-field-trial-of-ocean-perception-marine-wildlife-mitigation-solution/)
**Published:** October 14, 2025
**Author:** Audrey Leon
**Content:**
Oceaneering International, Inc. is pleased to announce the successful completion of a field trial of its patented [Ocean Perception™](https://www.oceaneering.com/renewable-energy-solutions/offshore-renewables/ocean-perception/) marine mammal and wildlife mitigation software solution in the Dutch sector of the North Sea. The trial was conducted aboard an offshore wind installation vessel in collaboration with client Van Oord.
Ocean Perception is an intelligent, automated monitoring platform designed to enhance marine wildlife protection and environmental compliance while reducing project downtime. The system integrates 360-degree thermal imaging cameras for full visibility in low-light and night-time conditions, radar for marine wildlife detection, and a centralized onboard monitoring station. During the trial, the platform demonstrated its ability to detect and track bird activity, critical for offshore wind operations in the North Sea, where avian interaction is a key regulatory and ecological concern.
This latest trial builds on the success of a [2023 field trial](https://www.oceaneering.com/oceaneering-announces-a-successful-field-trial-for-ocean-perception-marine-mammal-mitigation-software-solution/) on the U.S. East Coast, where Ocean Perception successfully tracked and identified whale movements in support of construction operations. By enabling accurate, real-time detection of protected species, the system helps reduce false positives often encountered with traditional monitoring methods, opening additional operational windows—particularly at night—and enhancing overall project efficiency.
Remote access capabilities allowed Oceaneering’s onshore operations centers to support real-time decision-making during the trial, further demonstrating the platform’s scalability and flexibility for global offshore applications.
Blanca Montoya, Product Manager at Oceaneering, commented: “We are excited by the results of this latest trial, which confirms Ocean Perception’s ability to deliver reliable, real-time wildlife monitoring in the North Sea. The ability to track birds and marine mammals, even in challenging low-visibility conditions, not only improves environmental stewardship, but also enables more efficient and flexible offshore operations.”
Caitlin Holzhauser, Environmental Engineer, Offshore Energy, at Van Oord, said: “As a leading marine contractor, Van Oord is proud to support new technologies in the Marine Mammal Observation space.”
Aniruddha Paranjape, Environmental Engineer, Offshore Energy, at Van Oord, added: “Ocean Perception’s ability to detect marine fauna in varying conditions is an extremely useful resource that enables more informed and responsible decision making during offshore operations. We look forward to seeing the Ocean Perception technology evolve further, contributing to the shared goal of protecting marine fauna.”
Gerwin Guichelaar, Environmental Engineer, Offshore Energy, at Van Oord, said: “The possibility to select a high viewing point on the vessel enables optimal observation of the water surface during rough seas as well. Furthermore, the reduction of required cabin space can prove to be extremely valuable during certain projects.”
[https://oceaneering.canto.com/direct/video/0eicihlgq159tcelir0s96nb6t/4Lu9R1xJDyScW0UwjWQYmhp8\_5o/original?content-type=video%2Fmp4&name=Ocean+Perception+North+Sea+Field+Trial.mp4](https://oceaneering.canto.com/direct/video/0eicihlgq159tcelir0s96nb6t/4Lu9R1xJDyScW0UwjWQYmhp8_5o/original?content-type=video%2Fmp4&name=Ocean+Perception+North+Sea+Field+Trial.mp4)
**Content Types:** News Releases
**Tags:** Mammal, Mammal Mitigation, Marine Wildlife, north sea, Ocean Perception, offshore field trial, offshore wind, renewables, Software, van oord, Wildlife, wind energy
**Categories:** Renewables
**Industries:** Renewable Energy
**Regions:** Norway
**Search Tags:** Norway
---
### [Oceaneering Wins Contract to Build Freedom™ AUV and Remote Operations Center for U.S. Navy](https://www.oceaneering.com/oceaneering-wins-contract-to-build-freedom-auv-and-remote-operations-center-for-us-navy/)
**Published:** October 1, 2024
**Author:** Audrey Leon
**Content:**
Houston, Texas – Oceaneering International, Inc. announces today that its Subsea Robotics and Aerospace and Defense Technologies segments were awarded a multi-million dollar contract by the Defense Innovation Unit (DIU) of the U.S. Department of Defense to build a [Freedom™ Autonomous Underwater Vehicle (AUV)](https://www.oceaneering.com/rov-services/next-generation-subsea-systems/freedom-autonomous-underwater-vehicle/ "Freedom Autonomous Vehicle") and establish an [Onshore Remote Operations Center (OROC)](https://www.oceaneering.com/remote-services/onshore-remote-operations-centers-orocs/ "Onshore Remote Operations Centers (OROCs)") for the U.S. Navy.
The award highlights Oceaneering’s ability to leverage technology originally developed to support the offshore energy industry into other markets, including the defense industry. The vehicle will be manufactured at Oceaneering’s Morgan City, Louisiana facility.
Peter Buchanan, Senior Director for Oceaneering’s Subsea Robotics segment, stated: “Oceaneering is excited to partner with the DIU and the U.S. Navy. This award allows us to deliver commercial technology driven by energy industry needs to the U.S. Department of Defense to address subsea security needs.”
Martin McDonald, Oceaneering’s Senior Vice President for Subsea Robotics stated: “Our global footprint and worldwide supply chain allows Oceaneering to maintain a 99% uptime for the world’s largest fleet of work class subsea robotic vehicles. Oceaneering is able to leverage our existing facilities and supply chain to manufacture vehicles at scale, as we have done and continue to do for the energy industry.”
Oceaneering has conducted remote operations of commercial subsea robotic systems from OROCs since 2015 and has performed over 120,000 hours of remote operations to date. This recent contract award will bring this commercial capability to the U.S. Navy.
**Content Types:** News Releases
**Tags:** autonomous underwater vehicle, AUV, featured, Freedom, LDUUV, Navy, rov, Subsea Robotics
**Categories:** Remotely Operated Vehicles (ROVs)
**Regions:** North America
**Search Tags:** Gulf of Mexico, Navy, News Releases, Remote Services, Remotely Operated Vehicles (ROV)
---
### [Oceaneering Signs New Fabric Maintenance Services Framework Agreement with Equinor](https://www.oceaneering.com/oceaneering-signs-new-fabric-maintenance-services-framework-agreement-with-equinor/)
**Published:** September 3, 2025
**Author:** Audrey Leon
**Content:**
Oceaneering International, Inc., (Oceaneering) announces that its Norwegian subsidiary, Oceaneering Asset Integrity AS, has entered into a new framework agreement with Equinor for the delivery of Fabric Maintenance services. The contract begins August 2025 and runs through July 2027, with four additional one-year extension options, allowing for a potential total duration of six years.
The scope of work will be carried out with a strong focus on risk awareness and asset integrity, covering both onshore and offshore installations. The scope of work includes inspection, planning, advisory, and execution services across insulation, coatings, passive fire protection, structural access, and digital optimization, in line with Equinor’s operational and regulatory standards.
Erlend Fremstad, Director of IMDS Scandinavia, commented: “We are proud to expand our collaboration with Equinor through this new agreement. Our team is committed to delivering high-quality, risk-informed maintenance services that support the long-term integrity and safety of Equinor’s installations.”
Learn more about our **[Asset Integrity](https://www.oceaneering.com/asset-integrity-management/)** services.
**Content Types:** News Releases
**Tags:** asset integrity, equinor, Europe, fabric maintenance, integrity, Maintenance Engineering, Norway, scandinavia
**Categories:** Asset Integrity Management
**Industries:** Oil and Gas, Renewable Energy
**Regions:** Norway
**Search Tags:** Asset Integrity, Norway
---
### [Oceaneering wins Hydraulic Flying Lead Refurbishment Contract in Angola](https://www.oceaneering.com/oceaneering-wins-hydraulic-flying-lead-refurbishment-contract-in-angola/)
**Published:** August 29, 2025
**Author:** Audrey Leon
**Content:**
Houston, Texas – Oceaneering International, Inc., through its Angolan subsidiary, has been awarded a contract by a major client to provide material and labor to fabricate [Hydraulic Flying Leads](https://www.oceaneering.com/subsea-distribution-solutions/) (HFLs) and refurbish client equipment. This milestone award marks the first multi-year HFL contract for retrofitting and new installations to be executed entirely within [Angola](https://www.oceaneering.com/locations/africa/).
Work under the contract began in the first quarter of 2025 and is expected to continue through 2028, with deliveries scheduled in alignment with the client’s operational needs.
All refurbishment activities will be performed at Oceaneering’s Viana manufacturing facility, which has the capabilities and infrastructure to execute this specialized work, carried out by Oceaneering’s Angolan personnel. Hose components will be supplied from Oceaneering’s [Niterói](https://www.oceaneering.com/locations/brazil/) manufacturing facility in Brazil, supporting seamless production across regions.
ElHoussain ElMoutia, Sr. Director, Africa, commented: “This award reinforces Oceaneering’s commitment to local execution, in-country value, and the delivery of high-quality, reliable subsea products and services. We are proud to grow our operations in Angola and expand opportunities for our local workforce. Earning the client’s trust to deliver this multi-year project is a testament to the capabilities of our Angolan team.”
**Content Types:** News Releases
**Tags:** africa, Angola, HFL, Hydraulic Flying Lead, manufactured products, Niteroi, subsea distribution solutions, subsea equipment, Viana
**Categories:** Subsea Distribution Solutions
**Regions:** Angola
**Search Tags:** Angola, Subsea Distribution Solutions
---
### [Oceaneering Upgrades Ocean Intervention II Vessel for Simultaneous Autonomous Survey Missions](https://www.oceaneering.com/oceaneering-upgrades-ocean-intervention-ii-vessel-for-simultaneous-autonomous-survey-missions/)
**Published:** July 30, 2025
**Author:** Audrey Leon
**Content:**
Houston, Texas – Oceaneering International, Inc. (Oceaneering) announces today that its Subsea Robotics segment has upgraded the **[*Ocean Intervention II*](https://www.oceaneering.com/products/ocean-intervention-2/)** (*OI2*), an Oceaneering-owned oceanographic research vessel, to perform [simultaneous autonomous survey operations](https://www.oceaneering.com/survey-and-mapping/autonomous-surveys/).
Launched in 2000, the *OI2* was purpose built for geophysical and geotechnical surveys. In early 2025, the vessel underwent significant upgrades to expand its capabilities and improve performance for modern survey demands. Enhancements include:
- **Survey System Upgrades**, including hull-mounted sensor expansions and a full overhaul of navigation and positioning systems.
- **Rear Deck and Interior Refurbishments**, including the installation of a dedicated Launch and Recovery System (LARS) for safe deployment and retrieval of uncrewed surface vehicles (USVs) and autonomous underwater vehicles (AUVs).
- **Data Infrastructure Improvements,** including computer rack room retrofits and integration with Microsoft Azure Cloud services for data processing and analysis.
- **Engine Room Modernization** to improve reliability and extend vessel life.
With its enhanced configuration, the *OI2* seamlessly transitions between AUV and towed geophysical surveys, and geotechnical sampling, supporting efficient, multi-discipline survey campaigns.
Peter Buchanan, Sr. Director – Survey, Products and Services, Subsea Robotics, Oceaneering, commented: “The *Ocean Intervention II* provides a step change in survey data acquisition productivity with the ability to simultaneously collect AUV, towed geophysical, and geotechnical data. We’re excited to offer this enhanced capability to our clients.”
When paired with Oceaneering’s remotely operated USV capabilities and global [Onshore Remote Operations Centers](https://www.oceaneering.com/remote-services/onshore-remote-operations-centers-orocs/) (OROCs), the *OI2* becomes a key enabler of fully integrated, low-risk, and crew-light offshore surveys. This next-generation survey approach supports faster data acquisition, improved decision-making, and increased efficiency through [simultaneous operations](https://www.oceaneering.com/survey-and-mapping/autonomous-surveys/) (SIMOPs).
Learn more about the [***Ocean Intervention II***](https://www.oceaneering.com/products/ocean-intervention-2/).
**About Oceaneering**
Oceaneering is a global technology company delivering engineered services and products and robotic solutions to the offshore energy, defense, aerospace, and manufacturing industries.
**Content Types:** News Releases
**Tags:** AUV, Cloud Data, Geophysical, Geoscience, Geotechnical, Ocean Intervention II, real-time data, remote survey, Remotely Operated Surveys, simops, simultaneous operations, survey, USV, Vessel
**Categories:** Survey and Mapping, Vessels
**Industries:** Oil and Gas
**Regions:** Gulf of Mexico
**Search Tags:** AUV, Geoscience and AUV Surveys, Gulf of Mexico, Latest News, North America, Oil and Gas, Survey and Mapping
---
### [Oceaneering Wins 2024 Emirates Labour Market Award](https://www.oceaneering.com/oceaneering-wins-2024-emirates-labour-market-award/)
**Published:** November 19, 2024
**Author:** Audrey Leon
**Content:**
November 19, 2024 – Abu Dhabi, UAE – Oceaneering International, Inc. is proud to announce that Oceaneering OiS, its UAE-based affiliate, has been awarded the prestigious 2024 Emirates Labour Market Award. This recognition honors the company’s commitment to innovation, empowerment, employee wellbeing, and its significant contributions to the UAE’s workforce development and economic growth.
Under the Patronage of His Highness Sheikh Mansour bin Zayed Al Nahyan, Vice President, Deputy Prime Minister and Chairman of the Presidential Court, the Emirates Labour Market Award celebrates companies that have demonstrated exceptional leadership in enhancing the labor market ecosystem in the UAE. Oceaneering has been recognized for its investment in local talent, job creation, and its efforts to promote innovation in the workplace. Oceaneering’s strategic focus on developing specialized skills in the UAE’s workforce through training, partnerships, and professional development initiatives has had a meaningful impact on the future of technology in the UAE.
“We are truly honored to receive the Emirates Labour Market Award,” said Aaron Stroble, Regional Director. “Here in the UAE, there is a generation of talented individuals that have grown up in the context of the nation’s pioneering spirit. As graduates enter the workforce from renowned universities in the UAE, we are eager to have them join our organization to be future technology leaders. The skill and entrepreneurial instincts of our workforce are foundational pieces of Oceaneering’s growth in the UAE.”
The Emirates Labour Market Award is presented annually to organizations that demonstrate excellence in fostering a dynamic and competitive workforce within the UAE. Oceaneering’s win highlights the company’s ongoing contribution and the teamwork of the regional team in shaping resilient and future-ready local talents in the UAE.
Photo Caption: Sheikh Theyab bin Mohammed bin Zayed presents award to Oceaneering’s Aaron Stroble.
Photo Credit: United Arab Emirates Ministry of Human Resources and Emiratisation
**Content Types:** News Releases
**Tags:** Careers, Emirates, Emirates Labor Market Award, local content, Middle East, UAE
**Industries:** Oil and Gas
**Regions:** Middle East
**Search Tags:** Middle East
---
### [Winter Drive Brings Warmth to 100 Families](https://www.oceaneering.com/winter-drive-brings-warmth-to-100-families/)
**Published:** December 12, 2024
**Author:** Monica Dahl
**Content:**
In December, Oceaneering conducted a donation drive supporting under-resourced families during the cold season. The initiative distributed essential winter items to 100+ families across Chandigarh and Pune.
Spearheaded by the Oceaneering Women’s Network (OWN) India Chapter in partnership with local NGOs, the drive focused on collecting and distributing blankets and bed sheets to communities in need. Employees from both the locations contributed to the effort, donating winter essentials to help address immediate seasonal challenges.
This initiative reflects Oceaneering’s ongoing commitment to community outreach and social responsibility. By addressing the basic needs of vulnerable families during winter, the drive ensured comfort and support in a practical and timely manner.
 
**Content Types:** Community
**Regions:** India
**Search Tags:** India
---
### [Oceaneering Premier League and Family Day](https://www.oceaneering.com/oceaneering-premier-league-and-family-day/)
**Published:** February 13, 2025
**Author:** Monica Dahl
**Content:**
In February 2025, Oceaneers and their families gathered for Family Day and the Oceaneering Premier League (OPL) – an annual sports tournament that goes beyond cricket to promote team spirit, diversity, and inclusion. With over 800 attendees, the event provided a unique platform for bonding beyond professional roles and showcased Oceaneering’s commitment to fostering an inclusive workplace culture and encouraging community and camaraderie.
At Pune, the day unfolded with a sense of momentum and joy. The event opened with a spirited Leadership Cricket Match, followed by a closely contested Women’s Match. Families of Oceaneers immersed themselves in numerous activities, including a high-energy Zumba session, a lively drum circle, caricature art, balloon shooting, and tattoo making.
The festivity at Chandigarh was equally cheerful, with the Women’s Final Cricket Match drawing enthusiastic support from colleagues and families alike. The special day featured captivating activities such as pottery, archery, tattoo art, balloon shooting, foosball, and a DJ-led music session. This event brought together employees across functions and levels, creating space for casual interactions and thorough enjoyment.
The 2025 edition of Family Day has once again proven that when Oceaneers come together, it is more than just an event—it is a celebration of everything we stand for.
**Content Types:** Community
**Regions:** India
**Search Tags:** India
---
### [Chad Black – A Day in the Life of a Project Manager](https://www.oceaneering.com/chad-black-a-day-in-the-life-of-a-project-manager/)
**Published:** February 12, 2025
**Author:** Monica Dahl
**Content:**
Chad Black serves as the Project Management Lead for Oceaneering’s Subsea Robotics segment. Based in Morgan City, Louisiana, Chad leads a team of 13 project managers and coordinators in support of exceeding customer expectations and project requirements.
**“I am focused on the continual development of both the individual and team, aligning their growth with the company’s and customer’s strategic goals and initiatives.”**
##### From Navy Chief Petty Officer to Project Management Lead
Chad’s career journey is marked by dedication, resilience, and commitment. In 2011, after serving 13.5 years in the United States Navy, he was medically retired as a Chief Petty Officer specializing in explosive ordnance disposal. His transition to civilian employment included roles in the remediation of unexploded ordnance, transportation and logistics, and beginning in 2014, the offshore oilfield’s [remotely operated vehicle (ROV)](https://www.oceaneering.com/rov-services/ "Remotely Operated Vehicles (ROVs)") industry.
After five years of ROV operations coordinator experience, Chad joined Oceaneering in 2019 as an Operations Coordinator for Subsea Robotics’ ROV and Tooling Group. Within a few months, he was promoted to Operations Manager, followed by a four-year tenure as Project Manager. Today, as the Project Management Lead, he brings a wealth of experience to his role.
##### A Typical Day
A typical day for Chad involves developing and implementing strategic goals, fostering a culture of continuous improvement, and ensuring that his team manages their projects and customers effectively. He guides his team through the complexities of subsea robotics projects in the oilfield and renewable energy markets across the Gulf of Mexico, portions of Europe, and offshore Guyana and Nigeria.
**“I work with the team to provide strategic alignment and creative solutions related to company objectives, portfolio management, project requirements, customer satisfaction, and personnel development.”**
##### Excitement and Passion for Work
Chad is humbled and excited to lead a phenomenal team that is dedicated to their mission and goals. He takes great pride in contributing to an individual’s growth and development, which in turn strengthens the entire team and company.
**“It’s gratifying to watch individuals hone their skills, become more effective within their roles, and then grow and develop to a point where additional professional opportunities become a reality.”**
##### Opportunity-Rich Environment
Chad credits his career advancement at Oceaneering to being surrounded by like-minded individuals focused on team and company success.
**“I’ve been supported by great coaches and mentors who provide training and development, while holding me accountable.”**
These experiences, coupled with professional encouragement during challenging situations, have enabled Chad to progress from an Operations Coordinator to the position he holds today.
##### Join Our Team
Chad encourages those pursuing new careers to explore the many opportunities at Oceaneering.
**“The family and team environment rivals the quality of when I was in the military.”**
Oceaneering offers the opportunity to build interesting careers in an industry where innovation and problem-solving are the order of the day.
**Content Types:** Employee Profile
**Search Tags:** Careers
---
### [Oceaneering's Fraser Thomson Shortlisted for 2025 Offshore Achievement Awards](https://www.oceaneering.com/oceaneerings-fraser-thomson-shortlisted-for-2025-offshore-achievement-awards/)
**Published:** January 22, 2025
**Author:** Audrey Leon
**Content:**
Houston, Texas – Oceaneering International announces that Fraser Thomson, Principal Engineer for our Manufactured Products business in Rosyth, Scotland, has been [shortlisted](https://www.spe-aberdeen.org/oaa/news/oaa-2025-finalists-announced) for the 2025 Offshore Achievement Awards’ Industry Expert category.
“Fraser is our go-to engineer for tackling technical challenges, whether during development or execution,” said Shaun Roedel, Senior Vice President of Manufactured Products. “His innovative designs and problem-solving expertise drive the creation of industry-leading products, enabling flawless execution that exceeds our customers’ expectations.”
With over three decades of experience, Fraser has helped to advance subsea umbilical solutions, including high-collapse resistant hose, shaping API 17E standards, designing manufacturing facilities, and mentoring the next generation of engineers.
The Offshore Achievement Awards recognize outstanding achievements in the energy industry, including innovative technologies and significant individual contributions. The awards give recognition to those who go above and beyond in the energy sector. Winners will be announced at P&J Live in Aberdeen, UK, on Thursday, March 13, 2025.
To learn more about the 38th Offshore Achievement Awards, including all the finalists, please visit: [spe-aberdeen.org/oaa/](http://spe-aberdeen.org/oaa/)
**Content Types:** News Releases
**Tags:** Aberdeen, Fraser Thomson, Industry Expert, manufactured products, Offshore Achievement Awards, Umbilicals
**Categories:** Subsea Distribution Solutions
**Industries:** Oil and Gas, Renewable Energy
**Regions:** United Kingdom
---
### [James Harris – A Day in the Life of a Software Engineer](https://www.oceaneering.com/james-harris-a-day-in-the-life-of-a-software-engineer/)
**Published:** January 22, 2025
**Author:** Monica Dahl
**Content:**
James Harris joined [Oceaneering Technologies (OTECH)](https://www.oceaneering.com/oceaneering-technologies/ "Oceaneering Technologies (OTECH)") in Hanover, Maryland, as a full-time Senior Software Engineer in the summer of 2023. But his journey with Oceaneering began earlier, as a summer intern in 2022. Today, James continues to contribute to the same project that first introduced him to the company—a testament to Oceaneering’s trust in its interns and its emphasis on continuity and growth.
##### A Typical Day
James starts his mornings with momentum, often wrapping up tasks from the day before. At 10:00 AM, his team—a collaborative group of 15-20 engineers—gathers for a daily meeting to synchronize efforts, discuss progress, and tackle challenges. These sessions set the tone for a productive day ahead.
After the meeting, James dives into his current tasks, which range from writing technical documents and designing software architectures to creating diagrams. While still in the design phase for some aspects of the project, James has also been doing a lot of hands-on work setting up network communications on the project servers.
##### From Intern to Full-Time Engineer
James describes his transition from intern to full-time employee as seamless.
**“They treated me like a full-time employee even when I was an intern—in a good way. They trusted me with meaningful work, and that respect carried over when I joined the team permanently.”**
During his internship, James worked on the same project he’s currently involved with, albeit at an earlier stage.
**“When I started, the project was still in the bid and design phase. A month after my internship ended, we won the contract, and my former boss immediately sent me the job link. It was clear they valued the work I had done.”**
James credits Oceaneering’s supportive culture for making his early career experience so fulfilling.
**“The company treats interns with respect and gives them real responsibilities, which is both empowering and motivating.”**
##### Career Highlights and Growth
One of James’ most rewarding experiences was when he assisted with a hardware test for the first time.
**“It was amazing to see the physical impact of our work. I got to collaborate with mechanical and electrical engineers and gain insights into how different disciplines come together to solve complex problems.”**
This hands-on experience reinforced James’ appreciation for Oceaneering’s interdisciplinary culture.
**“As a software engineer, it’s easy to feel siloed behind a screen. Seeing how our work integrates into the bigger picture was incredibly rewarding.”**
James is also involved in the company’s mentorship program, both as a mentee and a committee member advocating for its success.
**“Having a mentor has been invaluable for my professional growth, and I enjoy contributing to initiatives that support others in their development.”**
##### Advice for Aspiring Interns and Employees
As someone who’s experienced both sides of the hiring process, James emphasizes the importance of genuine interest.
**“If you’re applying, show that you’re specifically excited about working at Oceaneering. Tailor your resume, reach out, and make a personal connection. It makes a huge difference.”**
##### Looking Ahead
James sees his career evolving toward roles with more people interaction, potentially in management.
**“I love the technical work, but my passion lies in working with people, learning about their experiences, and contributing to a team. I thrive on collaboration.”**
##### One Word to Describe Oceaneering?
**“Respect,” James says without hesitation. “It’s mutual here. Everyone respects your time, autonomy, and contributions, and that respect is reflected back. It creates an environment where you feel valued and empowered to grow.”**
James’ story is an example of how Oceaneering nurtures talent, from internship to full-time employment and beyond. Oceaneering offers the opportunity to build interesting careers in an industry where innovation and problem-solving are the order of the day.
**Content Types:** Employee Profile
**Search Tags:** Careers
---
### [Oceaneering Receives 2024 TotalEnergies Innovation Award](https://www.oceaneering.com/oceaneering-receives-2024-totalenergies-innovation-award/)
**Published:** December 18, 2024
**Author:** Audrey Leon
**Content:**
Houston, Texas – Oceaneering International, Inc., announces today that its [Freedom™ Autonomous Underwater Vehicle (AUV)](https://www.oceaneering.com/rov-services/next-generation-subsea-vehicles/freedom-autonomous-underwater-vehicle/ "Freedom™ AUV") has been honored with the Innovation Award at TotalEnergies’ 2024 Supplier Day.
F*reedom Wins TotalEnergies Innovation Award* – Photo by Francisco Gonzalez
The award recognizes Freedom’s contribution to advancing subsea robotics and fostering industry best practices to improve operational efficiency, including by reducing carbon emissions.
This award celebrates a [decade-long collaboration](https://www.oceaneering.com/oceaneering-announces-freedom-auv-achieves-trl-6-for-pipeline-inspection/) among Oceaneering, TotalEnergies, and other energy industry operators to develop an advanced, resident-capable underwater robotic solution that can be tailored for use across industries, including energy and defense.
The collaboration ensured that the Freedom vehicle and its autonomous behaviors would meet customer specifications and requirements. The Freedom™ AUV, which has been commercialized since 2023, showcases innovative autonomous behaviors and operational excellence in subsea operations, including undocking, docking, obstacle avoidance, precision payload placement, survey, inspections, and transit.
Martin McDonald, Senior Vice President of Subsea Robotics at Oceaneering, commented: “We are deeply honored to receive this recognition from TotalEnergies. This award is a testament to the strong, collaborative relationship we’ve cultivated over the years. Together, we’ve pushed the boundaries of what’s possible in subsea robotics, advancing the Freedom™ AUV from early R&D trials to offshore campaigns in the North Sea.
“As we look to the future, we remain committed to driving innovation and delivering solutions that prioritize safety, efficiency, and sustainability—not only for today’s challenges but for generations to come.”
In October 2024, Oceaneering [was awarded a contract](https://www.oceaneering.com/oceaneering-wins-contract-to-build-freedom-auv-and-remote-operations-center-for-us-navy/) from the Defense Innovation Unit (DIU) of the U.S. Department of Defense to build a Freedom™ AUV, enabling Oceaneering to deliver commercial technology driven by energy industry needs to address subsea security needs.
In May 2024, [Freedom completed a pipeline inspection industrial pilot](https://www.oceaneering.com/oceaneering-conducts-freedom-auv-pipeline-inspection-pilot-for-totalenergies/) with TotalEnergies, demonstrating its ability to deliver high-quality commercial pipeline inspections in less time and with reduced emissions as compared to existing methods, contributing to TotalEnergies ambition to be Net Zero by 2050.
The Freedom™ AUV exemplifies Oceaneering commitment to working with forward-thinking operators, including TotalEnergies, to deliver new technologies that improve efficiency by reducing time and costs, lower emissions, and advance a more sustainable future.
[https://oceaneering.canto.com/direct/video/b59eir314d2gb3v385m5qgbt2a/BjyZoETJoZ6CGtydq9Hqo8Bi0GU/original?content-type=video%2Fmp4&name=Freedom-Long-Teaser.mp4](https://oceaneering.canto.com/direct/video/b59eir314d2gb3v385m5qgbt2a/BjyZoETJoZ6CGtydq9Hqo8Bi0GU/original?content-type=video%2Fmp4&name=Freedom-Long-Teaser.mp4)
**About Oceaneering** Oceaneering is a global technology company delivering engineered services and products and robotic solutions to the offshore energy, defense, aerospace, manufacturing, and entertainment industries. [www.oceaneering.com](https://www.oceaneering.com/)
**Content Types:** News Releases
**Tags:** autonomous underwater vehicle, AUV, Freedom, rov, Subsea Robotics
**Categories:** Remotely Operated Vehicles (ROVs)
**Industries:** Oil and Gas
**Regions:** North America, Norway
**Search Tags:** Gulf of Mexico, News Releases, Norway, Remote Services, Remotely Operated Vehicles (ROV)
---
### [Oceaneering Wins Two World Oil Awards](https://www.oceaneering.com/oceaneering-technologies-win-2017-world-oil-awards/)
**Published:** October 13, 2017
**Author:** Louder Agency
**Excerpt:** In this year's New Horizons Idea category, Oceaneering won for its E-ROV concept, a self-contained, battery-powered work class remotely operated vehicle (ROV) system deployed on the seabed. Competitors in the category aimed to highlight "a game-changing product, technology, or idea that redefines the industry's thinking."
**Content:**
October 13, 2017 – Houston, Texas – At the 16th annual *World Oil* Awards, Oceaneering International, Inc. (“Oceaneering”) garnered significant industry recognition by taking home trophies for two groundbreaking technologies.
In this year’s New Horizons Idea category, Oceaneering won for its [E-ROV concept](https://www.oceaneering.com/rov-services/next-generation-subsea-vehicles/liberty-e-rov/), a self-contained, battery-powered work class remotely operated vehicle (ROV) system deployed on the seabed. Competitors in the category aimed to highlight “a game-changing product, technology, or idea that redefines the industry’s thinking.”
Meanwhile, in this year’s Best Well Intervention Technology category, Oceaneering won for its [Blue Ocean Riserless Intervention System](https://www.oceaneering.com/well-intervention/light-well-intervention/), a reliable, efficient light well intervention solution rated to 10,000 feet. The category recognizes “technologies that help make significant improvements in terms of time saved, costs reduced, or production improved.”
The [Asset Monitoring Intelligence Center](https://www.oceaneering.com/asset-intelligence-and-management/remote-asset-monitoring/) was also named as a finalist this year.
For more information, please visit the [*World Oil Awards*](https://www.worldoil.com/events/wo-awards/home) website.
**Content Types:** News Releases
---
### [Oceaneering Awarded Multiple North Sea Vessel Contracts](https://www.oceaneering.com/oceaneering-awarded-multiple-north-sea-vessel-contracts/)
**Published:** August 29, 2024
**Author:** Lorie Mitchell
**Content:**
Houston – Oceaneering International, Inc. (“Oceaneering”) announces that its UK subsidiary, Oceaneering International Services Limited, has secured multiple contracts for decommissioning, inspection, subsea preparation, and installation support services in the UK sector of the North Sea. The contracts were awarded by multiple operators in the region and, when combined, total an estimated 65 days with options to extend the contract durations.
These operations are expected to begin in August 2024 and will be supported utilizing the multiservice vessel (MSV) *Island Frontier*, which Oceaneering has previously operated in West Africa and the Black Sea. Oceaneering has extended its charter for the MSV *Island Frontier* until December 2025, securing vessel capacity to meet client needs.
These contracts will be managed and executed from Oceaneering’s UK North Sea hub in Aberdeen, Scotland.
Javier Falcon, Senior Manager of Oceaneering’s Offshore Projects Group, Europe and the Middle East, said, “These contract awards are a significant achievement as we strategically target growth in a key regional market. Our advanced product and service portfolio allows us to deliver cost-effective solutions, and these awards are the culmination of strong engagement with key clients in the region. We are confident that these projects will allow us to showcase our expertise and execution capabilities.”
Oceaneering has been operating in the UK for more than 50 years, setting a benchmark for delivering high-quality professional services across industries including life of field services, controls, inspection, maintenance, and repair (IMR), decommissioning, intervention, flow assurance, subsea engineered solutions, asset integrity management, data and communication solutions, subsea equipment, and ROV services.
**Content Types:** News Releases
**Tags:** IMR, inspection, maintenance, north sea, Norway, Norwegian Continental Shelf, Repair, UK
**Categories:** Inspection, Maintenance, and Repair (IMR)
**Regions:** North America, Norway, United Kingdom
**Search Tags:** News Releases, North America, Norway, UK
---
### [Oceaneering Awarded IMR Support Services Contract from Aker BP](https://www.oceaneering.com/oceaneering-awarded-imr-support-services-contract-from-aker-bp/)
**Published:** August 6, 2024
**Author:** Audrey Leon
**Content:**
Houston, Texas – Oceaneering International, Inc. (“Oceaneering”) announces that its Norwegian subsidiary, Oceaneering AS, has secured an Inspection, Maintenance, and Repair (IMR) Support Services Contract with Aker BP ASA.
The initial contract duration is for three years with two, two-year options to extend. Oceaneering will mobilize in August to provide onshore and offshore IMR project support to vessels contracted by Aker BP operating on the Norwegian Continental Shelf.
Eli Løberg Mellgren, Director of Oceaneering’s Offshore Projects Group, Europe and the Middle East (EME), said, “Being awarded the IMR support services contract from Aker BP is a significant achievement. It enables us to leverage our advanced product and service portfolio to deliver a cost-effective solution with a reduced carbon footprint and minimized HSE risk. We are excited about the opportunity to work closely with Aker BP and are confident that this project will lead to mutual success and opportunities for innovation.”
Oceaneering has been operating in Norway for more than 50 years, setting a benchmark for delivering high-quality professional services across industries including Life of Field Services, Controls, IMR, Decommissioning, Intervention, Flow Assurance, Subsea Engineered Solutions, Asset Integrity Management, Data and Communication Solutions, Subsea Equipment, and ROV Services.
**Learn more about our Inspection, Maintenance, and Repair Solutions.**
[oceaneering.com/imrge-integrated-customizable-imr-solutions](https://www.oceaneering.com/imrge-integrated-customizable-imr-solutions/)
**Content Types:** News Releases
**Tags:** IMR, IMRGE, inspection, maintenance, Norway, Norwegian Continental Shelf, Repair
**Categories:** Inspection, Maintenance, and Repair (IMR)
**Regions:** Norway, South America
**Search Tags:** News Releases, Norway
---
### [Remembering Oceaneering Co-Founder Johnny Johnson](https://www.oceaneering.com/remembering-oceaneering-co-founder-johnny-johnson/)
**Published:** July 2, 2024
**Author:** Audrey Leon
**Content:**
**John T. “Johnny” Johnson**, one of the original co-founders of Oceaneering International, Inc., passed away on June 27, 2024. He was 86.
Johnson[ co-founded World Wide Divers](https://www.oceaneering.com/about/) with Mike Hughes in 1964, which merged with industry players Can Dive and Cal Dive in 1969 to become Oceaneering International.
Johnson, who retired from Oceaneering in 2004, made several important contributions to the company, first as a diver and later as a senior vice president. Johnson and Oceaneering would search for innovative, safer solutions to allow the oil and gas industry to push into deeper water depths.
One of the largest acquisitions in the company’s early days was Divcon, a leading provider of diving solutions, in 1971. Of the acquisition, Johnson famously said Oceaneering acquiring Divcon, a company that was five times larger than Oceaneering at the time, was “a classic case of the minnow swallowing the whale.”
The company would continue to grow. Hughes tasked Johnson with following the development of a brand new technology in the late 1970s called Remotely Operated Vehicles (ROVs). Johnson would go on to write a famous memo saying, “this is an important development that we need to keep an eye on.” It did not take long for ROVs to become a major factor in the business. Oceaneering would become one of the largest owners and manufacturers of ROVs in the world.
With its diving and ROV expertise, Oceaneering would go on to undertake several high-profile recovery projects including the dives of the wrecks of the Titanic, the Lusitania, and the Liberty Bell 7 Space Capsule. Oceaneering would also expand past offshore oil and gas into aerospace, defense, entertainment, manufacturing, and other industries.
Johnson was a graduate of the Baylor Military School in Chattanooga, Tennessee, and told his alma mater’s alumni publication that his journey to becoming a diver started during a summer job as a lifeguard in his hometown of Alcoa, Tennessee. He went on to graduate from the University of Tennessee, joining the U.S. Army, where he served his country in Korea. After his service concluded, Johnson left Tennessee for Louisiana with the goal of working as a diver for the offshore oil and gas industry.
Of Johnson’s passing, Hughes said: “If I had to choose one person to occupy a foxhole with me and defend it in battle, it would be Johnny Johnson.”
Kevin McEvoy, Oceaneering’s Chairman of the Board and longtime employee, said: “Johnny was a consummate gentleman and very visible ambassador for the company throughout the Gulf Coast region, where he led the company’s business development and sales efforts for many years.”
Rod Larson, President and CEO of Oceaneering, said: “As a co-founder of World Wide Divers, Johnny’s contributions to the diving profession, the oil and gas industry, and Oceaneering cannot be overstated. His legacy and influence within the diving and ROV communities are a testament to his professionalism. Those who knew him best will remember him for his kindness, wisdom, and willingness to mentor others.”
Our condolences go out to Johnny’s friends and family, including his daughter Jennifer.
**Content Types:** News Releases
**Tags:** johnny johnson, mike hughes, world wide divers
---
### [Oceaneering Celebrates 25th Anniversary at the Port of Rosyth](https://www.oceaneering.com/oceaneering-celebrates-25th-anniversary-at-the-port-of-rosyth/)
**Published:** June 25, 2024
**Author:** Audrey Leon
**Content:**
Rosyth, Scotland, U.K. – Oceaneering International, Inc. (“Oceaneering”) (NYSE: OII) proudly announces that its wholly-owned subsidiary, Oceaneering International Serviced Limited (OISL), hosted an event to celebrate the 25th anniversary of its operations at the Port of Rosyth, U.K., on June 20, 2024.
In attendance at the event were Alan Curtis, Oceaneering’s Senior Vice President and Chief Financial Officer, Shaun Roedel, Oceaneering’s Senior Vice President of Manufactured Products, and Audrey Orhon, General Manager for Oceaneering in Rosyth. They were joined by Stuart Wallace, CEO Designate of Forth Ports, and Neil Gordon, Chief Executive of Global Underwater Hub, to unveil a commemorative plaque to mark the occasion. The plaque will sit alongside the plaque previously presented by HRH Princess Anne when the current site was opened in 1999.
The Port of Rosyth is home to Oceaneering’s U.K. umbilical manufacturing facility. The site is equipped with state-of-the-art manufacturing capabilities and produces subsea umbilicals and hardware to meet diverse customer specifications.
The Rosyth site is also home to Oceaneering’s Testing, Qualification, and Reliability Laboratory, a purpose-built facility designed to meet the requirements for topside and subsea component and assembly qualification and factory acceptance testing. [OISL was established in 1974](https://www.oceaneering.com/locations/united-kingdom/) and provides operational and manufacturing support to the U.K., Europe, Africa, and the Middle East.
Stuart Wallace, Chief Executive Designate from Forth Ports said: “On behalf of the whole of the Forth Ports team, we congratulate Oceaneering on reaching this significant milestone for their business. Oceaneering, who were originally based in the Port of Leith for a number of years, became one of the first tenants to occupy the Port of Rosyth when it was established in 1999 and we have enjoyed this long-term working relationship with the team. Through effective collaboration, the teams have worked well on large scale projects at the port utilising the port’s expert project experience and Oceaneering’s manufacturing and technical expertise. We look forward to continuing to develop the Oceaneering business base at Rosyth for years to come.”
Alan Curtis, Senior Vice President and Chief Financial Officer, stated: “We are delighted to celebrate 25 years of operations at the Port of Rosyth. We are grateful to be joined by representatives of our key customers, suppliers, and industry and community partners. The work conducted at this facility is vital to both the local and global energy industries. Earlier this year, our Rosyth facility achieved ‘[Fit 4 Offshore Renewables](https://www.oceaneering.com/oceaneering-achieves-fit-4-offshore-renewables-f4or-granted-status-at-rosyth-scotland-cable-facility/)’ Granted Status from the Offshore Wind Energy Council and ORE (Offshore Renewable Energy) Catapult. We are excited about the future and the contributions we will continue to make to the traditional and renewable energy sectors.”
Oceaneering is a global technology company delivering engineered services and products and robotic solutions to the offshore energy, defense, aerospace, manufacturing, and entertainment industries.
**Content Types:** News Releases
**Tags:** cable, cables, cabling, manufacturing, renewables, Rosyth, Scotland, subsea distribution solutions, UK, Umbilicals, United Kingdom
**Regions:** United Kingdom
**Search Tags:** News Releases
---
### [Oceaneering Selected by Defense Innovation Unit to Test and Develop Unmanned Undersea Vehicle Prototype](https://www.oceaneering.com/oceaneering-selected-by-defense-innovation-unit-to-test-and-develop-unmanned-undersea-vehicle-prototype/)
**Published:** February 15, 2024
**Author:** Audrey Leon
**Content:**
Houston, Texas – Today, Oceaneering International, Inc. announces that its Aerospace and Defense Technologies (ADTech) business segment has been awarded a contract by the Defense Innovation Unit (DIU), a U.S. Department of Defense organization, for the development and testing of the [Freedom™ Autonomous Underwater Vehicle](https://oceaneering.com/rov-services/next-generation-subsea-vehicles/freedom-autonomous-underwater-vehicle/) (AUV) as a potential Large Displacement Unmanned Undersea Vehicle (LDUUV) prototype for the U.S. Navy’s Program Office for Advanced Undersea Systems.
The contract includes a Manufacturing Readiness Review to assess current production capacity and tradeoffs that could be performed to speed LDUUV capabilities to the fleet.
The Freedom™ AUV recently completed a five-year test and development program, [culminating in commercial operations beginning in 2023](https://oceaneering.com/oceaneering-announces-freedom-auv-achieves-trl-6-for-pipeline-inspection/).
Its design incorporates unique features that make it well suited for commercial and defense operations, including its multi-thruster design which provides six degrees of freedom in vehicle maneuverability.
With eight independent thrusters, Freedom supports mission success with its ability to conduct low altitude, precision operations in complex, critical subsea infrastructure environments.
Martin McDonald, Senior Vice President, Subsea Robotics, said: “Oceaneering is pleased to have been selected by the U.S. Navy and the DIU for this program supporting the development of LDUUV capabilities. The Freedom™ AUV offers the flexibility needed to support mission critical operations and we are delighted to be recognized for the flexibility Freedom offers and its suitability to support an LDUUV prototype.”
As the worldwide leader in subsea robotic services, Oceaneering used its Remotely Operated Vehicle (ROV) database, encompassing over six million hours of operation, to identify several technology building blocks (thrusters, connectors, batteries, etc.) that are key to the performance and reliability of the Freedom™ AUV system. These technology building blocks were designed and tested to provide Freedom with a prolonged maintenance-free operating period, which enables sustained subsea operations.
Long duration, reliable performance in subsea environments requires mature maintenance and logistics systems. The Freedom™ AUV uses the same maintenance and logistics systems used by Oceaneering’s fleet of work class ROVs, the largest in the world, which last year performed over 450,000 hours of subsea robotic services.
**Content Types:** News Releases
**Tags:** Freedom, LDUUV, Navy, rov, Subsea Robotics
**Categories:** Remotely Operated Vehicles (ROVs)
**Regions:** North America, Norway
**Search Tags:** Gulf of Mexico, Navy, News Releases, Norway, Remote Services, Remotely Operated Vehicles (ROV)
---
### [Oceaneering Freedom™ AUV Successfully Completes Demonstration for U.S. Navy and Defense Innovation Unit](https://www.oceaneering.com/oceaneering-freedom-auv-successfully-completes-demonstration-for-u-s-navy-and-defense-innovation-unit/)
**Published:** April 4, 2024
**Author:** Audrey Leon
**Content:**
Houston, Texas – Oceaneering International, Inc. announces today that its Subsea Robotics segment recently completed a successful one-week Autonomous Underwater Vehicle (AUV) demonstration for the U.S. Navy and Defense Innovation Unit (DIU) at Oceaneering’s subsea autonomy testing facility in Norway.
During the week, Oceaneering demonstrated its portfolio of capabilities to design, engineer, operate, and maintain the [Freedom™ AUV](https://oceaneering.com/rov-services/next-generation-subsea-vehicles/freedom-autonomous-underwater-vehicle/), which was picked to evaluate capabilities of the platform for potential future development of a Large Displacement Unmanned Undersea Vehicle (LDUUV) prototype. The demonstration included several days of at-sea testing where Oceaneering successfully demonstrated many of the autonomous capabilities of the Freedom™ AUV, including undocking, docking, obstacle avoidance, precision payload placement, survey, and transit.
Peter Buchanan, Senior Director for Oceaneering’s Subsea Robotics segment, stated: “It has been an extraordinary experience spending this week with the U.S. Navy and DIU showcasing the exceptional capabilities of our Freedom™ AUV unit. Our collaborative sessions have been instrumental in highlighting the unit’s proven capabilities, efficient data recovery, amazing vehicle control and autonomy, precise mission planning, and effective troubleshooting strategies.
“Despite the unpredictable weather conditions, we maximized our time and successfully displayed Oceaneering’s proficiency in tackling complex challenges, proving our ability to solve the unsolvable. This week has truly exemplified the power of innovation and teamwork in pushing boundaries and achieving remarkable results. Spending the time with an informed and enthusiastic team from the U.S. Navy and DIU has been extremely beneficial to our team.”
The demonstration of Oceaneering’s Freedom™ AUV represents an important milestone in the progression of U.S. defense capabilities for maritime defense and preparedness. Ultimately, advanced UUVs will supplement submarine fleets by conducting autonomous sensing and delivering payloads in challenging, dispersed, deep-sea environments. These events serve as critical baseline assessments to understand capability gaps and inform future development priorities.
Oceaneering [previously announced](https://www.oceaneering.com/oceaneering-selected-by-defense-innovation-unit-to-test-and-develop-unmanned-undersea-vehicle-prototype/) in February 2024 that DIU had selected the company to test and develop the Freedom for its LDUUV effort. This one-week demonstration is the first phase of this contract. Phase two, if executed, will contain prototype development tasks.
**Content Types:** News Releases
**Tags:** autonomous underwater vehicle, AUV, Freedom, LDUUV, Navy, rov, Subsea Robotics
**Categories:** Remotely Operated Vehicles (ROVs)
**Regions:** North America, Norway
**Search Tags:** Gulf of Mexico, Navy, News Releases, Norway, Remote Services, Remotely Operated Vehicles (ROV)
---
### [ASHA](https://www.oceaneering.com/asha/)
**Published:** April 5, 2024
**Author:** Monica Dahl
**Content:**
Oceaneers in Mumbai have extended a helping hand to ASHA, a non-governmental organization (NGO) focused on providing educational opportunities to those in need. With a firm belief in giving back to the community, our team has been donating and volunteering to support ASHA’s mission.
  
**Content Types:** Community
**Regions:** India
**Search Tags:** India
---
### [Project Ripple](https://www.oceaneering.com/project-ripple/)
**Published:** October 9, 2023
**Author:** Monica Dahl
**Content:**
Project Ripple is an Oceaneering India initiative in collaboration with Deepalaya, a non-governmental organization (NGO) that aims at educating underprivileged children. We assisted Deepalaya with a donation that was used to provide elementary education and conduct workshops and trainings, to make learning interesting and interactive for the students.
[](https://oceaneering.com/wp-content/uploads/2023/11/Ripple-Progress-1.jpg)
**Content Types:** Community
**Regions:** India
**Search Tags:** India
---
### [Oceaneering Achieves ‘Fit 4 Offshore Renewables’ Granted Status at Rosyth, Scotland, Cable Facility](https://www.oceaneering.com/oceaneering-achieves-fit-4-offshore-renewables-f4or-granted-status-at-rosyth-scotland-cable-facility/)
**Published:** March 28, 2024
**Author:** Audrey Leon
**Content:**
Houston, Texas – Oceaneering announces today that its Rosyth, Scotland, cable manufacturing facility has successfully achieved “Fit 4 Offshore Renewables” (F4OR) Granted Status by the Offshore Wind Energy Council (OWEC) and ORE (Offshore Renewable Energy) Catapult, a leading UK technology innovation and research center for offshore renewables.
Oceaneering completed a rigorous 18-month program covering business readiness and sector specific areas.
Audrey Orhon, General Manager, Manufactured Products-Rosyth, said: “We are delighted to be granted F4OR Status as the first cable manufacturer to be recognized by the organization. We are grateful to ORE Catapult, OWEC, Opergy, NAMRC (Nuclear Advanced Manufacturing Research Centre), and other agencies for their guidance and time. Oceaneering has been contributing to the [offshore renewables](https://www.oceaneering.com/renewable-energy-solutions/) industry for over 10 years and we are delighted to be recognized for our efforts locally.”
Ben Hooker, Global Business Development Director – Renewables, said: “I am immensely proud of the team’s efforts and achievement. The F4OR designation is an important milestone for our renewables business in [Scotland and the wider UK supply chain](https://www.oceaneering.com/locations/united-kingdom/). We welcome the opportunity to demonstrate to the global floating wind sector not only our manufacturing capabilities at Rosyth, but our extensive portfolio of integrated products and services.”
[F4OR](https://ore.catapult.org.uk/what-we-do/supply-chain-growth/fit-4-offshore-renewables/) is a unique program that helps prepare the UK supply chain to bid for work in the offshore renewable energy sector. The objective of the F4OR program is to support the development of an increasingly competent, capable, and competitive UK offshore renewable energy supply chain – maximizing opportunity for suppliers, both domestically and globally.
**Content Types:** News Releases
**Tags:** cable, cables, cabling, manufacturing, renewables, Rosyth, Scotland, subsea distribution solutions, UK, Umbilicals, United Kingdom
**Categories:** Renewables, Subsea Distribution Solutions, Umbilicals and Ancillary Hardware
**Regions:** United Kingdom
**Search Tags:** Asset Integrity, News Releases
---
### [Oceaneering Secures IMR Survey Work for Australian Energy Company](https://www.oceaneering.com/oceaneering-secures-imr-survey-work-for-australian-energy-company/)
**Published:** November 15, 2023
**Author:** Audrey Leon
**Content:**
Houston, Texas – Oceaneering International, Inc. announces that Oceaneering Australia secured an [Inspection, Maintenance, and Repair](https://www.oceaneering.com/inspection-maintenance-and-repair-imr-solutions/) (IMR) and [Survey](https://www.oceaneering.com/survey-and-mapping/) contract from a major Australian energy company.
Oceaneering will mobilize in mid-November to carry out IMR and survey work scopes that include the provision of [remotely operated vehicle](https://www.oceaneering.com/rov-services/) (ROV) and survey personnel and equipment, subsea inspection, onshore project management and engineering, data processing and associated deliverables, photogrammetry, and onshore ROV video streaming for remote inspections. The offshore work scope is expected to take 15 days to complete.
Jason Hughes, Director of Offshore Project Group, Asia Pacific (APAC), Oceaneering, said: “This contract marks a new milestone for Oceaneering as it is our first survey scope in Australia, and it complements our Inspection, Maintenance, and Repair capabilities in region. We are delighted to have the confidence of our customer to carry out this work scope to help extend the life of their assets.”
Kate McCubbin, Oceaneering’s Senior Manager, Subsea Robotics and Survey for Europe, the Middle East, Africa, and Asia, said: “As we continue to grow in the APAC region, we are delighted to expand our high specification survey services to Australia. We look forward to building on our strong subsea robotics and engineering solutions in Australia and to provide our customers with a high specification survey offering that continues the technical excellence that they have become accustomed.”
Vandana Crispin, Oceaneering’s Senior Manager, IMR and Integrated Projects, APAC region, said: “This project seamlessly integrates Oceaneering’s extensive global expertise in IMR, Survey, ROV services and Asset Integrity into a cohesive project, delivering added value to our local clients. This strategic amalgamation of services reflects Oceaneering’s commitment to enhancing operational efficiency and meeting the unique needs of clients in Australia. We look forward to offering more integrated projects to our valued customers in the APAC region.”
Oceaneering has been operating in [Australia](https://www.oceaneering.com/locations/australia/) for 50 years, setting a benchmark for delivering high-quality professional services across various domains, including Life of Field Services, Controls, IMR, Decommissioning, Intervention, Flow Assurance, Engineered Solutions, Asset Integrity Management, Data Solutions, Subsea Equipment and ROV Services. Oceaneering’s strong local presence ensures timely and expert support for clients throughout the region.
**Content Types:** News Releases
**Tags:** flow assurance, IMR, IMRGE, photogrammetry, remote inspections, remote operations, rov, Subsea Robotics, survey
**Categories:** Inspection, Maintenance, and Repair (IMR)
**Regions:** APAC, Australia
**Search Tags:** Inspection, Maintenance, and Repair (IMR), News Releases
---
### [Oceaneering Wins Connector Supply Contract from TechnipFMC](https://www.oceaneering.com/oceaneering-wins-connector-supply-contract-from-technipfmc/)
**Published:** December 15, 2020
**Author:** Louder Agency
**Content:**
December 15, 2020 – Oceaneering International, Inc. (Oceaneering) announced that the company has been awarded a connector supply contract from TechnipFMC to provide 2-inch M5 Connectors and Chemical Throttle Valves (CTV) for the Khaleesi/Mormont and Samurai tieback project located in the U.S. Gulf of Mexico (GoM).
The M5 connector provides an easy-to-install, fly-to-place connection solution that enables injection of gas or chemicals into subsea infrastructure and serves as an access point for future subsea field intervention activities such as gas lift, chemical injection, well stimulation, hydrate remediation, flooding and venting operations, acid injection and scale squeeze.
Oceaneering Rotator CTVs regulate the flow of chemicals—scale, wax, and corrosion inhibitors, for example—delivered to subsea production systems. Their functions are diverse, from flow control to metering and highly accurate dosing. CTVs effectively eliminate the need for topside injection and dedicated umbilical lines.
Nuno Sousa, VP, Manufactured Products, Energy, said: “We appreciate TechnipFMC’s trust in our ability to provide them with compact, reliable, cost-effective, and field-proven subsea connector and chemical metering hardware solutions. This contract demonstrates that the industry is confident in the reliability of our products.”
The Samurai and Khaleesi/ Mormont fields will be tied back to the King’s Quay FPS in the GoM.
**Content Types:** News Releases
**Tags:** chemical throttle valve, ctv, flow assurance, Gulf of Mexico, M5 Connector, North America, pipeline connection systems, rotator, subsea valves
**Categories:** Pipeline Repair, Subsea Connection Systems, Valves (Rotator Technologies)
**Regions:** Gulf of Mexico
**Search Tags:** '-Regions, Chemical Injection, Gulf of Mexico, Subsea Connection System, Subsea Injection
---
### [Oceaneering’s Remote Operations Group Named World Oil Awards Finalist](https://www.oceaneering.com/oceaneerings-remote-operations-group-named-world-oil-awards-finalist/)
**Published:** August 17, 2020
**Author:** Louder Agency
**Content:**
August 17, 2020 – Houston, Texas – Oceaneering International, Inc. (“Oceaneering”) is proud to announce that the company’s Remote Operations Group is a finalist for the Best Digital Transformation category at the 2020 World Oil Awards.
Numerous entries were received for each of the World Oil Awards’ 18 categories and a select number of finalists were chosen by an independent panel composed of industry leaders.
Oceaneering’s [Remote Operations Group](https://www.oceaneering.com/integrated-rig-services/remote-offerings) specializes in providing reliable communications enabling real-time monitoring, execution, and decision making. As the oil and gas industry adopts more remote technologies applications for offshore and far from land projects, secure communications and reliable data transference are of the utmost importance to ensuring continued, uninterrupted operations.
With our Satellite Agnostic Intelligent Link (SAIL) solution, we ensure 99.9% uptime by delivering same day connectivity, bypassing slow-moving networks. By moving offshore operations to dedicated onshore bases, Oceaneering increases our customers’ operational flexibility, reducing carbon footprint, and reducing risk to employees.
As a leading provider of Remotely Operated Vehicles, the ability to dependably operate these vehicles from anywhere in the world allows Oceaneering to seamlessly execute activities such as Remote Monitoring, Remotely Operated Surveys, Remote Metrology, Remote Marker Buoy Sets, Remote Metocean Services, and Remote Inspections and Diagnostics.
Roderick A. Larson, President and Chief Executive Officer of Oceaneering, said, “We are honored to be recognized for our innovative technologies that make the offshore oil and gas industry safer, more reliable, and more competitive regardless of market conditions. Our Remote Operations Group has an important task to carry out by delivering dependable operations, while providing value-added solutions for our customers.”
The winners of this year’s awards will be held virtually on October 15.
To learn more about the 19th annual World Oil Awards, including category descriptions, please visit: [worldoil.com/events/wo-awards/home](http://worldoil.com/events/wo-awards/home)
**Content Types:** News Releases
**Tags:** Cloud Data, Data Communications, Remote Metrology, remote operations, remote piloting, remote services, rovs, survey
**Categories:** Remote Operations, Remotely Operated Vehicles (ROVs)
**Regions:** Gulf of Mexico
**Search Tags:** '-Regions, Global Data Solutions, Gulf of Mexico, Remotely Operated Vehicles (ROV)
---
### [Oceaneering Angola provides regional training opportunities](https://www.oceaneering.com/oceaneering-angola-provides-regional-training-opportunities/)
**Published:** February 18, 2020
**Author:** Louder Agency
**Content:**
Oceaneering Angola is poised to become a training hub for the regional workforce by instituting a program for new hires to learn important Remotely Operated Vehicle (ROV) skills.
The ROV New Hire Training package is offered to our employees when they are first hired. The package is significant because it is the entry path to the Oceaneering’s technology, safety culture, mission, vision, and values.
The local training center hosted a comprehensive program in late 2019 for a group of 12 new ROV employees. This training session was the first opened to personnel from outside of Angola.
The group includes both ROV junior technicians and ROV technician trainees from Angola, Ghana, Equatorial Guinea. The month-long program covers HSE, ROV piloting, ROV technical, and ROV workshop skills.
The technicians spent a month with the training team, using the workshop, simulator, and classroom environment, to gain the skills and knowledge necessary to perform their duties to the highest standards.
New hire Pablo dos Santos said of the program, “Oceaneering Angola’s training center is high quality. I haven’t seen anything like it in Angola. It’s on the same level as the other ROV training centers around the world.
“The equipment is excellent quality, the instructors are very experienced and use the best methods to make sure every student learns as much as possible. It was a very good experience for me and at the end I was sure Oceaneering is the best choice.”
The program received similar praise from another trainee and new hire Henry Bessey.
“The training was very good and I really enjoyed it,” Bessey said of the program. “The instructors were very good and I really appreciate how they took their time to help us understand all the materials they used to teach us. The courses were very good and well presented.
“The program helped me learn a lot about ROVs and Oceaneering. I really appreciated it and can’t wait to go in the field and learn more, and contribute to the team.”
Miguel Cunha, Senior Operations Manager, ROV, said: “Oceaneering has committed itself to tackling greater challenges, and that is reflected in the new values and mission statement. It’s not possible to meet those goals without a well trained workforce. Therefore, the “ROV New Hire Training” has been fully updated and tailored to face the current challenges.”
**Content Types:** Community
**Regions:** Angola
**Search Tags:** '-Regions, Angola
---
### [Oceaneering Supports ICorr Young Engineers Program](https://www.oceaneering.com/oceaneering-supports-icorr-young-engineers-program/)
**Published:** December 16, 2022
**Author:** Louder Agency
**Excerpt:** Oceaneering’s Integrity Management and Digital Solutions group in Aberdeen, UK, provided mentorship and support to young engineers from a range of disciplines participating in this year’s Institute of Corrosion (ICorr) Young Engineers Program (YEP).
**Content:**
December 16, 2022 – Houston, Texas – Oceaneering’s Integrity Management and Digital Solutions group in Aberdeen, UK, provided mentorship and support to young engineers from a range of disciplines participating in this year’s Institute of Corrosion (ICorr) Young Engineers Program (YEP).
The program supports young engineers (graduates) from a range of disciplines who have a specific interest in Corrosion Management. The YEP participants are split into six teams and mentored by designated participating integrity service contractors with the goal of having the engineers produce a case study, serving as an assessment for an international company with facilities based in the UK sector of the North Sea.
This year’s topic was “Corrosion Management of Mature Offshore Platform Facilities” and the findings were presented in person to a panel of judges on the evening of November 24.
Two student teams were supported by employees within the IMDS segment. Alireza Aghasadeghi, Principal Technical Engineer, and Bruce Mackenzie, Technical Manager, served as mentors for Team 5 and 3, respectively. Pieter van der Vyver, Senior Pressure Systems Engineer, gave a lecture on Fitness for Service Assessments and Jim McNab, Principal Engineer, discussed NDT.
ICorr Young Engineers Program Team 5: Rosie Bird, Lee Hunter, Oceaneering Mentor Alireza Aghasadeghi, Jamie Hillier, and Christopher Slater
Aghasadeghi’s s Team 5 came in first place, with Bruce’s Team 3 winning second place. “The engineers were split into six groups for a case study spanning over five months,” said Bruce Mackenzie. “I am very proud of the work ethic and professionalism of my group who came a close second place at the presentation.”
Aghasadeghi’s group, whose team earned first place, was similarly proud of his team’s ethic and performance. “It was an honor to mentor his group who delivered a strong presentation to achieve a magnificent first prize,” he said.
ICorr YEP Team 3: Cameron West, Vinooth Rajendran, Oceaneering Mentor Bruce Mackenzie, Matthew Drummond, and Olesia Gautsel
**Content Types:** Community
**Tags:** asset integrity, community, corrosion management, engineering, icorr, IMDS, integrity management, mentorship, NDT, young engineers program
**Categories:** Asset Integrity Management
**Regions:** United Kingdom
**Search Tags:** '-Regions, UK
---
### [Oceaneering Australia Donates to Bushfire Relief](https://www.oceaneering.com/oceaneering-australia-donates-to-bushfire-relief/)
**Published:** April 16, 2020
**Author:** Louder Agency
**Content:**
As devastating bushfires ravaged many parts of Australia earlier this year, Oceaneering set out to raise funds for the [Gippsland Emergency Relief Fund](https://www.gerf.org.au/) (GERF) to aid the charity’s efforts to help local communities affected by the fires.
Guy Curtis, Operations Superintendent for Asset Integrity at Oceaneering, presented the donation to Robyn Dossett of the Gippsland Emergency Relief Fund.
After holding a fundraising lunch, Oceaneering was able to donate AUD 15,750 to GERF. As of March 2020, GERF has collected more than AUD 10.4 million to date and distributed close to AUD 9 million to people and families impacted by the bushfires.
“The safety and wellbeing of our local communities are at the heart of our company’s core values, and we are delighted to provide help and support wherever possible,” said Brett Smith, Vice President – Asia Pacific, Oceaneering.
The fire season, which began late 2019 and into early 2020, was unforgiving with over 30 people killed. According to the UN, over 18 million hectares of land were burned across the country.
**Content Types:** Community
**Tags:** Australia, Bushfire Relief, Environment Social Governance, ESG, GERF, Gippsland Emergency Relief Fund
**Regions:** Australia
**Search Tags:** '-Regions, Australia
---
### [Oceaneering wins connector supply contract for offshore Western Australia project](https://www.oceaneering.com/oceaneering-wins-connector-supply-contract-for-offshore-western-australia-project/)
**Published:** July 8, 2020
**Author:** Louder Agency
**Content:**
July 8, 2020 – Houston, Texas – Oceaneering International, Inc. (Oceaneering) announced that it has won a contract to provide a number of monobore diverless connectors for an offshore Western Australia project.
Oceaneering will supply 3-inch M5 connectors, which will be used for Monoethylene Glycol (MEG) and Chemical Inhibitor (CI) service on the field subsea distribution system.
The 3-inch M5 Connector enables the intervention of subsea assets. This ROV-flyable, full bore connector features the Oceaneering® Grayloc® metal-to-metal sealing system and proven M-series latch mechanism. The M5 Connector works for applications such as gas lift, chemical injection, well stimulation, hydrate remediation, flooding and venting operations, acid injection, and scale squeeze.
Nikunj Patel, Director of Engineering and Technology for Oceaneering, said: “We are thrilled to provide our high pressure, high flow ROV-flyable M5 connectors for this project located in Australian waters. The M5 is a versatile, compact, and cost-effective solution ideal for high flow MEG, CI, and other chemical delivery applications. With this win, we continue building our track record with the M5 connectors being used in projects worldwide.”
**Learn more about our Subsea Connection Systems division: [oceaneering.com/subsea-connection-systems](https://www.oceaneering.com/subsea-connection-systems/)**
**Content Types:** News Releases
**Tags:** Australia, chemical injection, Connection Systems, Diverless, M5 Connector, well intervention, well stimulation
**Categories:** Subsea Connection Systems
**Regions:** Australia
**Search Tags:** '-Regions, Australia, Grayloc
---
### [Oceaneering Secures Three-Year Integrity Management Services Contract in PNG](https://www.oceaneering.com/oceaneering-secures-three-year-integrity-management-services-contract-in-png/)
**Published:** August 3, 2021
**Author:** Louder Agency
**Excerpt:** Oceaneering International, Inc. announces that its Integrity Management and Digital Solutions (IMDS) segment has won a new multi-year contract in Papua New Guinea (PNG) with a major operator.
**Content:**
August 3, 2021 – Houston, Texas – Oceaneering International, Inc. announces that its Integrity Management and Digital Solutions (IMDS) segment has won a new multi-year contract in Papua New Guinea (PNG) with a major operator.
The contract is for a duration of three years plus two one-year extensions. The scope of work, which is already underway, includes conventional and advanced non-destructive testing, on-site inspection, data services, monitoring and diagnostic services, integrity management, and integrity engineering services for both brownfield operations and greenfield projects, both onshore and offshore.
The work will take place across multiple sites in PNG. Oceaneering is using a diverse workforce to deliver this work scope including PNG nationals. The project will be supported by Oceaneering’s Australian and Indonesian operational bases.
Roy Andrich, Regional Director for IMDS in APAC, Oceaneering, stated: “The award and subsequent transition of this project demonstrates Oceaneering’s ability to successfully manage large transitional projects against external challenges such as COVID-19 and international travel restrictions. The transition was completed safely, on-time, and on budget without any impact to ongoing operations. We look forward to building upon our collaborative relationship with our valued client as well as further developing local PNG talent.”
Kishore Sundararajan, Senior Vice President of IMDS, Oceaneering, stated: “As we develop our relationship with our new client, we value the trust they have placed in Oceaneering to quickly mobilize our qualified workforce and equipment to safely meet operational and environmental demands during COVID-19.
“I am really proud of our team and thankful to them for having delivered safely around the world during the pandemic.”
**Content Types:** News Releases
**Tags:** Angola, asset integrity, integrity management, lng, NDT
**Categories:** Asset Integrity Management, Inspection Management, Integrity Management
**Regions:** APAC, Australia
**Search Tags:** '-Regions, APAC, Australia, inspection, Non Destructive Testing (NDT)
---
### [Oceaneering Awarded Survey Contract from EEPGL](https://www.oceaneering.com/oceaneering-awarded-survey-contract-from-eepgl/)
**Published:** August 10, 2021
**Author:** Louder Agency
**Excerpt:** Oceaneering International has been awarded a contract from Esso Exploration and Production Guyana Limited (EEPGL) to provide two surveys offshore Guyana.
**Content:**
August 10, 2021 – Houston, Texas – Oceaneering International has been awarded a contract from Esso Exploration and Production Guyana Limited (EEPGL) to provide two surveys offshore Guyana.
The contract award covers a towed and autonomous underwater vehicle (AUV) geophysical survey and a shallow geotechnical survey off the coast of Guyana.
Oceaneering will use the DP-2 *Cape Davis,* equipped with the 3,000 m-rated OS-VI AUV, towed geophysical sensors and geotechnical sampling and testing equipment.
The MSV Cape Davis in Louisiana.
The surveys are scheduled to begin in Q3 2021. In addition to the geophysical and geotechnical survey, Oceaneering will also be working with RPS Group to provide Protected Species Observers (PSO) and perform an Environmental Baseline Survey (EBS) of the area.
Oceaneering has been providing related support since 2017 including ROV and subsea tooling services. As part of these services, Oceaneering is committed to growing our local Guyanese workforce as well as ensuring that all of our subcontractors are progressing their commitment to nationalization. A cornerstone of our commitment is a sustainable career development and investment program that will allow Oceaneering to offer best in class services to support the growing industry in Guyana for years to come.
Eric Smith, Director, Oceaneering Survey Services, said: “We are excited to continue to provide support for operations offshore Guyana and to have the opportunity to expand that into geophysical and geotechnical survey services.”
**For more information about our Survey Services, visit:** [oceaneering.com/survey-and-mapping/geoscience-and-auv-surveys](https://www.oceaneering.com/survey-and-mapping/geoscience-and-auv-surveys/)
**Content Types:** News Releases
**Tags:** autonomous underwater vehicle, AUV, deepwater, exploration, Guyana, latin america, Oceaneering, south america, subsea, survey
**Categories:** Survey and Mapping
**Regions:** South America
**Search Tags:** '-Regions, AUV, South America, Survey and Mapping, Vessels
---
### [Oceaneering Selected as World Oil Award Finalist for Remotely Operated Survey (ROS) Solution](https://www.oceaneering.com/oceaneering-selected-as-world-oil-award-finalist-for-remotely-operated-survey-ros-solution/)
**Published:** August 30, 2021
**Author:** Louder Agency
**Excerpt:** Oceaneering International is proud to announce that its Remotely Operated Survey (ROS) solution has been chosen as a finalist for the Best Exploration Technology category at the 2021 World Oil Awards.
**Content:**
August 30, 2021 – Houston, Texas – Oceaneering International, Inc. (“Oceaneering”) is proud to announce that its Remotely Operated Survey (ROS) solution has been chosen as a finalist for the Best Exploration Technology category at the 2021 World Oil Awards.
Numerous entries were received for each of the World Oil Awards’ 18 categories and a select number of finalists were chosen by an independent panel composed of industry leaders.
For Rig Positioning, Oceaneering’s ROS solution eliminates the need to re-mobilize survey equipment and personnel for subsequent rig moves. Surveyors can operate from a dedicated Onshore Remote Operations Center (OROC) to communicate and coordinate with rig personnel and company representatives during rig move operations.
ROS can be used to execute exploration, development, re-latch and re-spud, plugging and abandonment drilling activities, and FPSO hookup. ROS allows for remote inertial jumper metrologies, remote inertial marker buoy sets, and remote monitoring of Acoustic Doppler Current Profiler (ADCPs) data.
Reliable data and communications between the rig/vessel and OROC are the backbone of ROS. The required bandwidth is determined by project scope, and most operations can be run with as little as 256 kbps of bandwidth on the rig or vessel’s existing internet access.
Eric Smith, Director of Oceaneering Survey Services, said, “It is an honor to be selected as a finalist for our ROS solution. Our customers have witnessed the value ROS demonstrates from reducing safety risks to personnel, expanding collaboration for fast decision-making, while delivering cost efficiency and lower carbon emissions. Remote operations have enabled operators to rethink the way they conduct work, especially during the COVID-19 pandemic.”
Oceaneering ROS surpassed a milestone of 150,000 hours of successful operations in 2020 and has conducted over 110 Rig Positioning projects. Oceaneering has been at the forefront of remote operations since 2004.
The winners of this year’s awards will be announced at the Houstonian Hotel on October 14 in Houston, Texas.
To learn more about the 20th Annual World Oil Awards, including category descriptions, please visit: [worldoil.com/events/wo-awards/finalists ](https://www.worldoil.com/events/wo-awards/finalists)
**Content Types:** News Releases
**Tags:** integrated rig services, remotely operated survey, rig positioning, ros, survey
**Categories:** Integrated Rig Services, Survey and Mapping
**Regions:** North America
---
### [Oceaneering Wins ROV Service Contract Offshore Brazil](https://www.oceaneering.com/oceaneering-wins-rov-service-contract-offshore-brazil/)
**Published:** July 27, 2022
**Author:** Louder Agency
**Excerpt:** Oceaneering International announces that its Subsea Robotics segment has been awarded a multi-year service contract supporting Petrobras projects off the coast of Brazil. This award continues to build on our success in growing our remotely operated vehicle (ROV) business in an important energy market.
**Content:**
July 27, 2022 – Houston, Texas – Today, Oceaneering International announces that its Subsea Robotics segment has been awarded a multi-year service contract supporting Petrobras projects off the coast of Brazil. This award continues to build on our success in growing our remotely operated vehicle (ROV) business in an important energy market.
The Millennium ROV on the deck of the Aker Wayfarer.
Oceaneering will provide survey and ROV services for AKOFS Offshore’s subsea equipment support vessel (SESV) *Aker Wayfarer*. The scope of work includes the provision of two Millennium® Plus work class ROVs, complete specialized tooling packages for each ROV, ROV personnel for simultaneous operations, and survey equipment and personnel. The contract is for four years plus options to extend.
Tiago Crespo, Director for Subsea Robotics Brazil and Rest of Americas, said: “We are delighted to work with AKOFS to support Petrobras’s offshore activities. With AKOFS, this will be the first time we will be providing survey services for Petrobras on an SESV.”
In addition to this latest service contract, we have been awarded work on 11 rigs offshore Brazil over the past 12 months.
Oceaneering has been present in Brazil for nearly five decades. Our operations have grown to include three facilities including an ROV, survey, service rental and tooling center in Macaé and an umbilical manufacturing site in Niterói.
**Content Types:** News Releases
**Tags:** Brazil, drill support, Oceaneering, offshore operations, Remotely Operated Vehicles, rov, subsea, survey
**Categories:** Remotely Operated Vehicles (ROVs), Survey and Mapping
**Regions:** Brazil
**Search Tags:** '-Regions, Brazil
---
### [Oceaneering Selected as Finalists for World Oil and Pipeline and Gas Journal Awards](https://www.oceaneering.com/oceaneering-selected-as-finalists-for-world-oil-and-pipeline-and-gas-journal-awards/)
**Published:** September 13, 2022
**Author:** Louder Agency
**Excerpt:** Oceaneering International announces today that two of its solutions are finalists for two energy industry awards, the World Oil and Pipeline and Gas Journal Awards.
**Content:**
September 13, 2022 – Houston, Texas – Oceaneering International announces that two of its solutions are finalists for two energy industry awards, the World Oil and Pipeline and Gas Journal Awards.
The [**Wellhead Load Relief** ](https://oceaneering.com/wlr)(WLR) system has been chosen as a finalist for **Best Well Integrity Technology** in the World Oil Awards. WLR is a method for BOP tethering that is deployed and operated subsea, eliminating the requirement for large topside spreads. By moving all the work subsea, WLR eliminates all potential HSE issues related to topside preparations of wire/tether. Fast hook-up and removal save rig time and minimize the time the BOP is unsupported.
Wellhead Load Relief
The **Smart Flange 4** has been chosen as a finalist for **Best Repair Technology Advancement** in the Pipeline and Gas Journal Awards. The Smart Flange 4 is NACE-compliant pipeline end connector that connects adjoining pipelines and capable of mitigating subsea pipeline repair/tie-in risk for highly corroded pipeline and thin wall thickness scenario. It has individual setting mechanisms for interfacing with a pipeline along with connecting to adjoining pipeline using standard ASME Ring-Type Joint Flange connections. The Smart Flange 4 is designed and qualified to latest pipeline standard DNV-ST-F101 and Recommend Practice DNV-RP-F113.
Smart Flange 4
The winners of this year’s World Oil Awards will be announced at the Houstonian Hotel on October 13 in Houston, Texas. The 2022 Pipeline and Gas Journal Awards will follow at the Westin Galleria on November 17 in Houston.
To learn more about the 21st Annual World Oil Awards or the 2022 Pipeline and Gas Journal Awards, including category descriptions, please visit: [worldoil.com/events/wo-awards/finalists](worldoil.com/events/wo-awards/finalists) or [pgjonline.com/pages/pipeline-gas-journal-awards](pgjonline.com/pages/pipeline-gas-journal-awards)
**Content Types:** News Releases
**Tags:** bop tethering, offshore, pcrs, smart flange, subsea, well intervention, wellhead load relief
**Categories:** Drilling Services, Intervention Tooling, Pipeline Repair
**Regions:** North America, Norway, South America
**Search Tags:** PCRS
---
### [Oceaneering Recognized at Pipeline and Gas Journal Awards](https://www.oceaneering.com/oceaneering-recognized-at-pipeline-and-gas-journal-awards/)
**Published:** November 21, 2022
**Author:** Louder Agency
**Excerpt:** Oceaneering's Smart Flange 4 Pipeline End Connector System was recognized as Best Repair Technology Advancement at the Pipeline and Gas Journal Awards November 17, 2022, in Houston, Texas.
**Content:**
November 18, 2022 – Houston, Texas – Oceaneering International, Inc., was honored at the 2022 Pipeline and Gas Journal Awards for an innovative pipeline connection solution. Our Smart Flange 4 Pipeline End Connector won the award for Best Repair Technology Advancement at the award gala on November 17, 2022, in Houston, Texas.
Smart Flange 4 Pipeline End Connector System
The Smart Flange 4 is NACE-compliant pipeline end connector that connects adjoining pipelines and can mitigate subsea pipeline repair/tie-in risk for highly corroded pipeline and thin wall thickness scenario. It has individual setting mechanisms for interfacing with a pipeline along with connecting to adjoining pipeline using standard ASME Ring-Type Joint Flange connections. The Smart Flange 4 is designed and qualified to latest pipeline standard DNV-ST-F101 and Recommend Practice DNV-RP-F113.
“We are very proud to be recognized by our industry peers for our latest industry advancement. This win highlights the hard work put forth by our project teams and demonstrates our commitment to driving innovation,” said Phillip Horton, General Manager, Manufactured Products, Oceaneering. “The Smart Flange 4 improves efficiency and provides for more equal distributed loading for seal compression. With proven and full reversibility, it can be retrieved from the pipeline and reused if necessary.”
The Annual Pipeline and Gas Journal Awards features 12 categories that encompass all aspects of the midstream industry, including safety innovation, maintenance and management technology, pipeline integrity, digital transformation, innovative thought, and lifetime achievement. Learn more about the 2022 [Pipeline and Gas Journal Award Winners](https://pgjonline.com/news/2022/november/pipeline-gas-journal-awards-winners-honored-at-in-person-houston-gala).
**Content Types:** News Releases
**Tags:** connector systems, manufactured products, pcrs, pipeline end connector, pipeline repair, subsea connection
**Categories:** Pipeline Repair
**Search Tags:** PCRS
---
### [Oceaneering Secures Multi-Year Subsea and Seabed Warfare Contract with U.S. Navy](https://www.oceaneering.com/oceaneering-secures-multi-year-subsea-and-seabed-warfare-contract-with-us-navy/)
**Published:** December 14, 2022
**Author:** Louder Agency
**Excerpt:** Oceaneering's Aerospace and Defense Technologies segment won a multi-year contract supporting the U.S. Navy's Virginia Class Subsea and Seabed Warfare platform.
**Content:**
December 14, 2022 – Houston, Texas – Today, Oceaneering International is proud to announce that its Aerospace and Defense Technologies (ADTech) segment has received a multi-year contract supporting the U.S. Navy.
Photo Credit: U.S. Navy
Oceaneering will support the modified Virginia Class Subsea and Seabed Warfare (SSW) platform. This effort will aid submarine force expansion into the SSW area and further into the undersea domain. With the emergence and focus on SSW and adversary advancements in this area, the platform will support research, development, and operations of many evolving submarine delivered SSW capabilities including launch, recovery, and sustainment of in-water column and seabed systems.
Phil Beierl, Senior Vice President of Oceaneering’s ADTech segment, stated, “We are proud to leverage our nearly 60 years of commercial subsea systems expertise to support U.S. Navy mission readiness. This award demonstrates the U.S. Navy’s confidence in Oceaneering’s ability to collaborate and deliver safe and reliable systems that exceed expectations. It also furthers our mission to be the premier subsea systems provider in the defense market.”
Oceaneering is a global technology company delivering engineered services and products and robotic solutions to the offshore energy, defense, aerospace, manufacturing, and entertainment industries.
**Content Types:** News Releases
**Tags:** adtech, Aerospace, defense, government, naby, submarines
**Categories:** Marine Services Division (MSD), Oceaneering Technologies (OTECH)
**Regions:** North America
**Search Tags:** Marine Services Division (MSD), Navy, Oceaneering Technologies (OTECH)
---
### [Oceaneering Wins Decommissioning Support Contract in Brazil](https://www.oceaneering.com/oceaneering-wins-decommissioning-support-contract-in-brazil/)
**Published:** January 11, 2023
**Author:** Louder Agency
**Content:**
January 11, 2023 – Houston, Texas – Today, Oceaneering International announces its Offshore Projects Group (OPG) segment has won a contract from Ocyan to support a decommissioning project offshore Brazil. The scope of work includes subsea specialized tooling to perform the decommissioning of subsea infrastructure related to three floating production, storage, and offloading (FPSO) vessels offshore Brazil.
Oceaneering will provide specialized personnel, ROV decommissioning tooling, and technical support to cut and remove the assets.
Slated to begin Q1 2023, the contract covers subsea tools to enable the decommissioning of flexible pipes and umbilicals in Campos and Sergipe-Alagoas basins. It has a firm duration of one year with options to extend and demonstrates Oceaneering’s ability to service decommissioning work scopes in Brazil.
Ricardo Frazão, Commercial Director, Oceaneering said: “This achievement highlights Oceaneering’s strong position in Brazil as a trusted services provider. Offshore decommissioning demand is expected to rise in the next 10 years in Brazil as assets are taken out of service. Oceaneering offers more than tooling and services; we have the flexibility to offer engineering solutions to support our clients and develop their projects from beginning to end.”
Oceaneering is a global technology company delivering engineered services and products and robotic solutions to the offshore energy, defense, aerospace, manufacturing, and entertainment industries.
**Content Types:** News Releases
**Tags:** cutting tools, Decommissioning, Oceaneering, Remotely Operated Vehicles, rovs, subsea
**Categories:** Decommissioning
**Regions:** Brazil
**Search Tags:** Cutting
---
### [Oceaneering Selected as Finalists for Offshore Achievement Awards](https://www.oceaneering.com/oceaneering-selected-as-finalists-for-offshore-achievement-awards/)
**Published:** January 23, 2024
**Author:** Monica Dahl
**Content:**
Houston, Texas – Oceaneering International announces that its Freedom™ Autonomous Underwater Vehicle (AUV) is a finalist for the 37th Offshore Achievement Awards.
The [Freedom™ AUV system](https://oceaneering.com/rov-services/next-generation-subsea-vehicles/freedom-autonomous-underwater-vehicle/) has been chosen as a finalist for Collaboration Project Award. Freedom, a hybrid AUV/ROV system, is the result of [a long-term collaborative relationship](https://oceaneering.com/oceaneering-announces-freedom-auv-achieves-trl-6-for-pipeline-inspection/) between Oceaneering, TotalEnergies, and Chevron dating back to 2014, with Equinor joining the collaboration in 2019. In 2014, the group began efforts to optimize the delivery of a pipeline inspection service from an AUV. The close association between customers TotalEnergies, Chevron, and Equinor, and Oceaneering as developer, has ensured that the specification and requirements of the improved pipeline inspection AUV have been realized within both the hardware design as well as the autonomous behaviors developed and refined during the DevOps testing phase of the Freedom AUV project.
Freedom commenced commercial operations in September 2023.
The Offshore Achievement Awards recognize outstanding achievements in the energy industry, including innovative technologies and the significant individual contributions. The awards give recognition to those who go above and beyond in the energy sector. Winners will be announced at P&J Live in Aberdeen, UK, on Thursday, March 14, 2024.
To learn more about the 37th Offshore Achievement Awards, including all the finalists, please visit: [spe-aberdeen.org/oaa/](http://spe-aberdeen.org/oaa/)
**Content Types:** News Releases
**Categories:** Remotely Operated Vehicles (ROVs)
**Regions:** United Kingdom
---
### [CRY (Children Rights and You) ](https://www.oceaneering.com/cry-children-rights-and-you/)
**Published:** July 20, 2023
**Author:** Monica Dahl
**Content:**
*Child Rights and You* is an Indian NGO that works towards ensuring children’s rights. Oceaneering India joined hands with CRY to support #LearnNotEarn initiative. This collaboration aimed to promote children’s education and combat the issue of child labor.
**Content Types:** Community
**Regions:** India
---
### [STEM Event](https://www.oceaneering.com/stem-event/)
**Published:** September 16, 2023
**Author:** Monica Dahl
**Content:**
The Oceaneering Women’s Network (OWN) India Chapter team collaborated with CRY (Child Rights and You) NGO and organized a STEM event for 25 school children to celebrate the International Day of the Girl Child. The event was aimed at introducing young minds to the world of Science, Technology, Engineering, and Mathematics (STEM) through an engaging office tour and a series of hands-on activities.
  
**Content Types:** Community
**Regions:** India
---
### [Tree Plantation](https://www.oceaneering.com/tree-plantation/)
**Published:** July 18, 2023
**Author:** Monica Dahl
**Content:**
We partnered with Environment Matters, a Chandigarh-based NGO, to host a mass tree-planting drive in 2023 to promote environmental awareness and increase green coverage in the region. The joint event witnessed hundreds of participants from each organization, resulting in the plantation of various saplings.
**Content Types:** Community
**Regions:** India
---
### [Oceaneering’s Subsea Pumping Technology Named World Oil Awards Finalist](https://www.oceaneering.com/oceaneerings-subsea-pumping-technology-named-world-oil-awards-finalist/)
**Published:** September 3, 2019
**Author:** Louder Agency
**Content:**
September 3, 2019 – Houston, Texas – Oceaneering International, Inc. (“Oceaneering”) is proud to announce that the company’s [Subsea Pumping Technology](https://oceaneering.com/spt) (SPT) is a finalist for the Best Deepwater Technology Award category at the 2019 World Oil Awards.
Numerous entries were received for each of the World Oil Awards’ 18 categories and a select number of finalists were chosen by an independent panel composed of industry leaders.
SPT offers operators the ability to reduce or eliminate their topside footprint by moving chemical storage and injection systems subsea. SPT facilitates faster response times for chemical delivery compared to a standard umbilical. Not only can operators save time, but they can reduce CAPEX associated with long-length step outs (>30 miles/50km) by 50% versus traditional methods.
The system is scalable to meet field requirements, road transportable, and the modules can either be refilled subsea or retrieved and replaced. SPT also supports the move towards unmanned or subsea factories, along with all-electric technologies currently being implemented in subsea architecture.
Roderick A. Larson, President and Chief Executive Officer of Oceaneering, said, “We are honored to have been recognized for developing innovative technologies that make the offshore oil and gas industry more competitive, regardless of market conditions. Our SPT system is one way we constantly strive to provide cost-effective, value-added solutions for our customers.”
The winners of this year’s awards will be announced at a gala held October 17 in Houston. SPT is no stranger to industry accolades. The system was recognized with a Spotlight on New Technology Award at the 2019 Offshore Technology Conference this past May.
To learn more about the 18th annual World Oil Awards, including category descriptions, please visit: [worldoil.com/events/wo-awards](https://www.worldoil.com/events/wo-awards/home)
**Content Types:** News Releases
**Tags:** chemical injection, fluids injection, SPT, Subsea Hardware, subsea projects, subsea pumping, subsea pumping technology, Umbilicals
**Categories:** Intervention Tooling, Umbilicals and Ancillary Hardware
**Regions:** Gulf of Mexico, United Kingdom
**Search Tags:** '-Regions, Gulf of Mexico, Subsea Injection, Subsea Pumping Technology, UK, Well Intervention
---
### [Oceaneering announces new site for Aberdeen operations](https://www.oceaneering.com/oceaneering-announces-new-site-for-aberdeen-operations/)
**Published:** August 29, 2019
**Author:** Louder Agency
**Content:**
Houston, August 29, 2019 – Oceaneering International, Inc. (Oceaneering) today announced that its Aberdeen operations will be streamlined by combining seven properties into one office location and a new, purpose-built workshop. The relocation efforts will enable Oceaneering to support continued growth in the U.K., Europe, Africa, and Middle East regions and underpin Oceaneering’s direct commitment to the U.K. continental shelf.
The company’s 50,000 sq ft office will be located at Aberdeen International Business Park and will provide a collaborative work environment for more than 300 office-based employees. The office site will benefit from excellent transport connections and is within close proximity to the city’s new exhibition center.
A new, purpose-built facility located at the D2 Business Park will include an 88,000 sq ft workshop and 95,500 sq ft yard. This centralization of operations will support the delivery of highly-integrated work packages and increase cost-efficiency for Oceaneering customers.
The transition to the new sites is anticipated to commence in early 2020 with the first office staff taking up residence in the new building. Workshop construction is tentatively scheduled to be completed in mid 2020 with all activities being conducted from the new site by the end of 2020.
Steven Cowie, Oceaneering Vice President & Country Manager, U.K. said: “Combining our offices and creating a centralized workshop space will improve cost efficiencies, reduce overall carbon footprint, and provide our customers with the most advanced and economical solutions. The new set-up will bring employees together and enable teams to collaborate more effectively, improve communication, and augment knowledge sharing and best practice within our business. The development directly reflects Oceaneering’s commitment to the region and our customers. There is no doubt that this move will both energize and optimize our operations moving forward.”
**Content Types:** News Releases
**Tags:** Aberdeen, Locations, Oceaneering, Offices, Scotland, UK, Workshop
**Categories:** Drilling Services, Integrated Rig Services, Remotely Operated Vehicles (ROVs)
**Regions:** United Kingdom
**Search Tags:** '-Regions, UK
---
### [Oceaneering CEO Rod Larson Elected PESA Vice Chair](https://www.oceaneering.com/oceaneering-ceo-rod-larson-elected-pesa-vice-chair/)
**Published:** April 26, 2019
**Author:** Louder Agency
**Content:**
Houston, April 26, 2019 — Oceaneering International, Inc. is proud to announce that the company’s President and Chief Executive Officer, Rod Larson, has been elected to serve as the Vice Chair of the Board of Directors for the Petroleum Equipment & Services Association (PESA) for the 2019-2020 term.
PESA is focused on promoting innovation, health, safety and the environment, education and workforce development, energy security, and jobs. PESA members represent more than 200 oilfield service, supply and manufacturing companies.
Oceaneering has been a PESA member since 2006.
**Content Types:** News Releases
**Tags:** Oceaneering, PESA, Rod Larson
**Categories:** Mobile Robotics
---
### [Oceaneering Takes Delivery of the Ocean Evolution](https://www.oceaneering.com/oceaneering-takes-delivery-of-the-ocean-evolution/)
**Published:** April 22, 2019
**Author:** Louder Agency
**Content:**
HOUSTON, April 22, 2019 – Oceaneering International, Inc. (“Oceaneering”) is pleased to announce that the company has taken delivery of the advanced subsea construction support vessel, *Ocean Evolution*.
The vessel has completed sea trials and received all necessary ABS and U.S. Coast Guard certifications and is currently in Port Fourchon, Louisiana, completing final outfitting and preparing for project work scheduled to begin in June.
The *Ocean Evolution* is the most advanced, U.S.-flagged, Jones Act-compliant, multi-service vessel (MSV) in the market. Its capabilities are headlined by its 250 mT active heave compensated (AHC) crane, two work-class remotely operated vehicles (ROVs) with AHC launch systems, survey systems and subsea tooling all built for work in up to 4,000 m water depths. The vessel serves the deepwater stimulation and intervention needs of our customers with its well stimulation and well intervention design, ABS Well Stimulation and Well Intervention (WS/WI) ready notation and under deck capacity to store special products.
Mike Ellis, Vice President, Subsea Projects, said, “The *Ocean Evolution* is a world class vessel ready to service the construction and intervention needs of our customers in deepwater. We are excited about the upcoming integrated services that will be provided with this vessel when combined with Oceaneering’s portfolio of subsea products and services. This combination will provide unmatched productivity, safety, and value for many years to come.”
**Key Features**
<https://www.oceaneering.com/wp-content/uploads/2019/04/OTC-Overview-Vid-OE-calloust-ME-Approved.mp4>
Measuring 353 ft (108 m) long, 72 ft (22 m) wide and Light Ship weight 6,900 T, *Ocean Evolution* is an ABS class DP2 subsea multi-service vessel built in the US under Jones Act requirements for coast-wise trade of personnel and equipment. The vessel has accommodations for 110 persons, helideck and a working moonpool measuring 23 ft x 23 ft (7 m x 7 m).
The vessel’s 12,595 ft2 (1170 m2) steel-constructed deck is designed to carry heavy loads and equipment, which accommodates a wide variety of missions. The deck is rated to support 10 mT/m2 with a total cargo carrying capacity of 1,900 mT. The steel deck and on deck utilities including water, power, fuel and communications enables easier and faster loading, welding tie down and hook up of specialized deck equipment equipment during project mobilizations and demobilizations.
The vessel is equipped with a 250 mT AHC main crane with a 13,000 ft (4,000 m) working depth capacity. This crane has a special lifting mode that allows heavy lifts with alternate reeving of the boom eliminating the jib that provides increased hook heights of 118 ft (36 m) above the main deck. This provides the ability for crews to lift tall wellheads, large pin piles, and other oversized equipment off the deck utilizing the maximum lifting capacity of the crane. A second auxiliary crane on deck adjacent to the working moonpool is capable of 40 mT for lifting and handling of equipment on deck and to water depths of 600 ft (180 m).
*Ocean Evolution* features a unique layout bridge, configured with port and starboard redundant control stations. These control station locations provide bridge officers and DPOs a better view of crane operations, ROV deployment and simultaneous operations (SIMOPS) with other vessels and platforms on each side of the vessel. As a result, offshore operations are safer and more productive.
*Ocean Evolution* is built for reliability with five low-emission EPA Tier 4 diesel engines with a combined generating capacity of 16 MW on a three-bus system. The Tier 4 rating is the EPA’s strictest emission requirements for non-road diesel engines and the combination of five engines and third bus provides enough excess capacity to allow full capability and redundancy of the vessel if one engine is down for maintenance.
*Ocean Evolution* features enhanced station keeping capabilities, which allows it to maintain position even during extreme weather conditions. The vessel’s position is held using two tunnel thrusters and a drop down thruster in the bow along with two Azipull thrusters in the stern. Props on the propulsion systems can be turned 360⁰ and were designed to optimize dynamic positioning of the vessel. The vessel achieved an ERN station keeping reliability rating of 99.99.99.99 which is the highest rating possible further proving the ability of the vessel to keep station in difficult conditions.
The vessels design and construction was done with well stimulation and light well intervention in mind as a key capability. The underdeck storage capacity of up to 109,000 gal (413 m3) of special products maximizes use of the critical deck space for pumping and intervention equipment. The vessel layout and safety systems meet ABS class requirements for a special well stimulation and well intervention notation.
The vessel is equipped with two Oceaneering work class ROV systems. One 220 hp Millennium® Plus and one 250 hp NEXXUS systems are onboard each with active heave compensated launch and recovery systems installed in a custom indoor hanger for port and starboard launch. Integrated survey and communication systems round out permanently installed equipment that provide positioning and data services for all operations.
The features and capabilities for the vessel when integrated Oceaneering’s related products and services will provide customers with world class installation services for subsea tiebacks, solutions for subsea maintenance, repair and decommissioning and well stimulation and light well intervention services.
**For more information, visit our *[Ocean Evolution](https://www.oceaneering.com/subsea-projects/vessel-fleet/ocean-evolution/)* page.**
**Content Types:** News Releases
**Tags:** deepwater, deepwater construction, multi-service vessel, ocean evolution, subsea construction, subsea projects, vessels, well intervention, well stimulation
**Categories:** Inspection, Maintenance, and Repair (IMR), Light Well Intervention, Project Services, Vessels, Well Intervention, Well Stimulation
**Regions:** Gulf of Mexico
**Search Tags:** '-Regions, Gulf of Mexico, Vessels
---
### [Oceaneering Announces Supply Nation Membership in Australia](https://www.oceaneering.com/oceaneering-announces-supply-nation-membership-in-australia/)
**Published:** January 29, 2019
**Author:** Louder Agency
**Content:**
HOUSTON, January 29, 2019 – Oceaneering International, Inc., announces that its subsidiary Oceaneering Australia Pty. Limited has joined Supply Nation, an organization that works to develop procurement policies that modify and redirect spend to include the traditionally underutilized indigenous business sector.
This partnership reinforces Oceaneering’s ongoing commitment to diversity and is one of a number of complementary initiatives the organization is championing within the region. Other projects include:
- Working with Reconciliation Australia to further develop a Reconciliation Action Plan
- Increasing Indigenous employment through support of various collaboration programs
- Employing and training local and indigenous inspection personnel for non-destructive testing (NDT) projects
Roy Andrich, General Manager, Asset Integrity at Oceaneering said, “We have grown a strong national business within Australia, making significant investment in equipment, people and facilities. We’re aligned closely with Supply Nation’s commitment to localization and have invested heavily to retain, attract and develop skilled and local talent.
“Our new formal relationship with Supply Nation will actively promote local and indigenous business across Australia. We look forward to building on our success in this area with the goal of ensuring that support to indigenous communities becomes integral within our business.”
Laura Berry, Supply Nation Chief Executive Officer said, “We are delighted to welcome Oceaneering into the Supply Nation community and look forward to working with them to develop their supplier diversity footprint. Supply Nation’s mission is to facilitate, encourage and promote business between corporate Australia and Government agencies and indigenous owned businesses, and we feel that having Oceaneering on board will be a great addition to help us achieve this goal.”
Oceaneering is also a member of Reconciliation WA, working in partnership to develop a framework that covers Respect, Relationships, Opportunities and Progress Reporting.
**Content Types:** News Releases
**Tags:** Australia, ESG, offshore energy
**Categories:** Asset Integrity Management
**Regions:** Australia
**Search Tags:** '-Regions, Australia
---
### [Oceaneering Enhances Global Asset Integrity Capabilities](https://www.oceaneering.com/oceaneering-enhances-global-asset-integrity-capabilities/)
**Published:** December 5, 2018
**Author:** Louder Agency
**Content:**
HOUSTON, December 5, 2018 – Oceaneering International, Inc. (“Oceaneering”) announced it has bolstered its expanding asset integrity business in Chandigarh, India with more capabilities.The engineering support team is expected to grow to around 30 full time engineers by the end of 2019. The team provides highly experienced and specialized competency across all integrity engineering trades, enabling standardization, service excellence and full life cycle project execution.
Chirag Jayswal has been appointed senior integrity engineering manager. With Oceaneering since 2010, he will transition from his current role within the offshore design center where he led a team of engineers. Before Oceaneering, he worked for Larsen & Toubro and Sulzon.
Bill Boyle, Senior Vice President of Asset Integrity, Oceaneering, said: “Over the last five years, we have built considerable capability in Chandigarh, with a multi-disciplined integrity team supporting many newbuild, pipeline structures and process projects globally. Our aim is to expand this team further in the next 12 months, providing services onshore and offshore in the areas of reliability, maintenance and floating systems. Chirag is a fantastic addition to our Asset Integrity division and we’re excited to welcome him on board.
“Oceaneering provides value-adding asset integrity technologies and solutions that focus on maximizing value for our customers. Having a dedicated engineering resource supporting our global projects ensures that we have the right blend of technical, quality and commercial efficiencies across our business, and enables us with an agile and responsive customer service.”
Oceaneering’s Asset Integrity division provides conventional and advanced non-destructive testing (NDT), specialist inspection solutions and integrity management capabilities, with a team of over 2,100 technically-focused people servicing clients at 24 global locations.
**Content Types:** News Releases
**Tags:** asset integrity, chandigarh, engineering, india, inspection, non-destructive testing
**Categories:** Asset Integrity Management, In-Service Inspection
**Regions:** India
**Search Tags:** '-Regions, India
---
### [Oceaneering Unveils A Revolution in Group Transit Technology](https://www.oceaneering.com/oceaneering-unveils-a-revolution-in-group-transit-technology/)
**Published:** November 13, 2018
**Author:** Louder Agency
**Content:**
November 13, 2018 – Oceaneering International, Inc. (“Oceaneering”) announced that one of its divisions, Oceaneering Entertainment Systems (“OES”), has unveiled its newest product, a transportation vehicle system, at the International Association of Amusement Parks and Attractions (IAAPA) Expo November 13-16, 2018 in Orlando, Florida.
The REVO-GT™ is a unique vehicle system that uses self-guided, driverless group transit vehicles, each capable of transporting up to 24 passengers on a dedicated guideway allowing passengers to select from pre-programmed routes connecting different origins to one or more specific destinations.
The battery-powered REVO-GT is based on driverless automated guided vehicle (AGV) technology. The system provides a safe, flexible, low-cost, comfortable, and environmentally friendly means of transportation on a 24/7 basis – in virtually any weather conditions – with zero emissions. Its interior is climate controlled, and can maintain a comfortable environment for its passengers, even in extreme ambient conditions. Routes and destinations can be pre-programmed or passenger-selected.
Bill Bunting, Director, Business Development, Entertainment Systems, Oceaneering, said: “The move into AGV transportation for theme parks, campuses and business parks, even urban zones is a natural fit, and opens up so much opportunity to serve a broader market hungry for transportation solutions that are clean, efficient, cost-effective and, most importantly, safe and reliable. Oceaneering has been delivering those hallmarks for more than 50 years, and this is simply the next step in expanding our worldwide presence in the fields of technology adapted to solving what’s needed with what’s next.”
The REVO-GT was developed in partnership with Netherlands-based 2getthere. “Oceaneering is very excited to be teamed with 2getthere to bring the REVO-GT group transit vehicle technology to the marketplace. We have had a long and successful relationship with 2getthere over the years, working on high-profile vehicles and systems for the themed entertainment market,” Bunting said.
Learn more about the REVO-GT, visit: [oceaneering.com/entertainment-systems/group-transportation-systems](https://www.oceaneering.com/entertainment-systems/group-transportation-systems/)
**Content Types:** News Releases
**Tags:** AGV, automated guided vehicles, group transit technology, group transit vehicle, IAAPA, oceaneering entertainment systems, REVO-GT
**Categories:** Mobile Robotics, Remotely Operated Vehicles (ROVs)
**Search Tags:** AGV, Group Transportation, Mobile Robotics
---
### [Oceaneering Wins Carbon Trust Offshore Wind Accelerator Competition](https://www.oceaneering.com/oceaneering-wins-carbon-trust-offshore-wind-accelerator-competition/)
**Published:** February 1, 2018
**Author:** Louder Agency
**Content:**
February 1, 2018 — Houston, Texas — Oceaneering International, Inc. (“Oceaneering”) announced today that one of its wholly owned subsidiaries, Oceaneering International Services Limited, was named a winner in the Carbon Trust Offshore Wind Accelerator (“OWA”) competition. The purpose of the competition is to seek new or adaptable techniques that provide innovative and low-risk inspection solutions that address industry challenges.
Oceaneering was selected as a winner for its techniques to address the inspection of welds on monopiles and jacket foundations.The company will receive tailored support from the Carbon Trust and OWA partners, including the potential to test the techniques at operational offshore wind farms.
Steven Cowie, Vice President and UK Country Manager of Oceaneering, said, “This award demonstrates our ability to provide creative solutions to our customers’ problems in the offshore wind market using existing technologies, combined with our diverse product portfolio, engineering expertise, and highly-skilled personnel. We look forward to working with the Carbon Trust’s OWA to develop safer, more economic solutions.”
Michael Stephenson, Project Lead at the Carbon Trust, said, “Oceaneering has shown how innovations being used in other subsea industries can apply to the offshore wind industry and help to reduce costs. The OWA partners will now work closely with Oceaneering to provide advice so that the technology can be taken one step further and provide a viable and effective solution for the global offshore wind market.”
To learn more about The Carbon Trust and the Accelerator program, visit <https://www.carbontrust.com/news/2018/01/winners-of-subsea-inspection-competition/>.
**Content Types:** News Releases
**Tags:** renewables
---
### [Oceaneering’s TerminalSmart™ Platform Enhanced to Improve All Liquid Terminal Product Transportation Logistics](https://www.oceaneering.com/oceaneerings-terminalsmart-platform-enhanced-improve-liquid-terminal-product-transportation-logistics/)
**Published:** December 5, 2017
**Author:** Louder Agency
**Content:**
December 5, 2017 — Houston, Texas — Oceaneering International, Inc. (“Oceaneering”) today announced that its TerminalSmart platform has been improved to efficiently manage liquid terminal product movements across an entire terminal, while supporting a range of functions. The TerminalSmart platform is a hub for terminal logistics ranging from facilitating key performance indicators to warning users about scheduling conflicts.
Robert Kessler, Program Manager for Maritime Global Data Solutions of Oceaneering, said, “Customers can use TerminalSmart to manage all product movements within and between their facilities by land and through pipelines, as well as by rail, truck and vessel. We will continue to integrate new features across the logistics chain as we help increase efficiency and reduce waste and associated costs for terminal operators and their customers.”
As the only liquid terminal optimization solution with Automatic Identification System (AIS) vessel-tracking technology at its core, TerminalSmart enables significantly reduced average dock delay times while increasing monthly vessel calls. Oceaneering is now extending these efficiency benefits throughout the terminal. The enhanced TerminalSmart platform improves and standardizes terminal-wide productivity best practices and benchmarking, generates insights for reducing demurrage and other costs, optimizes product flow and volume availability, pre-empts scheduling conflicts, enhances asset utilization, and develops capital investment analyses.
For more information, visit [oceaneering.com/asset-intelligence-and-management/terminal-and-dock-management/](https://www.oceaneering.com/asset-intelligence-and-management/terminal-and-dock-management/).
**Content Types:** News Releases
---
### [Oceaneering Launches New Corporate Website](https://www.oceaneering.com/oceaneering-launches-new-corporate-website/)
**Published:** September 18, 2017
**Author:** Louder Agency
**Content:**
September 18, 2017 — Houston, Texas — Oceaneering International, Inc. (“Oceaneering”) announced today the launch of an improved and redesigned corporate website, [www.oceaneering.com](https://www.oceaneering.com). The new site offers a user-friendly experience and easy navigation to get employees, customers, partners, and shareholders to what they need quickly. The site also provides enhanced content that offers a more comprehensive understanding on how Oceaneering is *Connecting What’s Needed with What’s Next*TM.
The new website’s fresh look reflects Oceaneering’s commitment to providing integrated solutions featuring its growing portfolio of products and services, with new capabilities, such as a [searchable intervention tooling catalog](https://www.oceaneering.com/intervention-tooling-search/). Furthermore, the website also includes the latest news and press releases, service and product announcements, upcoming events, career opportunities, a comprehensive investor section, and much more.
“We are excited about our new website launch and believe it will help our customers, partners, shareholders, and media better understand how Oceaneering thinks differently, creatively, and smarter to address relevant industry challenges,” said Roderick Larson, Oceaneering’s President and Chief Executive Officer. “We believe that the revamped site will provide visitors with an informative experience with valuable premium content and direct access to our portfolio of products, services, and solutions.”
Oceaneering.com will be updated frequently to ensure that the site stays fresh with news of product launches, business activities, events, and investor and financial information.
**Content Types:** News Releases
---
### [Oceaneering Technologies Named as World Oil Awards Finalists](https://www.oceaneering.com/oceaneering-technologies-selected-world-oil-finalists/)
**Published:** September 12, 2017
**Author:** Louder Agency
**Content:**
September 12, 2017 — Houston, Texas — Oceaneering International, Inc. (“Oceaneering”) is proud to announce being selected as a finalist in three award categories for the 2017 *World Oil* Awards.
Numerous entries were received for each of 18 categories and a select number of finalists were chosen by an independent panel composed of industry leaders. This marks the first year that Oceaneering nominations advanced as finalists.
Oceaneering’s technologies and services that have been selected as a finalist include:
- [E-ROV Concept](https://www.oceaneering.com/whats-next/), a self-contained, battery-powered work class remotely operated vehicle (ROV) system deployed on the seabed, for the New Horizons Idea Award.
- [Oceaneering® PortVision® 360 Service](https://www.oceaneering.com/asset-intelligence-and-management/portvision-360-vessel-tracking/) and [Asset Monitoring Intelligence Center](https://www.oceaneering.com/asset-intelligence-and-management/remote-asset-monitoring/), AIS-based vessel tracking paired with 24/7 remote monitoring of offshore assets, for the Best Visualization and Collaboration Award.
- [Blue Ocean Riserless Intervention System](https://www.oceaneering.com/well-intervention/light-well-intervention/), a reliable, efficient light well intervention solution rated to 10,000 feet, for the Best Well Intervention Technology Award.
Roderick A. Larson, President and Chief Executive Officer of Oceaneering, said, “We are honored to have been recognized for our achievements and contributions in developing innovative technologies and services that can make the offshore oil and gas industry more competitive, regardless of market conditions. As a global oilfield provider of engineered services and products, we constantly strive to provide cost-effective, value added solutions for our customers.”
The winners of this year’s awards, in a program focused on “Honoring Groundbreaking Strides in the Oil and Gas Industry,” will be announced at a gala held October 12 in Houston.
To learn more about the 16th annual World Oil Awards, including category descriptions, please visit: [www.worldoil.com/events/wo-awards/home](http://www.worldoil.com/events/wo-awards/home).
**Content Types:** News Releases
---
### [Oceaneering Receives Fifth SABIC EHSS Award](https://www.oceaneering.com/oceaneering-receives-fifth-sabic-ehss-award/)
**Published:** May 24, 2017
**Author:** Louder Agency
**Content:**
May 24, 2017 — Houston, Texas — For the fifth year in a row, Oceaneering International Services Limited, a wholly owned subsidiary of Oceaneering International, Inc. (Oceaneering) has been honored with the SABIC Europe EHSS Contractors Gold Award for its exemplary environment, health, safety, and security (EHSS) performance. The award recognizes the operational excellence of Oceaneering with regard to safety performance while executing nondestructive testing (NDT) and inspection services at SABIC’s Wilton and North Tees plants.
“This is a great achievement and testament to the continued commitment of everyone involved. All personnel, from the UK management team to the site operations workforce, share the belief that safety is an attitude of mind, and they encourage this attitude and behavior 24 hours a day,” said Ian Forsyth, Oceaneering NDT Manager.
For its outstanding EHSS performance, Oceaneering has also previously received European Contractors’ commendation certificates, along with the European Contractors’ Bronze Award, and the SABIC European EHSS Contractor Program’s Bronze Award.
“As a company, we are extremely proud of our growing reputation and excellent safety record. We will continue to work closely with SABIC to maintain our exceptional service levels and enviable safety record,” said Grant Robertson, Oceaneering UK, Norway, and West Africa Regional Manager.
Since 2006, Oceaneering has continuously provided NDT and inspection management services to SABIC UK Petrochemicals at its Teesside plants. Before 2006, Oceaneering operated on the site for the previous owners, Huntsman Corporation and Imperial Chemical Industries.
**Content Types:** News Releases
---
### [Viper Subsea Wins a Queen’s Award for Enterprise](https://www.oceaneering.com/viper-subsea-wins-queens-award-enterprise/)
**Published:** June 29, 2016
**Author:** Louder Agency
**Content:**
June 29, 2016 — Houston, Texas — Viper Subsea Technology Limited (“Viper”), a UK-based provider of control system distribution services and products, was awarded a Queen’s Award for Enterprise in Innovation for its groundbreaking V-LIFE Electrical Insulation Resistance Improvement System. The Queen’s Award in Innovation is awarded following recommendation from the Prime Minister and was conferred on April 21, 2016, Her Majesty’s birthday.
V-LIFE was launched in 2013 and has become established as a key component in helping operators extend the life of their offshore fields. It has successfully been used to resurrect completely failed systems allowing fields to resume hydrocarbon production. The system has been deployed as far afield as Indonesia and Australia.
Oceaneering entered into a strategic relationship with Viper in August 2015 by purchasing a minority equity interest in the company. Established in 2007, Viper offers a range of engineering consultancy services and provides hydraulic, chemical, and electrical subsea distribution systems and equipment. In addition to the fast growing V-LIFE service, Viper continues developing new proprietary technology such as V-IR, which will allow customers to monitor, predict and mitigate against subsea insulation resistance failures.
Rod Larson, President of Oceaneering, stated, “We are delighted that Viper has received the prestigious Queen’s Award for Enterprise in Innovation. Since making our equity investment in Viper, we have been working together to offer our customers solutions to their subsea distribution needs during the development and production phases of the oilfield lifecycle. This award demonstrates the value Viper’s proprietary technology brings to the oilfield services industry and the sort of combined services and products Viper and Oceaneering can offer.”
To learn more about Viper Subsea, please visit [www.vipersubsea.com](http://www.vipersubsea.com).
**Content Types:** News Releases
**Regions:** Australia
---
### [Oceaneering’s Remote Piloting and Automated Control Technology Selected for OTC Spotlight on New Technology Award](https://www.oceaneering.com/oceaneerings-remote-piloting-and-automated-control-technology-selected-for-otc-spotlight-on-new-technology-award/)
**Published:** April 5, 2016
**Author:** Louder Agency
**Content:**
April 5, 2016 – Houston, Texas – Oceaneering International, Inc. (“Oceaneering” or the “Company”) will be recognized at the 2016 Offshore Technology Conference (OTC) with a Spotlight on New Technology Award for its [Remote Piloting and Automated Control Technology (RPACT)](https://www.oceaneering.com/rov-services/rov-technology/#rpact).
The RPACT was selected based on its innovative technology, broad appeal to the industry, proven capabilities through full-scale application, and significant impact with benefits beyond existing technologies.
This advanced technology revolutionizes operational efficiency allowing SMEs or [remotely operated vehicle (ROV)](https://www.oceaneering.com/rov-services/) pilots to establish ROV control through a satellite or wireless network link to support operations at a remote work site. The RPACT diminishes operational and environmental risks while reducing potential damage to tooling, manipulators, and subsea assets.
“We are honored to be recognized by OTC with this prestigious award. The Spotlight on New Technology highlights the latest and most advanced technologies that are leading our industry. Our RPACT technology is an example of how we apply our engineering expertise to deliver technology solutions to meet the challenges faced by our customers in the oilfield services industry,” said Rod Larson, Oceaneering’s President.
OTC will take place May 2-5, 2016 in Houston, and the Spotlight Awards will be presented on May 2 in the NRG Center Rotunda Lobby. The Spotlight on New Technology Awards—a program for OTC exhibitors—showcase the latest and most advanced hardware and software technologies that are leading the industry into the future.
**Content Types:** News Releases
---
### [Oceaneering Acquires Equity Interest in Viper Subsea](https://www.oceaneering.com/oceaneering-acquires-equity-interest-in-viper-subsea/)
**Published:** August 17, 2015
**Author:** Louder Agency
**Content:**
August 17. 2015 – Houston, Texas – On August 7, 2015, Oceaneering International Services Ltd., a wholly-owned subsidiary of Oceaneering International, Inc., acquired a minority equity interest in Viper Subsea Technology Limited (“Viper”), a U.K.-based provider of control system distribution services and products. Through collaboration, Oceaneering and Viper customers will benefit from both companies’ expertise, product offerings, and services.
By combining Viper’s services and technologies with Oceaneering’s [subsea distribution systems](https://www.oceaneering.com/subsea-distribution-solutions/), customers will be provided with innovative products and services such as Viper’s V-LIFE, a remedy to one of subsea engineering’s most common problems ‒ the degradation of insulation resistance in subsea cables, [umbilicals](https://www.oceaneering.com/subsea-distribution-solutions/products/), and [connectors](https://www.oceaneering.com/subsea-connection-systems/). According to Viper, the breakthrough technology is saving the subsea industry millions by deferring the need for costly intervention and equipment replacement. V-LIFE has successfully been used to resurrect completely failed systems allowing fields to resume hydrocarbon production.
Established in 2007, Viper offers a range of engineering consultancy services and provides hydraulic, chemical, and electrical subsea distribution systems and equipment. In addition to the fast growing V-LIFE service, Viper continues developing new proprietary technology such as V-IR, which will allow customers to monitor, predict and mitigate against subsea insulation resistance failures.
Rod Larson, President and Chief Operating Officer, stated, “Oceaneering is very excited to be entering into this strategic relationship with Viper. Through our collaboration, Oceaneering will be in a better position to offer our customers solutions to their subsea distribution needs during the development and production phases of the oilfield lifecycle.”
To learn more about Oceaneering or Viper Subsea, please visit [http://www.oceaneering.com](https://www.oceaneering.com) or <http://www.vipersubsea.com/>.
**Content Types:** News Releases
---
### [New Regional Headquarters in Norway](https://www.oceaneering.com/new-regional-headquarters-in-norway/)
**Published:** May 8, 2015
**Author:** Louder Agency
**Content:**
<https://youtu.be/2qRnJP0IVQM>May 8, 2015 – Houston, Texas –Oceaneering is pleased to announce the opening of our new regional Headquarters in Stavanger, Norway. Our rapid growth over the past few years has led to the expansion of both our staff and business. By consolidating our operations under one roof, we will continue to support our clients and develop new technologies while creating even more cost-effective solutions.## Facilities Overview
---
****
- **10.000 sqm workshop**
- Cranes from 250 kg to 40 ton
- Bunkers for Pressure Tests
- Separate areas for Factory Acceptance Test (FAT)
- **8.500 sqm offices**
---
- **5.000 sqm storage area**
- Focus on LEAN thinking and designed for effective internal transportation and transactions
- Narrow aisle pallet racking warehouse with capacity for 4,500 pallets
- **13.900 sqm outside storage area**
## Fast Facts from the Building Process
**Content Types:** News Releases
---
### [Oceaneering’s Magna Subsea Inspection System™ Wins 2015 OTC Spotlight on New Technology Award](https://www.oceaneering.com/oceaneerings-magna-subsea-inspection-systemtm-wins-2015-otc-spotlight-on-new-technology-award/)
**Published:** April 17, 2015
**Author:** Louder Agency
**Content:**
April 17, 2015 – Houston, Texas – Oceaneering International, Inc. will be recognized at the 2015 Offshore Technology Conference (OTC) with the presentation of two Spotlight on New Technology Awards.
The Oceaneering [Magna Subsea Inspection System™ (Magna Scan)](https://www.oceaneering.com/asset-integrity/in-service-inspection/subsea-inspection/) was selected based on its innovative technology, broad appeal to the industry, proven capabilities through full-scale application, and significant impact with benefits beyond existing technologies.
With the development of multiple technologies, the Magna Scan is the first of its kind providing numerous advantages compared to traditional subsea inspection methods. Prior to the development of the Magna Scan, conventional UT methods have been the primary inspection technique optimized by the industry for online assets.
The Magna Scan is a versatile screening tool that assesses the mechanical integrity of assets at a high rate of speed without disrupting production. Additionally, the system only requires clean surface access from the top portion of subsea assets. The advanced system is [ROV-deployable](https://www.oceaneering.com/rov-services/), inspects volumetrically 360° around the pipe, and provides real-time data of the wall condition within a single deployment.
The Magna Scan identifies localized defects and general wall loss by optimizing ultrasonic techniques including lamb and shear horizontal guided wave capabilities. By combining Oceaneering’s automated scanner known as the Sea Turtle™ with proprietary ultrasonic sensors, the system is capable of detecting internal and external damage mechanism including corrosion, isolated pitting, cracking and other potential anomalies. This innovative system safely assists in preventing any catastrophic disasters that may be caused by damage mechanisms in subsea piping resulting in the release of product into the environment.
Oceaneering is one of three companies to receive multiple 2015 Spotlight awards. Aside from the Magna Scan, Oceaneering also won a Spotlight award for its [Deepwater Pile Dredge](https://www.oceaneering.com/decommissioning/subsea-removals/dredging/).
The Offshore Technology Conference (OTC) will take place May 4-7 in Houston, and the 2015 awards will be presented on May 4 in the NRG Center Rotunda Lobby. The Spotlight on New Technology Awards—a program for OTC exhibitors—showcase the latest and most advanced hardware and software technologies that are leading the industry into the future.
For more information, visit <https://www.oceaneering.com/pipeline-repair/> and <http://www.otcnet.org/press-releases/otc-announces-2015-spotlight-on-new-technology-award-recipients>.
**Content Types:** News Releases
---
### [Michael Bloomfield to Speak at New OTC Event, d5](https://www.oceaneering.com/michael-bloomfield-to-speak-at-new-otc-event-d5/)
**Published:** April 24, 2015
**Author:** Louder Agency
**Content:**
April 24, 2015 – Houston, Texas –Michael Bloomfield, Vice President and General Manager of [Oceaneering Space Systems](https://www.oceaneering.com/space-systems/), will speak at OTC’s new event, d5, on May 8, 2015.
Themed “The Next Big Thing,” d5 is designed to spark creativity and innovation in the offshore energy industry. The event will bring the most creative professionals from inside and outside the industry together to create an environment of innovation and inspiration to address the industry’s biggest current and future challenges.
Bloomfield is one of nine speakers who will spur creativity to help identify the next big step for the [offshore energy industry](https://www.oceaneering.com/oil-and-gas/), focusing on technology game changers, leadership practices, and competitive advantages.
Bloomfield is a former NASA astronaut and ex-officio member of the Columbia Accident Investigation Board. He served 26 years in the Air Force as a fighter pilot and test pilot. While at NASA, he made three trips into space between 1997 and 2002, serving as the commander on his final flight.
**Content Types:** News Releases
---
### [Oceaneering Will Be Recognized at OTC with Two Spotlight on New Technology Awards](https://www.oceaneering.com/oceaneering-will-recognized-at-otc-with-two-spotlight-on-new-technology-awards/)
**Published:** April 10, 2015
**Author:** Louder Agency
**Content:**
April 10, 2015 – Houston, Texas – Oceaneering International, Inc. will be recognized at the 2015 Offshore Technology Conference (OTC) with the presentation of two Spotlight on New Technology Awards for its [Deepwater Pile Dredge](https://www.oceaneering.com/decommissioning/subsea-removals/dredging/) and [Magna Subsea Inspection System™](https://www.oceaneering.com/asset-integrity/in-service-inspection/subsea-inspection/) products. The awards honor innovative technologies based on broad appeal to the industry, proven capabilities through full-scale application or successful prototype testing, and significant impact with benefits beyond existing technologies.
The Oceaneering Deepwater Pile Dredge is an electrically-driven system with pumps that provide water jetting and suction to excavate piles at any depth. The jetting provides a 360° pattern to fluidize the soil inside the pile, and then suction pumps remove the soil from the pile.
The Oceaneering Magna Subsea Inspection System is a versatile screening inspection tool that assesses the mechanical integrity of assets at a high rate of speed without disrupting production. The advanced system is [ROV-deployable](https://www.oceaneering.com/rov-services/), inspects 360° around the pipe, and provides real-time data of the wall condition with a single deployment.
Oceaneering is one of three companies to receive multiple 2015 Spotlight awards. The Offshore Technology Conference (OTC) will take place May 4-7 in Houston, and the 2015 awards will be presented on May 4 in the NRG Center Rotunda Lobby. The Spotlight on New Technology Awards—a program for OTC exhibitors—showcase the latest and most advanced hardware and software technologies that are leading the industry into the future.
For more information, visit <http://www.otcnet.org/press-releases/otc-announces-2015-spotlight-on-new-technology-award-recipients>.
**Content Types:** News Releases
---
### [Oceaneering Completes Acquisition of C&C Technologies](https://www.oceaneering.com/oceaneering-completes-acquisition-of-cc-technologies/)
**Published:** April 6, 2015
**Author:** Louder Agency
**Content:**
April 6, 2015 – Houston, Texas – On April 2, 2015, Oceaneering International, Inc. completed its acquisition of C&C Technologies, Inc. (“C&C”), a leading provider of deepwater seafloor mapping services, [subsea surveys](https://www.oceaneering.com/survey-and-mapping/), and satellite positioning. The combination of Oceaneering and C&C Technologies will benefit customers of both companies, strengthen our combined product and service offerings and enhance the strong core values shared by the two companies.
By combining C&C’s survey services and technologies with Oceaneering’s existing product and service lines, the combined company can now offer customers more integrated solutions throughout each phase of the [offshore oilfield life cycle](https://www.oceaneering.com/oil-and-gas/). These solutions will be offered in more geographies than ever as we combine our worldwide locations to better serve customer needs in every major region.
Remaining on the cutting edge of technology has always been a cornerstone for both Oceaneering and C&C Technologies. We both endeavor to create proprietary products and solutions that meet and exceed the expectations of our clients. The acquisition allows us to leverage the combined company’s wealth of research and development resources to enhance current product and service offerings.
We are committed to ensuring a seamless transition for all clients and to maintaining our high standards of safety, teamwork, ethics, customer focus, excellence and accountability. Our steadfast commitment to clients has brought both Oceaneering and C&C Technologies to where we are today, and this combination will only serve to enhance and strengthen our customer-focused culture.
For more information, visit <https://www.oceaneering.com/survey-and-mapping/>.
**Content Types:** News Releases
---
### [Oceaneering to Participate at the Jefferies Energy Conference](https://www.oceaneering.com/oceaneering-to-participate-at-the-jefferies-energy-conference/)
**Published:** January 19, 2017
**Author:** Louder Agency
**Content:**
HOUSTON, November 22, 2016 – Oceaneering International, Inc. (“Oceaneering”) (NYSE:OII) announced today that Senior Vice President and Chief Financial Officer Alan R. Curtis will meet with institutional investors at the Jefferies 2016 Energy Conference in Houston, Texas on Wednesday, November 30, 2016. The presentation handout will be made available after the close of the market on Tuesday, November 29, 2016, through the Investor Relations section of Oceaneering’s website at www.oceaneering.com.
Oceaneering is a global oilfield provider of engineered services and products, primarily to the offshore oil and gas industry, with a focus on deepwater applications. Through the use of its applied technology expertise, Oceaneering also serves the defense, entertainment, and aerospace industries.
For more information on Oceaneering, please visit [www.oceaneering.com](https://www.oceaneering.com/).
Contact:
Suzanne Spera
Director, Investor Relations
Oceaneering International, Inc.
713-329-4707
<investorrelations@oceaneering.com>
---
View/Download: [PDF File](https://www.oceaneering.com/wp-content/uploads/2016/11/PR-11-22-16-OII-to-Participate-at-Jefferies-Energy-Conference.pdf) 
**Content Types:** News Releases
---
### [Managing Offshore Operations from an Onshore Command Center](http://digital.oceannews.com/publication/?i=761776&p=20&view=issueViewer)
**Published:** September 1, 2022
**Author:** Louder Agency
**Excerpt:** There are many benefits for transferring control of offshore ROV operations to shore to carry ou subsea tasks from survey to inspection and commissioning.
**Content:**
There are many benefits for transferring control of offshore ROV operations to shore to carry ou subsea tasks from survey to inspection and commissioning.
**Content Types:** Publications
**Tags:** Onshore Command Center, Onshore Remote Operations Center, OROC, remote operations, remote piloting, rov
**Categories:** Remote Operations, Remotely Operated Vehicles (ROVs), Resident ROVs
**Regions:** Gulf of Mexico, Norway, United Kingdom
**Search Tags:** '-Regions, Gulf of Mexico, Norway, UK
---
### [New Autonomous Subsea Vehicle Completes Qualification Program](https://digital.offshore-mag.com/offshoremag/20220708/MobilePagedReplica.action?=undefined&pm=2&folio=48#pg50)
**Published:** August 9, 2022
**Author:** Louder Agency
**Excerpt:** Pipeline survey is latest milestone for Oceaneering's Freedom AUV
**Content:**
Pipeline survey is latest milestone for Oceaneering’s Freedom AUV
**Content Types:** Publications
**Tags:** autonomous underwater vehicle, AUV, Freedom, Hybrid, IMR, pipeline inspection, Pipeline Survey, rov
**Categories:** Inspection, Maintenance, and Repair (IMR), Remote Operations, Remotely Operated Vehicles (ROVs), Resident ROVs
**Regions:** Norway
**Search Tags:** '-Regions, Norway
---
### [Designing Work Class ROVs for the Future](http://digital.oceannews.com/publication/?i=754815&p=40&view=issueViewer)
**Published:** August 1, 2022
**Author:** Louder Agency
**Content:**
As the offshore industry looks toward sustainable energy production, remotely operated vehicles (ROVs) will need to respond to new industry challenges by featuring a more robust design, increased functionality, and a lower carbon footprint.
**Content Types:** Publications
**Tags:** commissioning, floating wind, inspection, O&M, offshore wind, operations and maintenance, Remotely Operated Vehicles, renewables, rov, rovs, work class
**Categories:** Renewables
**Regions:** APAC
---
### [Send ROVer Over](https://magazines.marinelink.com/nwm/MarineTechnology/202207/#page/27)
**Published:** July 12, 2022
**Author:** Louder Agency
**Excerpt:** The Oceaneering® Isurus ROV system is a full work class vehicle rated to 3000m water depth with two manipulators and capable of operating heavy tooling. This will become even more important as offshore wind moves further offshore with floating wind projects. Isurus will be able to install and maintain the cables and mooring systems for floating wind, even in regions with strong tidal or oceanic currents.
**Content:**
The Oceaneering® Isurus ROV system is a full work class vehicle rated to 3000m water depth with two manipulators and capable of operating heavy tooling. This will become even more important as offshore wind moves further offshore with floating wind projects. Isurus will be able to install and maintain the cables and mooring systems for floating wind, even in regions with strong tidal or oceanic currents.
**Content Types:** Publications
**Tags:** isurus, offshore wind, renewables, rovs
**Categories:** Renewables
**Regions:** APAC, Australia, United Kingdom
**Search Tags:** Isurus, Remotely Operated Vehicles (ROV), Renewable Energy
---
### [Introducing the Energy Workforce and Technology Council](https://issuu.com/wellservicingmagazine/docs/wsm_q3_2021_final/s/13044081)
**Published:** August 1, 2021
**Author:** Louder Agency
**Excerpt:** “A unified sector has always been important,” Rod Larson said. “As a representative of the industry, I think local, state and federal governments need to understand their constituents are really engaged in a positive way — providing jobs, giving back and being critical parts of the local community.”
**Content:**
The 2021 merger of the Petroleum Equipment & Services Association (PESA) and Association of Energy Services Companies (AESC) was a very welcome development across the sector, given both organization’s long history of leadership in energy services. As Board Co-Chairs Rod Larson, President & CEO, Oceaneering International, and Gay Wathen, Vice President of Mobile Rigs, NOV Inc., reflected, the decision was based on the desire to unify the energy technology services sector and present a stronger advocacy voice.
**Content Types:** Publications
**Tags:** Autonomous Vehicles, energy transition, Freedom, offshore wind, renewables, Resident Vehicles, subsea
**Categories:** Remotely Operated Vehicles (ROVs), Resident ROVs
**Regions:** Gulf of Mexico, Norway, United Kingdom
**Search Tags:** '-Regions, Norway, Remotely Operated Vehicles (ROV)
---
### [New Work-Class ROV Can Operate in Harsh Tidal Environments](https://digital.offshore-mag.com/offshoremag/20210708/MobilePagedReplica.action?pm=2&folio=42#pg44)
**Published:** August 1, 2021
**Author:** Louder Agency
**Excerpt:** Existing work class remotely operated vehicles (ROVs) are struggling to keep up with the raging tidal currents found at offshore wind and renewable project development areas. Oceaneering was approached to create an ROV solution that would open operational windows in these geographical areas where harsh currents can cause costly project delays.
**Content:**
A desire for cleaner energy production that reduces carbon emissions is leading the energy industry transition effort. More companies are opting to develop offshore wind and other renewable energy projects around the world to meet proposed environmental standards.
Existing work class remotely operated vehicles (ROVs) are struggling to keep up with the raging tidal currents found at offshore wind and renewable project development areas. Oceaneering was approached to create an ROV solution that would open operational windows in these geographical areas where harsh currents can cause costly project delays.
**Content Types:** Publications
**Tags:** Autonomous Vehicles, Europe, Freedom, isurus, Norway, offshore wind, renewables, Resident Vehicles, subsea
**Categories:** Remotely Operated Vehicles (ROVs), Resident ROVs
**Regions:** APAC, Gulf of Mexico, Norway, United Kingdom
**Search Tags:** '-Regions, APAC, Norway, Remotely Operated Vehicles (ROV), UK
---
### [Safety: A Factor That is Critical to The Sustainable Growth of the Sector](https://revista.subseaworldmagazine.com/pub/subseaworldbrazilmagazine/?numero=31&edicao=116308#page/14)
**Published:** July 1, 2021
**Author:** Louder Agency
**Excerpt:** The deployment of subsea technology geared to remote controlled operations, using autonomous AUVs and ROVs, has helped companies to enhance their operational safety, reducing people's exposure while also reducing costs.
**Content:**
The deployment of subsea technology geared to remote controlled operations, using autonomous AUVs and ROVs, has helped companies to enhance their operational safety, reducing people’s exposure while also reducing costs.
**Content Types:** Publications
**Tags:** AUV, e-rov, Freedom, Liberty, remote operations, Resident, rov, Safety, Unmanned
**Categories:** Remotely Operated Vehicles (ROVs), Resident ROVs
**Regions:** Brazil
**Search Tags:** '-Regions, Brazil, Remotely Operated Vehicles (ROV)
---
### [Collaboration as a Success Factor](https://www.ffu.no/artikkelside/samarbeid-som-suksessfaktor/)
**Published:** June 21, 2021
**Author:** Louder Agency
**Excerpt:** For OKEA, the goal is not to become a giant that has all the necessary expertise in-house. The strategy is to find the right team for the job. Like when they together with Oceaneering developed a toolbox for locked valves on the Draugen field.
**Content:**
For OKEA, the goal is not to become a giant that has all the necessary expertise in-house. The strategy is to find the right team for the job. Like when they together with Oceaneering developed a toolbox for locked valves on the Draugen field.
**Content Types:** Publications
**Tags:** Bespoke Engineering, Bespoke Tooling, Engineered Services, Subsea Operations, Subsea Trees
**Categories:** Remotely Operated Vehicles (ROVs), Resident ROVs
**Regions:** Norway
**Search Tags:** '-Regions, Norway, OPG, Remotely Operated Vehicles (ROV)
---
### [Rosyth is Manufacturing Gem](https://edition.pagesuite-professional.co.uk/html5/reader/production/default.aspx?pnum=6&edid=92d88703-fbd5-4269-b976-2600bab80752&isshared=true -)
**Published:** November 15, 2019
**Author:** Louder Agency
**Content:**
Oceaneering’s Crawford Tennant discusses our manufacturing capabilities at our Rosyth, Scotland, base.
**Content Types:** Publications
**Tags:** deepwater, engineering, flow assurance, manufacturing, Rosyth, Scotland, Umbilicals
**Categories:** Umbilicals and Ancillary Hardware
**Regions:** United Kingdom
**Search Tags:** '-Regions, UK, Umbilical
---
### [Steps Toward Freedom](https://offshoreengineer.oedigital.com/atcomedia/OffshoreEngineer/201909/#page/29)
**Published:** October 28, 2019
**Author:** Louder Agency
**Content:**
Offshore Engineer spoke to Steffan Lindsø, Director of Emerging Technology, Europe, at Oceaneering, about how resident subsea systems and why uptake today looks more likely than in the 2000s.
**Content Types:** Publications
**Tags:** Autonomous Vehicles, e-rov, Europe, Freedom, Norway, Resident Vehicles, subsea
**Categories:** Remotely Operated Vehicles (ROVs), Resident ROVs
**Regions:** APAC, Brazil, Gulf of Mexico, Norway, United Kingdom
**Search Tags:** '-Regions, APAC, Brazil, eROV, Gulf of Mexico, Norway, UK
---
### [Oceaneering's New Technology Takes Aim at Levelized Cost of Energy for Renewables Market](http://digital.oceannews.com/publication/?i=619092&ver=html5&p=24#"page":"24","issue_id":619092,"publication_id":"9767")
**Published:** September 1, 2019
**Author:** Louder Agency
**Content:**
Oceaneering has launched the Isurus™ ROV for the renewables market. The vehicle is a flexible, fully work class-capable ROV that is specifically designed for the severe current conditions, including those experienced by many renewable energy installations.
**Content Types:** Publications
**Tags:** boulder clearance, cables, isurus, offshore wind, Ploughs, renewables, route clearance, rovs, trenching, wind energy
**Categories:** Remotely Operated Vehicles (ROVs), Renewables
**Regions:** United Kingdom
**Search Tags:** '-Regions, Remotely Operated Vehicles (ROV), Renewable Energy, UK
---
### [Oceaneering wins subsea wellhead removal from Lundin](https://www.oceaneering.com/oceaneering-wins-subsea-wellhead-removal-from-lundin/)
**Published:** August 14, 2019
**Author:** Louder Agency
**Content:**
Houston, August 14, 2019 – Oceaneering International, Inc. (“Oceaneering”) has announced that its wholly owned subsidiary Oceaneering AS has secured a contract from Lundin Norway AS covering the removal of the Jorvik subsea well in Norway, with options for additional wells.
The removal project, which is part of an ongoing rig chase multi-client campaign, is expected to begin this fall and take 3-4 weeks to complete. Contract management is a cross border operation between Oceaneering’s Norway and U.K. teams.
“We are excited to work with Lundin Norway on this campaign featuring our vessel-based wellhead removal solution,” said Rune H. Rosnes, Business Development Manager, Oceaneering. “Our multi-client campaigns allow all operators to benefit from economies of scale, thus reducing subsea plug and abandonment costs to a minimum.”
“We have considered cost/benefit and risk of moving this activity from rig to vessel and found it attractive to award this contract to Oceaneering,” said Geir Smaaskjær, Lundin Operations Manager Norway.
To date Oceaneering has more than 10 wells in U.K. and Norway awarded to its 2019 Rig Chase multi-client campaign.
**Learn more about our vessel-based wellhead removal solutions:**
[oceaneering.com/decommissioning/subsea-wells/vessel-based-wellhead-removal](https://www.oceaneering.com/decommissioning/subsea-wells/vessel-based-wellhead-removal/)
**Content Types:** News Releases
**Tags:** Norway, Oceaneering, plug and abandonment, rig chase, subsea, well decommissioning, wellhead removal
**Categories:** Decommissioning, Drilling Services, Integrated Rig Services, Remotely Operated Vehicles (ROVs)
**Regions:** Norway
**Search Tags:** '-Regions, Decommissioning, Norway, Rig Chase, Subsea Well
---
### [New Tech Enables Pipeline NDT on Producing Platforms](https://www.oedigital.com/news/468080-new-tech-enables-pipeline-ndt-on-producing-platforms)
**Published:** July 5, 2019
**Author:** Louder Agency
**Content:**
A technology used in security and drug enforcement was modified to solve the age-old problem of how to use radiography for non-destructive testing of pipelines on rigs without affecting nucleonic measurement associated with pressure vessels.
**Content Types:** Publications
**Tags:** asset integrity, corrosion under insulation, cui, inspection, integrity management, non-destructive testing, nucleonics, taxi, trip avoidance x-ray inspection
**Categories:** Asset Integrity Management, In-Service Inspection, Integrity Management
**Regions:** Norway, United Kingdom
**Search Tags:** '-Regions, inspection, Norway, TAXI™, UK
---
### [TAXI™ Solution: How a New Approach to Radiography Inspections Avoids Nucleonic Trips](https://online.fliphtml5.com/laus/kpjk/#p=22)
**Published:** June 24, 2019
**Author:** Louder Agency
**Content:**
A large number of oil and gas pressure pipework failures in the North Sea are caused by corrosion under insulation (CUI), which in turn can lead to a high risk of loss of pressure containment (LOPC). In a sector where safety is absolutely paramount, this has to change. Jim McNab, Radiation Methods SME, discusses Oceaneering’s new solution for radiography inspections in the vicinity of nucleonics, TAXI™. The system avoids plant shutdowns and enables accurate assessment of corrosion, mitigating the risk of LOPCs.
**Content Types:** Publications
**Tags:** asset integrity, corrosion under insulation, cui, inspection, integrity management, non-destructive testing, nucleonics, taxi, trip avoidance x-ray inspection
**Categories:** Asset Integrity Management, In-Service Inspection, Integrity Management
**Regions:** Norway, United Kingdom
**Search Tags:** '-Regions, inspection, Norway, TAXI™, UK
---
### [Ocean Evolution Raises the Standard for Subsea Construction Support Vessels](http://digital.oceannews.com/publication/?i=595131&ver=html5&p=18)
**Published:** June 21, 2019
**Author:** Louder Agency
**Content:**
Oceaneering International held a christening ceremony at Pier 21 in Galveston, Texas, for its advanced subsea construction support vessel, Ocean Evolution, in May 2019. The vessel is a U.S.-flagged, Jones Act compliant vessel, rated for up to 4,000 m water depths and equipped with two work class ROVs, integrated survey and communications systems, and a 250 mT active heave compensated crane.
**Content Types:** Publications
**Tags:** Construction, Gulf of Mexico, Intervention, Jones Act, ocean evolution, subsea construction, Subsea Operations, subsea projects, vessels, well intervention
**Categories:** Mobile Robotics
**Regions:** Gulf of Mexico
**Search Tags:** '-Regions, Gulf of Mexico, OPG, Remotely Operated Vehicles (ROV), Vessels, Well Intervention
---
### [How AGV Systems Improve Safety at Material Handling Facilities](https://www.mhisolutions-digital.com/mhiq/0219_volume_7_issue_2/MobilePagedArticle.action?articleId=1475607&lm=1554989851000#articleId1475607)
**Published:** May 31, 2019
**Author:** Louder Agency
**Content:**
An automatic guided vehicle (AGV) system consists of one or more computer controlled wheel-based load carriers. Typically battery powered, these systems operate on plant or warehouse floors or on paved areas outdoors without onboard human operators. Navigating using pre-defined paths, AGVs provide automated material movement, which can reduce labor and material costs, improve worker safety and reduce product and equipment damage.
**Content Types:** Publications
**Tags:** AGV, automated guided vehicles, automation, logistics, manufacturing, supply chain
**Categories:** Mobile Robotics
**Search Tags:** Mobile Robotics
---
### [Oceaneering Secures New Rig Support Contract from Wintershall](https://www.oceaneering.com/oceaneering-secures-new-rig-support-contract-from-wintershall/)
**Published:** May 1, 2019
**Author:** Louder Agency
**Content:**
Houston, May 1, 2019 – Oceaneering International, Inc. (“Oceaneering”) has recently secured a drilling and completion support contract for integrated services with Wintershall Norge AS.
The contract covers ROV services for the drilling unit West Mira, which will perform production drilling on Wintershall-operated fields in the Norwegian Continental Shelf, including Vega, Nova and Maria, and exploration drilling. The contract duration is for three years with two, two-year options to extend.
Oceaneering will provide ROV-services including installation of hangar systems, remote onshore mission support services, BOP tethering systems, subsea landing bases, ROV tooling and engineering services.
Erik Sæstad, VP & Country Manager – Norway, said, “We are delighted to have won this contract with integrated services where we leverage our products and service portfolio and provide a lower cost solution as well as a reduced carbon footprint and reduced HSE risk as the operations will be supported from the Oceaneering’s Mission Support Center in Stavanger.
“We look forward to further improve and work closely with Wintershall in the future.”
**Content Types:** News Releases
**Tags:** bop, drilling services, integrated rig services, mission support center, Oceaneering, rig services, subsea
**Categories:** Drilling Services, Integrated Rig Services, Remotely Operated Vehicles (ROVs)
---
### [Oceaneering Selected to ‘Digitally’ Transform Pacific Drilling’s Global Fleet](https://www.oceaneering.com/oceaneering-selected-to-digitally-transform-pacific-drilling-global-fleet/)
**Published:** April 29, 2019
**Author:** Louder Agency
**Content:**
HOUSTON, April 29, 2019—Oceaneering International, Inc., and Pacific Drilling have entered into an industry-first, five-year Digital Services Package agreement to provide Pacific’s customers with better reliability and improved throughput enabling streaming video and real-time data. This will allow the provision of emerging services such as remote ROV piloting, surveying, and automation aboard Pacific Drilling’s high-specification drillship fleet.
The collaboration between Oceaneering and Pacific Drilling aims to make the “Rig of the Future” a reality today. With better, more reliable connectivity onboard Pacific Drilling’s vessels, customers can leverage data to make better decisions, faster. As a result of these efforts, Pacific Drilling’s customers can benefit from higher security, increased access and management of third parties as well as new and expanded digital services.
“We are delighted to work with Pacific Drilling to make the ‘Rig of the Future’ a reality,” said Kelly McDowell, Oceaneering’s Global Data Solutions Director. “By choosing this integrated rig services package, Pacific and its customers can increase transparency as well as worker safety by leveraging our cross-functional team to maximize efficiency.”
Corey Thompson, CIO for Pacific Drilling, said, “Applying best-in-class IT technologies and services to Pacific Drilling’s deepwater fleet helps ensure we continually deliver timely solutions to our customers’ toughest challenges. Oceaneering is the right partner to help bring about the digital transformation of our assets, allowing us to engage with and service customers as never before. This strategic investment quadruples our bandwidth conduit, lowers latency in decision-making, and accelerates our technology road map.”
Oceaneering guarantees service level availability for industrial and mission-critical data backed by a combination of private LTE infrastructure and next generation satellite constellations, to deliver seamless rig-wide data connectivity. From origin to destination, Oceaneering will assume 100% accountability for network uptime and remote operations offshore.
The digital transformation will enable Oceaneering to provide remote piloting and automated control technology via dedicated, onshore mission support centers currently in Stavanger and Houston, and future centers.
**Content Types:** News Releases
**Tags:** data services, digital transformation, global data solutions, Oceaneering, rig services
**Categories:** Data Management, Mobile Robotics
**Regions:** Gulf of Mexico
**Search Tags:** '-Regions, Gulf of Mexico
---
### [Oceaneering Finds Freedom in New Innovation](https://www.innovoil.co.uk/single-post/2018/05/29/Oceaneering-finds-Freedom-in-new-innovation)
**Published:** May 29, 2018
**Author:** Louder Agency
**Content:**
The ROV world is changing. As subsea equipment suppliers look to the next generation of technology, the distinction between remotely operated vehicles (ROVs) – the industry’s staple robotic helpers since the late 70s – and autonomous underwater vehicles (AUVs) is becoming increasingly difficult to discern.
**Content Types:** Publications
**Tags:** AUV, Freedom, Norway, rov
**Categories:** Remotely Operated Vehicles (ROVs), Resident ROVs
**Regions:** Angola, Gulf of Mexico, Norway, United Kingdom
**Search Tags:** '-Regions, Angola, Gulf of Mexico, Norway, UK
---
### [Oceaneering Wins Monitoring and Inspection Scope of Work in Carbon Trust-Led Floating Wind Joint Industry Partnership](https://www.oceaneering.com/oceaneering-wins-monitoring-and-inspection-scope-of-work-in-carbon-trust-led-floating-wind-joint-industry-partnership/)
**Published:** May 11, 2018
**Author:** Louder Agency
**Content:**
May 11, 2018 — Houston, Texas — Oceaneering International, Inc. (“Oceaneering”) announced today that one of its wholly owned subsidiaries, Oceaneering International Services Limited, has been selected as a contributor to the Carbon Trust-led Floating Wind Joint Industry Partnership (JIP) study supporting the monitoring and inspection requirements for commercial [floating wind power projects](https://www.oceaneering.com/renewable-energy/).
Oceaneering will deliver a study to investigate monitoring and inspection requirements for floating wind farms, including programs associated with the components used in commercial deployments. Floating wind farms require a large number of components, such as hulls, mooring lines, anchors, and cabling. The extensive list of required assets has the potential to create challenges for operators when developing cost-effective monitoring and inspection solutions. Oceaneering will draw on its extensive experience in the oil and gas industry to develop a risk-based approach to monitoring and inspection programs, as well as identify innovative technologies that can support cost reduction.
“This award demonstrates Oceaneering’s ability to effectively utilize the knowledge of its talented employees to develop best practices that can reshape this growing industry. We believe our previous experience in [underwater inspection in lieu of drydocking (UWILD)](https://www.oceaneering.com/asset-integrity/floating-systems-inspection-and-integrity-services/special-periodic-surveys-and-uwild/) positions us well to support new and emerging monitoring and inspection methods. We look forward to working with the Carbon Trust and the members of the Floating Wind JIP to develop targeted, more economical solutions that will shape the future of inspections in the offshore wind industry,” said Paul O’Brien, Integrity Manager, UK, at Oceaneering.
To learn more about the Carbon Trust’s Floating Wind JIP, visit <https://www.carbontrust.com/offshore-wind/floating/floating-wind-jip/>.
**Content Types:** News Releases
**Tags:** renewables
**Categories:** Renewables
**Regions:** Gulf of Mexico, United Kingdom
**Search Tags:** '-Regions, Gulf of Mexico, UK
---
### [Oceaneering Develops Remote Streaming Method for UWILD](https://www.oceaneering.com/oceaneering-develops-remote-streaming-method-for-uwild/)
**Published:** April 30, 2018
**Author:** Louder Agency
**Content:**
April 30, 2018 — Houston, Texas — Oceaneering International, Inc. (“Oceaneering”) is pleased to announce a remote method for conducting [underwater inspection in lieu of drydocking (UWILD)](https://www.oceaneering.com/asset-integrity/floating-systems-inspection-and-integrity-services/special-periodic-surveys-and-uwild/) services.
Working with major classification societies, Oceaneering developed a program that provides a safer, faster, and more efficient process for class surveyors to oversee underwater inspections from onshore. This remote process reduces mobilization costs and associated risk exposure, while allowing class surveyors to manage multiple remote UWILD surveys, regardless of location.
Oceaneering collaborated with Transocean to develop a remote UWILD technique that would meet its fleet-wide inspection needs. As part of this development process, live demonstrations were conducted with Transocean and class survey representatives.
Mike Ellis, Oceaneering’s Vice President of Subsea Projects, said, “Oceaneering’s remote UWILD service will help enhance the efficiency and quality of inspections, and can enable our customers to achieve cost savings by reducing mobilization costs and increasing safety. In addition, our remote UWILD service leverages Oceaneering’s portfolio of services and products, including its ROV capabilities, [asset integrity](https://www.oceaneering.com/asset-integrity/) expertise, and [data transmission](https://www.oceaneering.com/data-management/) services, allowing us to offer our customers a more integrated solution.”
To learn more about how Oceaneering can improve the safety and quality of your UWILD, please visit [https://www.oceaneering.com/UWILD](https://www.oceaneering.com/asset-integrity/floating-systems-inspection-and-integrity-services/special-periodic-surveys-and-uwild/).
**Content Types:** News Releases
---
### [Oceaneering’s E-ROV System Selected for OTC Spotlight on New Technology® Award](https://www.oceaneering.com/oceaneerings-e-rov-system-selected-for-otc-spotlight-on-new-technology-award/)
**Published:** March 23, 2018
**Author:** Louder Agency
**Content:**
March 23, 2018 – Houston, Texas – Oceaneering International, Inc. (“Oceaneering”) will be recognized at the 2018 Offshore Technology Conference (OTC) with a Spotlight on New Technology**®** Award for its [E-ROV system](https://www.oceaneering.com/whats-next/#erov).
This advanced system was selected based on its innovative technology, broad appeal to the industry, proven capabilities through full-scale application, and significant impact with benefits beyond existing technologies.
The E-ROV is a self-contained, battery-powered remotely operated vehicle system capable of operating for extended periods of time without being recovered to surface. Comprising an electric ROV, 4G connection buoy, and subsea cage, the system reduces cost and risk without the need for a surface vessel.
Roderick A. Larson, President and Chief Executive Officer of Oceaneering, stated, “We are honored to be recognized by the Offshore Technology Conference. Spotlight on New Technology highlights the latest and most advanced technologies that are leading our industry, and the E-ROV System is an example of how we are thinking what’s next to deliver safe and cost-effective technology solutions.”
Celebrating 50 years, OTC takes place 30 April to 3 May, 2018, in Houston, and the Spotlight on New Technology Awards will be presented on 30 April at 16:00 in the NRG Center Rotunda Lobby.
**Content Types:** News Releases
---
### [Oceaneering to Participate at the Goldman Sachs Energy Conference](https://www.oceaneering.com/oceaneering-to-participate-at-the-goldman-sachs-energy-conference/)
**Published:** January 19, 2017
**Author:** Louder Agency
**Content:**
HOUSTON, December 29, 2016 – Oceaneering International, Inc. (“Oceaneering”) (NYSE:OII) announced today that Chief Executive Officer M. Kevin McEvoy will meet with institutional investors and participate on the Oilfield Services Panel, What Does the Next Few Years Hold for Subsea Equipment and Services, at the Goldman Sachs Global Energy Conference in Orlando, Florida on Thursday, January 5, 2017.The presentation handout will be made available after the close of the market on Wednesday, January 4, 2017, through the Investor Relations section of Oceaneering’s website at www.oceaneering.com. The panel discussion will not be webcast.
Oceaneering is a global provider of engineered services and products, primarily to the offshore oil and gas industry, with a focus on deepwater applications. Through the use of its applied technology expertise, Oceaneering also serves the defense, entertainment, and aerospace industries.
For more information on Oceaneering, please visit [www.oceaneering.com](https://www.oceaneering.com/).
Contact:
Suzanne Spera
Director, Investor Relations
Oceaneering International, Inc.
713-329-4707
<investorrelations@oceaneering.com>
---
View/Download: [PDF File](https://www.oceaneering.com/wp-content/uploads/2016/12/PR-12-29-16-OII-to-Particiapte-at-Goldman-Sachs-Energy-Conference.pdf)
**Content Types:** News Releases
---
### [SOCAR-DALGIDJ LLC and Oceaneering to Jointly Exhibit at the Azerbaijan and Caspian Oil & Gas Exhibition](https://www.oceaneering.com/socar-dalgidj-llc-oceaneering-jointly-exhibit-azerbaijan-caspian-oil-gas-exhibition/)
**Published:** May 26, 2016
**Author:** Louder Agency
**Content:**
May 26, 2016 — Houston, Texas — SOCAR-DALGIDJ LLC, and Oceaneering International Services Limited, a wholly owned subsidiary of Oceaneering International, Inc. (Oceaneering), will jointly exhibit at the Azerbaijan and Caspian Oil & Gas Exhibition in Baku, Azerbaijan on June 1–4, 2016.
SOCAR-DALGIDJ LLC and Oceaneering formed a strategic alliance in December 2015 to provide subsea services including project management; engineering; inspection, maintenance, and repair (IMR); [remotely operated vehicles (ROVs)](https://www.oceaneering.com/rov-services/); and [diving services](https://www.oceaneering.com/diving/) in the Caspian region.
“By working together, Oceaneering and SOCAR-DALGIDJ LLC represent a local provider of world-class services in the offshore oil and gas sector to deliver safe, cost-effective solutions that support IMR and field developments in the Caspian Sea,” said Mike Ellis, Oceaneering Vice President, Subsea Projects.
Oceaneering is a global provider of engineered services and products, primarily to the offshore oil and gas industry, with a focus on deepwater applications.
SOCAR-DALGIDJ LLC provides remotely operated vehicle and air diving services, supported by onshore support facilities and has a track record in the Caspian region.
**Content Types:** News Releases
---
### [Revolutionize Your Operational Efficiency with Our Innovative Remote Piloting and Automated Control Technology](https://www.oceaneering.com/revolutionize-your-operational-efficiency-with-our-innovative-remote-piloting-and-automated-control-technology/)
**Published:** October 22, 2015
**Author:** Louder Agency
**Content:**
October 22, 2015 – Houston, Texas – In October 2015, Oceaneering demonstrated two new technologies in the Gulf of Mexico that will greatly increase [remotely operated vehicle (ROV)](https://www.oceaneering.com/rov-services/) operational efficiency and reduce costs for its customers.
During the demonstration, the [NEXXUS ROV](https://www.oceaneering.com/rov-services/rov-systems/) on the Oceaneering [*Olympic Intervention IV* vessel](https://www.oceaneering.com/subsea-projects/vessel-fleet/) was successfully piloted via a satellite link from an Oceaneering onshore base. The innovative data/video communications technology that enables this capability was originally developed to aid in diagnosing faults offshore by technical support personnel onshore. The technology has now been further developed to include the ability to remotely pilot the ROV.
With remote piloting, an infield high bandwidth wireless or satellite link is used so that an ROV can be piloted on an offshore vessel from another remote location. Subject matter experts or other pilots can be linked-in in the event of highly complex processes or technical procedures that require special knowledge. Remote connection technology allows the use of multiple virtual connection technologies and potentially creates cost savings opportunities such as reduction and/or elimination of second shift crewing for low intensity operations.
The demonstration also included an essentially hands-free operation method of piloting, whereby the pilot was able to “fly” the ROV with a command-based system involving automated steps, instead of using the traditional joystick. Using video machine vision technology, the video processing software analyzes video and sends the ROV control system positioning data from the video to control the thrusters and move the ROV. Operators will now be able to use this technology to automate the ROV flight and perform tooling tasks faster and safer, thereby improving productivity and reducing the chance of downtime.
“Computer-aided piloting is much more efficient than a human pilot can achieve unaided, which in turn reduces the potential damage to tooling, manipulators, and most importantly, the customer’s subsea assets. This new ROV capability revolutionizes efficiency in the deployment of tools and navigation from point to point,” said Kevin Kerins, Senior Vice President, Remotely Operated Vehicles (ROV).
While both technologies were used at the same time during the demonstration, either technology can be used independently. However, pre-programmed automated step piloting eliminates latency problems associated with operating over a satellite link.
For more information, please visit <https://www.oceaneering.com/rov-services/rov-technology/#rpact>.
**Content Types:** News Releases
---
### [Oceaneering’s Deepwater Pile Dredge Wins 2015 OTC Spotlight on New Technology Award](https://www.oceaneering.com/oceaneerings-deepwater-pile-dredge-wins-otc-2015-spotlight-on-new-technology-award/)
**Published:** April 16, 2015
**Author:** Louder Agency
**Content:**
April 16, 2015 – Houston, Texas – Oceaneering International, Inc. will be recognized at the 2015 Offshore Technology Conference (OTC) with the presentation of two Spotlight on New Technology Awards.
The Oceaneering [Deepwater Pile Dredge (DWPD)](https://www.oceaneering.com/decommissioning/subsea-removals/dredging/) was selected based on its innovative technology, broad appeal to the industry, proven capabilities through full-scale application, and significant impact with benefits beyond existing technologies.
As exploration and production move to deeper waters, the ability to dredge at greater depths is crucial. While pile dredges are often run using a topside spread that supplies hydraulic power to the dredge, the DWPD is powered by an electrical umbilical similar to an [ROV](https://www.oceaneering.com/rov-services/). Whereas other dredges’ effective depths are greatly limited, the DWPD has no real depth limit.
The DWPD is an electrically-driven subsea hydraulic power unit with mounted pumps that provide water jetting and suction to excavate piles at any depth. The jetting provides a 360° pattern to fluidize soil inside the pile. Meanwhile, the suction pumps remove material such as sand, rock or clay.
This innovative tool is controlled topside from a dedicated control van. The DWPD is guided into a pile by an ROV, which also operates manual valves to control the water jetting. Markings on the dredge are used to ensure proper depth is achieved and that the critical internal features of the pile are successfully cleared of debris.
With the DWPD, equipment and infrastructures can be properly installed. The advanced tool helps support subsea assets by safely and efficiently removing soil and transporting it in a controlled manner to a discharge site.
Oceaneering is one of three companies to receive multiple 2015 Spotlight awards. Aside from the DWPD, Oceaneering will also be recognized with a Spotlight award for its [Magna Subsea Inspection System™](https://www.oceaneering.com/asset-integrity/in-service-inspection/subsea-inspection/).
The Offshore Technology Conference (OTC) will take place May 4-7 in Houston, and the 2015 awards will be presented on May 4 in the NRG Center Rotunda Lobby. The Spotlight on New Technology Awards—a program for OTC exhibitors—showcase the latest and most advanced hardware and software technologies that are leading the industry into the future.
For more information, visit [https://www.oceaneering.com/decommissioning/dredging/](https://www.oceaneering.com/decommissioning/subsea-removals/dredging/) and <http://www.otcnet.org/press-releases/otc-announces-2015-spotlight-on-new-technology-award-recipients>.
**Content Types:** News Releases
---
## Pages
### [Home](https://www.oceaneering.com/)
**Published:** May 24, 2017
**Author:** Andrew Dodson
**Content:**
A New Robotics Powerhouse
# Introducing the Momentum™ Electric Work Class ROV
This next-generation electric-propulsion system supports extended subsea campaigns with up to 30 days no‑touch maintenance in complex environments. [ Learn More ](https://www.oceaneering.com/rov-services/rov-systems/momentum-electric-rov/)  ## Committed to Safety, Security, and Quality
With advanced engineering expertise and leading technology, we provide integrated solutions and services that address your unique challenges-safely and securely. [ Discuss a Project ](https://oceaneering.com/contact-us/)## Trade Shows, Webinars and Events
Interact with Oceaneering subject matter experts at our webinars, customer events, tradeshows, and industry events to discover how we are solving the unsolvable with our advanced technologies. [ See All ](https://oceaneering.com/news-media/events/)## Exceeding Expectations
We understand the complex problems you face, and we’re here to simplify and empower your operations and projects – from routine to extreme.
0 Years of delivering optimized solutions 0+ experienced employees delivering results 0+ operational bases in 24 countries, across six continents ### Real, Impactful Solutions.
Explore how our creative innovations turn challenges into opportunities, delivering tangible results you can count on.
[ See All Case Studies ](https://oceaneering.com/resources/?_content_types=case-study) Previous Next [ ![]()### Private: National Legislation Compliance Assessment and Statutory Inspection Strategy Integration
### Private: National Legislation Compliance Assessment and Statutory Inspection Strategy Integration
Learn More ](https://www.oceaneering.com/case-studies/national-legislation-compliance-assessment-and-statutory-inspection-strategy-integration/) [ ![]()### Private: Sea Trials Prove Ultra‑High Resolution Seismic Capability for Geohazard Surveys
### Private: Sea Trials Prove Ultra‑High Resolution Seismic Capability for Geohazard Surveys
Learn More ](https://www.oceaneering.com/case-studies/sea-trials-prove-ultra-high-resolution-seismic-capability-for-geohazard-surveys/) [ ![]()### Private: Customized Workover Control System Improves Tree Commissioning for Ultra-Deepwater Project
### Private: Customized Workover Control System Improves Tree Commissioning for Ultra-Deepwater Project
Learn More ](https://www.oceaneering.com/case-studies/customized-workover-control-system-improves-tree-commissioning-for-ultra-deepwater-project/) [ ### Private: Development of Integrity Management for a New Build FLNG Offshore West Africa
### Private: Development of Integrity Management for a New Build FLNG Offshore West Africa
Learn More ](https://www.oceaneering.com/case-studies/development-of-integrity-management-for-a-new-build-flng-offshore-west-africa/) [ ### Private: Capturing Mooring Line Trench Geometry with Deepwater Photogrammetry
### Private: Capturing Mooring Line Trench Geometry with Deepwater Photogrammetry
Learn More ](https://www.oceaneering.com/case-studies/capturing-mooring-line-trench-geometry-with-deepwater-photogrammetry/) [ ### Private: Pressure Systems Risk-Based Inspection (RBI) Update for a Brownfield Platform in the Gulf of Mexico
### Private: Pressure Systems Risk-Based Inspection (RBI) Update for a Brownfield Platform in the Gulf of Mexico
Learn More ](https://www.oceaneering.com/case-studies/pressure-systems-risk-based-inspection-rbi-update-for-a-brownfield-platform-in-the-gulf-of-mexico/) [ ### Private: Supporting a Major Operator’s Transition to a New RBI Software
### Private: Supporting a Major Operator’s Transition to a New RBI Software
Learn More ](https://www.oceaneering.com/case-studies/supporting-a-major-operators-transition-to-a-new-rbi-software/) [ ### Private: Reducing Uncertainty in Deepwater Well Construction Through Accurate Inclination Verification
### Private: Reducing Uncertainty in Deepwater Well Construction Through Accurate Inclination Verification
Learn More ](https://www.oceaneering.com/case-studies/reducing-uncertainty-in-deepwater-well-construction-through-accurate-inclination-verification/) [ ### Private: ROV-Based Photogrammetry Improves Efficiency in Mooring Chain UWILD
### Private: ROV-Based Photogrammetry Improves Efficiency in Mooring Chain UWILD
Learn More ](https://www.oceaneering.com/case-studies/rov-based-photogrammetry-improves-efficiency-in-mooring-chain-uwild/) [ ### Private: Increasing Throughput and Dock Capacity with MaxMoverTM Pallet Sniffing Technology
### Private: Increasing Throughput and Dock Capacity with MaxMoverTM Pallet Sniffing Technology
Learn More ](https://www.oceaneering.com/case-studies/increasing-throughput-and-dock-capacity-with-maxmovertm-pallet-sniffing-technology/) Careers ## Ready to Forge a New Path?
We’re redefining work as a gateway to transformative solutions that reshape industries. Your opportunity to pioneer the future starts here, where our commitment to innovation, safety, and sustainability drives every endeavor. [ Create Your Next Adventure ](https://oceaneering.com/careers/)  ## Latest News Releases
[ See All News ](https://oceaneering.com/blog/)
**Search Tags:** About us, homepage
---
### [Onshore Remote Operations Centers (OROCs)](https://www.oceaneering.com/remote-services/onshore-remote-operations-centers-orocs/)
**Published:** April 17, 2024
**Author:** Monica Dahl
**Content:**
[ Discuss a Project ](https://www.oceaneering.com/remote-services/#contact) Remote Operations # Onshore Remote Operations Centers (OROCs)
Revolutionizing offshore operations for enhanced safety and efficiency.
## A New Way to Work
Our Onshore Remote Operations Centers (OROCs) transition remotely operated vehicle (ROV) and uncrewed surface vehicle (USV) pilots and industry experts back to shore, enhancing safety, reducing environmental impact, and improving collaboration among teams and clients. This shift not only boosts operational efficiency but also drives significant advancements in how offshore work is performed. From commissioning to decommissioning, our OROCs offer comprehensive support for offshore operations, including USV and autonomous underwater vehicle (AUV) operations, [UWILD](https://www.oceaneering.com/asset-integrity-management/floating-systems-inspection-and-integrity-services/special-periodic-surveys-and-uwild/), [surveys](https://www.oceaneering.com/survey-and-mapping/), rig positioning, [subsea asset inspections](https://www.oceaneering.com/asset-integrity-management/inspection/subsea-inspection/), and [IMR services](https://www.oceaneering.com/imrge-integrated-customizable-imr-solutions/).
###### Reduce CO2 Emissions
###### Improve Deck Space Management
###### Reduce Logistics Expenditure
###### Enable Faster, More Accurate Decision Making
## Strategic Global Locations
Since launching our pioneering OROC in Stavanger, Norway, in 2015, we have expanded our global footprint to include centers in Morgan City, Louisiana; Aberdeen, Scotland; and Macaé, Brazil. These strategically placed facilities enable us to offer exceptional operational flexibility and productivity, supported by the latest in remote technology and experienced personnel.
All [  OROC in Macae, Brazil ](https://www.oceaneering.com/wp-content/uploads/2024/02/OROC-Macae.jpg) [  OROC in Morgan City, Louisiana, USA ](https://www.oceaneering.com/wp-content/uploads/2024/04/Oroc-USA.jpg) [  OROC in Stavanger, Norway ](https://www.oceaneering.com/wp-content/uploads/2023/11/Mission-support-center-1-e1560973968619.jpeg) [  OROC in Aberdeen, Scotland, UK ](https://www.oceaneering.com/wp-content/uploads/2024/04/OROC-Aberdeen.jpg) ## Remote Operations Track Record
Key Achievements 0+ **offshore crewperson days** eliminated by remote piloting\*
0+ **remote operations** carried out successfully
0 **dedicated rooms** for remote piloting established globally
0 **dedicated facilities** for remote survey in Morgan City, Louisiana, and Houston, Texas
\*a “day” is one where a pilot operated an ROV from shore.
## Video Gallery
 Play Video ### Enabling Remote Operations
Learn how our OROC facilities can revolutionize your operations from shore with enabling technologies such as Remote Piloting and Automated Control Technology (RPACT) which pilots use to establish ROV control through a satellite or wireless network link to support operations at a remote work site.
 Play Video ### Onshore Remote Operations Center (OROC)
Our Onshore Remote Operations Centers (OROCs) are conveniently located across the globe to enable remote operations from offshore installations. OROCs use 4G network, satellite, or fiber cable connectivity to ensure reliable support.
 Play Video ### OROC in Macae, Brazil
In 2023, we established our latest OROC in Macaé, Brazil. Our team achieved a new milestone flying an ROV from our dedicated center, conducting riser inspections and UWILD tasks for a valued customer.
## The Oceaneering Difference
We offer cutting-edge solutions to ensure uninterrupted, near real-time operations from our OROCs.
### Automated Connection
Instantly connect and operate remote-enabled ROV systems.
### Asset Agnostic Operations
Operate and monitor anything over the horizon, including [ROVs](https://www.oceaneering.com/rov-services/), AUVs, Drones, Unmanned Aerial Vehicles (UAVs), [Uncrewed Surface Vehicles (USVs)](https://www.oceaneering.com/uncrewed-surface-vessel-usv-services/), Tools, Skids, and Trees.
### Support for Multiple WAN Options
LTE, Low Earth Orbit (LEO) satellite, Medium Earth Orbit (MEO) Satellite.
### Video Wall Automation and Restreaming Technology
Enables comprehensive monitoring and control of operations from any location.
### Full Audio Communications Redundancy
Incorporates 4K conferencing, UHF radio extenders, partyline integration, and VoIP/telephone.
### Virtual Command Center
Enables real-time monitoring of our global assets and assists with live operations, processing 3 million data points daily.
- Reduces vessel days
- Minimizes carbon footprint
- Supports 24/7 operations
 Enabling residency ## Liberty™ Resident System
Designed to communicate with and be operated from one of our OROCs, the Liberty™ Resident System is a fully self-contained docking station for ROVs and AUVs with 550 kwh of battery power for remote, resident operations. The technology combination minimizes carbon footprint and total cost of ROV operations while supporting 24/7 operations, independent of vessel port calls.
[ Learn more ](https://www.oceaneering.com/rov-services/next-generation-subsea-vehicles/liberty-resident-system/)## Supporting the Energy Transition
The development, maintenance, and operation of offshore wind and other renewable energy sources require innovative solutions. With the ability to remotely operate a diverse range of maritime assets, we can oversee the entire lifecycle of renewable installations. From monitoring wind turbine performance and inspecting underwater structures, to conducting maintenance operations, our OROCs ensure seamless and efficient operations.
## Electrification and Autonomy
OROCs are set to play a pivotal role in the remote operating and monitoring of a variety of autonomous and electric maritime assets. By taking advantage of emerging technologies like artificial intelligence, machine learning, and big data analytics, we can enhance the efficiency, safety, and reliability of these autonomous systems. Our OROCs are adept at managing these next-generation vessels, ensuring they deliver on their promise of a cleaner, safer maritime environment.
### Field Proven. Industry Leading.
Read our case studies detailing our successful remote piloting projects.
[ See All Case Studies ](https://oceaneering.com/resources/?_content_types=case-study) Previous Next [ ### Liberty™ Resident System Successfully Executes Remote Subsea Pipeline Isolation Scope
### Liberty™ Resident System Successfully Executes Remote Subsea Pipeline Isolation Scope
In early 2022, Equinor required subsea pipeline isolation at one of its offshore production facilities planned for…
Learn More ](https://www.oceaneering.com/case-studies/oceaneering-collaborates-with-equinor-and-tdw-to-use-the-libertytm-resident-rov-for-remote-subsea-pipeline-isolation-scope/) [ ### Subsea Resident ROV Eliminates Vessel Requirements and Provides Substantial Cost Savings for Client
### Subsea Resident ROV Eliminates Vessel Requirements and Provides Substantial Cost Savings for Client
Learn More ](https://www.oceaneering.com/case-studies/subsea-resident-rov-eliminates-vessel-requirements-and-provides-substantial-cost-savings-for-client/) [ ### Oceaneering Sets Marker Buoys Using Remotely Operated System
### Oceaneering Sets Marker Buoys Using Remotely Operated System
Learn More ](https://www.oceaneering.com/case-studies/oceaneering-sets-marker-buoys-using-remotely-operated-system/) [ ### Oceaneering Completes World’s First Remote Metrology Project
### Oceaneering Completes World’s First Remote Metrology Project
Learn More ](https://www.oceaneering.com/case-studies/oceaneering-completes-worlds-first-remote-metrology-project/)## Contact Us
### Our team of experts is ready to help you get started.
Oceaneering offers best-in-class products and solutions, backed by unparalleled quality, reliability, and global support. Fill out the inquiry form to start a conversation today.
**Categories:** Remote Operations
**Search Tags:** Remote Services
---
### [C-Nav Positioning Solutions](https://www.oceaneering.com/positioning-solutions/)
**Published:** November 9, 2023
**Author:** Madelyn Werner
**Content:**
[ Discuss a Project ](https://www.oceaneering.com/positioning-solutions/#contact) C-Nav® # Positioning Solutions
We deliver global positioning solutions through GNSS receivers and GPS correction services using Precise Point Positioning (PPP). Low earth orbit (LEO) and geostationary satellite navigation technology enable us to provide true pole‑to‑pole coverage.
## Celebrating 25 Years!
Delivering reliable, high-performance GNSS positioning solutions worldwide.
 ## Positioning Products and Services
## Need a Signal Activation?
Registered customers can request signal activation using the web request form or by [contacting our team via email or telephone](https://www.oceaneering.com/positioning-solutions/customer-access-and-resources/). Our targeted response time is less than an hour.
[ Signal Activation ](https://cnavportal.oceaneering.com/cnavportal/RequestAuthCodeExternal.aspx)## Personnel Support Services
 ### Installation Assistance
User-friendly and easily installed systems are supported by technicians on call 24/7. Engineers can undertake ship-fits, perform installations, and integrate DGNSS products with auxiliary bridge systems or dynamic positioning (DP) consoles.
 ### Customer Training
Our support team can tailor programs to your specific educational goals or deliver ready-made, comprehensive solutions. Programs may include GNSS principles, GNSS augmentation, C-Nav specific product and service training.
 ### In-Person Courses
Participants learn about the operation and maintenance of our products during Oceaneering instructor-led courses at various worldwide locations, online, or at your facility.
### Contact Us
## Our team of experts is ready to help you get started.
Oceaneering offers best-in-class products and solutions, backed by unparalleled quality, reliability, and global support. Fill out the inquiry form to start a conversation today.
"\*" indicates required fields URLThis field is for validation purposes and should be left unchanged.\* = required fields Nature of Enquiry\*Please selectProduct/Service SalesTechnical SupportService ActivationPlease click this link [C-Nav® Activation License Request (oceaneering.com)](https://cnavauthcode.oceaneering.com/cnavportal/requestauthcodeexternal.aspx) for further assistance. You do not need to complete rest of form.Company\*Country\* Please SelectAfghanistanÅland IslandsAlbaniaAlgeriaAmerican SamoaAndorraAngolaAnguillaAntarcticaAntigua and BarbudaArgentinaArmeniaArubaAustraliaAustriaAzerbaijanBahamasBahrainBangladeshBarbadosBelarusBelgiumBelizeBeninBermudaBhutanBoliviaBonaire, Sint Eustatius and SabaBosnia and HerzegovinaBotswanaBouvet IslandBrazilBritish Indian Ocean TerritoryBrunei DarussalamBulgariaBurkina FasoBurundiCabo VerdeCambodiaCameroonCanadaCayman IslandsCentral African RepublicChadChileChinaChristmas IslandCocos IslandsColombiaComorosCongoCongo, Democratic Republic of theCook IslandsCosta RicaCôte d'IvoireCroatiaCubaCuraçaoCyprusCzechiaDenmarkDjiboutiDominicaDominican RepublicEcuadorEgyptEl SalvadorEquatorial GuineaEritreaEstoniaEswatiniEthiopiaFalkland IslandsFaroe IslandsFijiFinlandFranceFrench GuianaFrench PolynesiaFrench Southern TerritoriesGabonGambiaGeorgiaGermanyGhanaGibraltarGreeceGreenlandGrenadaGuadeloupeGuamGuatemalaGuernseyGuineaGuinea-BissauGuyanaHaitiHeard Island and McDonald IslandsHoly SeeHondurasHong KongHungaryIcelandIndiaIndonesiaIranIraqIrelandIsle of ManIsraelItalyJamaicaJapanJerseyJordanKazakhstanKenyaKiribatiKorea, Democratic People's Republic ofKorea, Republic ofKuwaitKyrgyzstanLao People's Democratic RepublicLatviaLebanonLesothoLiberiaLibyaLiechtensteinLithuaniaLuxembourgMacaoMadagascarMalawiMalaysiaMaldivesMaliMaltaMarshall IslandsMartiniqueMauritaniaMauritiusMayotteMexicoMicronesiaMoldovaMonacoMongoliaMontenegroMontserratMoroccoMozambiqueMyanmarNamibiaNauruNepalNetherlandsNew CaledoniaNew ZealandNicaraguaNigerNigeriaNiueNorfolk IslandNorth MacedoniaNorthern Mariana IslandsNorwayOmanPakistanPalauPalestine, State ofPanamaPapua New GuineaParaguayPeruPhilippinesPitcairnPolandPortugalPuerto RicoQatarRéunionRomaniaRussian FederationRwandaSaint BarthélemySaint Helena, Ascension and Tristan da CunhaSaint Kitts and NevisSaint LuciaSaint MartinSaint Pierre and MiquelonSaint Vincent and the GrenadinesSamoaSan MarinoSao Tome and PrincipeSaudi ArabiaSenegalSerbiaSeychellesSierra LeoneSingaporeSint MaartenSlovakiaSloveniaSolomon IslandsSomaliaSouth AfricaSouth Georgia and the South Sandwich IslandsSouth SudanSpainSri LankaSudanSurinameSvalbard and Jan MayenSwedenSwitzerlandSyria Arab RepublicTaiwanTajikistanTanzania, the United Republic ofThailandTimor-LesteTogoTokelauTongaTrinidad and TobagoTunisiaTürkiyeTurkmenistanTurks and Caicos IslandsTuvaluUgandaUkraineUnited Arab EmiratesUnited KingdomUnited StatesUruguayUS Minor Outlying IslandsUzbekistanVanuatuVenezuelaViet NamVirgin Islands, BritishVirgin Islands, U.S.Wallis and FutunaWestern SaharaYemenZambiaZimbabwe Country Name\* First Last Email\* PhoneVesselEnd Use Application\*Please SelectDynamic PositioningDP & Offshore Survey (Dual Use)Offshore Survey (O&G)Offshore Survey (Renewables)Position Monitoring (e.g. FPSO)Nearshore SurveyGovernment/ResearchMessage Submit
**Categories:** C-Nav® Positioning Solutions
**Search Tags:** C-Nav Positioning Solutions
---
### [Oceaneering Technologies (OTECH)](https://www.oceaneering.com/oceaneering-technologies/)
**Published:** October 16, 2023
**Author:** Kristen Thurman
**Content:**
[ Discuss a Project ](https://oceaneering.com/oceaneering-technologies/#contact) mission-ready maritime systems
# Oceaneering Technologies (OTECH)
Delivering integrated, mission-ready solutions tailored to meet the unique demands of each operational environment.
## Proven Performance in Demanding Subsea Environments
We specialize in the design, development, operation, and sustainment of advanced maritime and specialized systems for defense and commercial applications. Our systems are engineered to endure the most demanding subsea conditions, including extreme pressure, extended-range operations, biofouling, corrosion, and long-term exposure to hostile environments. From autonomous underwater vehicles to remote operations infrastructure, our solutions are built for endurance, adaptability, and mission success.
## Integrated Maritime Technology Solutions
We develop surface and subsea monitoring platforms and asset surveillance systems fully integrated within a secure, remote command-and-control digital architecture. This advanced framework enables rapid deployment of new capabilities and provides operators with real-time situational awareness, allowing for quick and effective responses to evolving mission requirements.
## Securing Contract with U.S. Navy
Oceaneering was awarded a contract by the U.S. Department of Defense’s Defense Innovation Unit (DIU) to deliver a Freedom™ Autonomous Underwater Vehicle (AUV) and to establish an Onshore Remote Operations Center (OROC) to support the U.S. Navy’s autonomous undersea operations [ Read the News Announcement ](https://www.oceaneering.com/oceaneering-wins-contract-to-build-freedom-auv-and-remote-operations-center-for-us-navy/)
## Committed to Strengthening Global Security and Defense
We play a vital role in advancing global defense capabilities by supporting the [North Atlantic Treaty Organization (NATO)](https://www.nato.int/) and contributing to Pillar Two of the [AUKUS partnership](https://commonslibrary.parliament.uk/research-briefings/cbp-9842/)-a trilateral agreement between Australia, the United Kingdom, and the United States focused on advanced defense technologies.
## Contact Us
### Our team of experts is ready to help you get started.
Oceaneering offers best-in-class products and solutions, backed by unparalleled quality, reliability, and global support. Fill out the inquiry form to start a conversation today.
**Categories:** Oceaneering Technologies (OTECH)
**Search Tags:** Oceaneering Technologies (OTECH)
---
### [Intervention Tooling](https://www.oceaneering.com/intervention-tooling/)
**Published:** November 8, 2023
**Author:** Andrew Dodson
**Content:**
[ Discuss a Project ](https://oceaneering.com/intervention-tooling/#contact)# Intervention Tooling
We solve drill support, completions and installation, production enhancement, and decommissioning challenges-from routine to extreme.
## Ready to find out more?
We offer industry-leading light well intervention packages, ROV tools, flow assurance solutions, and decommissioning equipment.
[ Drill Support ](#drill-support) [ Completions and Installation ](#completions-installation) [ Production Enhancement ](#production-enhancement) [ Decommissioning ](#decommissioning)## Drill Support
We provide a wide range of drill support services from aboard vessels and operational bases around the world. Our portfolio, experience, and footprint enable us to provide customized services rapidly and cost effectively.
 ROV Tooling From routine inspection and maintenance to complex intervention, we provide the ROV tools and engineering depth to keep your subsea operations moving.
[ Learn More ](https://www.oceaneering.com/rov-services/rov-tooling/)  ### Standard Product Line
For customers seeking commodity-type parts, we manufacture more than 250 standard products, including valves, assembles, ROV tools, and more. These reliable, proven components are available for rapid call-out to reduce downtime.
 ### BOP Intervention
We have more than 150 BOP intervention skids and panels ready for deployment. Additionally, we are experienced in designing fit-for-purpose BOP intervention solutions to meet any project need.
[ BOP Intervention Skid (Gen 1B) ](https://oceaneering.canto.com/download/document/mv54ciqfa560hdolrjmtsdkl14/original.pdf) [ BOP Intervention Skid (Gen 2) ](https://oceaneering.canto.com/download/document/urk5l4ttud1hd2qvbfkntq4g6e/original.pdf)  ### ROV Cutting Transport System (RCTS)
Efficiently remove cutting debris during drilling operations with the versatile RCTS. This integrated solution provides superior cutting removal performance, and requires fewer crew members and less deck space.
[ Learn More ](https://www.oceaneering.com/rov-cuttings-transport-system/)  ### Wellhead Load Relief (WLR)
Mitigate wellhead fatigue, increase efficiency, and reduce your costs with our ROV-operated Wellhead Load Relief system. WLR uses adjustable tethers to enable efficient reconfiguration and eliminate the requirement for topside intervention during BOP jumps.
[ Learn More ](https://oceaneering.com/wellhead-load-relief/)  ### BOP Inspection and Flushing Tool (BIFT)
Save rig time and conduct close 360-degree internal visual inspections. The lightweight, ROV-deployable BIFT reliably inspects internal seals and conducts high-pressure jet cleaning without resurfacing the BOP.
[ Learn More ](https://www.oceaneering.com/products/bop-inspection-and-flushing-tool/)## Completions and Installation
For the past 25 years, we have lead the industry in completions and installation control system services, successfully completing more than 800 jobs on-time and on-budget. We offer fully integrated project management and engineering solutions.
 ### Installation, Workover, and Control Systems (IWOCS)
We work closely with you to provide best-fit IWOCS services. We deliver 99% uptime, even in deep waters (11,000 ft) and under high pressures (15,000 psi). Our systems are both rig- and vessel-deployable for unmatched flexibility and reduced cost.
[ Learn More ](https://oceaneering.com/workover-control-systems/)  ### ROV Workover Control Systems (RWOCS)
We enable remote operation of subsea well equipment via ROV workover and control systems (RWOCS). We tailor our systems to meet your operational requirements and project timeline.
[ Learn More ](https://oceaneering.com/workover-control-systems/rwocs/)## Production Enhancement
To enable you to leverage the greatest return on your investments, we provide a range of services targeted at restoring or increasing production. Our innovative technologies and vessels have helped increase customer production by 15 million bbl.
 ### Flow Assurance
To date, we have deployed dozens of flowline remediation campaigns using subsea separation and processing equipment. Our proprietary flowline remediation solution and hydrate remediation skids restore production rapidly.
[ Learn More ](https://oceaneering.com/flow-assurance/)  ### Well Intervention
We introduced the industry’s first subsea rigless well stimulation system and have completed more than 20 successful campaigns. We also offer riserless light well intervention services with systems rated to 15,000 psi and 20-plus bbl/min.
[ Learn More ](https://oceaneering.com/well-intervention/)  ### Pipeline Repair
Our industry-leading expertise and proprietary technologies, including the pipeline coating removal tool, enable us to deliver best-fit pipeline inspection and evaluation services.
[ Learn More ](https://oceaneering.com/pipeline-repair/)## Decommissioning
We plan and execute cost-effective solutions that enable the safe and efficient remove of infrastructure such as platforms, conductors, subsea hardware, and wells. From first cut to removal, we help streamline the entire decommissioning process.
 ### Dredging and Cutting
We provide flexible, adaptable dredging solutions for both ROV and diver operations. Coupled with multiple mechanical or abrasive cutting solutions, we design the most effective solution for you.
 ### Topside Decommissioning
We use mechanical tools and abrasive waterjet cutting systems to remove components at surface. Our topside services enable complete removal of dry wellheads, trees, and platforms.
[ Learn More ](https://www.oceaneering.com/decommissioning/)  ### Subsea Decommissioning
At seabed, we can deploy multiple saws, grinders, and cutters to detach umbilicals, risers, pipelines, jumpers, and mooring chains. We also provide subsea flushing services as needed.
[ Learn More ](https://www.oceaneering.com/decommissioning/)  ## Need Something Specialized?
We’ll build it. Bespoke subsea repair solutions enable operations while maintaining production and system integrity.
### Subsea Engineered Solutions
Complex challenges call for creative solutions. From routine to extreme subsea environments, Oceaneering meets our clients’ toughest requirements and unique specifications to deliver innovative solutions that lower the total cost of ownership.
[ Learn More ](https://oceaneering.com/intervention-tooling/subsea-engineered-solutions/)## Contact Us
### Our team of experts is ready to help you get started.
Oceaneering offers best-in-class products and solutions, backed by unparalleled quality, reliability, and global support. Fill out the inquiry form to start a conversation today.
**Categories:** Intervention Tooling
**Search Tags:** intervention Tooling
---
### [ROV Cuttings Transport System](https://www.oceaneering.com/rov-cuttings-transport-system/)
**Published:** April 20, 2026
**Author:** Monica Dahl
**Excerpt:** We deliver integrated engineering, maintenance, and compliance services across every phase of submarine and Deep Submergence Systems sustainment.
**Content:**
[ Discuss a Project ](https://oceaneering.com/intervention-tooling/#contact) Drill Support
# ROV Cuttings Transport System (RCTS)
Reduce offshore complexity with subsea cuttings management. The ROV Cuttings Transport System (RCTS) removes and transports drill cuttings, cement, and mud directly at the seafloor, helping operators reduce operational complexity, lower offshore exposure, and maintain momentum across drilling and cementing campaigns.
[ Watch Video ](https://oceaneering.canto.com/download/video/dvasivjqa55nd3ic1uq1gids1a/original) 
## A More Efficient Way to Manage Cuttings
Managing cuttings should not create additional operational burden. RCTS helps operators simplify offshore execution by moving cuttings transport subsea, reducing the need for dedicated topside equipment and support activities. With a smaller footprint and fewer operational interfaces, crews can spend less time managing cuttings and more time focused on progressing the well.
**The result is a more streamlined operation with reduced deck congestion, lower personnel requirements, and greater flexibility across drilling and cementing campaigns.**
### Reduce Operational Complexity
### Minimize Topside Equipment Requirements
### Lower Personnel Exposure Offshore
## Proven in The Field
Since its first deployment in 2017, RCTSs have supported top-hole drilling campaigns across a growing portfolio of offshore developments. Designed and refined through operational experience, the system has been deployed on more than 145 wells while being adapted to a wide range of drilling environments and subsea configurations.
By combining proven [ROV technology](https://www.oceaneering.com/rov-services/) with a flexible modular architecture, the RCTS helps operators execute drilling and cementing campaigns with greater efficiency while minimizing the operational burden associated with traditional cuttings handling.
## Engineered for Offshore Drilling
The RCTS combines a modular subsea platform with specialized tooling designed to improve operational control, visibility, and efficiency.
**Key Capabilities**
- Real-time pH monitoring during cementing activities for improved operational awareness and decision making
- Reliable power transfer between the ROV and the RCTS skid under full load, enabling continuous execution without unnecessary interruptions
- Precise positioning of bottom hole assemblies (BHAs) and 30-inch conductors, with a lightweight, ROV-manageable guide cone
 00:00:00 00:00:05
## Flexible Configurations for Every Operation
No two drilling campaigns are identical. Built around a modular skid platform, RCTS can be adapted to well layouts, project requirements, and operational strategies while minimizing mobilization effort and equipment changeouts.
## ROV Skid + Standalone Ejector
A compact skid interfaces with a standalone ejector to transport cuttings through a discharge hose.Ideal for:
- Drilling operations
- Cementing campaigns
- Rapid mobilization projects
- Applications requiring maximum operational flexibility
## ROV Skid + Template-Mounted Suction
The ROV engages a suction module (SMO) positioned on the template, enabling direct Cement and Cuttings Disposal System (CCDS) integration and efficient well-bay clean-out.Ideal for:
- Template developments
- CCDS tie-ins
- Multi-well campaigns
- Established subsea infrastructure
    ## Designed for Efficient Campaign Execution
The RCTS is designed to support efficient project planning and execution both offshore and subsea. Key system components can be installed in advance of drilling operations, allowing rigs to arrive on location with minimal preparation requirements and reducing the amount of work required during critical operational windows.
The modular design also supports efficient mobilization, operation, and recovery, helping operators maintain schedule throughout the campaign.
### Related Resources
Discover real-world applications and gain deeper technical insights to the WLR System.
Previous Next [  **Case Study**](https://www.oceaneering.com/case-studies/performing-first-bop-tethering-operations-offshore-brazil-for-petrobras/)
### Reducing Wellhead Loads During Critical Drilling Operations
[**Case Study**](https://www.oceaneering.com/case-studies/performing-first-bop-tethering-operations-offshore-brazil-for-petrobras/)
### Reducing Wellhead Loads During Critical Drilling Operations
When a deepwater drilling campaign needed a new approach to managing BOP loads, the WLR System helped bring subsea-adjustable tethering offs
[Learn More ](https://www.oceaneering.com/case-studies/performing-first-bop-tethering-operations-offshore-brazil-for-petrobras/) [  **Webinar**](https://www.oceaneering.com/webinars/mitigate-wellhead-fatigue-and-reduce-hse-risks-with-wellhead-load-relief-wlr-solution/)
### Mitigate Wellhead Fatigue and Reduce HSE Risks with Wellhead Load Relief (WLR) Solution
[**Webinar**](https://www.oceaneering.com/webinars/mitigate-wellhead-fatigue-and-reduce-hse-risks-with-wellhead-load-relief-wlr-solution/)
### Mitigate Wellhead Fatigue and Reduce HSE Risks with Wellhead Load Relief (WLR) Solution
Review the benefits of our WLR system, tasked with mitigating wellhead fatigue while reducing deck spread, increasing efficiency, and loweri
[Learn More ](https://www.oceaneering.com/webinars/mitigate-wellhead-fatigue-and-reduce-hse-risks-with-wellhead-load-relief-wlr-solution/)
## Frequently Asked Questions
##### 1. What is the ROV Cuttings Transport System (RCTS)?
The ROV Cuttings Transport System is a modular, ROV-operated subsea solution that removes and transports drill cuttings, cement, and mud directly at the seafloor, reducing reliance on traditional topside handling methods.
##### 2. How does RCTS improve drilling efficiency?
RCTS removes and transports cuttings at the source, helping reduce equipment requirements, free up deck space, lower personnel requirements, and streamline drilling and cementing operations.
##### 3. What makes RCTS different from traditional cuttings handling methods?
Traditional approaches rely on additional topside equipment, personnel, and supporting infrastructure. RCTS shifts cuttings management subsea, reducing operational complexity while maintaining effective cuttings control.
##### 4. Can RCTS be adapted for different field and well configurations?
Yes. The modular skid-based design supports drilling, cementing, template, and CCDS applications, allowing operators to select the configuration best suited to their project requirements.
##### 5. Why choose Oceaneering for subsea cuttings management?
RCTS is more than a subsea tooling package. Operators gain access to Oceaneering’s engineering expertise, offshore execution experience, and global ROV capabilities through a fully integrated solution.
From planning and mobilization through drilling, cementing, and recovery, our teams help simplify project execution while providing the equipment, personnel, and operational support needed to deliver successful outcomes.
[ Have more questions? Contact us. ](#contact)
## Contact Us
### Simplify Your Drilling Operations
Whether you’re planning a new top-hole drilling program or looking to reduce offshore complexity, our specialists can help you evaluate how RCTS can support safer, more efficient subsea cuttings management.
---
### [Australia](https://www.oceaneering.com/locations/australia/)
**Published:** November 9, 2023
**Author:** Madelyn Werner
**Search Tags:** Australia
---
### [Oceaneering Mobile Robotics (OMR)](https://www.oceaneering.com/oceaneering-mobile-robotics-omr/)
**Published:** October 3, 2023
**Author:** Madelyn Werner
**Content:**
[ Discuss a Project ](https://oceaneering.com/oceaneering-mobile-robotics-omr/#contact)# Oceaneering Mobile Robotics (OMR)
Solve your operational challenges and effectively optimize your material handling and logistics with innovative mobile robots that integrate autonomous technology. ## Meet Our Robots
We deliver standardized mobile robots with infrastructure-free navigation ensuring the lowest total cost of ownership per vehicle. Each Autonomous Mobile Robot (AMR) is equipped with the latest safety technologies which create the best working environment for mobile robots and humans.
[  ](https://www.oceaneering.com/oceaneering-mobile-robotics-omr/maxmover-cb-d-2000/) ### MaxMover™ CB D 2000
Counterbalance forklift [ Explore robot ](https://www.oceaneering.com/oceaneering-mobile-robotics-omr/maxmover-cb-d-2000/) [  ](https://www.oceaneering.com/oceaneering-mobile-robotics-omr/unimover-o-600/) ### UniMover™ O 600
Underride [ Explore robot ](https://www.oceaneering.com/oceaneering-mobile-robotics-omr/unimover-o-600/) [  ](https://www.oceaneering.com/oceaneering-mobile-robotics-omr/compactmover-1200-forklift/) ### CompactMover™ FOL U 1200
Fork over leg [ Explore robot ](https://www.oceaneering.com/oceaneering-mobile-robotics-omr/compactmover-1200-forklift/)## Something COMPACT is coming
Reveal October 8th, 2025 [ Sneak Peak ](/oceaneering-mobile-robotics-omr/compactmover-800-forklift/) 1,700+ mobile robots deployed globally 30+ years of experience developing, integrating, and maintaining industrial mobile robots 100+ robots in largest active fleet ## Automate Your Manufacturing and Logistics Operations
Adaptable to a wide range of industries, our innovative mobile robotics systems revolutionize operational efficiency. Explore the various applications and use cases where our Autonomous Mobile Robotics (AMR) technology has paved the way for seamless and safe operations.
## Ready to turn possibilities into performance?
Request a virtual Mobile Robotics demo today. [ Book Demo ](https://www.oceaneering.com/lp/virtual-demo-experience/)## Solving Material Handling Challenges
The challenges associated with material handling and logistics operations demand new approaches. Automation serves as the catalyst for success in today’s market. Our mobile robotic systems seamlessly integrate into intralogistics workflows, optimizing processes, reducing errors, and enhancing overall operational agility.
 ### Overcome Labor Shortages
 ### Reduce Costs Across Operations
 ### Lower Emissions
 ### Improve Efficiency, Throughput, and Safety
 ### What’s Moving Your Operations Forward?
An overview of Automated Guided Vehicles (AGVs) and Autonomous Mobile Robots (AMRs).
[ Read the White Paper ](https://www.oceaneering.com/white-papers/the-differences-between-automated-guided-vehicles-and-autonomous-mobile-robots/)  ### Supervisory Software
Elevate your operations to new heights with Oceaneering’s Supervisory Software. We are driving the evolution of smart machines with software that incorporates cloud computing, the IIoT, machine learning, and big data technologies to present a streamlined view of data to enable better decision making.
[ Learn more ](https://www.oceaneering.com/oceaneering-mobile-robotics-omr/supervisory-software/)  ### Lifecycle Services
Our OMR Lifecycle Services ensure the continuity and performance of our mobile robots, including legacy platforms, and software. We offer quick, professional support anywhere in the world, 24/7.
[ Learn more ](https://www.oceaneering.com/oceaneering-mobile-robotics-omr/customer-care-program/)### Field Proven. Industry Leading.
Read our case studies featuring Mobile Robotics.
[ See All Case Studies ](https://oceaneering.com/resources/?_content_types=case-study) Previous Next [ ### Automating Material Flow in Demanding Automotive Manufacturing Environments
### Automating Material Flow in Demanding Automotive Manufacturing Environments
A global automotive manufacturer set out to automate internal material movement across multiple production facilities in North…
Learn More ](https://www.oceaneering.com/case-studies/automating-material-flow-in-demanding-automotive-manufacturing-environments/) [ ### Automating Success: CompactMover™ AGV Integration at Ausnutria
### Automating Success: CompactMover™ AGV Integration at Ausnutria
Ausnutria, a leading infant nutrition producer based in the Netherlands, integrated four automated guided vehicles at one…
Learn More ](https://www.oceaneering.com/case-studies/automating-success-compactmover-agv-integration-at-ausnutria/)## Latest News
[ See All News ](https://oceaneering.com/tag/mobile-robotics/) Contact Us ### Getting in touch with our experts
Do you have a question or need more info about our Mobile Robots? Please enter your contact details and describe your inquiry, and we’ll get back to you as soon as possible. Thanks!
**Categories:** Mobile Robotics
**Search Tags:** Mobile Robotics
---
### [Ethics and Compliance](https://www.oceaneering.com/sustainability/ethics-and-compliance/)
**Published:** November 7, 2023
**Author:** Kristen Thurman
**Content:**
[ Contact Us ](https://oceaneering.com/sustainability/#contact)
# Ethics and Compliance
We are committed to responsible business practices within our organization and throughout our supply chain around the world. We strive to continually improve within the areas of human rights, labor standards and the environment and to work against any form of corruption.
We have built our reputation as an organization that requires ethical business practices and high levels of integrity in our business transactions. Oceaneering’s Core Values underlie our Code of Conduct and related policies and procedures (collectively, our “[Code of Conduct](https://s201.q4cdn.com/108344635/files/doc_downloads/govdocs/2023/10/Code_of_Conduct_English.pdf)“), which guide our employees and business associates on a daily basis.
In addition, Oceaneering recognizes that the strength of its reputation is based not only on our own conduct, but also on the behavior of those with whom we do business. As such, it is our goal to ensure that our relationships with suppliers reflect and support high ethical standards. We are committed to work with our suppliers to promote responsible practices around the world. Our intent is for our suppliers to share our values and share our commitment to conduct business in an ethical, legal and socially responsible manner.
## We Want to Hear From You
If you have any compliance or ethics concerns regarding our [Code of Conduct](https://s201.q4cdn.com/108344635/files/doc_downloads/govdocs/2023/10/Code_of_Conduct_English.pdf), accounting controls, auditing matters, or any other concerns, we want to hear from you. All concerns will be reported and assigned to appropriate parties for review. Ultimately, adherence to our [Core Values](https://oceaneering.com/about/mission-vision-and-values/) and compliance with our [Code of Conduct](https://s201.q4cdn.com/108344635/files/doc_downloads/govdocs/2023/10/Code_of_Conduct_English.pdf) are overseen by Oceaneering’s Board of Directors and its committees.
### Ways to Contact Us
- U.S. toll free: +1 844.381.9324
- Local numbers and translation services are available in most countries via [oceaneering.ethicspoint.com](http://oceaneering.ethicspoint.com)
## Code of Conduct
Our Code of Conduct, Anti-Bribery and Anti-Corruption Compliance Policy, and Code of Ethics for the Chief Executive Officer and Senior Financial Officers reiterate Oceaneering’s commitment to integrity and ethical standards and clearly convey to all employees and related third parties how our Code of Conduct pertains to business relationships with us.
We are committed to work with our suppliers to promote responsible practices around the world. Our intent is to ensure that all our employees and partners acknowledge our values and share our commitment to conduct business in an ethical, legal and socially responsible manner. We strive to continually improve within the areas of human rights, labor standards and the environment and to work against any form of corruption.
[ Learn More ](https://investors.oceaneering.com/governance/governance-documents/default.aspx)
 ## Compliance Program
The Oceaneering Compliance Program has been designed in accordance with world-class best practices including:
- the OECD’s 13 Good Practices on Internal Controls, Ethics, and Compliance;
- the United States Sentencing Guidelines’ 7 Elements of an Effective Compliance Program;
- the Department of Justice’s Resource Guide to the U.S. Foreign Corrupt Practices Act;
- the United Kingdom Bribery Act 2010; and the
- the Ministry of Justice’s Guidance on the United Kingdom Bribery Act
## Anti-Bribery and Anti-Corruption Compliance Policy
Oceaneering’s policies, and laws such as the U.S. Foreign Corrupt Practices Act, the U.K. Bribery Act, and similar anti-corruption laws around the world prohibit our employees or our agents from giving or offering to give money or anything of value, directly or indirectly, to anyone to induce that person to affect any governmental act or decision, or to assist Oceaneering in obtaining or retaining business or securing any improper advantage. This prohibition applies to all customers, whether government-owned or controlled or privately held, and to all government officials regardless of rank and duty.
Oceaneering suppliers may not act in any way, in their business relationship with Oceaneering or otherwise, that violates this principle. Additionally, Oceaneering strives to ensure that its suppliers only themselves use suppliers that do not violate ethical standards through bribes, kickbacks or other similar improper or unlawful payments. Our suppliers must maintain awareness and comply with all applicable bribery and corruption laws and regulations of the countries of their operation.
[ Anti-Bribery and Anti-Corruption Policy ](https://oceaneering.canto.com/download/document/l5p2ujhds54itaj4f0ve0rhu35/original.pdf)
 ## Human Rights Program
Slavery and human trafficking is a serious concern. We are committed to policies and standards to help ensure that there is no modern slavery or human trafficking in our supply chains or in any part of our business. Our Code of Conduct reflects our commitment to acting ethically and with integrity in all our business relationships and to implementing and enforcing systems and controls to help ensure that slavery and human trafficking are not taking place in our supply chains.
[ Human Rights Statement ](https://oceaneering.canto.com/download/document/m8u35gqlgd08d0udl3nohaqp3p/original.pdf) [ Anti-Slavery and Human Trafficking Statement ](https://oceaneering.canto.com/download/document/tt35g8m54159t6knc04oqvok6o/original.pdf)
## Conflict Minerals Program
Oceaneering has adopted a policy of supporting industry efforts toward conflict-free supply chains and complying with related reporting requirements imposed on the company by applicable law. We expect our suppliers to support us in these endeavors.
Oceaneering suppliers should responsibly source materials used in their products and services. Suppliers must implement supply chain due diligence policies and take affirmative measures to determine if proceeds from the mining, trading, transportation, smelting or refining of any ores, minerals or derivatives are used to benefit or fund individuals or groups engaged in violence or human rights abuses. When suppliers become aware that these materials are in their supply chain, they must find alternative sources.
[ Annual Form SD Filings ](https://investors.oceaneering.com/financial-information/Conflict-Minerals-Disclosures/default.aspx) [ Conflicts Minerals Program Policy ](https://oceaneering.canto.com/direct/document/pk28f8klb10l3a004tqndf231j/vddXyhw3yJ01ZYrYATqS570Ra6M/original?content-type=application%2Fpdf&name=Oceaneering-Conflicts-Minerals-Program-Policy.pdf)
 ## Tax Policy
Oceaneering responsibly complies with tax laws and aims at full transparency towards tax authorities. All taxes and charges are paid in accordance with relevant domestic laws and regulations in the countries where we operate. As a good corporate citizen, we believe that tax policy is an important part of building a strong global economy and infrastructure system that can benefit all stakeholders and the communities we share.
[ UK Tax Strategy ](https://oceaneering.canto.com/direct/document/fcu6hfab3107t2ndk2h53kad7s/PdHxDNSVCTPaFD5LDWi1zHjS5SA/original?content-type=application%2Fpdf)
## Gender Pay Gap Reporting
Oceaneering is committed to closing the gender pay gap and reporting our progress. We publish an annual gender pay gap report for our U.K. operations, Oceaneering International Services Limited (“OISL”), that complies with the Equality Act 2010 (Gender Pay Gap Information) Regulations 2017.
[ Gender Pay Gap Report ](https://oceaneering.canto.com/download/document/a9596ajaot78v8uk8hgp0cao34/original.pdf)
## Sustainability Accounting Standards Board (SASB) Report
[ 2025 Sustainability Accounting Standards Board (SASB) Report ](https://oceaneering.canto.com/direct/document/v3j9guui3h56h4gvbebehq961g/dL7M_rmOHTbaIx97UsuP7UGBNAA/original?content-type=application%2Fpdf&name=2025+Sustainability+Accounting+Standards+Board+%28SASB%29+Report.pdf) [ 2024 Sustainability Accounting Standards Board (SASB) Report ](https://oceaneering.canto.com/direct/document/0j4tjbi29p4c16fpd2rscvoh2m/OTuAW2X3fEYgfQdS2CkUhHyXCJo/original?content-type=application%2Fpdf&name=2024+Sustainability+Accounting+Standars+Board+%28SASB%29+Report.pdf) [ 2023 Sustainability Accounting Standards Board (SASB) Report ](https://oceaneering.canto.com/direct/document/i6143ctrkp5vt69ovjgb5mma1g/MCRheTy8c17VyE68tskw1LYogGI/original?content-type=application%2Fpdf&name=2023+Sustainability+Accounting+Standards+Board+%28SASB%29+Report.pdf) [ 2022 Sustainability Accounting Standards Board (SASB) Report ](https://oceaneering.canto.com/direct/document/dqjatrdf7h4031npvoejg8gs47/LL95oShWzaKSqUoGW2HGTVBHSeY/original?content-type=application%2Fpdf&name=Oceaneering+SASB+Report+051723v2.pdf) [ 2021 Sustainability Accounting Standards Board (SASB) Report ](https://oceaneering.canto.com/direct/document/qth905ehk5723ahtfp5qmv4v5i/pXgCxq4MWpm4eppxaIKM8GziX1Y/original?content-type=application%2Fpdf&name=2021+Sustainability+Accounting+Standards+Board+%28SASB%29+Report.pdf) [ 2020 Sustainability Accounting Standards Board (SASB) Report ](https://oceaneering.canto.com/direct/document/185v5d7h2t57pcbro9s4ll4f5u/5qAGkzpqA7XWxdGIkDQDjnzG8wA/original?content-type=application%2Fpdf&name=2020+Oceaneering+SASB+Report_Final-2.pdf) [ 2019 Sustainability Accounting Standards Board (SASB) Report ](https://oceaneering.canto.com/direct/document/9ome1c64c50tjam3t7d60gqe2m/Dz6y-qiQXmfxhSMi1g2hd0n8MEM/original?content-type=application%2Fpdf&name=4824_Oceaneering+SASB+Report+100520_FINAL.pdf)
## Task Force on Climate-Related Financial Disclosures (TCFD) Report
[ 2026 Oceaneering TCFD Report ](https://oceaneering.canto.com/direct/document/96ak8loeol3nrfs3kfm79qu73s/FjRKQUlF-4nW8GYJzOn816WESKM/original?content-type=application%2Fpdf&name=2026+Oceaneering+TCFD+Report.pdf) [ 2025 Oceaneering TCFD Report ](https://oceaneering.canto.com/direct/document/g7v5viis810d700ok88kachv1k/L_TRlYlqTpu6_TPPkOGMQBipKNk/original?content-type=application%2Fpdf&name=2025+Oceaneering+2025+TCFD+Report.pdf) [ 2024 Oceaneering TCFD Report ](https://oceaneering.canto.com/direct/document/hei6qn0r0h69n860iurjm6hd7k/M8lFQNuGStBlu5a_0yJhvbtAJNc/original?content-type=application%2Fpdf&name=2024+Oceaneering+TCFD+Report.pdf) [ 2023 Oceaneering TCFD Report ](https://oceaneering.canto.com/direct/document/bsn0s0p6jd06d7cpjb5gabea0j/SmNWJ5DIk0Ipbz0OQ60TAQ_5C2E/original?content-type=application%2Fpdf&name=Oceaneering+International%2C+Inc.+-+2023+TCFD+Report+%281%29.pdf) [ 2022 Oceaneering TCFD Report ](https://oceaneering.canto.com/direct/document/gari3t5sg1083470gppvaogc4p/EwRUsVCGf-FazbwTbgmlSBvfics/original?content-type=application%2Fpdf&name=Oceaneering+2022+Climate+Change+Report.pdf)
## Contact Us
### Our team of experts is ready to help you get started.
Oceaneering offers best-in-class products and solutions, backed by unparalleled quality, reliability, and global support. Fill out the inquiry form to start a conversation today.
**Categories:** Sustainability
**Search Tags:** Sustainability
---
### [News and Media](https://www.oceaneering.com/news-media/)
**Published:** October 11, 2023
**Author:** Louder Agency
**Content:**
OCEANEERING Post Types Categories [  News Releases ### Oceaneering Expands Digital Operations as an Authorized Starlink Reseller
](https://www.oceaneering.com/oceaneering-expands-digital-operations-as-an-authorized-starlink-reseller/) [  News Releases ### Oceaneering Wins Five-Year Asset Integrity Contract in Qatar
](https://www.oceaneering.com/oceaneering-wins-five-year-asset-integrity-contract-in-qatar/) [  News Releases ### Oceaneering Secures Petrobras Contract for ROV Services Offshore Brazil
](https://www.oceaneering.com/oceaneering-secures-petrobras-contract-for-rov-services-offshore-brazil/) [  News Releases ### Oceaneering Secures Multi-Discipline Cross-Regional Offshore Survey Contracts for Ocean Intervention II
](https://www.oceaneering.com/oceaneering-secures-multi-discipline-cross-regional-offshore-survey-contracts-for-ocean-intervention-ii/) [  Employee Profile ### Ty Sydnor-A Day in the Life of a Contracts Manager
](https://www.oceaneering.com/ty-sydnor-a-day-in-the-life-of-a-contracts-manager/) [  News Releases ### Oceaneering wins 2026 NOIA Safety in Seas Award
](https://www.oceaneering.com/oceaneering-wins-2026-noia-safety-in-seas-award/) [  News Releases ### Oceaneering Completes First Onshore‑Piloted Remote ROV Operation on an Offshore Rig in Brazil
](https://www.oceaneering.com/oceaneering-completes-first-onshore%e2%80%91piloted-remote-rov-operation-on-an-offshore-rig-in-brazil/) [  News Releases ### Oceaneering Launches New Electric Propulsion Work Class ROV
](https://www.oceaneering.com/oceaneering-launches-new-electric-propulsion-work-class-rov/) [  News Releases ### Oceaneering Secures Multi-Year Inspection Contract Extension in Norway
](https://www.oceaneering.com/oceaneering-secures-multi-year-inspection-contract-extension-in-norway/) [  News Releases ### Oceaneering Wins ASQE Diamond Award for Quality Excellence
](https://www.oceaneering.com/oceaneering-wins-asqe-diamond-award-for-quality-excellence/) [  News Releases ### Oceaneering Expands Vision™ Platform with Subsea Module for Engineering‑Grade Integrity Visualization
](https://www.oceaneering.com/oceaneering-expands-vision-platform-with-subsea-module-for-engineering%e2%80%91grade-integrity-visualization/) [  News Releases ### Oceaneering Successfully Completes North Sea Field Trial of Ocean Perception™ Marine Wildlife Mitigation Solution
](https://www.oceaneering.com/oceaneering-successfully-completes-north-sea-field-trial-of-ocean-perception-marine-wildlife-mitigation-solution/) [  News Releases ### Oceaneering Signs New Fabric Maintenance Services Framework Agreement with Equinor
](https://www.oceaneering.com/oceaneering-signs-new-fabric-maintenance-services-framework-agreement-with-equinor/) [  News Releases ### Oceaneering Awarded Maintenance Engineering Services Extension from Equinor
](https://www.oceaneering.com/oceaneering-awarded-maintenance-engineering-services-extension-from-equinor/) [  News Releases ### Oceaneering wins Hydraulic Flying Lead Refurbishment Contract in Angola
](https://www.oceaneering.com/oceaneering-wins-hydraulic-flying-lead-refurbishment-contract-in-angola/) [  News Releases ### Oceaneering Announces Renewal of Inspection Services Contract in West Africa
](https://www.oceaneering.com/oceaneering-announces-renewal-of-inspection-services-contract-in-west-africa/) [  News Releases ### Oceaneering Awarded Scottish Enterprise Funding for Rosyth Cable Manufacturing Facility
](https://www.oceaneering.com/oceaneering-awarded-scottish-enterprise-funding-for-rosyth-cable-manufacturing-facility/) [  News Releases ### Oceaneering Mobile Robotics Unveils New Autonomous Features for Smarter, Safer, and More Efficient Material Handling
](https://www.oceaneering.com/oceaneering-mobile-robotics-unveils-new-autonomous-features-for-smarter-safer-and-more-efficient-material-handling/)
#### Latest Publications
[ See More Publications ](https://oceaneering.com/news-media/latest-news/?_categories=publications)### Media and Resources
#### Resources
View our latest thought leadership, cases studies, and videos.
[ View all Resources ](https://oceaneering.com/resources/)#### Investor Relations
View our latest financial filings, conference calls, and investor presentations.
[ View Investor Center ](https://investors.oceaneering.com/investor-relations/default.aspx)#### Trade Shows and Events
Visit with our subject matter experts at these upcoming events.
[ View all Events ](https://oceaneering.com/news-media/events/)## Contact Us
### Our team of experts is ready to help you get started.
Oceaneering offers best-in-class products and solutions, backed by unparalleled quality, reliability, and global support. Fill out the inquiry form to start a conversation today.
**Search Tags:** Articles, Brochures, Case Studies, Events, Latest News, News and Media, News Releases, Publications, Quality Moments, Safety Moments, Trade Shows, Videos, Webinars
---
### [ROV Tooling](https://www.oceaneering.com/rov-services/rov-tooling/)
**Published:** May 25, 2026
**Author:** Vipan Kumar
**Excerpt:** Access proven inspection and intervention tools, specialist engineering, and custom-engineered solutions for demanding subsea tasks.
**Content:**
[ Discuss a Project ](https://oceaneering.com/rov-services/#contact) ROV Services # ROV Tooling
Standard and custom ROV tooling for subsea intervention, inspection, construction, maintenance, and decommissioning activities.
## ROV Tooling Built for Reliable Subsea Operations
Ensuring you have the correct tooling plays a critical role in minimizing offshore risk, improving operational efficiency, and keeping your projects on schedule. From routine inspection and maintenance to complex intervention, we provide the ROV tools and engineering depth to keep your subsea operations moving. Our flexible service models enable you to align cost, schedule, and risk without compromising availability or performance.
10,000+ Tools Globally 45+ Years Of Experience 180,000+ Days of Tool Use Annually Flexible Service Models ## From Standard ROV Tools to Custom Solutions
[  ROV Rental Tooling Proven, standard ROV rental tools available worldwide for fast, reliable mobilization.
**Explore Tools**
](https://www.oceaneering.com/rov-services/rov-tooling/rov-rental-tooling/) [  Customer-Owned ROV Tooling Your tools, managed by us. From storage and maintenance to certification and spares.
**Learn More**
](#customer-owned-rov-tooling) [  Bespoke ROV Tooling Custom designs to address complex or nonstandard subsea requirements.
**Learn More**
](#custom-rov-tooling) [ Learn about the top 5 most used ROV tools for safer subsea operations ](https://www.oceaneering.com/blogs/the-top-5-most-used-rov-tools-for-safer-subsea-operations/) Tooling Management ## Your ROV Tools. Always Mission Ready.
Maintain ownership of your ROV tools while we manage every aspect of readiness, availability, and performance. Our end‑to‑end ROV tooling pool management ensures your equipment is certified and ready to deploy, wherever and whenever your operations demand.
- **Ensure Readiness:** End-to-end management of storage, maintenance, certification, documentation, and spares.
- **Deploy Faster:** Strategically located tooling pools positioned across our global locations support rapid mobilization.
- **Standardize Operations:** Spares, documentation, and configurations aligned across regions.
- **Trusted Expertise:** Every tool inspected and certified before mobilization.
- **Simplify Logistics:** We manage every step so your team can focus on execution.
  Custom Engineered Tools ## When Off-the-Shelf is Not Enough
Complex subsea tasks often require tooling that doesn’t exist in a standard catalog. When your requirements fall outside off‑the‑shelf solutions, our engineers design, build, test, and mobilize bespoke ROV tooling tailored to your exact task, environment, and operating constraints. Our comprehensive, in-house engineering capabilities deliver a faster, more reliable path from concept to subsea performance.
### Simulation Before Deployment
Before mobilization, custom tooling can be validated through advanced subsea simulation to confirm fit, function, and performance under real‑world conditions. This upfront verification helps reduce offshore risk, minimize rework, and increase confidence that the tool will perform as intended when it reaches the seabed.
Omnio™ System ## Subsea Resident Electromechanical Tools
This Omnio™ System enables subsea tool exchange without recovering the ROV to the surface, reducing non-productive time and keeping your operations moving. By completing tooling changes subsea, you increase operational efficiency, complete tasks faster, and maintain continuity during complex subsea operations.
[ Explore the Omnio™ System ](https://www.oceaneering.com/omnio-system/)  ### Field Proven. Industry Leading.
Read our case studies to see how ROV tooling helps solve complex subsea challenges around the world.
[ See All Case Studies ](https://oceaneering.com/resources/?_content_types=case-study) Previous Next [ ### Bespoke PLEM Repair Tooling Suite Enables Intervention to Restore Production
### Bespoke PLEM Repair Tooling Suite Enables Intervention to Restore Production
In early 2023, Oceaneering was contracted by a major Gulf of Mexico operator to provide a fast-track…
Learn More ](https://www.oceaneering.com/case-studies/bespoke-plem-repair-tooling-suite-enables-intervention-to-restore-production/) [ ### Delivering Bespoke Tooling and Hardware for Australian P&A Campaign
### Delivering Bespoke Tooling and Hardware for Australian P&A Campaign
In early 2021, Oceaneering assisted with the permanent plug and abandonment (P&A) of two wells located approximately…
Learn More ](https://www.oceaneering.com/case-studies/oceaneering-supports-australian-pa-campaign-with-bespoke-tooling-and-hardware/) [ ### High-Low ROV Skid Completes Rapid Shear of Drill Pipe in Test Operations Offshore Angola
### High-Low ROV Skid Completes Rapid Shear of Drill Pipe in Test Operations Offshore Angola
Learn More ](https://www.oceaneering.com/case-studies/high-low-rov-skid-completes-rapid-shear-of-drill-pipe-in-test-operations-offshore-angola/)## Frequently Asked Questions
### What is ROV tooling?
ROV tooling refers to the specialized subsea tools and equipment used by remotely operated vehicles (ROVs), traditionally deployed and operated using ROV manipulators to perform subsea operations including inspection, maintenance, intervention, and construction tasks.
### What types of ROV tools and subsea intervention tools are available for my projects?
Our catalog includes hydraulic, manual, and electric tools including Class 1-4 torque tools, cleaning systems, pumps, reservoirs, injection modules, cutting and intervention tools, sensors, and more. We cover everything from routine maintenance to complex subsea interventions.
### Can you engineer custom tooling for my unique challenge?
Absolutely. Our in-house engineers specialize in designing, manufacturing, and testing bespoke tools and skids for complex subsea tasks. If your project needs something that isn’t already available, we can deliver a solution that meets your exact requirements.
### How quickly can I access tools for my project?
With more than 10,000 tools positioned at key hubs worldwide, and over 4,000 rental tools cataloged for rapid selection, you get fast deployment wherever you operate. Our global footprint and strategically staged ROV tooling across locations means we are prepared to help you project stay on schedule.
### Does Oceaneering use its own ROV tools or third‑party solutions?
Our ROV tooling catalog includes a combination of internally developed tools and carefully selected third‑party solutions, integrated and supported to meet specific subsea operational requirements.
### What service models do you offer?
We offer integrated ROV service contracts, stand-alone rentals, and dedicated tooling pools. You can choose the model that best fits your operational and financial needs, and we’ll handle the rest.
### What is a customer-owned tooling pool and how does it benefit my operations?
A customer tooling pool is a dedicated set of tools that you own, but Oceaneering stores, maintains, certifies, and mobilizes for you. This means your equipment is always ready for deployment, reducing downtime and eliminating the hassle of logistics and maintenance.
### Why should I choose Oceaneering for ROV tooling?
You get confidence, not just components. Our decades of engineering experience, global reach, and commitment to custom solutions mean you can trust us to keep your operations moving.
## Contact Us
### Get the Right Tool for the Job
Contact our tooling specialists to rent a tool, build your kit list, set up a dedicated pool, or ask us for a custom solution.
**Categories:** Remotely Operated Vehicles (ROVs)
---
### [Rotator Technologies](https://www.oceaneering.com/rotator-technologies/)
**Published:** September 29, 2023
**Author:** Madelyn Werner
**Content:**
[ Discuss a Project ](https://oceaneering.com/rotator-technologies/#contact)# Rotator Technologies
We design and manufacture the industry’s premier valves for critical oil and gas operations.
 We leverage over 60 years’ experience to deliver industry-leading, field-proven subsea and topside valves. Our products are backed by unparalleled quality, reliability, and global support. ## Subsea and Topside Products
[  ](https://oceaneering.com/rotator-technologies/chemical-throttle-valves/) ### Chemical Throttle Valve (CTV)
Continuous subsea chemical injection via the industry’s smallest, lightest, and most contamination-tolerant designs.
[ Learn More ](https://oceaneering.com/rotator-technologies/chemical-throttle-valves/) [  ](https://oceaneering.com/rotator-technologies/hydraulic-directional-control-valves/) ### Hydraulic Directional Control Valve (HCV)
Control critical subsea functions with over 900 robust and contamination-tolerant HCV designs.
[ Learn More ](https://oceaneering.com/rotator-technologies/hydraulic-directional-control-valves/) [  ](https://oceaneering.com/rotator-technologies/rotary-control-valves/) ### Rotary Control Valve (RCV)
Ensure your critical functions topside and subsea with our robust, high-pressure designs.
[ Learn More ](https://oceaneering.com/rotator-technologies/rotary-control-valves/) [  ](https://oceaneering.com/rotator-technologies/topside-chemical-throttle-valves/) ### Topside Chemical Throttle Valve (T-CTV)
Accurate, continuous dosing via a filter-free, self-cleaning, and fully-automated chemical metering valve.
[ Learn More ](https://oceaneering.com/rotator-technologies/topside-chemical-throttle-valves/) [  ](https://oceaneering.com/rotator-technologies/subsea-hydraulic-cat-d-couplings/) ### Subsea Hydraulic CAT-D Couplings
Support optimized system design while reducing costs and risks associated with welding, inspections, and more.
[ Learn More ](https://oceaneering.com/rotator-technologies/subsea-hydraulic-cat-d-couplings/)  ## Rotator Test and Qualification Center
Accelerate product qualification and reduce project risk with comprehensive testing and validation services from our dedicated facility in Kristiansand, Norway. Combining advanced test capabilities, engineering expertise, and end-to-end support, we help customers verify performance, meet qualification requirements, and bring products to operation with confidence.
- Testing, qualification, and documentation
- Engineering, re-engineering, and fabrication support
- Hyperbaric, pressure, flow, function, and environmental testing
- Transparent reporting throughout the qualification process
- Decades of industry experience
## Contact Us
### Our team of experts is ready to help you get started.
Oceaneering offers best-in-class products and solutions, backed by unparalleled quality, reliability, and global support. Fill out the inquiry form to start a conversation today.
**Categories:** Valves (Rotator Technologies)
**Search Tags:** Rotator, Rotator Technologies
---
### [Workover Control Systems (WOCS)](https://www.oceaneering.com/workover-control-systems/)
**Published:** November 8, 2023
**Author:** Andrew Dodson
**Content:**
[ Discuss a Project ](https://oceaneering.com/workover-control-systems/#contact)# Workover Control Systems (WOCS)
We are industry leaders in completions, installations, and workover control system (WOCS) services, offering fully integrated project management and engineering solutions. Our systems are tailored to meet your operational requirements and project timeline.
Oceaneering has successfully completed over 900+ projects on-time and on-budget.
## Intervention and Workover Control Systems (IWOCS) vs ROV-Workover Control Systems (RWOCS)
### IWOCS
Dual Wire Gides
### RWOCS
A reliable and value added solution
   ### RWOCS
We enable remote operation of subsea well equipment via ROV using our state-of-the-art RWOCS to bring the service activity subsea. We offer both standalone and ROV-mounted configurations.
[ Learn More ](https://oceaneering.com/workover-control-systems/rwocs/)  ### IWOCS
Our traditional workover control systems deliver 99% uptime, even in deep waters (11,000 ft) and under high pressures (15,000 psi). Our systems are both rig- and vessel-deployable for unmatched flexibility and reduced cost.
[ Learn More ](https://oceaneering.com/workover-control-systems/iwocs/)# Intervention Solutions
Solve your drill support, completions, installation, production enhancement, and decommissioning challenges-from routine to extreme. Find the solution for you in our portfolio of industry-leading light well intervention packages, ROV tools, flow assurance solutions, and decommissioning equipment.
[ Learn More ](https://oceaneering.com/intervention-tooling/)## Contact Us
### Our team of experts is ready to help you get started.
Oceaneering offers best-in-class products and solutions, backed by unparalleled quality, reliability, and global support. Fill out the inquiry form to start a conversation today.
---
### [Decommissioning Solutions](https://www.oceaneering.com/decommissioning/)
**Published:** October 16, 2023
**Author:** Louder Agency
**Content:**
[ Discuss a Project ](https://oceaneering.com/decommissioning/#contact)# Decommissioning Solutions
For more than 25 years, Oceaneering has successfully served its clients’ global needs for cost-effective decommissioning solutions that ensure the safe, efficient removal of offshore infrastructure such as platforms, conductors, subsea hardware and wells. While our decommissioning track record has been built on reliable cutting services and complimentary tooling rental, we can execute projects with larger workscopes by combining our multitude of complementary discrete services and products into a single integrated offering. Our safety management program, decommissioning experience, project management capabilities, bundling of services and cost competitive solution set us apart from other decommissioning providers.
## Track Record
(Updated 2018)  ## Other Services
Our broad portfolio of tools and service offering enables cost-effective solutions across decommissioning to provide greater value at a lower total cost of ownership for our customers. #### Example of other services include:
- [Remote piloting and monitoring from Oceaneering’s Onshore Control Centers](https://oceaneering.com/rov-services/rov-technology/#rpact)
- FEED studies, engineering analysis, and technical assessment
- Site remediation (rock dumping, trenching, surveying)
- Cleaning and inspection of subsea infrastructure
- Marine sampling and surveying
- Project management
- Inspection of wells
- Recovery of debris
- Long-term monitoring
 ## Decommissioning Brochure
[ Decommissioning Solutions ](https://oceaneering.canto.com/download/document/8dbek0l8h911t3833o1l0ik20p/original.pdf)## Contact Us
### Our team of experts is ready to help you get started.
Oceaneering offers best-in-class products and solutions, backed by unparalleled quality, reliability, and global support. Fill out the inquiry form to start a conversation today.
**Categories:** Decommissioning
**Search Tags:** Decommissioning
---
### [Subsea Hydraulic CAT-D Couplings](https://www.oceaneering.com/rotator-technologies/subsea-hydraulic-cat-d-couplings/)
**Published:** October 2, 2023
**Author:** Madelyn Werner
**Content:**
[ Discuss a Project ](https://oceaneering.com/rotator-technologies/#contact) Cartridge, Adapter, Tubing Design (CAT-D) # Subsea Hydraulic
CAT-D Couplings
Our cutting edge hydraulic couplings support optimized system design while reducing costs and risks associated with welding, inspections, and more.
## Why Weld More When You Can Weld Less?
Fully machined to include an adapter and tubing extension, our hydraulic couplings significantly reduce the cost and time associated with welding, inspection, and associated documentation. Metal-to-metal and simultaneous dual sealing poppet technology increase performance while the coupling’s cartridge design eliminates the need for special tooling when replacing poppets and seals. [ Subsea Hydraulic CAT-D Couplings ](https://oceaneering.canto.com/download/document/7lo9caio8p295580athorhpp65/original.pdf)## The Future of Couplings
### Significant Cost Savings
- Weldless design simplifies assembly and reduces cost
- Superior performance and lowered cost for multiple applications throughout subsea systems
- CAT design simplifies supply chain
### Simplified Fabrication and Assembly
- System can be flushed without seal-containing cartridge
- Coupling available in front and rear loading configurations
### Optimized Performance
- Improved flow coefficient supports optimization of system design
- Removable cartridge design enables seal replacement without special tooling
## CAT-D Couplings
Standard Specifications Technical Data
| Flow configurations (with or without poppets) | 1/4 in | 1/2 in | 1 in |
|---|---|---|---|
| Seals | Dual redundant sealing: Primary metal-to-metal seal, secondary PEEK seal |
| Rated working pressure | 15,000 psi / 1035 bar |
| Design depth | 13,123 ft / 4000 m |
| Cracking pressure | 200 psi / 13.8 bar |
| Mate / De-mate Cycles | 20 times |
| Design life | 30 years |
| Material class (API 6A) | FF-15 PSI PP H2S Temperature rating: 0 to 150°F / -18 to 65°C |
| Temperature ratings | Design: 0 to 104°F / -18 to 40°C Operational: 23 to 104°F / -5 to 40°C Transport / Storage: 0 to 122°F / -18 to 50°C |
| Contamination tolerance | SAE AS4059 Class 12 B-F |
| Flow configurations (with or without poppets) | ¼ in | ½ in | 1 in |
| Cv / Kv (flow coefficient) | With poppet | Cv: 0.50 | With poppet | Cv: 2.20 | With poppet | Cv: 5.00 |
| Kv: 0.43 | Kv: 1.90 | Kv: 4.32 |
| Without poppet | Cv: 2.30 | Without poppet | Cv: 8.60 | Without poppet | Cv: 27.50 |
| Kv: 1.99 | Kv: 7.43 | Kv: 23.76 |
| Peak dynamic separation force | 0.124 lbf/psi \| 8 N/bar | 0.310 lbf/psi \| 19.8 N/bar | 0.780 lbf/psi \| 50 N/bar |
Mechanical Design
| Flow configurations (with or without poppets) | 1/4 in | 1/2 in | 1 in |
|---|---|---|---|
| Dimension | Standard - front mounted Ø0.75 in / 19.05 mm Optional - rear mounted male coupler Ø0.98 in / 25 mm | Standard - rear mounted Ø1.53 in / 39 mm | Standard - rear mounted Ø2.18 in / 55.5 mm |
| Poppet | True, dual-barrier design (no deformation process) |
| Mounting configurations | Rear plate mounting as standard. Front plate mounting available |
| Weldless design | Integrated adapter and tubing extension (typically 3.94 in / 100 mm) |
| Cartridge design | Additional dual sealing arrangement with quick seal replacement |
| Tooling | Standard |
| Misalignment | Meets radial misalignment of 0.0125 in / 0.3175 mm Mating tested with 0.0125 in / 0.3175 mm radial misalignment and 7.1 lb / 3.2 kg of radial direct load Mating tested with angular offset and applied bending moment of 14.75 ft.lbf / 20 Nm \*Oceaneering Rotator can complete custom misalignment testing, on request. |
Materials
| External Components Wetted by Seawater |
|---|
| Female Coupler |
| Female body Coupler nut Female cartridge | Nitronic 50 HS \[UNS S20910, XM19\] |
| Seal cartridge | Nitronic 50 HS \[UNS S20910, XM19\] PEEK |
| Male Coupler |
| Male body Coupler nut Male cartridge | Nitronic 50 HS \[UNS S20910, XM19\] |
| Internal Components Wetted by Chemicals |
| Female coupler |
| Female body Female cartridge | Nitronic 50 HS \[UNS S20910, XM19\] |
| Seal cartridge | Nitronic 50 HS \[UNS S20910, XM19\] PEEK |
| Poppet | Nitronic 50 HS \[UNS S20910, XM19\] PEEK Inconel 718 \[UNS N07718\] Elgiloy \[UNS R30003\] |
| Male Coupler |
| Male body Male cartridge | Nitronic 50 HS \[UNS S20910, XM19\] |
| Poppet | Nitronic 50 HS \[UNS S20910, XM19\] PEEK Inconel 718 \[UNS N07718\] Elgiloy \[UNS R30003\] |
| Other Components |
| Mated Female and Male Couplings |
| Seals – Chemical to sea water | Silver-plated metal seal, FFKM (Dual redundant seals) |
| Seals – Chemical to sea water | Gold-plated metal seal, PEEK, FFKM (Dual redundant seals) |
| Seals – Sea water to internal | PEEK, FFKM |
| Unmated Female and Male Coupling |
| Seals- Chemical to seawater | Silver-plated metal seal, FFKM (dual redundant seals) |
| Seals – Chemical to sea water | Inconel 718 \[UNS N07718\], PEEK (dual redundant seals) |
| Seals – Sea water to internal | FFKM |
\*Custom options available upon request.
## A Robust, Innovative Alternative to Existing Market-Available Solutions
 Male Coupling Body ###### **Male Coupling Body**
Seal Cartridge ###### **Seal Cartridge**
Female Cartridge ###### **Female Cartridge**
Poppet ###### **Poppet**
Poppet ###### **Poppet**
Male Cartridge ###### **Male Cartridge**
Female Coupling Body ###### **Female Coupling Body**
[ Retaining Nut (Male) ](https://www.oceaneering.com/asset-integrity/floating-systems-inspection-and-integrity-services/special-periodic-surveys-and-uwild/)###### **Retaining Nut (Male)**
Retaining Nut (Female) ###### **Retaining Nut (Female)**
## Contact Us
### Our team of experts is ready to help you get started.
Oceaneering offers best-in-class products and solutions, backed by unparalleled quality, reliability, and global support. Fill out the inquiry form to start a conversation today.
**Categories:** Valves (Rotator Technologies)
**Search Tags:** Rotator Technologies, Subsea Valves
---
### [Ocean Evolution](https://www.oceaneering.com/subsea-projects/vessel-fleet/ocean-evolution/)
**Published:** July 24, 2026
**Author:** Louder Agency
**Content:**
[ Discuss a Project ](https://oceaneering.com/subsea-tiebacks/#contact)# Ocean Evolution
Our US-flagged, industry-leading subsea construction vessel, MSV Ocean Evolution, offers a turnkey solution backed by a portfolio of advanced technologies ready to solve your most complex challenges. [ Watch the video ](https://oceaneering.canto.com/direct/video/g17t3o987l2h5cq9a0f54g142i/uO8b8bntI5NTyNsxJFhwLA9wRvQ/original?content-type=video%2Fmp4&name=Ocean+Evolution.mp4)## Supports advanced life-of-field operations
Ocean Evolution supports rapid response with the industry’s most ecologically friendly and capable Jones Act-compliant subsea construction vessel available in the Gulf of Mexico in depths up to 13,323 ft (4,000 m).  Reduces the complexity of managing multiple vendors and scheduling
 Certified for the transport of hazardous cargo
 Redundant systems reduce need to return to port if there is an issue – increasing uptime and reducing costs
## Service Capabilities
- ROV and diving operations
- Flowline, umbilical, and pre- and post-mat installation
- Hydrate remediation
- Subsea pumping
- Well stimulation and intervention
- Inspection, maintenance, and repair (IMR) activities
- Tree installation and removal
- Well abandonment and wireline services
 ## The Design
Designed to accommodate 110 people, Ocean Evolution is based on the MT 6022 Norwegian hull design and was built to an [ABS Habitation Plus (Hab+) notation](https://ww2.eagle.org/en/about-us/safety/workplace-design/habitability.html).
Ocean Evolution is equipped with two work-class remotely operated vehicles (ROVs), deployable from hangars, with active heave compensated (AHC) launch and recovery systems (LARS) on either side of the vessel.
## Special Features
### Low Carbon Emissions
Ocean Evolution is an ecologically-friendly vessel holding a Green Passport. It was built for reliability with five low-emission EPA Tier 4 diesel engines with a combined generating capacity of 16 MW on a three-bus system. Ocean Evolution’s fifth engine and third bus provide redundancy, allowing the vessel to stay on location should a failure occur.
### Enhanced Station Keeping
Ocean Evolution can maintain position even during extreme weather conditions. The vessel’s position is held using two tunnel thrusters and a drop down thruster in the bow along with two e Azipull thrusters in the stern. Props on the propulsion systems can be turned 360⁰ and were designed to optimize dynamic positioning of the vessel.
### Lifting Power
Measuring 353 ft (107.6 m) long, and weighing 6,000 T, Ocean Evolution is equipped with a 250 mT AHC crane with a 13,000 ft (4,000 m) work capacity. The crane also has a special lifting mode that provides 118 ft (36 m) of hook height above the main deck, allowing crews to lift tall wellheads, large pin piles, and other oversized equipment off the deck.
### Strong Deck
The vessel’s 12,595 ft2 (1170 m2) steel-constructed deck is designed to carry heavy loads and to accommodate multiple applications. The deck can support 2,048 lbf/ft2 (10 MT/m2 ) or a total of 2,200 MT(4.85 million lbf). The steel deck enables easier and faster welding to secure equipment.
### Storage Capacity
Ocean Evolution can accommodate fluids needed for well stimulation and hydrate treatment with tanks for special products with a total capacity of 109,000 gallons (412.6 m3).
### Unique Bridge
Ocean Evolution features a unique bridge, configured with starboard and port redundant control stations to provide full view of crane operations and ROV deployment on each side of the vessel.
 ## MSV Ocean Evolution Brochure
[ Download Letter ](https://oceaneering.canto.com/download/document/4e3948u9n52iladj1mu8dg287v/original.pdf)## Relevant Articles
## Contact Us
### Our team of experts is ready to help you get started.
Oceaneering offers best-in-class products and solutions, backed by unparalleled quality, reliability, and global support. Fill out the inquiry form to start a conversation today.
**Categories:** Vessels
**Search Tags:** Ocean Evolution, Vessels
---
### [Oil and Gas](https://www.oceaneering.com/oil-and-gas/)
**Published:** October 16, 2023
**Author:** Kristen Thurman
**Content:**
# Oil and Gas
We deliver integrated solutions across the life of field to provide greater value and a lower total cost of ownership. Using integrated tools, services, innovative technology, and experienced personnel, we increase oil and gas project quality and reliability while minimizing risk on a global scale. ## Planning and Pre-Drilling
During the earliest stages of field development, we provide front end engineering design (FEED), early-phase, and conceptual studies as well as engineering, surveying, lifecycle integrity, and total cost of ownership planning services.
- [Survey and Mapping](/survey-and-mapping/)
- [Asset Integrity](/asset-integrity/)
## Drilling and Completions
We provide a wide range of drilling and completions support services from aboard vessels and operational bases around the world. Our portfolio, experience, and footprint enable us to provide customized services rapidly and cost effectively. We meet operational needs with services, including: remotely operated vehicles (ROVs) and tooling, dredging, BOP intervention and control systems, communication solutions, subsea valves, and on-site machining and cutting.
- [ROV Services](/rov-services/)
- [Decommissioning](/decommissioning/)
- [Subsea Valves](/subsea-valves/)
- [Data Management](/data-management/)
## Installation and Construction
We offer the world’s largest fleet of installation, workover, and control systems (IWOCS) in addition to providing fully integrated project management and engineering solutions. Our solutions cover your operations throughout the project lifecycle, with expertise in flow assurance, vessel services, subsea connections, communications solutions, umbilicals, diving, pipeline repair, and ROV services and tooling.
- [ROV Services](/rov-services/)
- [Flow Assurance](/flow-assurance/)
- [Subsea Distribution Hardware](https://oceaneering.com/subsea-distribution-solutions/products/)
- [Pipeline Repair](/pipeline-repair-systems/)
- [Connection Systems](/subsea-connection-systems/)
- [Data Management](/data-management/)
- [Subsea Projects](/subsea-projects/)
## Production and Maintenance
To enable you to gain the greatest return on your investments, we provide a range of services targeted at increasing production and maintaining critical assets. To date, we have helped increase customer production by 15 million bbl. To this end, we provide services related to ROVs and tooling, engineering, flow assurance, IWOCS, pipeline repair, asset integrity, diving, communications solutions, asset tracking, dredging, umbilicals, cutting, and inspection, maintenance, and repair.
- [ROV Services](/rov-services/)
- [Flow Assurance](/flow-assurance/)
- [Pipeline Repair](/pipeline-repair-systems/)
- [Asset Integrity](/asset-integrity/)
- [Data Management](/data-management/)
- [Subsea Projects](/subsea-projects/)
- [Subsea Distribution Hardware](/subsea-distribution-solutions/products/)
- [Decommissioning](/decommissioning/)
- [Inspection, Maintenance, and Repair](https://oceaneering.com/inspection-maintenance-and-repair-imr-solutions/)
## Decommissioning
We plan and execute cost-effective solutions that enable the safe and efficient removal of infrastructure such as platforms, conductors, subsea hardware, and wells. From first cut to removal, we help streamline your entire decommissioning process. To decrease risk in decommissioning oil and gas assets, we deploy ROV services and tooling, vessels, cutting and dredging tools, diving services, and communications solutions.
- [ROV Services](/rov-services/)
- [Decommissioning](/decommissioning/)
- [Data Management](/data-management/)
- [Diving](/diving/)
## Onshore
Our risk-based assessment and inspection approach has evolved to meet the changing demands of the oil and gas market. We provide inspection services and integrity management solutions tailored to meet your needs. Our lifecycle integrity, non-destructive testing, crane and lifting, on-site machining and cutting, and composite repair services enable you to achieve your onshore objectives faster and more reliably.
- [Asset Integrity](/asset-integrity/)
## Industry Recognition and Awards
As a leader in oilfield products and services, we have been recognized throughout the years for our technological innovation and commitment to excellence. In EnergyPoint Research’s annual Oilfield Products & Services Customer Satisfaction Survey, we have consistently ranked first across the Oilfield Products market. Our performance as of the group’s 2016 survey is as follows.
- First in “ROVs” for nine surveys (since 2006)
- First in “performance and reliability” and “subsea equipment” for seven surveys
- First in “deepwater applications” for six surveys
- First in “offshore applications” for two surveys
- First in “harsh environment wells,” “ultra-deepwater applications,” and “post-sale support” for one survey
We have also been recognized for introducing industry-changing technologies in the offshore oil and gas arena by [the Offshore Technology Conference (OTC)](https://www.otcnet.org/). Below are our past OTC Spotlight on New Technology℠ Award wins.
- Remote piloting and control technology (RPACT), 2016
- Deepwater pile dredge, 2015
- MagnaScan™ subsea inspection system, 2015
Our safety performance in offshore environments has also been commended. We received the [National Ocean Industries Association (NOIA)](http://www.noia.org/) Safety in Seas “Safety Practice Award” in 2016.
## Contact Us
### Our team of experts is ready to help you get started.
Oceaneering offers best-in-class products and solutions, backed by unparalleled quality, reliability, and global support. Fill out the inquiry form to start a conversation today.
**Search Tags:** Oil and Gas
---
### [Mobile Apps: Magnified by Oceaneering](https://www.oceaneering.com/magnified/)
**Published:** February 12, 2024
**Author:** Monica Dahl
**Content:**
Mobile Apps
# Magnified™ by Oceaneering
See Oceaneering like never before.
## Experience Innovation in the Palm of Your Hand
Magnified™ by Oceaneering features our industry-leading, field-proven technologies that meet any project challenge – from routine to extreme – all in the palm of your hand using an augmented reality app. Gain access to games, exploded views of tools, 3D tours, product brochures, use cases, contact forms, and more.
## Dive into our Products and Services
### Pipeline Connection and Repair Systems
View 360-degree and exploded views of our M5 Connector.
### Oceaneering Mobile Robotics
Test your skills -Move various objects with our MaxMover™ and UniMover™ mobile robots.
### Rotator Technologies
View our onshore and offshore valve offerings.
### Freedom™ Autonomous Underwater Vehicle System
Undertake a new mission in this AR environment.
### MSV Ocean Evolution
Tour and view different offshore mobilization modes.
### Grayloc® Products
Practice assembling a Clamp Connector in a timed game.
### Grayloc® Products
Dictate flow and pressure with our Nozzle Check Valve.
## Download our app now from these platforms
Take Oceaneering on the go.
[ Download on the App Store ](https://apps.apple.com/in/app/magnified-by-oceaneering/id1600107058)  [ Get it on Google Play ](https://play.google.com/store/apps/details?id=com.oceaneering.magnified)  For more information, see our [privacy policy](https://www.oceaneering.com/eula/).
## Contact Us
### Our team of experts is ready to help you get started.
Oceaneering offers best-in-class products and solutions, backed by unparalleled quality, reliability, and global support. Fill out the inquiry form to start a conversation today.
**Search Tags:** App
---
### [CompactMover™ Conveyor U 400](https://www.oceaneering.com/compactmover-conveyor-u-400/)
**Published:** October 4, 2023
**Author:** Louder Agency
**Content:**
# CompactMover™ Conveyor U 400
 Forklifts
## CompactMover™ Conveyor U 400
The CompactMover™ Conveyor U 400 is a member of Oceaneering’s family of forklift mobile robots. The robot offers a fully electric solution without hydraulics to enable easy maintenance. Its moveable conveyor enables load transfer at variable heights within the same facility. It offers fast driving speeds to reduce transport time. As with all our mobile robots, the CompactMover™ U 400 can be operated in mixed fleets.
##### Accommodates a large variety of load types:
- Boxes
- Totes
- Pallets
- Small containers between fixed conveyor systems
- Storage racks that contain rollers
##### Brochures
[ Download Letter ](https://oceaneering.canto.com/download/document/5l11hp5tf15s749gs6j4pmcp1f/original.pdf) [ Download A4 ](https://oceaneering.canto.com/download/document/csgfi4if2578db9bvg9fv53p0o/original.pdf) [ Download A4 \| German ](https://oceaneering.canto.com/download/document/ik8e6dn7j55bp4v38p28nqs51s/original.pdf) 
### Drive
Unidirectional
### Drive speed
Up to 6.3 ft/s \| 1.9 m/s
### Navigation
Natural Feature
### Handling height
16.9 in to 63 in /
428 mm to 1600 mm 
### Max payload
882 lb / 400 kg
[  ](https://oceaneering.com/wp-content/uploads/2023/10/2022-OMR-MMU-03-3-1.png) [  ](https://oceaneering.com/wp-content/uploads/2023/10/2022-OMR-MMU-01-1.png) [  ](https://oceaneering.com/wp-content/uploads/2023/10/2022-OMR-MMU-02-1.png) Previous Next Contact Us
### Our team of experts is ready to help you get started.
Oceaneering offers best-in-class products and solutions, backed by unparalleled quality, reliability, and global support. Fill out the inquiry form to start a conversation today.
“\*” indicates required fields
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I consent to Oceaneering processing my personal data in order to send information on Oceaneering events, products and services. I understand that I may withdraw my consent at any time using the unsubscribe option. Δ
**Categories:** Mobile Robotics
**Search Tags:** Forklifts, Mobile Robotics
---
### [Thank you for signing up for C-Nav Alerts](https://www.oceaneering.com/thank-you-for-signing-up-for-c-nav-alert/)
**Published:** November 9, 2023
**Author:** Madelyn Werner
**Content:**
# Thank you for signing up for Oceaneering® C-Nav Alerts.
---
### [Resources](https://www.oceaneering.com/resources/)
**Published:** September 22, 2023
**Author:** Andrew Dodson
**Content:**
Learning Center
# Resource Library
Explore resources and product information by industry, type and topic. Content Types Categories Industry [  Case Studies ### Private: Developing Supervised Automated Version Control and Functional Location Extraction Software
](https://www.oceaneering.com/case-studies/developing-supervised-automated-version-control-and-functional-location-extraction-software/) [  Case Studies ### Private: Redefining Offshore Acceptance Testing with Remote Collaboration
](https://www.oceaneering.com/case-studies/redefining-offshore-acceptance-testing-with-remote-collaboration/) [  Case Studies ### Private: Delivering an Innovative Remotely Operated Vehicle Pumping Solution for Blowout Preventer Emergency Closure
](https://www.oceaneering.com/case-studies/delivering-an-innovative-remotely-operated-vehicle-pumping-solution-for-blowout-preventer-emergency-closure/) [  Case Studies ### Private: Remote Operations and Virtual Command Center Support Critical Offshore Tasks
](https://www.oceaneering.com/case-studies/remote-operations-and-virtual-command-center-support-critical-offshore-tasks/) [  Case Studies ### Experienced ROV Team Executes Time-Critical Clamp Intervention Scope Helping Operator Avoid a Minimum of 14 Days Rig Downtime
](https://www.oceaneering.com/case-studies/experienced-rov-team-executes-time-critical-clamp-intervention-scope-helping-operator-avoid-a-minimum-of-14-days-rig-downtime/) [  Case Studies ### SOLVing the Challenges of Fabric Maintenance: Leveraging Software Platform to Increase Efficiency and Cost Savings
](https://www.oceaneering.com/case-studies/solving-the-challenges-of-fabric-maintenance-leveraging-software-platform-to-increase-efficiency-and-cost-savings/) [  Case Studies ### Private: A Decade of Remote Survey: Supporting 44 Moves of a Single Drilling Rig
](https://www.oceaneering.com/case-studies/a-decade-of-remote-survey-supporting-44-moves-of-a-single-drilling-rig/) [  Case Studies ### Leveraging Advanced Drone System for Hull Column Tank Inspection On Shell’s Appomattox FPS
](https://www.oceaneering.com/case-studies/leveraging-advanced-drone-system-for-hull-column-tank-inspection-on-shells-appomattox-fps/) [  Case Studies ### Extending the Safe Operational Life of Ageing Flexible Risers
](https://www.oceaneering.com/case-studies/extending-the-safe-operational-life-of-ageing-flexible-risers/)
**Search Tags:** Brochures, Case Studies, News and Media, Quality Moments, Safety Moments, Videos
---
### [Holiday Card](https://www.oceaneering.com/holiday-card/)
**Published:** December 12, 2024
**Author:** Michael Conner
**Content:**
# Holiday Cards
    For more holiday cards, visit our [YouTube](https://www.youtube.com/playlist?list=PL9UEzD1gqOKeC7njI-OuojswRAv1IOoOP) channel.
---
### [AVG Signup](https://www.oceaneering.com/agv-signup-2/)
**Published:** November 27, 2023
**Author:** Kristen Thurman
**Content:**
# Get the latest Mobile Robotics updates
 "\*" indicates required fields Name\* First Last Company\*Email\* Message### Sign up to receive
Sign up to receive future Advanced notification on the development of AGVs Company news and event invitations Register Now Δ
**Categories:** Mobile Robotics
**Search Tags:** Mobile Robotics, Robotics
---
### [Customer Support | Hardware C-Nav3050](https://www.oceaneering.com/positioning-solutions/customer-access-and-resources/)
**Published:** November 9, 2023
**Author:** Madelyn Werner
**Content:**
[ Discuss a Project ](https://www.oceaneering.com/positioning-solutions/#contact)# C-Nav Customer Support
We are committed to providing 24/7 support for all Oceaneering® C-Nav® products and services. Contact us by phone at any of the numbers below, or via email at <cnavsupport@oceaneering.com>.
### North and Central Americas
5004 Railroad Ave
Morgan City, LA 70380 [+1 337 210 0000](tel:1%20337%20210%200000)
### South America
Rua Lady Esteves da Conceição 1020
Novo Cavaleiros, Macaé – RJ, Brazil [+55 (21) 9 7629 9606](tel:55%20(21)%209%207629%209606)
### Europe, Africa and Middle East
5 Hillside Road
Bury St Edmunds
IP32 7EA UK [+44 (0) 1284 703 800](tel:44%20(0)%201284%20703%20800)
### Asia
25B Loyang Crescent
Block 302, Unit 02-01
Singapore, 506817 [+65 6501 1149](tel:65%206501%201149)
We provide convenient online access to a customer portal, helpdesk, reference guides, and other resources to help make the most of our positioning solutions.
**Categories:** C-Nav® Positioning Solutions
**Search Tags:** C-Nav Positioning Solutions
---
### [Remote Services](https://www.oceaneering.com/remote-services/)
**Published:** October 17, 2023
**Author:** Kristen Thurman
**Excerpt:** Connect offshore teams with onshore pilots, engineers, survey specialists, and technical advisors for greater operational flexibility.
**Content:**
[ Discuss a Project ](https://www.oceaneering.com/remote-services/#contact)
# Remote Services
Rethink the way offshore operations are run from end-to-end.
## Run Your Offshore Operations from Onshore
Oceaneering’s offshore expertise paired with high uptime and communications enables real-time monitoring, execution, and decision making. With your remote operations running from an onshore base, you can increase operational flexibility, reduce carbon footprint, and reduce risk to employees.
### Reduce CO2 Emissions
### Reduce Topside Footprint
### Reduce Required POB
### Lower Logistics Costs
### Streamline Data Collection
## OROCs
### Onshore Control for Offshore Execution
Our Onshore Remote Operations Centers (OROCs) enable offshore operations to be monitored, piloted, and supported from dedicated onshore facilities. By moving key personnel and decision-making onshore, OROCs increase operational flexibility, reduce offshore exposure, and support more efficient use of vessels and personnel. Our global facilities provide a scalable foundation for modern, digitally enabled offshore operations.
[ Learn More ](https://www.oceaneering.com/remote-services/onshore-remote-operations-centers-orocs/)
## Asset Agnostic Piloting Console
### Simplifying Multi-Asset Remote Piloting
Operating multiple uncrewed systems often means asset-specific controls, extensive retraining, and costly changes to control rooms. The Asset Agnostic Piloting Console solves these challenges using a standardized piloting environment that supports ROVs, AUVs, UUVs, USVs, and other platforms. A consistent, software-driven interface enables remote, onsite, and simulation operations using a single, consistent interface, helping teams transition between assets and campaigns more efficiently while maintaining operational continuity.
  ## Simulation Services
### De-Risking Operations Through Simulation
Our Simulation Services help you train teams, test concepts, and prepare for complex subsea operations before going offshore. Using a physics-based simulation environment, real-world forces such as hydrodynamics, vehicle response, and tool interaction are realistically replicated. This allows ROV pilots to prepare for a wide range of mission scenarios in conditions that mimic what they will experience subsea, building confidence and consistency in a low‑risk setting.
##### Validate Designs Earlier
Simulation Services also support tooling, equipment, and operational development early in the project lifecycle. Designs and procedures can be evaluated against realistic subsea behavior, allowing you to validate performance, refine approaches, and identify efficiencies before physical testing or offshore execution. By replicating operational conditions virtually, uncertainty is reduced, decision making improves, and teams are better prepared for safe, efficient offshore execution.
RPACT
## Remote Piloting and Automated Control Technology
Our OROC facilities feature our signature Remote Piloting and Automated Control Technology (RPACT), which enables full ROV piloting via virtual connection technologies such as vessel-to-vessel radio frequency (RF), satellite/Internet, or subsea optical link. Software also supports collaborative control e.g. Onshore pilot flies ROV while Offshore pilot operates manipulators.
Supplemented with preprogrammed and automated commands, RPACT uses video processing software that analyzes video, determines spatial distances, and recognizes shapes to enable hands-free movement of the ROV. This provides an essential pilot aid while operating the ROV over long-latency communication links.
[ Remote Piloting and Automated Control Technology (RPACT) ](https://oceaneering.canto.com/download/document/idcngclcrt2jj53n44fmeko32f/original.pdf)
## Enabling Technologies
Oceaneering’s remote technologies enable real-time decision making thanks to our advanced data communications and cloud software solutions.
[  ](https://oceaneering.canto.com/download/document/lahb9qrv8d7vb37kcmsugea10o/original.pdf)### [ Bring Your Data Communications into the 21st Century ](https://oceaneering.canto.com/download/document/lahb9qrv8d7vb37kcmsugea10o/original.pdf "Bring Your Data Communications into the 21st Century")
Our **Satellite Agnostic Intelligent Link (SAIL)** Solution combines LTE, Wi-Fi, and Multi-Orbit Satellite Constellations to provide secure communication and networking capabilities, improving our customers’ network speeds from the frustrating dial-up connections of last century. SAIL has been used by our customers to enable the offshore drilling rig of the future, today.
[ Satellite Agnostic Intelligent Link (SAIL) Solution ](https://oceaneering.canto.com/download/document/lahb9qrv8d7vb37kcmsugea10o/original.pdf)
[  ](https://oceaneering.canto.com/download/document/obi7vkr4r931pefv15g160q90u/original.pdf)### [ Live Data Access and Cloud Storage ](https://oceaneering.canto.com/download/document/obi7vkr4r931pefv15g160q90u/original.pdf "Live Data Access and Cloud Storage")
Access and manage your data when and how you need it while monitoring subsea and topside operations from shore. **Oceaneering Media Vault (OMV)** offers advanced live streaming and archiving solutions to meet your needs for real-time remote monitoring and data analytics solutions.
[ Learn more ](https://oceaneering.com/asset-intelligence-and-management/media-and-integrity-management/)
## Contact Us
### Our team of experts is ready to help you get started.
Oceaneering offers best-in-class products and solutions, backed by unparalleled quality, reliability, and global support. Fill out the inquiry form to start a conversation today.
**Categories:** Remote Operations
**Search Tags:** Integrated Rig Solutions, Remote Services
---
### [ROV Personnel and Training](https://www.oceaneering.com/rov-services/rov-personnel-training/)
**Published:** November 9, 2023
**Author:** Madelyn Werner
**Excerpt:** Build operational readiness through experienced personnel, advanced simulation, hands-on instruction, and standardized procedures.
**Content:**
# ROV Personnel and Training
As the industry’s leading provider of ROV services, we are dedicated to educating not only our own employees, but also our customers.
# Oceaneering ROV Supervisors and Pilot Technicians
In pursuit of establishing the industry’s most skilled ROV workforce, we opened the world’s first work class ROV training center in 1996. Today, we have training centers in the U.S., Norway, the U.K., Brazil, Indonesia, and elsewhere.
## Training Centers
Our training centers house multimedia-equipped classrooms, electronics and hydraulics laboratories, and a fully functional ROV with a complete control suite. Much of the curriculum focuses on the ROV simulators used for pilot training.
Working at the simulator console, trainees learn basic flying skills and experience many of the challenges of offshore operations-before being sent offshore for the first time.
## Program Certifications
The following organizations have audited our ROV Training Program and have certified its professional status and instructional quality.
- International Maritime Contractors Association (IMCA)
- Louisiana Community & Technical College System (LCTCS)
- National Council for Occupational Education (NCOE)
The American Society for Training and Development (ASTD) certifies all of our instructors.
Contact Us
### Our team of expert is ready to help you get started.
Oceaneering offers best-in-class products and solutions, backed by unparalleled quality, reliability, and global support. Fill out the inquiry form to start a conversation today.
“\*” indicates required fields
Name\* First LastPhone\*Email\* Another Select One First Choice Second Choice Third Choice Another Select One First Choice Second Choice Third Choice Another AnotherLorem ipsum dolor sit amet, consetetur sadipscing elitr, sed diam nonumy eirmod tempor invidunt ut labore et dolore magna aliquyam erat voluptua.
Δ
**Categories:** Remotely Operated Vehicles (ROVs)
**Search Tags:** Remotely Operated Vehicles (ROV)
---
### [ROV Systems](https://www.oceaneering.com/rov-services/rov-systems/)
**Published:** November 9, 2023
**Author:** Madelyn Werner
**Content:**
[ Discuss a Project ](https://oceaneering.com/rov-services/#contact)
# ROV Systems
## Shaping the Future of Subsea Robotics
Our ROV fleet includes work class and inspection systems fit for applications from routine to extreme. As the industry evolves, so do we-our ROVs comply with API intervention standards and are rated for deep waters.
All Products
- All Products
- Electric
- Heavy Work Class
- Resident
- Work Class
[](https://www.oceaneering.com/rov-services/rov-systems/momentum-electric-rov/)
### [Momentum™ Electric ROV](https://www.oceaneering.com/rov-services/rov-systems/momentum-electric-rov/)
Supports work class operations with up to 30‑day no‑touch maintenance in complex subsea environments. [Learn More](https://www.oceaneering.com/rov-services/rov-systems/momentum-electric-rov/) [](https://www.oceaneering.com/products/magnum-plus-rov/)
### [Magnum Plus ROV](https://www.oceaneering.com/products/magnum-plus-rov/)
Delivers reliable deepwater intervention with 170-hp power, high payload versatility, and advanced tooling capabilities. [Learn More](https://www.oceaneering.com/products/magnum-plus-rov/) [](https://www.oceaneering.com/products/millennium-plus-rov/)
### [Millennium Plus ROV](https://www.oceaneering.com/products/millennium-plus-rov/)
Transforms lift capacity with an enhanced thruster configuration that increases lift capacity by more than 50% compared with the Millennium ROV system.[Learn More](https://www.oceaneering.com/products/millennium-plus-rov/) [](https://www.oceaneering.com/products/nexxus-rov/)
### [NEXXUS ROV](https://www.oceaneering.com/products/nexxus-rov/)
Raises the bar and exceeds API S53 specifications to solve demanding intervention tooling requirements.[Learn More](https://www.oceaneering.com/products/nexxus-rov/) [](https://www.oceaneering.com/products/enovus-rov/)
### [eNovus ROV](https://www.oceaneering.com/products/enovus-rov/)
Compact design powered by an environmentally conscious, 150-kVA electric (235-hp hydraulic equivalent) propulsion system.[Learn More](https://www.oceaneering.com/products/enovus-rov/) [](https://www.oceaneering.com/rov-services/next-generation-subsea-vehicles/isurus-rov/)
### [Isurus™ ROV](https://www.oceaneering.com/rov-services/next-generation-subsea-vehicles/isurus-rov/)
A true work class system that enables operations in high current conditions. [Learn More](https://www.oceaneering.com/rov-services/next-generation-subsea-vehicles/isurus-rov/) [](https://www.oceaneering.com/rov-services/next-generation-subsea-vehicles/freedom-autonomous-underwater-vehicle/)
### [Freedom™ AUV](https://www.oceaneering.com/rov-services/next-generation-subsea-vehicles/freedom-autonomous-underwater-vehicle/)
Uses feature-based navigation capabilities to deliver close-proximity, high-resolution data. [Learn More](https://www.oceaneering.com/rov-services/next-generation-subsea-vehicles/freedom-autonomous-underwater-vehicle/) [](https://www.oceaneering.com/rov-services/next-generation-subsea-vehicles/liberty-resident-system/)
### [Liberty™ Resident System](https://www.oceaneering.com/rov-services/next-generation-subsea-vehicles/liberty-resident-system/)
Fully self-contained subsea docking station supports remote, resident ROV and AUV operations.[Learn More](https://www.oceaneering.com/rov-services/next-generation-subsea-vehicles/liberty-resident-system/)
## Contact Us
### Our team of experts is ready to help you get started.
Oceaneering offers best-in-class products and solutions, backed by unparalleled quality, reliability, and global support. Fill out the inquiry form to start a conversation today.
**Categories:** Remotely Operated Vehicles (ROVs), Resident ROVs, ROV Tooling
**Search Tags:** Remotely Operated Vehicles (ROV)
---
### [Pipeline Repair](https://www.oceaneering.com/pipeline-repair/)
**Published:** November 14, 2023
**Author:** Vipan Kumar
**Content:**
[ Discuss a Project ](/pipeline-repair/#contact)
# Pipeline Repair
Decades of unmatched experience and innovative, field-proven pipeline repair technologies enable us to rapidly respond to your concerns. We implement safe, reliable solutions that minimize environmental impact and restore production quickly.
## Keep Your Production Online
## Subsea Pipeline Inspection and Repair
Avoid severe economic and environmental impacts associated with subsea pipeline failures and sudden production stoppages. Covering a broad range of sizes, pressure ratings, and water depths, we complete subsea inspection, identify failure modes, prepare damaged assets, and perform repairs that bring your production back online quickly. When it comes to creating the best pipeline repair solution for you, we are committed to **Connecting What’s Needed with What’s Next™**.
 Play Video
We have serviced and repaired more than0
Pipelines
## Failure Mode Identification
We deploy a [remotely operated vehicle (ROV)](https://oceaneering.com/rov-services) or [autonomous underwater vehicle (AUV)](https://oceaneering.com/survey-and-mapping/geoscience-and-auv-surveys/) to visually inspect pipelines and identify anomalies. We work with your pigging data to ensure we provide you with the most reliable and cost-effective solution. Our highly skilled engineers determine the level of damage, from minor defects to catastrophic failure, and develop a custom remediation plan.
### ROV Services
[ Millennium® Plus ](https://oceaneering.canto.com/download/document/m8lmrpktql1ut151i4d61fkp72/original.pdf) [ Magnum® Plus ](https://oceaneering.canto.com/download/document/6a76i8d2r56qr67pl4j8s8tr64/original.pdf) [ NEXXUS ](https://oceaneering.canto.com/download/document/s378t80gth0nlc78uio8k5to3q/original.pdf)
### Subsea Pipeline Inspection
[ Deepwater AUV Pipeline Inspection ](https://oceaneering.canto.com/download/document/niernsgve16a3emdtgrsgapu7l/original.pdf)
## Pipeline Preparation and Access
Our [dredging technologies](https://oceaneering.com/decommissioning/dredging/) remove debris and expose the damaged subsea pipeline. We use our extensive experience with coating removal, including concrete and fusion bonded epoxy (FBE), to ensure direct access to the pipeline’s base material. Exposing the pipeline and removing the coating facilitates further visual inspection and increases the efficacy of subsea inspection.
### Coating Removal
[ Protective Coating Removal Tools ](https://oceaneering.canto.com/download/document/hka39719mh677dfvoonqdr7l0t/original.pdf) [ Coating and Weld Seam Removal Tool ](https://oceaneering.canto.com/download/document/hhgt3e8h1922fcs7t0epkgbc4n/original.pdf)
### Subsea Dredging
[ 12 Inch Electric XL Dredge ](https://oceaneering.canto.com/download/document/p4oslspknd5b1doo3goaoojj69/original.pdf)
## Advanced Subsea Pipeline Inspection
We deploy advanced screening and assessment tools to evaluate subsea pipeline integrity. We combine our subsea and asset integrity expertise to screen miles of pipeline a day to locate anomalies. We use detailed methods and [subsea inspection technology](https://oceaneering.com/asset-integrity/in-service-inspection/subsea-inspection/) to define anomaly characteristics, both internal and external to the pipeline.
### Subsea Pipeline Inspection Tools
[ MagIQ SZ200 Scanning System ](https://oceaneering.canto.com/download/document/cvv245iaoh46pb3molqpmj185b/original.pdf) [ Neptune ](https://oceaneering.canto.com/download/document/nldfsitovd3d96vjdsodiie53q/original.pdf) [ Subsea Digital Radiography ](https://oceaneering.canto.com/download/document/76j74lipgt2lvbo3c7ged26i2g/original.pdf) [ Trident System ](https://oceaneering.canto.com/download/document/f01nln224t3m56rpm2qhs76i2t/original.pdf)
## Subsea Pipeline Repair Connections
Our catalog of [pipeline repair solutions](https://oceaneering.com/pipeline-repair-systems/) has evolved to meet the demands of challenging applications and harsh, deepwater environments.
### Subsea Pipeline Repair Hardware
[ Smart Flange Plus ](https://oceaneering.canto.com/download/document/vbo1iu2f0l51l9iftrpq9irm47/original.pdf) [ Diverless Smart Clamp ](https://oceaneering.canto.com/download/document/7ocrfr3jdt4d71adr261n8793q/original.pdf) [ Smart Tap ](https://oceaneering.canto.com/download/document/2flhlaqpbh6pdc4hi9mtgk2s63/original.pdf) [ Diver Assisted Smart Clamp ](https://oceaneering.canto.com/download/document/7via1227mt2lf7uqef7gcib31f/original.pdf) [ Hydraulic Double Grip and Seal Connector (HDGSC) ](https://oceaneering.canto.com/download/document/7hirf70vvp7at7cfactdc7mf2r/original.pdf)
We offer cost-effective, turnkey pipeline repair solutions to ensure safe, timely flow assurance and maximum uptime. We are able to quickly deploy and install any of our suite of proprietary clamps, flanges, and taps from our [industry-leading vessels](https://oceaneering.com/subsea-projects/vessel-fleet/), enabling faster turnaround.
### Field Proven. Industry Leading.
Read our case studies featuring pipeline repair projects.
[ See All Case Studies ](https://oceaneering.com/resources/?_content_types=case-study) Previous Next [ ](https://www.oceaneering.com/case-studies/oceaneering-completes-water-injection-pipeline-repair-at-field-offshore-angola/)
### Oceaneering completes water injection pipeline repair at field offshore Angola
### Oceaneering completes water injection pipeline repair at field offshore Angola
[Learn More ](https://www.oceaneering.com/case-studies/oceaneering-completes-water-injection-pipeline-repair-at-field-offshore-angola/) [ ](https://www.oceaneering.com/case-studies/oceaneering-enables-safe-continued-production-by-mitigating-the-risk-of-fatigue-on-a-thermowell/)
### Oceaneering Enables Safe, Continued Production by Mitigating the Risk of Fatigue on a Thermowell
### Oceaneering Enables Safe, Continued Production by Mitigating the Risk of Fatigue on a Thermowell
[Learn More ](https://www.oceaneering.com/case-studies/oceaneering-enables-safe-continued-production-by-mitigating-the-risk-of-fatigue-on-a-thermowell/) [ ](https://www.oceaneering.com/case-studies/oceaneering-survey-solution-enables-client-to-assess-deepwater-pipeline-integrity/)
### Oceaneering Survey Solution Enables Client to Assess Deepwater Pipeline Integrity
### Oceaneering Survey Solution Enables Client to Assess Deepwater Pipeline Integrity
[Learn More ](https://www.oceaneering.com/case-studies/oceaneering-survey-solution-enables-client-to-assess-deepwater-pipeline-integrity/) [ ](https://www.oceaneering.com/case-studies/oceaneering-repairs-subsea-leak-at-gulf-of-mexico-field/)
### Oceaneering Repairs Subsea Leak at Gulf of Mexico Field
### Oceaneering Repairs Subsea Leak at Gulf of Mexico Field
[Learn More ](https://www.oceaneering.com/case-studies/oceaneering-repairs-subsea-leak-at-gulf-of-mexico-field/)
## Contact Us
### Our team of experts is ready to help you get started.
Oceaneering offers best-in-class products and solutions, backed by unparalleled quality, reliability, and global support. Fill out the inquiry form to start a conversation today.
**Categories:** Pipeline Repair
**Search Tags:** pipeline, Repair
---
### [ROV Services](https://www.oceaneering.com/rov-services/)
**Published:** November 8, 2023
**Author:** Andrew Dodson
**Content:**
[ Discuss a Project ](https://oceaneering.com/rov-services/#contact) Remotely Operated Vehicles (ROVs)
# ROV Services
We operate the world’s premier fleet of remotely operated vehicles (ROVs) and are the leading provider of ROVs to the oil and gas industry.
## Integrated ROV Services for Subsea Operations
### ROV Systems
We are the world’s largest manufacturer and operator of work class ROV systems. Our ROV fleet includes deepwater work class systems and ultra-deepwater search and rescue systems.
[ Learn More ](https://www.oceaneering.com/rov-services/rov-systems/)
ROV Tooling
From routine inspection and maintenance to complex intervention, we provide the standard and custom ROV tools that keep your subsea operations moving.
[ Learn More ](https://www.oceaneering.com/rov-services/rov-tooling/)
### ROV Personnel and Training
Through continuous investment in our employees, we have developed the industry’s best ROV workforce. The Oceaneering ROV Training Program has been in place since 1995 and serves employees in locations around the world.
[ Learn More ](https://www.oceaneering.com/rov-services/rov-personnel-training/)
## ROV Technology
By introducing new ROV-based capabilities and improving on existing technologies, we are redefining the role of ROVs in today’s industries. We help you increase efficiency through the use of advanced piloting, communication, and tooling offerings.
### Remote Piloting and Automated Control Technology
### Advanced Visualization Technology
### Hybrid Arm Manipulation and Control
[ Learn More ](https://oceaneering.com/rov-services/rov-technology/)
## Top 10 ROV Questions
As the industry leader in ROV systems, we have answered some of the most common questions related to the use of ROVs, training options, operational challenges, and more.
##### How do you become an Oceaneering ROV pilot?
We hire people from a variety of backgrounds, and supplement their past experience with training specific to the ROV systems that we manufacture and operate. A new-hire employee with no previous ROV experience receives thorough training through our training program before going offshore. We look for people who have technical training or industry experience in some mechanical, electronic, or electrical discipline.
##### How many people make up an ROV crew?
A typical ROV crew consists of three technicians: one supervisor, one mechanical technician, and one electrical technician. They generally work a 12-hour shift followed by 12 hours off.
##### Where do we operate our ROVs?
Our ROVs mainly work in deepwater offshore oil and gas operations around the world.
##### What are the challenges to ROV operations?
The ROV crew operates highly technical equipment in a remote location (rig or vessel) under occasionally harsh environmental conditions. The crew executes tasks ranging from simple video monitoring to highly complex tooling interfacing and inspection. The equipment is technically diverse, and requires broad knowledge and training to perform the work scope and keep the equipment operational.
Construction and completions work requires previous knowledge that comes from experience. The more remote the location, the higher the training and experience level needed to compensate for stretched supply chain support and for poor communications, which can cut the crew off from technical support.
##### How many work class ROV systems do we operate?
As of January 2017, we operate 279 work class ROV systems.
##### What is the most important part of an ROV operation?
The crew is the most important part. The purpose of the ROV is to perform a task-it is the means of getting to and from the task location. The pilot flies the ROV, and operates the manipulator and/or specialized tooling to complete the assigned task.
##### Who designs our ROVs?
The designs of our ROVs are based on feedback from over 2,000 offshore ROV technicians and our many customers. We also do extensive failure and repair time analysis.
##### What is the difference between a tophat and a cage?
Both are types of tether management systems (TMSs) and are used to deploy the ROV from the surface to the working depth. A TMS is used to feed the tether in and out when the ROV reaches working depth. The TMS has lighting, an electronic control system, cameras, and an electro-hydraulic system to power the tether drum and latch the ROV during deployment.
A side-entry cage can best be described as a cage in which the ROV is parked and secured while it is raised and lowered in the water column. We have found that side-entry cage systems have less downtime associated with tether and umbilical failures than tophat systems, and provide safer and easier disabled ROV recoveries. The side-entry cage is our TMS of choice, and the majority of Oceaneering systems are of this type.
A tophat sits on top of the ROV and does not encase the ROV as a side-entry cage does, thus enabling the mounting of non-standard skids below the ROV. Nearly 25% of our systems are tophat deployed.
##### Are our ROVs different than ROVs operated by other companies?
For the most part, ROVs tend to be very similar. However, most of our ROVs have redundancies built into them, such as dual independent electro-hydraulic power trains that enable the ROV to continue working in the event of failure of one of the power trains. Most competing ROVs only have a single electro-hydraulic power train.
##### Does a pilot sit in the ROV to fly it?
No. An ROV is controlled by pilots at the surface via an umbilical and tether or, in some cases, remotely via a satellite link from long distances.
## Contact Us
### Our team of experts is ready to help you get started.
Oceaneering offers best-in-class products and solutions, backed by unparalleled quality, reliability, and global support. Fill out the inquiry form to start a conversation today.
**Categories:** Remotely Operated Vehicles (ROVs)
**Search Tags:** Remotely Operated Vehicles (ROV)
---
### [IMRGE™ Integrated, Customizable IMR Solutions](https://www.oceaneering.com/imrge-integrated-customizable-imr-solutions/)
**Published:** November 9, 2023
**Author:** Madelyn Werner
**Content:**
IMRGE™
# Integrated, Customizable IMR Solutions
Mitigate the effects of unplanned repairs and improve your field’s uptime.
## Rethink IMR
Increase operational efficiency with IMRGE™, our fully integrated, customizable approach to Inspection, Maintenance, and Repair (IMR). We combine our industry leading technologies and global expertise to deliver tailored programs that meet your diverse project requirements, from routine to extreme. With safety and asset availability as drivers, IMRGE™ extends asset life by collecting and presenting data more efficiently, equipping you with insight that enables better decision making.
[ IMRGE™ Integrated, Customizable IMR Solutions ](https://oceaneering.canto.com/download/document/5mcq8jus697ur3nktvdgi3is2b/original.pdf) Play Video
## Lower Risk. Increase Uptime.
Backed by a global network of highly trained and experienced personnel, IMRGE™ IMR Solutions have the track record, tools, and services available to successfully execute your conventional and complex IMR scopes. IMRGE™ uses a nimble and right-sized approach to increase efficiency, enable informed decision making, and support proactive intervention.
###### Reduce personnel offshore
###### Reduce vessel days
###### Reduce carbon footprint
###### Optimize IMR-related OPEX
###### Leverage advanced, bundled technologies
## Advanced Technologies and Services
### Onshore Remote Operations Centers (OROCs)
Our OROCs reduce offshore personnel onboard and increase collaboration while optimizing operations. OROC services can be combined with our suite of advanced subsea robotic solutions including the [Freedom™ AUV](https://www.oceaneering.com/rov-services/next-generation-subsea-vehicles/freedom-autonomous-underwater-vehicle/) and [Liberty™ Resident System](https://www.oceaneering.com/rov-services/next-generation-subsea-vehicles/liberty-e-rov/).
### Advanced Subsea Visual Metrology (ASVM)
ASVM enables the acquisition of high-quality images and 4K video during inspection and surveys. With ASVM, we efficiently deliver reliable data that can be used to generate a 3D dense point cloud on which high-accuracy measurements can be taken.
### INFORM™ Software Suite
Our proprietary INFORM™ Suite enables our specialists to generate tailored risk-based assessments and inspection plans by importing client-supplied data and insights from inspection surveys. This enables clients to make better, data-driven decisions related to their assets.
## Supporting the Full Project Lifecycle with Advanced Technologies and Services
From planning to inspection, to analysis and reporting and the design and installation of subsea engineered solutions, IMRGE™ IMR Solutions are tailored to fit your requirements. IMRGE™ addresses every aspect of the IMR lifecycle.
Planning and Mobilization (Pre-IMR) Inspection Maintenance Repair Project Closure and Reporting (Post-IMR) Planning and Mobilization (Pre-IMR)
### Planning and Mobilization (Pre-IMR)
- Front end engineering and design (FEED)
- Project management and planning
- Right-sized, [globally located vessels](https://www.oceaneering.com/subsea-projects/vessel-fleet/)
- AUVs, [ROVs](https://www.oceaneering.com/rov-services/), and [divers](https://www.oceaneering.com/diving/)
- [Remote operations](https://www.oceaneering.com/remote-services/integrated-rig-services/remote-offerings/)
Inspection
### Inspection
- Digital inspection [data management](https://www.oceaneering.com/data-management/) and analysis solutions
- Risk-based inspection (RBI) planning
- [Asset integrity management](https://www.oceaneering.com/asset-integrity/)
- Internal pipeline inspection
- Autonomous pipeline and cable survey
- Corrosion mapping
- Photogrammetry and metrology
- Mooring line and [splash zone inspections](https://www.oceaneering.com/splash-zone-inspection-services/)
Maintenance
### Maintenance
- Fitness for service analysis
- [Flow assurance](https://www.oceaneering.com/flow-assurance/)
- Hydrate remediation
- [Well intervention](https://www.oceaneering.com/well-intervention/)
- In-line pigging
- [Underwater inspection in lieu of dry docking (UWILD)](https://www.oceaneering.com/asset-integrity/floating-systems-inspection-and-integrity-services/special-periodic-surveys-and-uwild/)
- Marine growth removal
- Remote monitoring
Repair
### Repair
- Rapid, global response
- Engineering expertise, from planning through execution
- [Pipeline coating removal and repairs](https://www.oceaneering.com/pipeline-repair/)
- Dynamic and static inter array cable repairs
- Anode installation
- Riser bypasses and clamp installation
- Fabrication and sourcing
Project Closure and Reporting (Post-IMR)
### Project Closure and Reporting (Post-IMR)
- Reporting and [integrity management](https://www.oceaneering.com/asset-integrity/integrity-management/) update
- Future IMR planning
- [Data management](https://www.oceaneering.com/data-management/)
## Reducing the Environmental Impact of Offshore Operations
We are committed to reducing the environmental impact of offshore operations through the investment and development of advanced technologies and services. Our technologically advanced and ecologically friendly [vessel fleets](https://www.oceaneering.com/subsea-projects/vessel-fleet/) are equipped with our [work class ROVs](https://www.oceaneering.com/rov-services/rov-systems/), [autonomous and resident subsea vehicles](https://www.oceaneering.com/rov-services/next-generation-subsea-vehicles/), full survey suites, and data and communication packages. Together, these services deliver IMR solutions that reduce the environmental impact to offshore, marine environments.
[ Learn more ](https://www.oceaneering.com/sustainability/) 
### Creative Solutions for Complex Challenges
From routine to extreme, Oceaneering meets your toughest requirements and unique specifications to deliver innovative solutions that lower the total cost of ownership.
[ See All Case Studies ](https://oceaneering.com/resources/?_content_types=case-study) Previous Next [ ![]()](https://www.oceaneering.com/case-studies/delivering-intervention-solutions-for-water-injection-trees-offshore-west-africa/)
### Private: Delivering Intervention Solutions for Water Injection Trees Offshore West Africa
### Private: Delivering Intervention Solutions for Water Injection Trees Offshore West Africa
[Learn More ](https://www.oceaneering.com/case-studies/delivering-intervention-solutions-for-water-injection-trees-offshore-west-africa/) [ ](https://www.oceaneering.com/case-studies/advanced-subsea-visual-metrology-solution-delivers-improved-data-quality-for-external-wall-loss-measurement/)
### Advanced Subsea Visual Metrology Solution Delivers Improved Data Quality for External Wall Loss Measurement
### Advanced Subsea Visual Metrology Solution Delivers Improved Data Quality for External Wall Loss Measurement
In November 2023, Oceaneering was contracted by a major oil and gas operator to complete a work…
[Learn More ](https://www.oceaneering.com/case-studies/advanced-subsea-visual-metrology-solution-delivers-improved-data-quality-for-external-wall-loss-measurement/) [ ](https://www.oceaneering.com/case-studies/advanced-subsea-visual-metrology-solution-provides-images-and-3d-modelling-of-exceptional-quality/)
### Advanced Subsea Visual Metrology Solution Provides Images and 3D Modelling of Exceptional Quality
### Advanced Subsea Visual Metrology Solution Provides Images and 3D Modelling of Exceptional Quality
In August 2023, Oceaneering deployed its Advanced Subsea Visual Metrology (ASVM) suite to collect data related to…
[Learn More ](https://www.oceaneering.com/case-studies/advanced-subsea-visual-metrology-solution-provides-images-and-3d-modelling-of-exceptional-quality/) [ ](https://www.oceaneering.com/case-studies/bespoke-plem-repair-tooling-suite-enables-intervention-to-restore-production/)
### Bespoke PLEM Repair Tooling Suite Enables Intervention to Restore Production
### Bespoke PLEM Repair Tooling Suite Enables Intervention to Restore Production
In early 2023, Oceaneering was contracted by a major Gulf of Mexico operator to provide a fast-track…
[Learn More ](https://www.oceaneering.com/case-studies/bespoke-plem-repair-tooling-suite-enables-intervention-to-restore-production/) [ ](https://www.oceaneering.com/case-studies/oceaneering-collaborates-with-equinor-and-tdw-to-use-the-libertytm-resident-rov-for-remote-subsea-pipeline-isolation-scope/)
### Liberty™ Resident System Successfully Executes Remote Subsea Pipeline Isolation Scope
### Liberty™ Resident System Successfully Executes Remote Subsea Pipeline Isolation Scope
In early 2022, Equinor required subsea pipeline isolation at one of its offshore production facilities planned for…
[Learn More ](https://www.oceaneering.com/case-studies/oceaneering-collaborates-with-equinor-and-tdw-to-use-the-libertytm-resident-rov-for-remote-subsea-pipeline-isolation-scope/) [ ](https://www.oceaneering.com/case-studies/oceaneering-refurbishes-offshore-pipe-handling-crane-in-cost-effective-manner/)
### Refurbishing Offshore Pipe Handling Crane in Cost-Effective Manner
### Refurbishing Offshore Pipe Handling Crane in Cost-Effective Manner
The overall condition of the crane was poor, with many parts requiring full replacement to meet current…
[Learn More ](https://www.oceaneering.com/case-studies/oceaneering-refurbishes-offshore-pipe-handling-crane-in-cost-effective-manner/) [ ](https://www.oceaneering.com/case-studies/oceaneering-addresses-stuck-valves-and-restores-production-for-okea/)
### Oceaneering Addresses Stuck Valves and Restores Production for OKEA
### Oceaneering Addresses Stuck Valves and Restores Production for OKEA
In October 2020, Norwegian operator OKEA approached Oceaneering seeking a solution to address four stuck actuators located…
[Learn More ](https://www.oceaneering.com/case-studies/oceaneering-addresses-stuck-valves-and-restores-production-for-okea/) [ ](https://www.oceaneering.com/case-studies/oceaneering-delivers-bespoke-patch-clamp-solution-offshore-west-africa/)
### Delivering a Bespoke Patch Clamp Solution Offshore West Africa
### Delivering a Bespoke Patch Clamp Solution Offshore West Africa
In early 2022, a major operator approached Oceaneering seeking a solution to address anomalies affecting production. The…
[Learn More ](https://www.oceaneering.com/case-studies/oceaneering-delivers-bespoke-patch-clamp-solution-offshore-west-africa/) [ ](https://www.oceaneering.com/case-studies/oceaneering-supports-major-operator-with-bespoke-engineering-solution/)
### Mitigating Riser Fatigue with Bespoke Anti-Vibration Clamp
### Mitigating Riser Fatigue with Bespoke Anti-Vibration Clamp
In December, 2021, a global operator approached Oceaneering with an engineering challenge on four risers offshore Angola….
[Learn More ](https://www.oceaneering.com/case-studies/oceaneering-supports-major-operator-with-bespoke-engineering-solution/) [ ](https://www.oceaneering.com/case-studies/innovative-subsea-flowline-pressure-containing-clamp-system-reduces-intervention-time-and-cost/)
### Innovative Subsea Flowline Pressure Containing Clamp System Reduces Intervention Time and Cost
### Innovative Subsea Flowline Pressure Containing Clamp System Reduces Intervention Time and Cost
In October 2020, a major operator contracted Oceaneering to remediate hydrates blocking their flowline in multiple locations….
[Learn More ](https://www.oceaneering.com/case-studies/innovative-subsea-flowline-pressure-containing-clamp-system-reduces-intervention-time-and-cost/)
# Contact Us
## Our team of experts is ready to help you get started.
Oceaneering offers best-in-class products and solutions, backed by unparalleled quality, reliability, and global support. Fill out the inquiry form to start a conversation today.
**Categories:** Inspection, Maintenance, and Repair (IMR)
**Search Tags:** Inspection, Maintenance, and Repair (IMR)
---
### [Subsea Distribution Products](https://www.oceaneering.com/subsea-distribution-solutions/products/)
**Published:** November 9, 2023
**Author:** Madelyn Werner
**Content:**
[ Discuss a Project ](https://oceaneering.com/subsea-distribution-solutions/#contact)# Subsea Distribution Products
With world-class global manufacturing facilities and industry experience, we meet your complete subsea distribution requirements with optimized solutions.
We have delivered more than0kmof subsea umbilical control systems ## Umbilicals
Our subsea umbilicals provide the critical connections between subsea architecture and distribute power, control, and communication functions in the deepest and harshest of environments.
- Optimized, cost-effective designs and component selection results in reliable, long-term solutions
- Adherence to international and customer standards
- Products designed to support global deepwater applications
- Complete system availability – topside to the well
- Extensive experience in pump umbilical and power cable design
- Most comprehensive global installation, workover, and control systems (IWOCs) umbilical portfolio
- Design and manufacture of array and export cables for the renewable energy market
 [  ](https://oceaneering.canto.com/download/document/kgf62lojft0gha0hr84gp9665g/original.pdf) ### [ Steel Tube Umbilicals ](https://oceaneering.canto.com/download/document/kgf62lojft0gha0hr84gp9665g/original.pdf "Steel Tube Umbilicals")
Inherently strong solutions for hydraulic control and chemical injection
[ Steel Tube Umbilicals ](https://oceaneering.canto.com/download/document/kgf62lojft0gha0hr84gp9665g/original.pdf) [  ](https://oceaneering.canto.com/download/document/r23makihut0pb75q4r49n1q83t/original.pdf) ### [ Thermoplastic Hose Umbilicals ](https://oceaneering.canto.com/download/document/r23makihut0pb75q4r49n1q83t/original.pdf "Thermoplastic Hose Umbilicals")
Field-proven, reliable solutions to meet your subsea distribution requirements
[ Thermoplastic Hose Umbilicals ](https://oceaneering.canto.com/download/document/r23makihut0pb75q4r49n1q83t/original.pdf) [  ](https://oceaneering.canto.com/download/document/0dt96ep7sl2dvdfjlv49uegd6s/original.pdf) ### [ Power Umbilicals ](https://oceaneering.canto.com/download/document/0dt96ep7sl2dvdfjlv49uegd6s/original.pdf "Power Umbilicals")
Integrated solutions providing electric power and communications to subsea infrastructure
[ Power Umbilicals ](https://oceaneering.canto.com/download/document/0dt96ep7sl2dvdfjlv49uegd6s/original.pdf) [  ](https://oceaneering.canto.com/download/document/ij6tuada9l0o19m2hm5mhbi821/original.pdf) ### [ IWOCS Umbilicals ](https://oceaneering.canto.com/download/document/ij6tuada9l0o19m2hm5mhbi821/original.pdf "IWOCS Umbilicals")
Providing temporary hydraulic connections, electrical power/control, and chemical supply
[ IWOCS Umbilicals ](https://oceaneering.canto.com/download/document/ij6tuada9l0o19m2hm5mhbi821/original.pdf) Multi-line, high-flow, ROV-operable connection solutions ## M Series Junction Plates
Meet your diverse project requirements with our M Series junction plates with fixed, configurable, and removable assemblies. The plates enable remotely-connecting subsea structures to support chemical injection by preventing well blockage, supply hydraulic power to open and close subsea mounted valves, and facilitate well annulus pressure monitoring.
Our junction plates are often included in flying lead systems or on manifolds, subsea X-mas trees, and subsea structures.
- Populated with appropriately-sized hydraulic couplings to ensure the highest integrity and optimization of functions
- Curabitur arcu erat accumsan id
- Incorporate an extremely reliable, patented, and pre-threaded latch mating system to deliver a safe, efficient connection solution
- Product portfolio includes ancillary equipment such as logic caps, marine growth covers, and test and flushing plates
[ M Series Subsea Junction Plates ](https://oceaneering.canto.com/download/document/riaqrcsjm50871hj3im9r5k46n/original.pdf)## Subsea Distribution Units
Project-specific designs for electrical distribution units, hydraulic distribution units, and subsea distribution units meet your challenges for optimized subsea distribution of functions.
Deployed to the seafloor, distribution units are configured to include the hydraulic and electrical interfaces that support your system. From the routine to complex, our engineers deliver the most effective, robust solutions to ensure production and uptime.
Providing safe and efficient connections between subsea distribution hardware ## Hydraulic Flying Leads
Connect your subsea infrastructure-from umbilical termination assemblies (UTAs) and manifolds to X-mas trees and subsea distribution units-using our field-proven flying leads. Our flying leads support the safe and efficient conveyance of hydraulic fluid and chemicals.
Combining a primary conduit section-typically steel tubes or thermoplastic hoses-with a termination head weldment and the required ROV-operable junction plate provides full functionality.
- Modular designs for hydraulic, electro-hydraulic, and hybrid applications
- Bundled or extruded conduit sections
- ROV-friendly
- Extensive track record
- Solutions for long-term stowage, long-distance transportation, and installation
[ Hydraulic Flying Leads ](https://oceaneering.canto.com/download/document/1pa0v34emd13rbds4kk63r6c3m/original.pdf) Using standard parts to deliver customized solutions ## Subsea Umbilical Termination Assemblies
Our umbilical termination assemblies (UTAs) are configured using modular components to meet your project requirements for robust, subsea connection solutions. Your most challenging installation and operational requirements are met with our standardized, configurable designs. We also offer custom-designed UTAs to meet your operational requirements.
### Why Modular?
- Improved schedule through parallel manufacturing
- Improved access for welding and assembly
- Supports early completion of load and pressure testing
- Immediately apply lessons learned and benefit from repeatability of designs
- Configurable side panels offer hydraulic, electrical, and fiber optic connectivity solutions
[ Umbilical Termination Assembly (UTA) ](https://oceaneering.canto.com/download/document/o7esiplnqt3lt5cefi0j2o5s0r/original.pdf)  ## Topside Connection Hardware and Ancillary Equipment
Connection systems are not complete without ancillary equipment and topside hardware. From I- and J-tube seals to umbilical weak links, we meet the varied design challenges your systems pose.
[  ](https://oceaneering.canto.com/download/document/i5075pl765497cjq572oiq354h/original.pdf) ### [ Umbilical I- and J-Tube Seals ](https://oceaneering.canto.com/download/document/i5075pl765497cjq572oiq354h/original.pdf "Umbilical I- and J-Tube Seals")
[ I/J Tube Seals ](https://oceaneering.canto.com/download/document/i5075pl765497cjq572oiq354h/original.pdf) [  ](https://oceaneering.canto.com/download/document/cnp8sjmcjd5ut8k7qcib8r9c5v/original.pdf) ### [ Pull-In and Hang Off Systems ](https://oceaneering.canto.com/download/document/cnp8sjmcjd5ut8k7qcib8r9c5v/original.pdf "Pull-In and Hang Off Systems")
[ Pull-In and Hang Off Systems ](https://oceaneering.canto.com/download/document/cnp8sjmcjd5ut8k7qcib8r9c5v/original.pdf) [  ](https://oceaneering.canto.com/download/document/jasm8ugf411pj8mn88a63rqp68/original.pdf) ### [ Subsea Umbilical Termination Interfaces ](https://oceaneering.canto.com/download/document/jasm8ugf411pj8mn88a63rqp68/original.pdf "Subsea Umbilical Termination Interfaces")
[ Subsea Umbilical Termination Interface ](https://oceaneering.canto.com/download/document/jasm8ugf411pj8mn88a63rqp68/original.pdf) [  ](https://oceaneering.canto.com/download/document/vhdkfvekg136pcq5va56bvbg36/original.pdf) ### [ Umbilical Tie Back or Tie Down Collars ](https://oceaneering.canto.com/download/document/vhdkfvekg136pcq5va56bvbg36/original.pdf "Umbilical Tie Back or Tie Down Collars")
[ Umbilical Tie Back Collar ](https://oceaneering.canto.com/download/document/vhdkfvekg136pcq5va56bvbg36/original.pdf) [  ](https://oceaneering.canto.com/download/document/doh2tlq2lh7kr86rcq19v7r770/original.pdf) ### [ Subsea Umbilical Weak Links ](https://oceaneering.canto.com/download/document/doh2tlq2lh7kr86rcq19v7r770/original.pdf "Subsea Umbilical Weak Links")
[ Weak Links ](https://oceaneering.canto.com/download/document/doh2tlq2lh7kr86rcq19v7r770/original.pdf)## Contact Us
### Our team of experts is ready to help you get started.
Oceaneering offers best-in-class products and solutions, backed by unparalleled quality, reliability, and global support. Fill out the inquiry form to start a conversation today.
**Categories:** Subsea Distribution Solutions
**Search Tags:** Subsea Distribution Solutions, Umbilical
---
### [Supervisory Software for Mobile Robotics](https://www.oceaneering.com/oceaneering-mobile-robotics-omr/supervisory-software/)
**Published:** August 26, 2026
**Author:** Monica Dahl
**Content:**
[ Discuss a Project ](https://oceaneering.com/oceaneering-mobile-robotics-omr/#contact) Control Software # Supervisory Software for Mobile Robotics
Real‑time control and oversight for mobile robotics operations.
[ Download the Supervisory Software Brochure ](https://oceaneering.canto.com/download/document/gpdmgvd24l45rbamai98vbqa2i/original.pdf)## Centralized Control for Autonomous Fleet Management
OMR Supervisory Software provides a centralized command layer for managing, monitoring, and optimizing mobile robotics operations. Designed for seamless use with ANT‑powered vehicles, the platform connects robots, missions, and enterprise systems into a single operational view that supports predictable, repeatable execution at scale.
## Built for Scaled Operations
OMR Supervisory Software acts as the orchestration layer between autonomous vehicles and business systems, enabling coordinated workflows across your operations. The platform integrates directly with enterprise resource planning and warehouse management systems to support structured task sequencing and multi‑vehicle coordination.
##### Reduced Internal Software Burden
We build, maintain, and support the supervisory software layer, reducing long‑term maintenance effort and risk for internal IT and engineering teams.
##### Designed for Multi‑Site Deployment
Standardize robotic operations and performance tracking across facilities while maintaining local operational control as deployments expand.
##### Turnkey Integration
Vehicles, supervisory software, and system integration can be delivered as a single solution, simplifying deployment and accountability while maintaining operational consistency.
## Key Capabilities
### Low‑Code Mission Orchestration
Configure and deploy mission logic using a low‑code business logic engine without lengthy development cycles.
### Enterprise System Integration
Connect ERP and warehouse management systems directly to robot missions, so orders, priorities, and confirmations flow automatically.
### Beyond Basic A → B Robotics
Support advanced tasks, branching logic, and coordinated actions beyond simple transport moves.
### Real‑Time Insight and KPIs
Monitor operational performance using live data, analytics, and key performance indicators.
### Scalable Fleet Coordination
Support complex task dependencies and coordinated vehicle behavior as fleet size and operational complexity increase.
## Explore our Autonomous Mobile Robotics Systems
[  ](https://www.oceaneering.com/oceaneering-mobile-robotics-omr/maxmover-cb-d-2000/) ### MaxMover™ CB D 2000
Counterbalance forklift [ Explore robot ](https://www.oceaneering.com/oceaneering-mobile-robotics-omr/maxmover-cb-d-2000/) [  ](https://www.oceaneering.com/oceaneering-mobile-robotics-omr/unimover-o-600/) ### UniMover™ O 600
Underride [ Explore robot ](https://www.oceaneering.com/oceaneering-mobile-robotics-omr/unimover-o-600/) [  ](https://www.oceaneering.com/oceaneering-mobile-robotics-omr/compactmover-1200-forklift/) ### CompactMover™ FOL U 1200
Fork over leg [ Explore robot ](https://www.oceaneering.com/oceaneering-mobile-robotics-omr/compactmover-1200-forklift/) Contact Us ### Getting in touch with our experts
Do you have a question or need more info about our Mobile Robots? Please enter your contact details and describe your inquiry, and we’ll get back to you as soon as possible. Thanks!
**Categories:** Asset Integrity Management
---
### [Lifecycle Services for Mobile Robotics](https://www.oceaneering.com/oceaneering-mobile-robotics-omr/lifecycle-services/)
**Published:** November 9, 2023
**Author:** Madelyn Werner
**Content:**
[ Discuss a Project ](https://oceaneering.com/oceaneering-mobile-robotics-omr/#contact) Mobile Robotics # Lifecycle Services for Mobile Robotics
Ensure continuity and performance throughout the entire lifecycle of your mobile robotics fleet.
[ Download the Lifecycle Services Brochure ](https://oceaneering.canto.com/download/document/tpelhrdcpd6qv0lqslekv0bp0d/original.pdf)##### 100+ companies trust Oceaneering Mobile Robotics. See some of these listed here.
## We Offer Quick and Professional Support – Anywhere In The World
With offices in over 25 countries, together with a broad partner network, we operate with a focused understanding of your local needs.
## Our Lifecycle Services Maximize Your Robot Uptime
### Consulting & Upgrades
#### Consulting & Upgrades
We identify, investigate, and analyze your OMR environment to maximize efficiency and productivity.
### Training
#### Training
We offer a range of courses and educational materials, including refresher training courses, to further develop your in-house system specialists.
### Helpdesk & Hotline Support
#### Helpdesk & Hotline Support
Our help desk service is available Monday through Friday during regional business hours. For business-critical systems, our hotline support service is available 24/7 to support customer operations.
### Maintenance
#### Maintenance
We provide preventative maintenance to ensure your fleet’s operational performance and avoid unplanned shutdowns.
### Repairs
#### Repairs
Our experts consult with you to provide services to extend the lifecycle of your devices, from diagnostics of a particular part to repairing or providing replacement parts.
### System Management
#### System Management
We provide the flexibility your business requires from setting up regular site visits to providing a full-time on-site engineer to manage your fleet.
### Spare Parts
#### Spare Parts
We ensure your fleet’s optimal operational performance by providing spare parts to shorten downtime in the unlikely scenario where a part fails.
## Have a question?
Our team is here to provide personalized support.
## Technical Support
Already using our products and experiencing technical issues?
[ Email Support ](mailto:omr_service@oceaneering.com)## Pricing and Licensing
Need more information about our lifecycle service offerings?
[ Email Sales ](mailto:omr_servicessales@oceaneering.com)## Speak to a Person
Europe: [+31 30 2440550](tel:+31%2030%202440550,), option 1
US: [+01 443 459 3700](tel:+01%20443%20459%203700)## Oceaneering Mobile Robotics Legacy AGVs
In addition to providing uncompromised support for our current robot fleet, our Lifecycle Services also extend to our legacy systems used across global operations.
 ### CompactMover™ Conveyor U 400
Forklift  ### UniMover™ D 100
Underride  ### UniMover™ U 1500
Underride Contact Us ### Getting in touch with our experts
Do you have a question or need more info about our Mobile Robots? Please enter your contact details and describe your inquiry, and we’ll get back to you as soon as possible. Thanks!
**Categories:** Mobile Robotics
**Search Tags:** Mobile Robotics
---
### [Careers](https://www.oceaneering.com/careers/)
**Published:** August 25, 2023
**Author:** Andrew Dodson
**Content:**
[ Contact Us ](https://oceaneering.com/contact-us/)# Careers
## Your Next Career Move Starts at Oceaneering
No matter your passion, there is a part of our business made just for you. Discover current opportunities and see where your experience could take you. [ View Available Positions ](https://ebfr.fa.us2.oraclecloud.com/hcmUI/CandidateExperience)## From Deep Sea to Outer Space
Put your skills and experience into practice to solve complex challenges across energy, defense, aerospace, manufacturing, and logistics. Work on real-world projects that push boundaries and deliver meaningful impact. From the ocean floor to space, we design, build, and operate advanced technologies that connect what’s needed with what’s next.
62 Years Of delivering optimized solutions
13,000+ Experienced employees
70+ Operational bases in 24 countries
 Play Video  Play Video ## Your Next Adventure Starts Here
From the ocean floor to outer space, our story is one of relentless curiosity and bold innovation. We push the boundaries of what’s possible by designing, building, and operating advanced technologies that connect what’s needed with what’s next. As the world’s largest operator of [remotely operated vehicles (ROVs)](https://www.oceaneering.com/rov-services/), and a trusted partner in energy, defense, aerospace, manufacturing and logistics industries, we turn complex challenges into groundbreaking solutions.
## People & Culture
From recent college graduates to transitioning military veterans, we seek to pair talented candidates with rewarding positions. [ Learn More ](https://www.oceaneering.com/careers/people-and-culture/)  [ ### Information for Job Seekers
### Information for Job Seekers
Please visit this page for important information about applying for a job at our company.
Learn More ](https://oceaneering.com/careers/information-for-job-seekers/) [ ### Benefits
### Benefits
We offer competitive benefits packages in the U.S. and around the world.
Learn More ](https://oceaneering.com/careers/benefits/) [ ### Oceaneering Cares
### Oceaneering Cares
We strive to foster a strong sense of connection within our company and in surrounding communities.
Learn More ](/sustainability/social-impact/)Resumes submitted to this website by a third party, such as professional search firms or agencies, will be considered unsolicited and will become the property of Oceaneering International, Inc. (“Oceaneering”). Oceaneering will not be obligated to pay a referral fee for the hiring of a candidate by means of an unsolicited resume submitted directly or indirectly through this site or any other means.
## Contact Us
### Our team of experts is ready to help you get started.
Oceaneering offers best-in-class products and solutions, backed by unparalleled quality, reliability, and global support. Fill out the inquiry form to start a conversation today.
**Search Tags:** Careers
---
### [Plastic and Rubber Sector](https://www.oceaneering.com/oceaneering-mobile-robotics-omr/plastic-and-rubber-sectors/)
**Published:** September 13, 2024
**Author:** Monica Dahl
**Content:**
[ Discuss a Project ](https://oceaneering.com/oceaneering-mobile-robotics-omr/#contact) Mobile Robotics # Automating the Plastic and Rubber Sectors
Improve internal material flow, increase efficiency, and support safer operations with autonomous mobile robotics designed for plastic and rubber manufacturing and warehousing environments.
## Automation for Plastic and Rubber Manufacturing and Distribution
Plastic and rubber manufacturers operate complex, high‑volume operations that require reliable movement of raw materials, work‑in‑process, and finished goods across production, assembly, and warehouse environments. Variability in product mix, load types, and production schedules places constant pressure on internal logistics to remain efficient, predictable, and cost‑effective.
## Supporting Efficient Material Flow Across Operations
Autonomous mobile robots (AMRs) support plastic and rubber operations by automating repetitive internal transport tasks and creating consistent material flow between production and logistics areas. These environments often involve frequent movement of heavy, bulky, or irregular loads across multiple process steps, where manual handling can introduce delays, safety risks, and inconsistency. By supporting controlled, repeatable transport across key workflows, autonomous systems help increase throughput, improve safety, and adapt more easily to changing operational demands.
### Common Automated Workflows
- Truck unloading to warehouse storage
- Movement of raw materials from warehouse or storage to production lines
- Transfer of finished goods from production to warehouse
- Order staging for outbound shipping
- Trailer staging and loading operations
## Benefits of Using Autonomous Mobile Robots in Plastic and Rubber Operations
### Increase Efficiency
Streamline material handling and support consistent production flow.
### Enhance Safety
Reduce manual handling and exposure to repetitive or hazardous tasks.
### Reduce Operational Cost
Lower labor dependency and optimize workforce allocation.
### Improve Scalability
Adapt to changing volume and evolving production requirements.
## Mobile Robotics Solutions for Plastic and Rubber Manufacturers
We deliver standardized mobile robots with infrastructure-free navigation ensuring the lowest total cost of ownership per vehicle. Each Autonomous Mobile Robot (AMR) is equipped with the latest safety technologies which create the best working environment for mobile robots and humans.
[  ](https://www.oceaneering.com/oceaneering-mobile-robotics-omr/maxmover-cb-d-2000/) ### MaxMoverTM CB D 2000
### Counterbalance forklift
[ Explore robot ](https://www.oceaneering.com/oceaneering-mobile-robotics-omr/maxmover-cb-d-2000/) [  ](https://www.oceaneering.com/oceaneering-mobile-robotics-omr/unimover-o-600/) ### UniMoverTM O 600
### Underride
[ Explore robot ](https://www.oceaneering.com/oceaneering-mobile-robotics-omr/unimover-o-600/) [  ](https://www.oceaneering.com/oceaneering-mobile-robotics-omr/compactmover-1200-forklift/) ### CompactMoverTM FOL U 1200
### Fork over leg
[ Explore robot ](https://www.oceaneering.com/oceaneering-mobile-robotics-omr/compactmover-1200-forklift/)## Frequently Asked Questions
##### What plastic and rubber operations are suitable for Oceaneering Mobile Robotics systems?
Oceaneering Mobile Robotics systems are well suited for plastic and rubber manufacturing and warehousing operations that require frequent, repeatable movement of materials between storage, production, and shipping areas. Typical applications include transporting raw materials to molding or extrusion lines, moving work‑in‑process between production stages, transferring finished goods to warehouse storage, and staging orders for outbound shipping. Our systems are designed to support operations where product mix, load types, and production schedules change regularly.
##### What types of loads can Oceaneering mobile robots handle in plastic and rubber operations?
Oceaneering mobile robots are designed to transport the load carriers commonly used in plastic and rubber environments, including plastic bulk containers, tube steel containers, knock‑down containers, wire containers, dunnage containers, wood and plastic pallets, and corrugated steel bins. System selection is matched to load weight, dimensions, and handling requirements to ensure safe, controlled transport across production and logistics workflows.
##### Which Oceaneering mobile robot systems are used in plastic and rubber facilities?
Oceaneering offers three mobile robot systems commonly used in plastic and rubber operations.
The UniMover is used for under‑ride transport of carts, trolleys, and lightweight load carriers in production‑adjacent areas. The CompactMover is suited for pallet and fork‑based transport in tighter spaces where maneuverability is critical. The MaxMover autonomous forklift is used for heavier palletized loads and longer transport routes between warehouse, production, and shipping areas.
These systems can operate individually or as part of a combined solution.
##### Can Oceaneering AMR systems support high‑mix or variable production environments?
Yes. Our mobile robotics systems are designed to adapt to changing production volumes, product mixes, and workflows. Routes, missions, and system configurations can be adjusted as operational needs evolve, enabling plastic and rubber manufacturers to maintain consistent material flow without reworking facility layouts or adding fixed infrastructure.
##### Do Oceaneering mobile robots require changes to existing facility infrastructure?
No. Our autonomous mobile robots use infrastructure‑free navigation and typically do not require permanent modifications to floors or facility layouts, allowing deployment with minimal disruption.
##### How do Oceaneering mobile robots help improve safety in plastic and rubber operations?
By automating the movement of heavy, bulky, or irregular loads, Oceaneering mobile robots reduce manual handling and forklift traffic in active production and warehouse areas. Our systems are designed to operate around people and equipment using integrated sensing and navigation technologies that support predictable movement and collision avoidance, helping create safer, more controlled internal logistics.
[ Have more questions? Contact us. ](#contact) Contact Us ### Getting in touch with our experts
Do you have a question or need more info about our Mobile Robots? Please enter your contact details and describe your inquiry, and we’ll get back to you as soon as possible. Thanks!
**Categories:** Mobile Robotics
**Search Tags:** Mobile Robotics
---
### [Pharmaceutical Manufacturing](https://www.oceaneering.com/oceaneering-mobile-robotics-omr/pharmaceutical-manufacturing/)
**Published:** September 13, 2024
**Author:** Monica Dahl
**Content:**
[ Discuss a Project ](https://oceaneering.com/oceaneering-mobile-robotics-omr/#contact) Mobile Robotics # Automating Pharmaceutical Manufacturing
Improve material flow, support compliance‑driven operations, and enable safe, reliable logistics with autonomous mobile robotics designed for pharmaceutical environments.
## Transform Pharmaceutical Operations with Automation
Pharmaceutical manufacturing and distribution operations demand precision, consistency, and strict adherence to regulatory requirements. From raw material handling to packaging and distribution, internal logistics must support product integrity, safety, and traceability while operating efficiently around the clock.
## Streamline your Supply Chain with Autonomous Mobile Robots
We deliver the advanced solutions you need to tackle the pharmaceutical sector’s complex challenges. Our autonomous mobile robots (AMRs) ensure the safe, sterile, and efficient handling, storage, and transportation of your products. Our cutting-edge systems help you maximize throughput rates, achieve precise order fulfillment, and support seamless 24/7 operations. Autonomous mobile robots help support controlled, reliable material flow across key pharmaceutical workflows while minimizing disruption to validated processes.
### Common Automated Workflows
- Inbound and outbound pallet movement to controlled storage areas
- Transport of raw materials to production and packaging lines
- Movement of pallets of packaging materials
- Finished goods transfer to warehouse or distribution zones
- Return of empty pallets, bins, crates, and containers
## Benefits of Using AMRs in Pharmeutical Settings
### Protect Product Integrity
Support safe, consistent handling of pharmaceutical materials.
### Achieve Cost Savings
Reduce labor costs while improving operational efficiency.
### Enhance Efficiency
Streamline logistics and reduce process variability.
### Enable Continuous Operations
Support reliable 24/7 workflows with automation.
## Pilot Project with Zeiss Group
 Play Video ## Mobile Robotics Solutions for Pharmaceutical Organizations
We deliver standardized mobile robots with infrastructure-free navigation ensuring the lowest total cost of ownership per vehicle. Each Autonomous Mobile Robot (AMR) is equipped with the latest safety technologies which create the best working environment for mobile robots and humans.
[  ](https://www.oceaneering.com/oceaneering-mobile-robotics-omr/maxmover-cb-d-2000/) ### MaxMoverTM CB D 2000
### Counterbalance forklift
[ Explore robot ](https://www.oceaneering.com/oceaneering-mobile-robotics-omr/maxmover-cb-d-2000/) [  ](https://www.oceaneering.com/oceaneering-mobile-robotics-omr/unimover-o-600/) ### UniMoverTM O 600
### Underride
[ Explore robot ](https://www.oceaneering.com/oceaneering-mobile-robotics-omr/unimover-o-600/) [  ](https://www.oceaneering.com/oceaneering-mobile-robotics-omr/compactmover-1200-forklift/) ### CompactMoverTM FOL U 1200
### Fork over leg
[ Explore robot ](https://www.oceaneering.com/oceaneering-mobile-robotics-omr/compactmover-1200-forklift/)## Frequently Asked Questions
##### What pharmaceutical operations are suitable for AMRs?
AMRs are well suited for pharmaceutical manufacturing, packaging, and warehousing operations that require frequent movement of materials between controlled storage, production, and distribution areas.
##### Can AMRs operate safely in regulated environments?
Yes. Autonomous mobile robots are well suited for sterile and controlled environments where consistency, predictability, and reduced human intervention are critical. By enabling reliable, repeatable material movement, AMRs help limit unnecessary personnel traffic and reduce manual handling within regulated workflows. This supports controlled operations while maintaining safe interaction with personnel and equipment across pharmaceutical facilities.
##### Do AMRs require changes to my facility layout?
No. AMRs use infrastructure‑free navigation and typically do not require permanent changes to floors or facility infrastructure, helping minimize disruption to existing environments.
##### What materials can AMRs transport in pharmaceutical facilities?
AMRs can transport pallets, bins, crates, and containers commonly used for raw materials, packaging materials, and finished pharmaceutical products.
##### Can AMRs support 24/7 pharmaceutical operations?
Yes. AMRs are designed for continuous operation and can support around‑the‑clock workflows, helping maintain consistent material flow across shifts.
##### How do AMRs support scalability in pharmaceutical operations?
AMRs can be added, reassigned, or reconfigured as operational needs change, enabling scalable automation without major capital projects.
[ Have more questions? Contact us. ](#contact) Contact Us ### Getting in touch with our experts
Do you have a question or need more info about our Mobile Robots? Please enter your contact details and describe your inquiry, and we’ll get back to you as soon as possible. Thanks!
**Categories:** Mobile Robotics
**Search Tags:** Mobile Robotics
---
### [Logistics and Warehouses](https://www.oceaneering.com/oceaneering-mobile-robotics-omr/logistics-and-warehouses/)
**Published:** September 13, 2024
**Author:** Monica Dahl
**Content:**
[ Discuss a Project ](https://oceaneering.com/oceaneering-mobile-robotics-omr/#contact) Mobile Robotics # Automating Logistics and Warehouse Facilities
Improve throughput, increase operational control, and support safe, reliable material movement with autonomous mobile robotics designed for logistics and warehouse environments.
## Predictable Material Flow for Modern Logistics Operations
Logistics and warehouse operations require consistent, predictable internal material flow to meet service levels, control costs, and maintain safe working environments. By supporting reliable, repeatable movement across warehouses and distribution centers, autonomous systems help operations improve efficiency while enabling flexibility and control.
## Supporting High-Throughput Logistics Operations
Modern logistics environments must adapt quickly to fluctuating volumes, changing layouts, and tight delivery windows. Manual transport and traditional material handling equipment can introduce congestion, safety risks, and variability that limit throughput. Autonomous mobile robots support predictable material flow across key logistics workflows, helping you achieve improved throughput while maintaining safe, orderly operations.
### Common Automated Workflows
- Inbound pallet movement from receiving to storage
- Transport between storage, picking, and consolidation zones
- Movement of goods from picking to shipping lanes
- Autonomous trailer staging and truck loading
- Return of empty pallets and load carriers
## Autonomous Trailer Loading with the MaxMover
Autonomous trailer loading helps logistics and warehouse operations improve dock efficiency, safety, and consistency. Using autonomous mobile robots engineered for tight trailer clearances, pallets can be loaded in repeatable patterns with precise placement, even in variable dock conditions. This reduces manual handling at the dock, shortens loading cycles, and supports predictable outbound operations while scaling from individual docks to multi‑site logistics networks.
[ Learn More ](https://www.oceaneering.com/oceaneering-mobile-robotics-omr/autonomous-trailer-loading/)  ## Benefits using AMRs in Logistics and Warehouse Environments
### Enhanced Productivity
Support higher throughput with automated internal transport.
### Achieve Cost Savings
Reduce labor dependency and handling inefficiencies.
### Optimize Storage Flow
Improve movement between storage, picking, and shipping.
### Improve Safety and Sustainability
Reduce workplace incidents and support safer operations.
## Mobile Robotics Solutions for Logistics and Warehouse Applications
We deliver standardized mobile robots with infrastructure-free navigation ensuring the lowest total cost of ownership per vehicle. Each Autonomous Mobile Robot (AMR) is equipped with the latest safety technologies which create the best working environment for mobile robots and humans.
[  ](https://www.oceaneering.com/oceaneering-mobile-robotics-omr/maxmover-cb-d-2000/) ### MaxMoverTM CB D 2000
### Counterbalance forklift
[ Explore robot ](https://www.oceaneering.com/oceaneering-mobile-robotics-omr/maxmover-cb-d-2000/) [  ](https://www.oceaneering.com/oceaneering-mobile-robotics-omr/unimover-o-600/) ### UniMoverTM O 600
### Underride
[ Explore robot ](https://www.oceaneering.com/oceaneering-mobile-robotics-omr/unimover-o-600/) [  ](https://www.oceaneering.com/oceaneering-mobile-robotics-omr/compactmover-1200-forklift/) ### CompactMoverTM FOL U 1200
### Fork over leg
[ Explore robot ](https://www.oceaneering.com/oceaneering-mobile-robotics-omr/compactmover-1200-forklift/)## Frequently Asked Questions
##### What types of logistics operations are suitable for AMRs?
Autonomous mobile robots are well suited for warehouses and distribution centers that require frequent movement of pallets and goods between receiving, storage, picking, staging, shipping areas, and outbound docks, including truck and trailer loading workflows.
##### Do AMRs require changes to existing warehouse infrastructure?
No. AMRs use infrastructure‑free navigation and typically do not require fixed guide paths or floor modifications, allowing deployment with minimal disruption to existing warehouse and dock layouts.
##### How do AMRs improve safety in warehouse environments?
AMRs reduce reliance on human‑operated forklifts and manual transport, particularly in high‑traffic dock and loading areas. They operate with advanced sensing and navigation systems that support safe interaction with people, vehicles, and equipment.
##### Can AMRs adapt to peak periods or seasonal demand?
Yes. Autonomous mobile robots can be added, reassigned, or reconfigured as demand changes, enabling flexible scaling during peak shipping periods or seasonal volume increases.
##### What load types can AMRs handle in logistics environments?
AMRs can transport standard pallets, off‑size pallets, and other common load carriers used in warehouse, dock, and truck loading operations.
[ Have more questions? Contact us. ](#contact) Contact Us ### Getting in touch with our experts
Do you have a question or need more info about our Mobile Robots? Please enter your contact details and describe your inquiry, and we’ll get back to you as soon as possible. Thanks!
**Categories:** Mobile Robotics
**Search Tags:** Mobile Robotics
---
### [Hospitals and Healthcare](https://www.oceaneering.com/oceaneering-mobile-robotics-omr/hospitals-and-healthcare/)
**Published:** September 13, 2024
**Author:** Monica Dahl
**Content:**
[ Discuss a Project ](https://oceaneering.com/oceaneering-mobile-robotics-omr/#contact) Mobile Robotics # Automating Hospitals and Healthcare Facilities
Improve material flow, support hygiene‑focused operations, and enhance efficiency with autonomous mobile robotics designed for healthcare environments.
## Reliable, Hygienic Material Flow for Healthcare Environments
Hospitals and healthcare facilities depend on reliable internal logistics to support patient care, maintain hygiene standards, and ensure timely delivery of critical materials. Material movement must be predictable, safe, and consistent across busy, space‑constrained environments. By supporting reliable, repeatable movement across clinical and non‑clinical areas, autonomous systems help facilities improve efficiency while allowing staff to focus on patient care.
## Reducing Manual Transport Through Predictable Automation
Healthcare facilities manage a wide range of daily transport tasks that are often repetitive and labor‑intensive. Manual trolley movement can strain resources, introduce inefficiencies, and increase the risk of human error. Autonomous mobile robots support controlled, predictable material flow across key healthcare workflows, helping facilities maintain smooth operations while supporting hygiene and safety priorities.
## Common Automated Workflows
- Transport of food and meal trolleys
- Movement of clean and soiled linen
- Delivery of medical supplies and pharmaceuticals
- Waste and materials handling
- Inter‑departmental transport within hospitals and care facilities
## Automate Intralogistics to Support Patient Care
Autonomous mobile robotics solutions are designed to integrate seamlessly into existing hospital and healthcare environments. Operating safely alongside staff, patients, and visitors, these systems automate routine transport tasks without requiring structural changes to facilities.
 ## Benefits of Using Autonomous Mobile Robots in Healthcare Facilities
### Improve Hygiene and Safety
Minimize human contact to promote better sanitation and lower the risk of infections.
### Increased Efficiency
Automate routine tasks, enabling personnel to focus on patient care.
### Reduce Operational Costs
Support 24/7 operations with streamlined trolley transportation.
### Reliability and Scalability
Adapt seamlessly to changing demands during peak times with dependable and consistent performance.
[  ](https://www.oceaneering.com/unimover-o-600/) ## Vehicle Highlight
## UniMover™ O 600 Underride
The UniMover™ O 600 underride autonomous mobile robot integrates seamlessly into hospital and healthcare intralogistics processes without requiring structural modifications. Its compact footprint and omnidirectional movement enable reliable operation in narrow corridors and space‑constrained areas. A stainless‑steel deck supports hygiene‑focused applications where ease of cleaning and sanitation is essential.
[ Explore Robot ](https://www.oceaneering.com/oceaneering-mobile-robotics-omr/unimover-o-600/)## Unimover™ O 600 Underride Robot
 Play Video ## Frequently Asked Questions
##### What healthcare operations are suitable for AMRs?
Autonomous mobile robots are well suited for hospitals and healthcare facilities that require frequent transport of food, linen, medical supplies, pharmaceuticals, and waste between departments.
##### Can AMRs operate safely around patients and staff?
Yes. Autonomous mobile robots are designed to operate safely alongside people in shared environments. They use advanced sensing and navigation systems to support predictable, controlled movement.
##### How do AMRs support hygiene and infection‑control efforts?
By reducing manual handling and unnecessary staff movement, AMRs help limit human contact with transported materials. This supports hygiene‑focused workflows and consistent sanitation practices.
##### Do AMRs require changes to hospital infrastructure?
No. AMRs use infrastructure‑free navigation and typically do not require permanent changes to floors or building layouts, allowing deployment with minimal disruption.
##### Can AMRs support 24/7 healthcare operations?
Yes. Autonomous mobile robots are designed for continuous operation and can support around‑the‑clock workflows, including nights, weekends, and peak demand periods.
##### What types of loads can AMRs transport in healthcare facilities?
AMRs can transport food trolleys, linen carts, pharmaceutical trolleys, waste containers, and other common healthcare load carriers.
[ Have more questions? Contact us. ](#contact) Contact Us ### Getting in touch with our experts
Do you have a question or need more info about our Mobile Robots? Please enter your contact details and describe your inquiry, and we’ll get back to you as soon as possible. Thanks!
**Categories:** Mobile Robotics
**Search Tags:** Mobile Robotics
---
### [Heavy Machinery Manufacturing](https://www.oceaneering.com/oceaneering-mobile-robotics-omr/heavy-machinery-manufacturing/)
**Published:** September 13, 2024
**Author:** Monica Dahl
**Content:**
[ Discuss a Project ](https://oceaneering.com/oceaneering-mobile-robotics-omr/#contact) Mobile Robotics # Automating Heavy Machinery Manufacturing
Improve internal material flow, increase efficiency, and support safer operations with autonomous mobile robotics designed for heavy machinery manufacturing environments.
## Automation for Heavy Machinery Manufacturing Operations
Heavy machinery manufacturing involves moving large, heavy, and often irregular components across production, assembly, and warehouse environments. These operations are labor‑intensive and rely on internal logistics that must remain reliable, safe, and predictable.
## Supporting Efficient Material Flow Across Heavy Machinery Manufacturing
Autonomous mobile robots (AMRs) support heavy machinery manufacturers by automating repetitive internal transport tasks and creating consistent material flow between production and logistics areas. Heavy machinery manufacturing environments often require frequent movement of raw materials, sub‑assemblies, and finished components across multiple process stages, where manual transport can introduce delays, safety risks, and inefficiencies, particularly when handling oversized or heavy loads. Autonomous systems help improve efficiency, enhance safety, and maintain steady, continuous operations.
### Common Automated Workflows
- Truck unload to warehouse storage
- Movement of raw materials from warehouse to production lines
- Transport of sub‑assemblies between production areas
- Transfer of finished components from production to warehouse
- Order staging for outbound shipping
- Trailer staging and loading operations
## Benefits of Using Autonomous Mobile Robots in Heavy Machinery Manufacturing
### Increase Efficiency
Maintain consistent material flow to reduce delays and support predictable operations.
### Enhanced Safety
Reduce manual handling and forklift traffic when moving heavy and oversized loads.
### Reduce Operational Costs
Automate repetitive transport tasks and optimize workforce deployment.
### Increase Flexibility
Adapt workflows and scale operations and production volumes and layouts change.
 ## Mobile Robotics Solutions for Heavy Machinery Manufacturing
We deliver standardized mobile robots with infrastructure-free navigation ensuring the lowest total cost of ownership per vehicle. Each Autonomous Mobile Robot (AMR) is equipped with the latest safety technologies which create the best working environment for mobile robots and humans.
[ Explore Robot ](https://www.oceaneering.com/oceaneering-mobile-robotics-omr/maxmover-cb-d-2000/)## Frequently Asked Questions
##### What heavy machinery operations are suitable for the MaxMover autonomous mobile robot?
The MaxMover is well suited for heavy machinery manufacturing operations that rely on forklift‑based transport of raw materials, large components, sub‑assemblies, and finished goods. Typical use cases include movement between receiving, production cells, buffer zones, and outbound shipping areas where consistent, repeatable pallet transport is critical to keeping operations moving.
##### What types of loads can the MaxMover handle in heavy machinery manufacturing?
The MaxMover is designed to transport the palletized loads commonly used in heavy machinery environments, including inbound raw materials, pallets with machined or fabricated components, racks with finished or pre‑assembled parts, and outbound pallets staged for shipping. Its counterbalance forklift design allows it to handle loads that would traditionally require manual forklift operation.
##### Can the MaxMover handle heavy or oversized loads?
Yes. The MaxMover is specifically designed for heavy machinery applications where oversized or high‑weight palletized loads are common. By automating forklift transport, it supports controlled, repeatable movement of heavy loads while reducing dependence on manual handling and operator availability.
##### Does deploying the MaxMover require changes to existing facility infrastructure?
No. The MaxMover uses infrastructure‑free navigation and typically does not require permanent changes to floors, guidepaths, or layouts. This allows heavy machinery manufacturers to introduce autonomous forklift transport with minimal disruption to existing production and logistics workflows.
##### How does the MaxMover help improve safety in heavy machinery environments?
By automating forklift transport of heavy and oversized loads, the MaxMover reduces manual driving, repetitive handling, and close human interaction with high‑mass materials. This helps lower workplace risk and supports safer, more predictable internal logistics in busy production and warehouse areas.
[ Have more questions? Contact us. ](#contact) Contact Us ### Getting in touch with our experts
Do you have a question or need more info about our Mobile Robots? Please enter your contact details and describe your inquiry, and we’ll get back to you as soon as possible. Thanks!
**Categories:** Mobile Robotics
**Search Tags:** Mobile Robotics
---
### [Food and Beverage](https://www.oceaneering.com/oceaneering-mobile-robotics-omr/food-and-beverage/)
**Published:** August 21, 2024
**Author:** Monica Dahl
**Content:**
[ Discuss a Project ](https://oceaneering.com/oceaneering-mobile-robotics-omr/#contact) Mobile Robotics # Automating the Food and Beverage Industry
Improve material flow, support hygiene‑focused operations, and increase efficiency with autonomous mobile robotics designed for food and beverage manufacturing and warehouse environments.
## Automation for Food and Beverage Manufacturing and Distribution
Food and beverage manufacturers operate under constant pressure to maintain product quality, hygiene, and delivery performance while managing cost, volume variability, and seasonal demand. Autonomous mobile robotics streamline internal material movement by reducing manual handling and improving process consistency while maintaining control over critical workflows.
## Supporting Hygienic and Efficient Material Flow
Food and beverage operations require careful coordination between production, packaging, and warehouse logistics. Manual transport can introduce inefficiencies, safety risks, and unnecessary handling that impact productivity and hygiene practices. Autonomous mobile robots support controlled material flow across key food and beverage workflows, helping organizations maintain smooth operations while adapting to changing demand.
##### Common Automated Workflows
- Transport of incoming raw materials to warehouse storage
- Movement of packaging materials within warehouse areas
- Transfer of finished goods from end‑of‑line to warehouse
- Order staging and preparation for outbound shipping
- Loading finished products onto trailers
## Trailer Loading for Food and Beverage Distribution
Autonomous trailer loading supports food and beverage distribution operations by improving dock efficiency and consistency. Autonomous mobile robots can load finished goods in repeatable patterns, reducing manual handling at the dock and supporting predictable outbound workflows. This helps shorten loading cycles and maintain steady distribution performance during peak shipping periods.
[ Learn More ](https://www.oceaneering.com/oceaneering-mobile-robotics-omr/autonomous-trailer-loading/)  ## Benefits of Using Autonomous Mobile Robots in Food and Beverage Operations
### Enhanced Hygiene
Reduce manual handling to support cleaner, more controlled operations.
### Increased Efficiency
Improve processing times and material flow consistency.
### Reduce Operational Costs
Lower labor dependency and handling inefficiencies.
### Enable Scalability and Flexibility
Adapt to seasonal demand and changing volumes.
## Mobile Robotics Solutions for Food and Beverage Manufacturers
We deliver standardized mobile robots with infrastructure-free navigation ensuring the lowest total cost of ownership per vehicle. Each Autonomous Mobile Robot (AMR) is equipped with the latest safety technologies which create the best working environment for mobile robots and humans.
[  ](https://www.oceaneering.com/oceaneering-mobile-robotics-omr/maxmover-cb-d-2000/) ### MaxMoverTM CB D 2000
### Counterbalance forklift
[ Explore robot ](https://www.oceaneering.com/oceaneering-mobile-robotics-omr/maxmover-cb-d-2000/) [  ](https://www.oceaneering.com/oceaneering-mobile-robotics-omr/unimover-o-600/) ### UniMoverTM O 600
### Underride
[ Explore robot ](https://www.oceaneering.com/oceaneering-mobile-robotics-omr/unimover-o-600/) [  ](https://www.oceaneering.com/oceaneering-mobile-robotics-omr/compactmover-1200-forklift/) ### CompactMoverTM FOL U 1200
### Fork over leg
[ Explore robot ](https://www.oceaneering.com/oceaneering-mobile-robotics-omr/compactmover-1200-forklift/)## Frequently Asked Questions
##### What food and beverage operations are suitable for AMRs?
Autonomous mobile robots are well suited for food and beverage warehouse and distribution operations that require frequent movement of raw materials, packaging, and finished goods between storage, staging, and shipping areas.
##### Can AMRs work in hygiene‑focused environments?
Yes. By reducing manual handling and unnecessary personnel movement, AMRs help support controlled, predictable workflows that align with hygiene‑focused operating practices.
##### Can AMRs support autonomous trailer loading for food and beverage distribution?
Yes. Autonomous mobile robots can support trailer loading of finished goods, helping improve dock efficiency and reduce manual handling during outbound distribution.
##### Do AMRs require changes to existing warehouse infrastructure?
No. AMRs use infrastructure‑free navigation and typically do not require permanent changes to floors or facility layouts, allowing deployment with minimal disruption.
##### Can AMRs adapt to seasonal or peak demand?
Yes. Autonomous mobile robots can be added, reassigned, or reconfigured as volumes change, enabling flexible scaling during seasonal peaks.
##### What load types can AMRs handle in food and beverage operations?
AMRs can transport pallets, bins, racks, roll containers, and other common load carriers used in food and beverage warehouse environments.
[ Have more questions? Contact us. ](#contact) Contact Us ### Getting in touch with our experts
Do you have a question or need more info about our Mobile Robots? Please enter your contact details and describe your inquiry, and we’ll get back to you as soon as possible. Thanks!
**Categories:** Mobile Robotics
**Search Tags:** Mobile Robotics
---
### [Automotive Industry](https://www.oceaneering.com/oceaneering-mobile-robotics-omr/automotive-industry/)
**Published:** August 21, 2024
**Author:** Monica Dahl
**Content:**
[ Discuss a Project ](https://oceaneering.com/oceaneering-mobile-robotics-omr/#contact) Mobile Robotics # Automating the Automotive Industry
Improve internal material flow, increase efficiency, and support safer production environments with autonomous mobile robotics designed for automotive manufacturing and supply chain operations.
## Automation for Automotive Manufacturing and Distribution
Automotive manufacturers operate complex, high‑throughput production environments where internal logistics must support precision, consistency, and continuous flow. By reducing manual handling and creating predictable material flow between production, assembly, and logistics areas, autonomous systems help manufacturers improve efficiency, enhance safety, and adapt to changing production demands.
## Supporting Efficient Material Flow Across Automotive Operations
Automotive production environments often require frequent movement of components and assemblies across multiple production stages. Manual transport can introduce delays, safety risks, and variability that affect throughput and workforce utilization. Autonomous mobile robots support controlled, repeatable transport across key automotive workflows, helping maintain steady production flow while reducing reliance on manual material handling.
### Common Automated Workflows
- Inbound material movement from receiving to warehouse storage
- Transport of components from warehouse to production and assembly lines
- Movement of sub‑assemblies between production areas
- Sequencing and line‑side delivery of components
- Transfer of finished assemblies to outbound staging
- Support for internal logistics within body shop, paint, and final assembly areas
## Benefits of Using Autonomous Mobile Robots in Automotive Operations
### Increase Efficiency
Maintain consistent material flow to reduce delays and support predictable production flow.
### Enhance Safety
Reduce manual handling and forklift traffic in active production environments.
### Reduce Operational Cost
Automate repetitive internal transport tasks and optimize workforce deployment.
### Improve Scalability
Adjust quickly to changes in volume, model mix, and production layouts.
## Our Mobile Robotics Solutions for Automotive Organizations
We deliver standardized mobile robots with infrastructure-free navigation ensuring the lowest total cost of ownership per vehicle. Each Autonomous Mobile Robot (AMR) is equipped with the latest safety technologies which create the best working environment for mobile robots and humans.
[  ](https://www.oceaneering.com/oceaneering-mobile-robotics-omr/maxmover-cb-d-2000/) ### MaxMoverTM CB D 2000
### Counterbalance forklift
[ Explore robot ](https://www.oceaneering.com/oceaneering-mobile-robotics-omr/maxmover-cb-d-2000/) [  ](https://www.oceaneering.com/oceaneering-mobile-robotics-omr/unimover-o-600/) ### UniMoverTM O 600
### Underride
[ Explore robot ](https://www.oceaneering.com/oceaneering-mobile-robotics-omr/unimover-o-600/) [  ](https://www.oceaneering.com/oceaneering-mobile-robotics-omr/compactmover-1200-forklift/) ### CompactMoverTM FOL U 1200
### Fork over leg
[ Explore robot ](https://www.oceaneering.com/oceaneering-mobile-robotics-omr/compactmover-1200-forklift/)## Field Proven Mobile Robotics
Discover how we helped a global automotive manufacturer automate their material flow to improve safety, reliability, and production continuity across multiple sites. [ Read the Case Study ](https://www.oceaneering.com/case-studies/automating-material-flow-in-demanding-automotive-manufacturing-environments/)## Frequently Asked Questions
##### What automotive operations are suitable for Oceaneering Mobile Robotics (OMR) systems?
Oceaneering Mobile Robotics systems are well suited for automotive manufacturing, assembly, and internal logistics operations that require consistent movement of components, sub‑assemblies, and finished parts between storage, production, and shipping areas. Typical applications include inbound material delivery to production lines, movement of components and sub‑assemblies between process stages, line‑side delivery and sequencing, and transfer of finished goods to warehouse or outbound staging areas. These systems support high‑throughput environments where predictable material flow is critical to maintaining production schedules.
##### What types of loads can Oceaneering mobile robots handle in automotive operations?
Oceaneering mobile robots are designed to transport the load carriers commonly used in automotive environments, including pallets with materials or components, racks with chassis or body parts, containers with assembly components, and finished parts staged for shipping. System configuration is selected based on load weight, dimensions, and handling requirements to ensure controlled, repeatable transport across production and logistics workflows.
##### Which Oceaneering mobile robot systems are used in automotive facilities?
Oceaneering offers three mobile robot systems commonly deployed in automotive operations. The UniMover is used for under‑ride transport of carts, trolleys, and lightweight carriers in production‑adjacent and line‑side environments. The CompactMover supports pallet and fork‑based transport in areas where maneuverability and space constraints are key considerations. The MaxMover autonomous forklift is used for heavier palletized loads and longer transport routes between warehouse, production, and shipping areas. These systems can be deployed individually or combined to support end‑to‑end automotive workflows.
##### Can Oceaneering systems support mixed‑model or variable automotive production?
Yes. Oceaneering mobile robotics systems are designed to adapt to changing vehicle models, production volumes, and workflows. Routes, missions, and system configurations can be updated as production requirements evolve, allowing automotive manufacturers to maintain consistent material flow without reworking facility layouts or adding fixed infrastructure.
##### Do Oceaneering mobile robotics systems require changes to existing automotive facilities?
No. Oceaneering mobile robotics systems use infrastructure‑free navigation and typically do not require permanent modifications to floors, guidepaths, or layouts. This allows automation to be introduced and scaled while supporting ongoing automotive production and minimizing disruption.
##### How do Oceaneering mobile robots help improve safety in automotive manufacturing?
By automating the transport of components and assemblies, Oceaneering mobile robots reduce manual handling and forklift traffic in active production and logistics areas. Our systems are designed to operate around people and equipment using integrated sensing and navigation technologies that support predictable movement and collision avoidance, helping create safer, more controlled internal logistics in shared automotive environments.
[ Have more questions? Contact us. ](#contact) Contact Us ### Getting in touch with our experts
Do you have a question or need more info about our Mobile Robots? Please enter your contact details and describe your inquiry, and we’ll get back to you as soon as possible. Thanks!
**Categories:** Mobile Robotics
**Search Tags:** Mobile Robotics
---
### [Airport Goods and Cargo Handling](https://www.oceaneering.com/oceaneering-mobile-robotics-omr/airport-goods-and-cargo-handling/)
**Published:** August 21, 2024
**Author:** Monica Dahl
**Content:**
[ Discuss a Project ](https://oceaneering.com/oceaneering-mobile-robotics-omr/#contact) Mobile Robotics # Automating Airport Goods and Cargo Handling
Improve throughput, accuracy, and operational control across airport goods and cargo handling with autonomous mobile robotics designed for airside and landside environments.
## Reliable Automation for Airport Goods and Cargo Handling
Airport goods and cargo handling operations require precise coordination to support tight schedules, safety requirements, and increasing cargo volumes. Autonomous mobile robotics enable airports and cargo operators to streamline internal transport by reducing manual handling and improving process consistency while maintaining operational safety.
## Supporting Time‑Critical Airport Operations
Airports and cargo facilities operate under constant pressure to move goods quickly and accurately while minimizing congestion and delays. Manual transport and traditional material handling processes can introduce bottlenecks, safety risks, and variability.
Autonomous mobile robots support consistent material flow across key airport and cargo workflows, helping operations maintain schedule reliability and improve overall throughput.
##### Common Automated Workflows
- Distribution of air cargo from knock‑down areas to processing or storage locations
- Transfer of airfreight pallets and load devices to and from conveyor systems
- Movement of lightweight cargo and support materials
- Transport of food carts from preparation areas to gates
 ## Automate Cargo Handling for Operational Efficiency
Autonomous mobile robotics solutions are designed to integrate into existing airport and cargo environments with minimal disruption. By automating repetitive transport tasks, airports can reduce manual vehicle traffic and improve material flow across shared operational spaces.
## Benefits of Using Autonomous Mobile Robots for Smart Airports
### Enhance Efficiency
Reduce turnaround times and support continuous operations.
### Improve Delivery Reliability
Enable consistent, predictable goods movement.
### Reduce Operational Cost
Lower reliance on manual handling and vehicle operation.
### Reduce Handling Errors
Improve accuracy and reduce the number of misplaced or damaged items.
## Our Mobile Robotics Solutions for Airport Goods and Cargo Handling
We deliver standardized mobile robots with infrastructure-free navigation ensuring the lowest total cost of ownership per vehicle. Each Autonomous Mobile Robot (AMR) is equipped with the latest safety technologies which create the best working environment for mobile robots and humans.
[  ](https://www.oceaneering.com/oceaneering-mobile-robotics-omr/maxmover-cb-d-2000/) ### MaxMoverTM CB D 2000
### Counterbalance forklift
[ Explore robot ](https://www.oceaneering.com/oceaneering-mobile-robotics-omr/maxmover-cb-d-2000/) [  ](https://www.oceaneering.com/oceaneering-mobile-robotics-omr/unimover-o-600/) ### UniMoverTM O 600
### Underride
[ Explore robot ](https://www.oceaneering.com/oceaneering-mobile-robotics-omr/unimover-o-600/) [  ](https://www.oceaneering.com/oceaneering-mobile-robotics-omr/compactmover-1200-forklift/) ### CompactMoverTM FOL U 1200
### Fork over leg
[ Explore robot ](https://www.oceaneering.com/oceaneering-mobile-robotics-omr/compactmover-1200-forklift/)## Frequently Asked Questions
##### What airport and cargo operations are suitable for AMRs?
Autonomous mobile robots are well suited for airport goods and cargo handling operations that require frequent movement of air cargo, pallets, load devices, food carts, and support materials between processing, storage, and gate areas.
##### Can AMRs operate safely in active airport environments?
Yes. Autonomous mobile robots are designed to operate safely in active airport goods and cargo handling areas where people, vehicles, and equipment operate in close proximity. They support controlled, predictable movement across busy cargo zones, service corridors, and support areas, helping maintain orderly material flow while reducing reliance on manual transport in time‑critical airport operations.
##### Do AMRs require changes to airport infrastructure?
No. AMRs use infrastructure‑free navigation and typically do not require permanent modifications to floors or facilities, allowing deployment with minimal disruption.
##### Can AMRs support 24/7 airport operations?
Yes. Autonomous mobile robots are designed for continuous operation and can support around‑the‑clock cargo and support workflows.
##### What types of goods can AMRs transport at airports?
AMRs can transport air cargo pallets, lightweight cargo, food carts, and other goods and support materials commonly handled within airport environments.
##### How do AMRs help reduce congestion and delays?
By providing consistent, predictable material movement, AMRs help reduce manual vehicle traffic and handling variability, supporting smoother cargo flow and on‑time operations.
[ Have more questions? Contact us. ](#contact) Contact Us ### Getting in touch with our experts
Do you have a question or need more info about our Mobile Robots? Please enter your contact details and describe your inquiry, and we’ll get back to you as soon as possible. Thanks!
**Categories:** Mobile Robotics
**Search Tags:** Mobile Robotics
---
### [Remote Operations Brazil](https://www.oceaneering.com/locations/brazil/remote-operations-brazil/)
**Published:** June 9, 2026
**Author:** Monica Dahl
**Content:**
Safe, Secure Offshore Operations
# Delivering Remote Operations in Brazil
Operated offshore from remote locations with confidence. Execute varied scopes remotely, from inspection and intervention to maintenance and decommissioning, enabled by secure, low-latency connectivity and backed by proven performance across global operations.
[ Watch Video ](https://oceaneering.canto.com/direct/video/ejk5v6host7a593if98p3og36l/jBNzFEoppSP4NbTDze4rhBWurj8/original?content-type=video%2Fmp4) ## Safe. Scalable. Reliable.
Remote offshore work relies on safe execution, scalable deployment, and reliable system performance across every operation. Our OROCs, including the Macaé site, are designed specifically for mission-critical execution.
### Real‑Time Operational Control
Maintain operational control with secure, low-latency connectivity
### Faster, Smarter Decisions
Improve decision-making and responsiveness
### Reduced Offshore Exposure
Reduce offshore exposure and mobilizations
### Access Global Expertise
Access specialist expertise without geographic constraints
From Concept to Reality ## Macaé OROC Supports Remote Operations in Brazil
**Remote offshore execution is no longer a concept in Brazil. It is operational, proven in the field, and gaining momentum.**
From our purpose-built Onshore Remote Operations Center (OROC) in Macaé, we support your offshore activities using secure, low-latency connectivity engineered for mission-critical applications. This enables technical specialists to deliver work from shore without compromising safety, control, or performance.
Since opening in 2024, the OROC in Macaé has supported active offshore programs, demonstrating that remote operations can be executed reliably in live field conditions in the region.
## Bringing Offshore Control Onshore-Inside a Live ROV Handoff
Watch a live, real-time transfer of ROV control from offshore to our Macae OROC during an active subsea operation, demonstrating how remote operations deliver safe, seamless control, continuous communication, and reduced offshore exposure.
 Play Video ### 7 Piloting Stations
Purpose-built for concurrent operations, enabling efficient scaling without offshore personnel mobilizations.
### Strategically Designed Control Rooms
Configured to support simultaneous, multi-asset operations with clear visibility and controlled execution.
### Secure Data Infrastructure
Protects operational data while enabling reliable, real-time decision making.
### Redundant Systems Redundant for Continuity
Maintains operational uptime and reduces risk of disruption during offshore activities.
### Integrated Collaboration Spaces
Bring clients and project team into the operation, improving alignment, decision making, and transparency.
Consistent Performance ## Proven Operations in Brazilian Waters
Our teams at Macaé have supported various offshore campaigns in Brazil, demonstrating that remote execution performs reliably in live operating conditions. Scopes have included:
- Subsea inspection and monitoring activities
- Pipeline and infrastructure assessments
- Well and equipment inspection support
## Explore How Remote Offshore Work is Being Delivered Safely in Brazil
## Frequently Asked Questions
##### How do you ensure safe operations when work is performed from shore?
Remote operations are designed to reduce offshore personnel exposure without reducing operational control. Secure, real-time connectivity, and continuous monitoring allow onshore specialists to maintain full oversight and respond immediately to changing conditions.
##### How secure is the connection between offshore assets and the OROC?
Our remote operations are supported by secure, low-latency communication systems engineered for mission-critical offshore applications. Data integrity, system redundancy, and network reliability are built into the infrastructure to support continuous, controlled operations.
##### Can remote operations meet the same performance standards as offshore execution?
Yes. Remote operations in Brazil have been executed in live field conditions, demonstrating that activities can be completed reliably while maintaining the same operational standards expected offshore.
##### What challenges does remote execution help solve in Brazil?
Offshore operations in Brazil can be impacted by logistics constraints, limited offshore capacity, and the availability of specialist personnel. Remote operations help address these challenges by reducing the need for offshore mobilization and enabling access to expertise from shore.
##### What types of work can be delivered from the OROC?
The OROC supports a range of offshore activities, including inspection, monitoring, survey support, and intervention-related scopes. Capabilities can be applied across the offshore project lifecycle, from commissioning through ongoing operations and decommissioning.
##### Does remote execution reduce offshore personnel requirements?
Yes. By shifting certain activities onshore, remote operations reduce the number of personnel required offshore while maintaining coordination with offshore teams and assets.
##### How do you maintain coordination between offshore crews and onshore teams?
Operations are supported through continuous communication and integrated workflows between offshore assets and the OROC. This ensures alignment, visibility, and efficient execution across all teams involved.
##### Is this approach already being used in Brazil?
Yes. Remote operations have already been applied in Brazilian offshore campaigns, supporting inspection and intervention activities and demonstrating reliable performance in real-world conditi
## Contact Us
### Our team of experts is ready to help you get started.
Oceaneering offers best-in-class products and solutions, backed by unparalleled quality, reliability, and global support. Fill out the inquiry form or [send an email to our Macaé team](mailto:commercial-macae-oii@oceaneering.com) to explore how remote piloting can transform your operations.
**Categories:** Remote Operations
**Search Tags:** Brazil
---
### [Data Management](https://www.oceaneering.com/data-management/)
**Published:** October 16, 2023
**Author:** Louder Agency
**Content:**
[ Discuss a Project ](https://oceaneering.com/data-management/#contact)# Data Management and Communication Solutions
Our data and IT solutions enable you to do business better. From the oil field to the boardroom, subsea to satellite, and upstream to downstream, we have the data, technology, and subject matter experts to help you accomplish your missions. ## Learn how we can help you increase efficiency, improve your operations, enhance safety and security, and reduce labor.
## Communications and IT Services
We provide turnkey solutions for networking, video, and voice. With 50 years of marine and offshore experience, we provide you with the technology and personnel to accomplish the most complex goals in the harshest environments. Our real-time communications solutions link rigs, platforms, and vessels with global operations centers. We deliver satellite, cellular, and mesh technologies to make sure data get to people and machines as quickly as possible. We help you meet diverse needs from broadband internet offshore to the backhauling of video and sensor data from vessels, remote vehicles (land, sea, and air), platforms, refineries, and other harsh environments. ### Our communications and IT services meet a broad range of needs.
[ Communications and IT Services ](https://oceaneering.canto.com/download/document/i73oe58nrd6cl92c3c2isrvr39/original.pdf)
- Certified offshore IT technicians
- Broadband internet
- Radio frequency (RF) field survey
- Vessel-to-vessel voice, video, and data solutions (point-to-point and mesh)
- Live-streaming video and media archiving
- Managed networks
- Communications solutions such as satellite, cellular, and machine-to-machine (M2M)
## Authorized Starlink Reseller
Connectivity solutions powered by Starlink and integrated with Oceaneering’s remote operations, digital services, and offshore expertise.
## Video Services
We provide the most advanced live-streaming video and archiving solutions available. Whether you need to view remote operations in real time or store petabytes of data in a searchable, indexed media archive, we can help. Video management is provided through the [Oceaneering Media Vault (OMV)](/asset-intelligence-and-management/media-and-integrity-management/), which provides an integrated web-based portal for viewing and management of real-time streaming and historical archiving and review. You can tag interest areas for subsequent analysis, view multiple streams in a unified display, and even deploy your individual video streams within your Esri-based GIS COP.
Additionally, we offer high-definition streaming capability with embedded GPS coordinates.
### Our video services empower better decisions.
[ Video Services ](https://oceaneering.canto.com/download/document/kcsetoq8257ob890p7lfo7mc0h/original.pdf) [ Oceaneering Media Vault (OMV) ](https://oceaneering.canto.com/download/document/obi7vkr4r931pefv15g160q90u/original.pdf)
- Remote [underwater inspection in lieu of drydocking (UWILD)](/asset-integrity/floating-systems-inspection-and-integrity-services/special-periodic-surveys-and-uwild/) services
- [Remotely operated vehicle (ROV)](/rov-services/), [vessel](/subsea-projects/vessel-fleet/), and dockside operations
- Drills and incident responses
- Enterprise video archiving
- Encoding and video media management
### Below are examples of successful software development projects completed for customers in the maritime and energy industries.
**Custom fleet management systems** leveraging satellite communications, terrestrial (cellular) data, and AIS to support specific business requirements; our solutions have incorporated all aspects of fleet management, including scheduling, logistics, billing, HR, and compliance reporting
**Custom reporting** from our large datasets for a wide variety of government requirements, including Maritime Domain Awareness (MDA) emissions reporting, berth scheduling, vessel speed reporting, and other applications for port authorities and for federal and local government agencies
Development of **mobile applications**
## Contact Us
### Our team of experts is ready to help you get started.
Oceaneering offers best-in-class products and solutions, backed by unparalleled quality, reliability, and global support. Fill out the inquiry form to start a conversation today.
**Categories:** C-Nav® Positioning Solutions, Data Management
**Search Tags:** C-Nav Positioning Solutions
---
### [INFORM™ Asset Integrity Management Software - Centralizing Your Integrity Workflow](https://www.oceaneering.com/asset-integrity-management/combining-engineering-data-and-visualization/centralizing-your-integrity-workflow/)
**Published:** October 30, 2025
**Author:** Monica Dahl
**Content:**
[ Discuss a Project ](/asset-integrity/#contact) INFORM™ Asset Integrity Management Software
# Centralizing Your Integrity Workflow
Simplify asset integrity management with a unified system built for traceability and control.
## The Foundation For Smarter Decisions
Integrity is not optional. It is essential. Scattered data and disconnected systems continue to slow critical decisions. That is why organizations rely on Inform™, a configurable modular integrity software suite that centralizes digital inspection workflows, anomaly tracking, and risk-based planning into one governed source of truth.
As part of our Digital Asset Management platform, Inform™ strengthens your integrity management programs.
### Improve Efficiency and Oversight
Eliminate silos, speed up decision-making processes, and digitize data collection and reporting.
### Achieve Audit Readiness and Full Traceability
Ensure every inspection and decision is documented for complete audit defense.
### Address Labor Shortages and Maintenance Backlogs
Use automation to best deploy available personnel and clear maintenance backlogs.
### Increase Uptime and Productivity
Improve asset utilization and availability, reduce downtime, and lower inspection-related expenses.
## Built for Precision. Designed for Performance.
Inform™ delivers control you can measure and accountability you can trust. Data stays preserved and decisions remain traceable. Trusted across offshore energy, LNG, refining, petrochemical, midstream, utilities, and heavy industry, Inform™ is your foundation for integrity, compliance, and operational excellence.
Configure and Scale with Purpose
## Inform™ Asset Integrity Management Software
Asset integrity evolves. Your technology should evolve with it. Inform™ gives you the flexibility to start with the integrity capabilities you need today, and expand when you are ready. Scale module by module or unlock the full power of a combined solution.
##### Inform™ Digital Inspection System
Transform inspection data capture and management using a secure, mobile device-based platform.
##### Inform™ Risk-Based Inspection (RBI) Software
Prioritize based on likelihood and consequence, not routine using configurable logic.
##### Inform™ Anomaly Management Software
Leverage 3D visualization to capture and track anomalies through the designed workflow.
##### Inform™ Predictive Analytics Software
Assess and forecast degradation trends early to avoid shutdowns while linking to the Asset Data Register for full hierarchy visibility.
  Vision™ 3D Data Visualization Software
## Expand Your Insight
Start with Inform™ as your core and enhance it with Vision™ for 3D data visualization of your asset. Vision™ and InformTM integrate seamlessly to strengthen your operations with visual context, delivering measurable clarity that improves planning and transforms decision making.
##### Vision™ Topside
Apply laser-based scanning for measurable 3D clarity above the surface, improving inspection planning.
##### Vision™ Subsea
Capture underwater infrastructure with ROV and photogrammetry scans for accurate integrity visualization.
[ Learn more ](https://www.oceaneering.com/visualizing-3d-data-for-asset-integrity/)
## Frequently Asked Questions
Whether you’re starting to digitize asset integrity or upgrading from a different solution, we’re here to support you. Explore frequently asked questions about the Inform™ AIM Software.
##### What is Inform™?
Inform™ is a governed asset integrity management software platform that brings everything into one controlled system of record. Its modules centralize asset hierarchy, risk-based assessment, anomaly management, and predictive analytics. It standardizes integrity execution, tracks evidence, and enforces accountability so every action is verified and every decision is defensible.
##### Is Inform™ a replacement for spreadsheets and manual reports?
Yes. Inform™ eliminates uncontrolled spreadsheets and isolated reports by standardizing digital inspection and creating a governed record of integrity activity.
##### Does Inform™ support Risk Based Inspection?
Yes. Inform™ includes a modular risk-based inspection engine that calculates likelihood consequence and risk outcomes to support smarter inspection planning.
##### Does Inform™ include predictive analytics?
Yes. Inform™ delivers predictive analytics through a dedicated module. The module identifies degradation trends early to avoid shutdowns and connects to the Asset Data Register for full hierarchy visibility. It also applies machine learning models to historical data to optimize inspection intervals and reduce costs.
##### Can Inform™ be integrated with Vision™?
Yes. Vision™ can be integrated with Inform™ to deliver 3D visualization and measurable integrity context for inspections and anomalies across assets, above and below the waterline and onshore.
##### Can Vision™ be used without Inform™?
Yes. Both are standalone. Vision™ can be deployed as a standalone visualization solution and later integrated with Inform™ when integrity governance is needed.
##### Can I use Inform™ modules separately?
Yes. Inform™ is modular, so you can use only the modules you need and add others later. You can begin with digital inspection, anomaly management, risk-based inspection, or predictive analytics, and expand at any time.
##### Is Inform™ available in the cloud?
Yes. Inform™ is available as a secure, cloud deployment to meet your information security and access requirements.
##### What industries use Inform™?
Inform™ is used in offshore energy, LNG, refining, petrochemical, midstream, utilities, manufacturing, and other asset intensive industries.
##### How does Inform™ improve audit readiness?
Inform™ maintains full traceability of every record including ownership status, timestamps decisions, and delivers supporting evidence for complete audit defense.
[ Have more questions? Contact us. ](#contact) Contact Us
## Our team of experts is ready to help you get started.
Oceaneering offers best-in-class products and solutions, backed by unparalleled quality, reliability, and global support. Fill out the inquiry form to start a conversation today.
**Categories:** Asset Integrity Management
---
### [Our Safety Culture](https://www.oceaneering.com/sustainability/health-safety-and-quality-hse/our-safety-culture/)
**Published:** November 7, 2023
**Author:** Kristen Thurman
**Content:**
[ Contact Us ](https://oceaneering.com/sustainability/#contact)
# Our Safety Culture
## In 1964, Oceaneering was established as a diving services provider. Although small in size, the nature of the work meant that our organization faced a relatively high level of risk.
Knowing this, we set out to improve, not only our own health, safety and environmental (HSE) practices, but also those of the diving industry which we served. As our portfolio of services has grown, we have continued to prioritize and advance our approach to HSE.
## Measuring Safety Performance
We have built a reputation for outstanding safety performance, and release quarterly measurements of our safety performance.
## Life Saving Rules
In 2015, we codified a set of common HSE practices, and how to reduce risk, in what we call our [Life Saving Rules](https://oceaneering.canto.com/download/document/43hdm4csm53ujepojms9rrv05g/original). These rules were developed based on a two-year review of our high-hazard tasks and associated incidents. We reviewed incidents that resulted in a range of consequences, from days away from work (DAFW) to no consequence. We not only took a deep dive into incidents that had the potential for fatality or DAFW, but we also looked closely at incidents that required medical attention or first aid, near-hit cases and unsafe behavior.
### Energy Isolation
### Working at Height
### Suspended Loads
### Pressure Testing
### Confined Space
### Radiation
Our greatest emphasis was placed on those incidents that did not result in a significant consequence, but which had the potential to result in a serious consequence. These six rules apply to every Oceaneering employee, as well as third parties operating in shared settings.
Since their introduction, the Life Saving Rules have enabled our organization to more precisely identify the activities and tasks posing the greatest risk of fatality. We have also determined associated processes to help protect our employees. We dig deeper, looking at not only the immediate causes of fatality or injury, but also the underlying behaviors contributing to adherence to the Life Saving Rules.
## Contact Us
### Our team of experts is ready to help you get started.
Oceaneering offers best-in-class products and solutions, backed by unparalleled quality, reliability, and global support. Fill out the inquiry form to start a conversation today.
**Categories:** Sustainability
**Search Tags:** Health, Safety, Security, Environment, and Quality
---
### [Science and Research](https://www.oceaneering.com/science-and-research/)
**Published:** November 9, 2023
**Author:** Madelyn Werner
**Content:**
# Science and Research
We have a long track record of solving technical and operational challenges for a diverse range of customers. We collaborate with you to control costs and maximize operational efficiency.
Our teams continually gain experience and learn new lessons that can be applied to your operation. Our motivation is not to further our own research missions, but to provide you with the world-class technologies and personnel needed to reach your goals. No matter the project, efficiency and respect are in our DNA. Throughout a project’s lifetime, we continually seek opportunities for improvement-from pre-planning and design to mobilization. We are the committed partner for your science and research needs.
## Simplified Pre-Planning and Logistics
To help you meet research objectives, we leverage our existing global footprint and think creatively. Limited budgets do not have to mean limited capabilities. For example, our [multi-service vessels (MSVs)](https://oceaneering.com/subsea-projects/vessel-fleet/), [ROVs](https://oceaneering.com/rov-services/), and [autonomous underwater vehicles (AUVs)](https://oceaneering.com/survey-and-mapping/geoscience-and-auv-surveys/) operate around the world, enabling us to be more strategic when planning projects. By identifying the assets scheduled to be in your area of investigation at a given time, we significantly reduce shipping costs and downtime.
To further increase efficiency, we can now ship dedicated scientific equipment kits to locations around the world. The kits upgrade our existing work class ROVs, which have already been mobilized, to perform research-specific tasks.
[ Vessels ](https://oceaneering.com/subsea-projects/vessel-fleet/) [ ROV Services ](https://oceaneering.com/rov-services/) [ C-Nav Positioning Solutions ](https://oceaneering.com/positioning-solutions/)  
## Experience the Advantages
Our teams include experts in ROV operation, subsea surveying, geographic information system (GIS) analysis, vessel management, manufacturing, and more.
As the world leader in ROV services, our teams include highly skilled ROV supervisors and pilot technicians. Compared with pilots who only perform research work, our technicians log significantly more piloting hours each year across a variety of jobs.
On the subsea surveying side, our personnel leverage their experience to deliver faster, more successful operations. We enable you to achieve more objectives per deployment, helping control costs and improve turnaround times between deployments.
## Research and Work Class ROVs
For ROV-based surveying or video capture in shallow or deep waters, we use the lightweight, easily deployed Global Explorer ROV. This vehicle is rated to 9,800 fsw (3,000 msw), and provides unmatched video and photo clarity at any depth.
Alternatively, if the scope of work calls for it, we can use one of our many light work or work class ROVs, plus our dedicated scientific kits. Visit our [ROV Systems](https://oceaneering.com/rov-services/rov-systems/) page to learn about the variety of vehicles we have ready to work.
[ Global Explorer ROV ](https://oceaneering.com/global-explorer-rov/)  
## Subsea Survey and Mapping
We provide a wide range of survey, mapping, data, and geoscience services. Our vast portfolio of vessels (including the [DSV Ocean Project](https://oceaneering.com/survey-and-mapping/geoscience-and-auv-surveys/) and smaller boats, as well as AUVs) can be used in deep and coastal waters.
We also offer worldwide [differential global navigation satellite system (DGNSS) positioning](https://oceaneering.com/positioning-solutions/products-and-services) and related [data processing services](https://oceaneering.com/data-management/) to deliver mission-critical information. You achieve your benthic, pelagic, and seafloor seep survey, archaeology, coring, and pisciculture objectives with greater accuracy and less downtime.
Additionally, we work with you to provide documentation to agencies such as the [Bureau of Ocean Energy Management (BOEM)](https://www.boem.gov/), the [Bureau of Safety and Environmental Enforcement (BSEE)](https://www.bsee.gov/), and the [National Oceanic and Atmospheric Administration (NOAA)](https://www.noaa.gov/).
## Data and Communication Solutions
Our in-house data experts design and deploy custom GIS solutions that provide accurate visibility of parameters such as weather and vessel position. We enable high-speed communication between offshore and onshore teams, increasing total project efficiency.
We provide [high-resolution video streaming](https://oceaneering.com/data-management/#videoservices) from both subsea ROV-deployed cameras and unmanned aircraft systems (UASs). Combined with user-friendly media storage, we provide unmatched access to your project data.
## Engineering and Project Management
We partner with you from project start to finish. If you require custom equipment or access to hard-to-reach locations, our ROV, AUV, tooling, and sensor experts can find the solution.
We use our experience in managing a global asset base to help manage your project more effectively. Our team members are available as needed to pre-plan operations, solve logistics challenges, and mobilize resources to keep your project on time and under budget.
Contact Us
## Our team of experts is ready to help you get started.
Oceaneering offers best-in-class products and solutions, backed by unparalleled quality, reliability, and global support. Fill out the inquiry form to start a conversation today.
**Search Tags:** Science and Research
---
### [NAVSEA-Authorized Submarine Maintenance, Modernization, and New Construction](https://www.oceaneering.com/marine-services/)
**Published:** February 4, 2026
**Author:** Monica Dahl
**Content:**
[ Discuss a Project ](https://oceaneering.com/marine-services-division/#contact)
# NAVSEA-Authorized Support for Submarines and Deep Submergence Systems
Comprehensive maintenance, modernization, repair, and new construction services.
## Proven NAVSEA-Authorized Naval Support
With more than 30 years of experience and Naval Sea Systems Command (NAVSEA)‑authorized capabilities, we specialize in mission‑critical support for U.S. Navy submarines and Deep Submergence Systems (DSS). From modernization and repair to contributions on Virginia‑ and Columbia‑class new construction, our services are engineered to reduce risk, extend service life, and ensure operational readiness.
## SUBSAFE Execution at Scale
As the only non‑shipyard activity authorized under NAVSEA Note 5000 to perform Submarine Safety (SUBSAFE) and Deep Submergence Systems Scope of Certification (DSS‑SOC) work, we deliver critical repairs and alterations on submarines and DSS platforms. Our unmatched capacity and technical depth make us a key contributor to large-scale SUBSAFE work across the Submarine Industrial Base.
##### NAVSEA Authorizations and Quality Approvals
- NAVSEA Note 5000 SUBSAFE authorization
- NAVSEA Deep Submergence Systems Scope of Certification (DSS-SOC) authorization
- NAVSEA 9090-310 Alteration Installation Team authorization
- Submarine Retractable Bow Plane (RBP) repair authorization
- Unrestricted Operations Maintenance Requirements Card (URO/MRC) 003 submarine hull integrity inspections
- DOP-authorized for Submarine Corporate Component Repairs (CCRP) and Trident Planned Equipment Replacement (TRIPER) Program
- ABR Holder (#N00024-98-H-87380 with SUPSHIP Portsmouth)
- NAVSEA-approved welding activity (qualified for SUBSAFE, DSS-SOC, and multiple alloys)
- ISO 9001:2015 certified
- NAVSEA 04RP-approved Quality Management System
[](https://www.oceaneering.com/marine-services/submarine-modernization-and-repair/ "Submarine Modernization and Repair")
### [Submarine Modernization and Repair](https://www.oceaneering.com/marine-services/submarine-modernization-and-repair/ "Submarine Modernization and Repair")
We provide lifecycle support for Los Angeles‑, Ohio‑, Seawolf‑, Virginia‑, and Columbia‑class submarines, including components for new construction.
[Read More](https://www.oceaneering.com/marine-services/submarine-modernization-and-repair/) [](https://www.oceaneering.com/marine-services/deep-submergence-systems-modernization-and-repair/ "Deep Submergence Systems Modernization and Repair")
### [Deep Submergence Systems Modernization and Repair](https://www.oceaneering.com/marine-services/deep-submergence-systems-modernization-and-repair/ "Deep Submergence Systems Modernization and Repair")
Our end‑to‑end DSS modernization and repair services extend service life and enhance mission readiness for special operations.
[Read More](https://www.oceaneering.com/marine-services/deep-submergence-systems-modernization-and-repair/) [](https://www.oceaneering.com/marine-services/complex-structural-manufacturing/ "Complex Structural Manufacturing")
### [Complex Structural Manufacturing](https://www.oceaneering.com/marine-services/complex-structural-manufacturing/ "Complex Structural Manufacturing")
We specialize in precision fabrication for submarine components, supporting both repairs and new construction.
[Read More](https://www.oceaneering.com/marine-services/complex-structural-manufacturing/) [](https://www.oceaneering.com/marine-services/integrated-engineering-welding-and-non-destructive-testing/ "Integrated Engineering, Welding, and Non-Destructive Testing (NDT)")
### [Integrated Engineering, Welding, and Non-Destructive Testing (NDT)](https://www.oceaneering.com/marine-services/integrated-engineering-welding-and-non-destructive-testing/ "Integrated Engineering, Welding, and Non-Destructive Testing (NDT)")
We deliver integrated engineering, maintenance, and compliance services across every phase of submarine and Deep Submergence Systems sustainment.
[Read More](https://www.oceaneering.com/marine-services/integrated-engineering-welding-and-non-destructive-testing/)
## Multi-Year U.S. Navy Contract
We were awarded a multi-year contract to support the modified Virginia Class Subsea and Seabed Warfare (SSW) platform. [ Read the News Announcement ](https://www.oceaneering.com/oceaneering-secures-multi-year-subsea-and-seabed-warfare-contract-with-us-navy/)
## Frequently Asked Questions
Explore how our proven NAVSEA-authorized capabilities make us a trusted partner for submarine and Deep Submergence Systems modernization, repair, and new construction.
##### What NAVSEA‑authorized submarine services do you provide?
We provide full‑spectrum submarine maintenance, modernization, repair, and new‑construction support under multiple NAVSEA authorizations, including SUBSAFE, DSS‑SOC, AIT, and URO MRC 003 hull integrity inspections.
##### Are you authorized to perform SUBSAFE and DSS‑SOC work?
Yes. We are the only non‑shipyard activity authorized under NAVSEA Note 5000 to perform SUBSAFE and Deep Submergence Systems Scope of Certification (DSS‑SOC) work on submarines and dry deck shelters.
##### What submarine classes do you support?
We provide lifecycle support for Los Angeles‑, Ohio‑, Seawolf‑, Virginia‑, and Columbia‑class submarines, including modernization, maintenance, repair, and components for new construction.
##### Do you support Deep Submergence Systems (DSS) modernization and repair?
Yes. We deliver end‑to‑end DSS modernization and repair services that extend service life, improve reliability, and enhance mission readiness for special operations forces.
##### What types of submarine alterations can you execute?
We are authorized to perform SHIPALTs, ORDALTs, and TEMPALTs, including engineering, installation, testing, and documentation aligned with NAVSEA 9090‑310 Alteration Installation Team requirements.
##### Do you offer structural manufacturing for submarine components
Yes. We specialize in precision structural manufacturing, supporting both repairs and new construction with high‑accuracy fabrication for submarine systems and mission‑critical components.
##### What engineering and technical services do you provide for submarine sustainment?
We offer integrated engineering, welding, NDT, maintenance, and compliance services across every phase of submarine and DSS sustainment, including waterfront engineering and on‑site test support.
##### What NAVSEA authorizations and quality approvals do you hold?
Our approvals include NAVSEA Note 5000 SUBSAFE, DSS‑SOC, NAVSEA 9090‑310 AIT, RBP repair authorization, URO MRC 003 hull integrity inspections, DOP authorization, ABR certification, NAVSEA‑approved welding activity, ISO 9001:2015, and a NAVSEA 04RP‑approved Quality Management System.
##### How do you support new construction for Virginia‑ and Columbia‑class submarines?
We contribute components, precision fabrication, engineering support, and SUBSAFE‑authorized work that align with the requirements of Virginia‑ and Columbia‑class new‑construction programs.
##### Why is Oceaneering a trusted partner for submarine modernization and repair?
With more than 30 years of experience, NAVSEA‑authorized capabilities, SUBSAFE‑certified personnel, and proven shipyard collaboration, we deliver reliable, high‑quality results for mission‑critical submarine and DSS work across the Submarine Industrial Base.
[ Have more questions? Contact us. ](#contact)
## Contact Us
### Our team of experts is ready to help you get started.
Oceaneering offers best-in-class products and solutions, backed by unparalleled quality, reliability, and global support. Fill out the inquiry form to start a conversation today.
---
### [Integrated Engineering, Welding, and Non-Destructive Testing (NDT)](https://www.oceaneering.com/marine-services/integrated-engineering-welding-and-non-destructive-testing/)
**Published:** March 29, 2026
**Author:** Monica Dahl
**Excerpt:** We deliver integrated engineering, maintenance, and compliance services across every phase of submarine and Deep Submergence Systems sustainment.
**Content:**
[ Discuss a Project ](https://oceaneering.com/marine-services-division/#contact) Submarine and DSS Services
# Integrated Engineering, Welding, and Non-Destructive Testing (NDT)
We deliver integrated engineering, maintenance, and compliance services across every phase of submarine and deep submergence systems (DSS) sustainment.
## Comprehensive In‑House Technical Capabilities
We deliver integrated engineering, maintenance, and compliance services across every phase of submarine and deep submergence systems (DSS) sustainment. By managing design, fabrication, welding, testing, inspection, and documentation in‑house, we ensure consistent precision, full traceability, and reliable performance for mission‑critical undersea systems.
### SUBSAFE-Qualified Submarine Repair
SUBSAFE‑qualified repairs for hull integrity, pressure systems, and structural components.
### Design and Test Engineering
Integrated engineering for systems validation, prototyping, and deployment.
### Waterfront Engineering Support
On‑site technical support, drydock coordination, and emergent repair services.
### Technical Planning and Documentation
NAVSEA‑compliant planning packages and Quality Assurance documentation.
## NAVSEA‑Approved Welding for Critical Naval Structures
Our welding procedures are approved by [NAVSEA](https://www.navsea.navy.mil/), General Dynamics Electric Boat (GDEB), and [Huntington Ingalls Industries – Newport News Shipbuilding (HII-NNS)](https://hii.com/what-we-do/divisions/newport-news-shipbuilding/). We support repairs and fabrication across a wide range of material and processes, including hull repairs to HY-80 and HY-100 steels.
## Welding Processes and Materials Supported
Our NAVSEA-approved welding procedures ensure compliance and structural integrity for mission-critical components in accordance with Technical Publication 1688 Rev. 1 and Technical Publication 278 Rev. A (castings and piping, pressure vessels, and machinery). All welders are qualified to these certified processes, supporting a full range of techniques and materials.
- **Shielded Metal Arc Welding (SMAW)** – Ferrous, corrosion resistant steel (CRES), nickel-copper (NiCu), copper-nickel (CuNi)
- **Gas Tungsten Arc Welding (GTAW) (Mechanized and Automatic)** – Ferrous, CRES, NiCu, CuNi, Inconel, aluminum alloys
- **Flux Cored Arc Welding (FCAW)** – Ferrous, CRES
- **Gas Metal Arc Welding (GMAW) (Spray, Pulse, Mechanized)** – Ferrous, aluminum
- **Submerged Arc Welding (SAW)** – NiCu cladding
 
## Non-Destructive Testing (NDT) and Inspection
Our NDT program ensures component integrity and compliance with [NAVSEA](https://www.navsea.navy.mil/) and [American Society for Nondestructive Testing (ASNT)](https://www.asnt.org/) standards.
##### Certifications
- NAVSEA T9074-AS-GIB-010/271
- ASNT TC-1A (Level II and III)
##### Testing Methods
- Visual (VT)
- Magnetic Particle (MT)
- Liquid Penetrant (PT)
- Ultrasonic (UT – thickness, shearwave, soundness)
- Eddy Current (ET – surface)
## Frequently Asked Questions
Discover how our engineering, welding, and inspection capabilities ensure reliable, compliant, and mission‑ready support for submarines and deep submergence systems across the full sustainment lifecycle.
##### What engineering services do you provide for submarines and deep submergence systems?
We deliver integrated engineering support across the full sustainment lifecycle, including design, prototyping, systems validation, technical planning, and on‑site waterfront engineering for submarines and deep submergence systems.
##### Are your submarine repair services SUBSAFE‑qualified?
Yes. We perform SUBSAFE‑qualified repairs for hull integrity, pressure systems, and structural components, ensuring compliance with NAVSEA Note 5000 and DSS‑SOC requirements.
##### Do you offer waterfront engineering support for submarine maintenance?
We provide on‑site technical support, drydock coordination, troubleshooting, and emergent repair services to keep submarines and DSS platforms mission‑ready.
##### What welding capabilities do you offer for submarine and DSS structures?
Our welding procedures are approved by NAVSEA, GDEB, and HII‑NNS. We support HY‑80 and HY‑100 hull repairs and perform SMAW, GTAW, FCAW, GMAW, SAW, and automatic tube welding across a wide range of naval materials.
##### Which materials can you weld for submarine applications?
We support ferrous steels, corrosion‑resistant steels (CRES), nickel‑copper (NiCu), copper‑nickel (CuNi), Inconel, and aluminum alloys, enabling repairs and fabrication across critical submarine and DSS components.
##### What NDT (Non‑Destructive Testing) methods do you provide for naval systems?
Our certified NDT program includes VT, MT, PT, UT (thickness, shearwave, soundness), and ET (surface), ensuring component integrity and NAVSEA/ASNT compliance.
##### Are your NDT inspectors certified to NAVSEA standards?
Yes. Our NDT personnel are certified to NAVSEA T9074‑AS‑GIB‑010/271 and ASNT TC‑1A (Level II and Level III), ensuring high‑consequence inspections meet strict naval requirements.
##### Do you manage engineering, welding, and inspection work in‑house?
Yes. We perform design, fabrication, welding, testing, inspection, and documentation in‑house, providing full traceability, consistent quality, and controlled execution for submarine and DSS sustainment.
##### Can you support emergent or rapid‑response repairs on submarines?
Our teams provide rapid‑response troubleshooting and emergent repair support, including SUBSAFE‑qualified work, to minimize downtime for operational submarines and DSS units.
##### What makes your engineering and welding services suitable for high‑consequence undersea platforms?
Our NAVSEA‑approved procedures, certified inspectors, SUBSAFE‑qualified repair capabilities, and integrated in‑house processes ensure the precision, reliability, and compliance required for mission‑critical submarine and DSS operations.
[ Have more questions? Contact us. ](#contact)
## Contact Us
### Our team of experts is ready to help you get started.
Oceaneering offers best-in-class products and solutions, backed by unparalleled quality, reliability, and global support. Fill out the inquiry form to start a conversation today.
---
### [Grayloc® Clamp Connectors](https://www.oceaneering.com/grayloc-home/grayloc-clamp-connectors/)
**Published:** October 17, 2023
**Author:** Louder Agency
**Content:**
[ Contact Grayloc ](https://oceaneering.com/grayloc-home/#contact)# Grayloc® Clamp Connectors
Field-proven, compact, and lightweight alternative to conventional flanges. [ Get the Free Catalog ](https://www.oceaneering.com/lp/grayloc-clamp-connector-catalog/) [ Watch the Video ](https://oceaneering.canto.com/direct/video/12e3563j495m908v8gpr2q6v5c/UvORHevY6RiYzacwAkPWXws6fg8/original?content-type=video%2Fmp4&name=Grayloc+Clamp+Connector.mp4)  Our trusted Clamp Connector design provides a simple-to-install solution that saves both space and weight across your operations. Delivering unparalleled design quality and reliability since the 1950s, our connectors feature metal-to-metal bore seal technology to meet your critical service piping and vessel connection requirements. The connectors’ light weight, smaller diameter, and shorter length support the design of optimized systems.
 ### Reduce installation time with quick and easy assembly
 ### Eliminate fugitive emissions
 ### Reduce maintenance costs and spare parts inventory
 ## Grayloc® Clamp Connector Videos
 Play Video ### How Does a Grayloc® Clamp Connector Work?
Learn how the Grayloc® Clamp Connector creates a reliable, metal-to-metal seal. See why it’s a trusted solution for high-pressure, high-performance environments.
 Play Video ### Why are Grayloc Clamp Connectors Better than Flanges?
Discover the key performance advantages of Grayloc® Clamp Connectors over traditional flanges-including improved sealing integrity, lighter weight, and reduced installation time.
 Play Video ### Grayloc® Clamp Connector Variations for Critical Applications
Explore the full range of Grayloc® Clamp Connector configurations, sizes, and materials engineered to meet diverse project needs.
 Play Video ### Grayloc® Clamp Connector Installation and Operation
Master the steps to assemble, disassemble, maintain, and repair Grayloc® Clamp Connectors.
## Technical Specifications
Design Parameters Material Specifications Applicable Design Codes, Standards, and Specifications Design Parameters
| |
|---|
| Nominal pipe size | ½ to 64 in |
| Design pressure rating | From full vacuum up to 60,000 psig |
| Design temperature range | -423 to 1700°F / -253 to 927°C |
Material Specifications
| |
|---|
| Hub | Nickel alloys, carbon, low-alloy, stainless and duplex stainless steels |
| Seal Ring | Nickel alloys, low-alloy, stainless and duplex stainless steels |
| Bolting | Nickel alloys, low-alloy, stainless and duplex stainless steels |
| Clamp | Nickel alloys, carbon, low-alloy, stainless and duplex stainless steels |
Applicable Design Codes, Standards, and Specifications
| |
|---|
| ASME B31.1, Power Piping |
| ASME B31.3, Process Piping |
| ASME B31.4, Pipeline Transportation Systems for Liquids and Slurries |
| ASME B31.8, Gas Transmission and Distribution Piping |
| ASME B31.12, Hydrogen Piping & Pipelines |
| ASME Section I |
| ASME Section VIII Div. 1 |
| ASME Section VIII Div. 2 |
| ASME Section VIII Div. 3 |
| API 6A: Specification for Wellhead and Christmas Tree Equipment |
## Product Documents
[ Grayloc® Clamp Connector Catalog ](https://www.oceaneering.com/lp/grayloc-clamp-connector-catalog/) [ Grayloc® Clamp Connector Brochure ](https://oceaneering.canto.com/download/document/q2155d9jsd5u9b47ka4429pq64/original.pdf) [ Installation and Maintenance of the Grayloc® Connector ](https://oceaneering.canto.com/download/document/5gj84topdd6p14jj2chju4mt7e/original.pdf)## Product Variations
All
- Clamps
- Hubs
- Seal Ring
[  ](https://www.oceaneering.com/wp-content/uploads/2023/11/29.-2-Piece-4-Bolt-Clamp-Assembly.png) 2 Piece 4 Bolt Clamp [  ](https://www.oceaneering.com/wp-content/uploads/2023/11/31.-Heavy-Duty-Clamp-Assembly.png) Heavy Duty Clamp [  ](https://www.oceaneering.com/wp-content/uploads/2023/11/30.-3-Piece-6-Bolt-Clamp-Assembly.png) 3 Piece 6 Bolt Clamp [  ](https://www.oceaneering.com/wp-content/uploads/2023/11/32.-Swing-Bolt-Clamp-Assembly.png) Swing Bolt Clamp [  ](https://www.oceaneering.com/wp-content/uploads/2023/11/39.-Slimline-Clamp-Assembly-2.png) Slimline Clamp [  ](https://www.oceaneering.com/wp-content/uploads/2023/11/33.-Support-System-Assembly.png) Clamp Support System [  ](https://www.oceaneering.com/wp-content/uploads/2023/11/34.-Remote-Clamp.png) Remote Clamp [  ](https://www.oceaneering.com/wp-content/uploads/2023/11/01.Butt-Weld-Hub.png) Butt Weld Hub [  ](https://www.oceaneering.com/wp-content/uploads/2023/11/02.Blind-Hub.png) Blind Hub [  ](https://www.oceaneering.com/wp-content/uploads/2023/11/19.-Heavy-Duty-Hub.png) Heavy Duty Hub [  ](https://www.oceaneering.com/wp-content/uploads/2023/11/37.-Overlayed-hub.png) Overlayed Hub [  ](https://www.oceaneering.com/wp-content/uploads/2023/11/05.-Enlarging-Hub.png) Enlarging Hub [  ](https://www.oceaneering.com/wp-content/uploads/2023/11/06.-Reducing-Hub.png) Reducing Hub [  ](https://www.oceaneering.com/wp-content/uploads/2023/11/20.-Injection-Hub.png) Injection Hub [  ](https://www.oceaneering.com/wp-content/uploads/2023/11/08.-Socket-Weld-Hub.png) Socket Weld Hub [  ](https://www.oceaneering.com/wp-content/uploads/2023/11/18.-Nozzle-Hub.png) Nozzle Hub [  ](https://www.oceaneering.com/wp-content/uploads/2023/11/07B.-Externally-Threaded-Hub.png) Externally Threaded Hub [  ](https://www.oceaneering.com/wp-content/uploads/2023/11/07A.-Internally-Threaded-Hub.png) Internally Threaded Hub [  ](https://www.oceaneering.com/wp-content/uploads/2023/11/04.-Thermowell.png) Thermowell [  ](https://www.oceaneering.com/wp-content/uploads/2023/11/12.-Adapter-Hub.png) Adapter Hub [  ](https://www.oceaneering.com/wp-content/uploads/2023/11/14.-Tee.png) Tee [  ](https://www.oceaneering.com/wp-content/uploads/2023/11/15.-Elbow.png) Elbow [  ](https://www.oceaneering.com/wp-content/uploads/2023/11/38.-Pulling-Head.png) Pulling Head [  ](https://www.oceaneering.com/wp-content/uploads/2023/11/13.-Flange-Adapter.png) Flange Adapter [  ](https://www.oceaneering.com/wp-content/uploads/2023/11/03.-Orifice-Connector.png) Orifice Connector [  ](https://www.oceaneering.com/wp-content/uploads/2023/11/11.-Shrouded-Bore-Connector.png) Shrouded Bore Connector [  ](https://www.oceaneering.com/wp-content/uploads/2023/11/16.-Flow-Through-Jacketed-Connector.png) Flow Through Jacketed Connector [  ](https://www.oceaneering.com/wp-content/uploads/2023/11/17.-Non-Flow-Through-Jacketed-Connector.png) Non Flow Through Jacketed Connector [  ](https://www.oceaneering.com/wp-content/uploads/2023/11/09.-External-Seal-Test-Connector.png) External Seal Test Connector [  ](https://www.oceaneering.com/wp-content/uploads/2023/11/10.-Streamline-Bore-Connector.png) Stream Line Bore Connector [  ](https://www.oceaneering.com/wp-content/uploads/2023/11/21.-Spade.png) Spade Assembly [  ](https://www.oceaneering.com/wp-content/uploads/2023/11/22.-Spacer.png) Spacer Assembly [  ](https://www.oceaneering.com/wp-content/uploads/2023/11/35.-Half-Recessed-Hub.png) Half Recessed Hub [  ](https://www.oceaneering.com/wp-content/uploads/2023/11/36.-Full-Recessed-Hub-1.png) Full Recessed Hub [  ](https://www.oceaneering.com/wp-content/uploads/2023/11/23.-Standard-Seal-Ring.png) Seal Ring [  ](https://www.oceaneering.com/wp-content/uploads/2023/11/26.-Blind-Seal-Ring.png) Blind Seal Ring [  ](https://www.oceaneering.com/wp-content/uploads/2023/11/24.-Transition-Seal-Ring.png) Transition Seal Ring [  ](https://www.oceaneering.com/wp-content/uploads/2023/11/27.-Orifice-Seal-Ring.png) Orifice Seal Ring [  ](https://www.oceaneering.com/wp-content/uploads/2023/11/25.-Restriction-seal-Ring.png) Restriction Orifice Seal Ring [  ](https://www.oceaneering.com/wp-content/uploads/2023/11/28.-Strainer-Seal-Ring.png) Strainer Seal Ring ## Typical Applications
##### Aerospace and Defense
- Maintains sealing performance while withstanding the extreme pressure, temperature, and external load requirements of the most challenging testing and operational applications
##### Biomass and Renewable Natural Gas
- Efficient and zero leakage connectors are ideal for the high pressures and temperatures found in biomass and renewable natural gas applications
##### Cryogenic
- Used in cryogenic applications to provide sealing performance that far exceeds conventional flanges
##### Food
- Clamps produced in accordance with food safety standards are available to enhance the capabilities of your food production facility
##### Hydrogen
- Extensive track record of use in hydrogen service across industries
- Ensure safe, leak-free operation with difficult-to-seal services
##### Molten Salt
- Meet the highly challenging conditions imposed by molten salt applications
##### Nuclear
- Superior design and sealing capabilities meet criteria for applications ranging from small scale testing to full scale power generation
- Trusted components in hardware including reactors, heat transfer systems, and cooling systems
##### OEM Product Integration
- Easily integrated into original equipment manufacturer designs
##### Oil and Gas
- Extensive industry track record of zero leak performance in high pressure systems
- Easy assembly, minimal maintenance requirements, and superior performance compared to conventional flanges
##### Power and Utilities
- Small footprint and easy installation support steam, oil, and water applications
##### Petrochemical and Refining
- Superior performance makes our connectors the preferred option in the most demanding refining applications including difficult to seal gases, extreme pressures, extreme temperatures, and thermal transients
##### Subsea
- Fewer studs and lower assembly torque enable superior sealing and quick installation
##### Supercritical Fluids
- Meets pressure and temperature requirements of supercritical applications including heat transfer and extraction
##### Tidal Energy
- Lower weight, compact design, and quick assembly times ideal for use in pressurized tidal energy applications
##### Topsides Offshore
- Offer significant opportunities for reduction of CAPEX and OPEX by saving space, weight, and time compared to conventional flanges
### Real Impact. Real Savings.
Read our case studies featuring Grayloc Clamp Connectors.
Previous Next [ ### Grayloc® Clamp Connectors Provide Benefits Over Standard Flange Connections
### Grayloc® Clamp Connectors Provide Benefits Over Standard Flange Connections
Grayloc Clamp Connector technology enables customer to optimize testing and validation regime.
Learn More ](https://oceaneering.com/case-studies/grayloc-clamp-connectors-provide-benefits-over-standard-flange-connections/) [ ### Grayloc® Connectors Survive High-Pressure Hydrogen Fire with Sealing Integrity Intact
### Grayloc® Connectors Survive High-Pressure Hydrogen Fire with Sealing Integrity Intact
A gas leak caused a small but intense fire in a large petrochemical facility where Grayloc connectors were used throughout the system.
Learn More ](https://oceaneering.com/case-studies/grayloc-connectors-survive-high-pressure-hydrogen-fire-with-sealing-integrity-intact/) [ ### Subsea Development Retrofitted to Enable Diverless Functionality
### Subsea Development Retrofitted to Enable Diverless Functionality
Oceaneering ROVs convert diver-installed infrastructure with custom engineered solutions to bring field into production.
Learn More ](https://oceaneering.com/case-studies/subsea-development-retrofitted-to-enable-diverless-functionality/)## Field Inspection and Maintenance Services
Grayloc offers on-site inspection and maintenance services to ensure the integrity of our connectors and to facilitate the return of worn or damaged hubs to within factory specifications.
[ Contact us for more information ](https://www.oceaneering.com/grayloc-home/#contact)### Contact Us
## The Grayloc® Products team is ready to help you.
We offer best-in-class products, backed by unparalleled quality, reliability, and global support. Complete the form and your message will be sent directly to a Grayloc representative in your region.
Grayloc® Products operates worldwide. [Explore our locations](https://www.oceaneering.com/locations/?_location_type=grayloc#locations).
"\*" indicates required fields InstagramThis field is for validation purposes and should be left unchanged.\* = required fields Name\* First Last Country\*Please SelectÅland IslandsAfghanistanAlbaniaAlgeriaAmerican SamoaAndorraAngolaAnguillaAntarcticaAntigua and BarbudaArgentinaArmeniaArubaAshmore and Cartier Islands (Australia)AustraliaAustriaAzerbaijanBaker Island (US)BahamasBahrainBangladeshBarbadosBelarusBelgiumBelizeBeninBermudaBhutanBoliviaBonaire, Sint Eustatius and SabaBosnia and HerzegovinaBotswanaBouvet IslandBrazilBritish Indian Ocean TerritoryBrunei DarussalamBulgariaBurkina FasoBurundiCabo VerdeCambodiaCameroonCanadaCanary Islands (Spain)Cayman IslandsCentral African RepublicCeuta (Spain)ChadChannel Islands (UK)ChileChinaChristmas IslandClipperton Island (France)Cocos IslandsColombiaComorosCongo / Republic of the CongoCongo, Democratic Republic of the CongoCook IslandsCoral Sea Islands (Australia)Costa RicaCroatiaCubaCuraçaoCyprusCzechiaCôte d'IvoireDenmarkDjiboutiDominicaDominican RepublicEaster Island (Chile)EcuadorEgyptEl SalvadorEquatorial GuineaEritreaEstoniaEswatiniEthiopiaFalkland IslandsFaroe IslandsFijiFinlandFranceFrench GuianaFrench PolynesiaFrench Southern TerritoriesGabonGalapagos Islands (Ecuador)GambiaGeorgiaGermanyGhanaGibraltarGreeceGreenlandGrenadaGuadeloupeGuamGuatemalaGuernseyGuineaGuinea-BissauGuyanaHaitiHeard Island and McDonald IslandsHoly SeeHondurasHong KongHowland Island (US)HungaryIcelandIndiaIndonesiaIranIraqIrelandIsle of ManIsraelItalyJarvis Island (US)JamaicaJapanJerseyJohnston Atoll (US)JordanKazakhstanKenyaKingman Reef (US)KiribatiNorth Korea, Democratic People's Republic of KoreaSouth Korea, Republic of KoreaKosovoKuwaitKyrgyzstanLao People's Democratic RepublicLatviaLebanonLesothoLiberiaLibyaLiechtensteinLithuaniaLuxembourgMacaoMadagascarMadeira (Portugal)MalawiMalaysiaMaldivesMaliMaltaMarshall IslandsMartiniqueMauritaniaMauritiusMayotteMelilla (Spain)MexicoMicronesiaMidway Atoll (US)MoldovaMonacoMongoliaMontenegroMontserratMoroccoMozambiqueMyanmarNamibiaNavassa Island (USA)NauruNepalNetherlandsNew CaledoniaNew ZealandNicaraguaNigerNigeriaNiueNorfolk IslandNorth MacedoniaNorthern Ireland (UK)Northern Mariana IslandsNorwayNueva Esparta (Venezuela)OmanPakistanPalauPalestine, State ofPalmyra Atoll (US)PanamaPapua (Indonesia)Papua New GuineaParaguayPelagie Islands (Italy)PeruPhilippinesPitcairnPlazas de Soberania (Spain)PolandPortugalPuerto RicoQatarRomaniaRussian FederationRwandaRéunionSaba (Netherlands)Saint BarthélemySaint Helena, Ascension and Tristan da CunhaSaint Kitts and NevisSaint LuciaSaint MartinSaint Pierre and MiquelonSaint Vincent and the GrenadinesSamoaSan Andrés and Providencia (Colombia)San MarinoSao Tome and PrincipeSaudi ArabiaSenegalSerbiaSeychellesSierra LeoneSingaporeSint EustatiusSint MaartenSlovakiaSloveniaSocotra Archipelago (Yemen)Solomon IslandsSomaliaSouth AfricaSouth Georgia and the South Sandwich IslandsSouth SudanSpainSri LankaSudanSurinameSvalbard and Jan MayenSwedenSwitzerlandSyria Arab RepublicTaiwanTajikistanTanzania, the United Republic ofThailandTimor-LesteTogoTokelauTongaTrinidad and TobagoTunisiaTurkmenistanTurks and Caicos IslandsTuvaluTürkiyeUS Minor Outlying IslandsUgandaUkraineUnited Arab EmiratesUnited KingdomUnited StatesUruguayUzbekistanVanuatuVenezuelaViet NamVirgin Islands, BritishVirgin Islands, U.S.Wake Island (US)Wallis and FutunaWest Papua (Indonesia)Western SaharaYemenZambiaZimbabweCompany\*Email\* PhoneProduct Type\*Please SelectClamp ConnectorsNon-Slam Nozzle Check ValvesUniversal Ball JointsCompact FlangesRemotely Operated ConnectorsClosure SystemsOtherMessage\* Submit Δ
**Categories:** Grayloc
**Search Tags:** Grayloc, grayloc ball joint
---
### [Reducing CO2 Emissions](https://www.oceaneering.com/sustainability/co2/)
**Published:** November 7, 2023
**Author:** Kristen Thurman
**Content:**
[ Contact Us ](https://oceaneering.com/sustainability/#contact)# Engineering the Low Carbon Future
As a global provider of engineered products and services, with a history of innovation and adaptation, we are committed to participating in the ongoing energy transition and working to reduce the carbon footprints of our own operations and those of our customers in the many industries we serve.
## How Are We Reducing CO2 Emissions?
We are advancing technologies for use on land, underwater, and in space that help ensure worker safety and reduce environmental impacts.
 ### Implementing Remote Operations
Remote operations reduce personnel on board marine vessels and platforms and eliminate the need for transporting employees to and from offshore locations.
[ Learn more ](https://oceaneering.com/remote-services/)  ### Developing Next Generation Subsea Vehicles
This includes our electric eNovus ROV, our battery-operated and self-deployed Liberty™ E-ROV, and our autonomous subsea drone, Freedom™ Autonomous Subsea Vehicle.
[ Learn more ](https://oceaneering.com/rov-services/next-generation-subsea-vehicles/)  ### Advanced Subsea Construction Vessels
Our U.S.-flagged MSV Ocean Evolution is one of the most ecologically friendly of its type, holding a Green Passport\* and using five low-emission diesel engines that meet the EPA Tier 4 standards.
[ Learn more ](https://oceaneering.com/subsea-projects/ocean-evolution/)  ### Commitment to Research and Development
We regularly invest in our products and services to make them more resilient, to reduce safety and environmental risks, and to enable greater collaboration and faster response to customer requirements.
[ Learn more ](https://oceaneering.com/sustainability/environmental-sustainability/)*\*A [Green Passport](https://www.imo.org/en/OurWork/Environment/Pages/Ship-Recycling.aspx) is an inventory of hazardous materials developed and maintained pursuant to the Hong Kong International Convention for the Safe and Environmentally Sound Recycling of Ships, 2009. The Convention is aimed at ensuring that ships, when being recycled after reaching the end of their operational lives, do not pose any unnecessary risks to human health, safety or the environment. A Green Passport contains an inventory of all materials used in the construction of a ship, which will be updated through the working life of the ship to maintain its accuracy. Ultimately, the passport will be delivered with the ship to the recycling yard to facilitate recycling of the ship in a safe and environmentally sound manner. The International Maritime Organization has published guidelines to assist in implementation of the Convention.*
## Real CO2 Savings
Our next generation, battery-operated Liberty™ Resident System does not require a dedicated vessel to be on standby during ROV operations. As a result, we estimate that a typical Inspection, Maintenance, and Repair (IMR) campaign in the North Sea could see up to 33 MT per day of CO2 saved by eliminating vessel usage during subsea operations with Liberty.
 Conventional ROV 46 MT of CO2 emitted Daily Emission Savings 33 MT CO2 Liberty™ Resident System 13 MT of CO2 emmitted ### Estimated Daily CO2 Emissions By Vehicle Type While Using a Support Vessel
ROVs do not directly emit CO2, instead drawing power from the vessel used for the offshore campaign. The Liberty™ Resident System draws power from its battery pack and reduces a typical IMR campaign’s dependence on support vessels to help save 33 MT per day of CO2.
## What Could the World Do With 33 MT of CO2 Per Day?
 Drive an average U.S. passenger vehicle 81,886 miles
 Charge 4,208,563 smartphones
 Provide 4 homes with energy for one year
 Save the CO2 equivalent of consuming 76 barrels of oil
Estimates calculated using the U.S. EPA Greenhouse Gas Equivalencies Calculator, based on Oceaneering’s internally developed assumptions.
# Estimated Accumulated CO2 Savings from Liberty™ Resident System
19,158MT And rising with each subsequent vehicle deployment
\*Updated: April 2023
## 2023 Project Results
The Liberty™ Resident System performed 163 missions and executed 13,933 dive hours as of April 2023, performing the work of a conventional ROV. The vehicle enabled an **estimated 72.4% reduction of topside support vessel and crew support.**
| | |
|---|---|
| Liberty Missions Completed | 163 |
| Liberty Operational Hours | 13,933 |
| Estimated Offshore Personnel Hours Eliminated | 40,350 (Average Four-Person Crew) |
| Estimated Support Vessel Hours Eliminated | 10,087 (72.4% of Dive Hours) |
| Estimated Personnel Crew Changes Eliminated | 240 (12-Hour Shifts / 14-Day Trips) |
| Estimated Support Vessel CO2 Emissions Eliminated (Tons) | 19,158 (Average 33T per Liberty Dive Day) |
## Remote Operations Enable Further CO2 Reductions
The Liberty™ Resident System eliminates the need for ROV and vessel personnel to travel to and from marine vessels and offshore platforms, which **reduces work in high-risk environments.**
Along with the reductions of offshore injuries and environmental incidents, remote operations can have a direct and positive impact on the offshore energy industry’s operations, such as **reducing offshore personnel hours** and generating cost savings from **reduced vessel hours**.
## How Are Remote Operations Reducing CO2 Emissions?
The logistics of bringing workers to and from offshore installations can be complex.
Mobilization requires helicopter transport and vessels serving as floating hotels (floatels). By using a dedicated onshore control center that can communicate with staff stationed onshore, offshore travel and accommodations can be reduced, decreasing risk, and enabling greater collaboration and faster response times. Subject matter experts can monitor operations at several installations instead of one. Onshore Remote Operation Centers (OROCs) are staffed 24/7 to ensure operational support.
### Reduce Personnel on Board and Vessel Days
Our OROCs enable the remote piloting and monitoring of work class ROVs conducting a variety of operations such as rig moves, jumper installations, and commissioning and monitoring activities. This reduces our carbon footprint by decreasing the number of mobilizations and POB needed. Oceaneering’s subsea resident vehicles, Liberty™ Resident System and Freedom™ AUV, further reduce carbon emissions because they do not require support from a dedicated vessel to mobilize on location.
### Maintain Continuity Even When Circumstances Change
Oceaneering’s offshore expertise, paired with high uptime and communications, enables real-time monitoring, execution, and decision making. Oceaneering started its first OROC in Stavanger, Norway, in 2015. We have expanded across the globe, with dedicated sites in Morgan City and Lafayette, Louisiana, and Houston, Texas.
## Featured Events
 ### [ Generating Real CO2 Savings Offshore with Oceaneering’s Liberty™ Resident System ](https://www.oceaneering.com/webinars/generating-real-co2-savings-offshore-with-oceaneerings-liberty-e-rov/ "Generating Real CO2 Savings Offshore with Oceaneering's Liberty™ Resident System")
[ May 3, 2021 ](https://www.oceaneering.com/tradeshows/generating-real-co2-savings-offshore-with-oceaneerings-liberty-e-rov/ "May 3, 2021")On Demand
Oceaneering’s self-contained, battery-powered work class Liberty™️️ Resident System delivers CO2 emissions savings versus conventional ROVs. Learn how the Liberty system and remote operations can improve the environmental performance of your offshore operations.
## Contact Us
### Our team of experts is ready to help you get started.
Oceaneering offers best-in-class products and solutions, backed by unparalleled quality, reliability, and global support. Fill out the inquiry form to start a conversation today.
**Categories:** Renewables, Sustainability
**Search Tags:** Reducing CO2 Emissions, Renewable Energy
---
### [Information for Job Seekers](https://www.oceaneering.com/careers/information-for-job-seekers/)
**Published:** November 9, 2023
**Author:** Madelyn Werner
**Content:**
[ Contact Us ](https://oceaneering.com/contact-us/)# Information for Job Seekers
## Accommodation Statement
Oceaneering is committed to providing access to all individuals who are seeking information from our website. If you are a qualified individual with a disability or a disabled veteran, you may request a reasonable accommodation if you are unable or limited in your ability to use or access our site as a result of your disability. You can request reasonable accommodations by calling 844.999.6947 or by sending us an email to <jobs-oii@oceaneering.com>. Only messages left for this purpose will be responded to.
## Equal Opportunity Employer
All qualified candidates will receive consideration for all positions without regard to race, color, age, religion, sex (including pregnancy), sexual orientation, gender identity, national origin, veteran status, disability, genetic information, or other non-merit factors.
## Recruitment Scams and Fraud
Oceaneering International, Inc. and its subsidiaries will not charge or request a payment or money transfer of any kind from job candidates for employment leads, job interviews, placements, or immigration fees and documentation.To aid in recruitment, the company, from time to time, may engage legitimate employment agencies for assistance with no cost to the job seeker. Individuals and websites using Oceaneering’s name and logo where a fee of this kind is requested are not authorized to do so and do not represent Oceaneering. This does not include training courses administered directly by Oceaneering. Training courses do not constitute an offer of employment.
## E-Verify Employer
Oceaneering International, Inc. participates in E-Verify for U.S. applicants. For more information, refer to the documents below.
[This Company Participates in E-Verify](https://oceaneering.canto.com/direct/document/0qsk52403159jbfapqq4ihd236/1mbjsbed2LWdThDLg78ANrkAZoQ/original?content-type=application%2Fpdf&name=This-Company-Participates-in-E-Verify.pdf) \| [The Right To Work](https://oceaneering.canto.com/direct/document/ldo1cfvvst4jp0bgjlk21s2t41/N6JpVNDdvGlzHCfBb4aW26TwqCc/original?content-type=application%2Fpdf&name=The-Right-to-Work.pdf) \| [El Derecho al Trabajo](https://oceaneering.canto.com/direct/document/l683s2q18t5290lb29d8epak10/rjd2XJOi2wLlROTzb3IxqRLC2Iw/original?content-type=application%2Fpdf&name=El-Derecho-al-Trabajo.pdf)
## Applicant Data Protection Notice
Oceaneering provides this Applicant Data Protection Notice to explain our practices regarding the collection, use, and other processing of certain individually identifiable information about job applicants or other potential employees (“Personal Data”) in connection with recruiting and hiring activities.
[ Applicant Data Protection Notice ](https://oceaneering.canto.com/direct/document/ndf1t7ludp4m95nlhak761lp7f/GcGSURNM4eo2ymKeY8xhklPeIPk/original?content-type=application%2Fpdf&name=Applicant+Data+Protection+Notice+%28No+Date%29.pdf)
**Search Tags:** Careers
---
### [Integrated Vessel Solutions](https://www.oceaneering.com/subsea-projects/vessel-fleet/)
**Published:** October 24, 2023
**Author:** Louder Agency
**Content:**
[ Discuss a Project ](https://oceaneering.com/subsea-tiebacks/#contact)# Integrated Vessel Solutions
We deliver a range of fully integrated vessels to meet your project requirements.
## Delivering flexibility – Anywhere in the World
Our first-in-class, integrated vessel solutions combine project management and engineering expertise with industry-leading solutions, such as our advanced work class [ROV systems](https://oceaneering.com/rov-services/rov-systems/), in-house [survey and communication solutions](https://oceaneering.com/survey-and-mapping/), [advanced tooling](https://oceaneering.com/intervention-tooling/), and remote services that reduce HSE risks and carbon emissions.
 ### Remotely operated vehicle (ROV) systems
 ### Project management
 ### Industry-leading engineered solutions
 ### Advanced tools and technologies
 ### 50+ years of offshore project experience
## Our Global Vessel Fleet
We own, operate, and charter a global fleet of dynamically positioned multi-service vessels (MSVs) that are outfitted with state-of-the-art tooling, rigging, and crews that deliver the experience necessary for safe and efficient operations. We are able to quickly scale and use vessels of opportunity with strategic sub-contractors, as well as vet other third-party vessels in order to seamlessly mobilize for your project, to meet your requirements. ## Ocean Evolution
### Designed to meet tomorrow’s demands
Ocean Evolution offers a turnkey solution by combining an industry-leading MSV equipped with a complete portfolio of advanced technologies to solve your complex challenges. Ocean Evolution supports rapid response with the industry’s most ecologically friendly and capable U.S. flagged subsea construction vessel available in the Gulf of Mexico.
[ Learn More ](https://oceaneering.com/subsea-projects/ocean-evolution/)## Our fleet and operations benefit from a portfolio of modular, globally-deployable installation equipment.
### Pipeline Reel Lay System
---
Learn More ### Pipeline Reel Lay System
---
- Can accommodate up to 4-inch flowlines
- Includes an installation reel, rollers, and straightener
- Configuration allows for large variances in lay angle
### Carousel
---
Learn More ### Carousel
---
- Can lay or retrieve 10,000 pound tension (using caterpillar)
- Supports retrieval of short lengths
- Can be incorporated with a conventional lay reel
- System includes two power packs for autonomous operations of carousel and caterpillar, detachable control panel, and backup power
### Under-Roller
---
Learn More ### Under-Roller
---
- 100-ton under-roller system configured to apply drive torque to four independently driven base-mounted rollers
- Includes integral hydraulic cylinders
- Can be assembled around a reel and uses the integral lift system, eliminating the need for heavy lift cranes
### Reel Drives
---
Learn More ### Reel Drives
---
- Powered reel drive designed with an integrated reel
- Includes spoolable area and partitions, as required
- Compact design with an integrated hydraulic power unit (HPU)
- System requires 220V, cooling water, and 90-psi air supply
## Contact Us
### Our team of experts is ready to help you get started.
Oceaneering offers best-in-class products and solutions, backed by unparalleled quality, reliability, and global support. Fill out the inquiry form to start a conversation today.
**Categories:** Vessels
**Search Tags:** Vessels
---
### [C-Nav FAQ](https://www.oceaneering.com/positioning-solutions/c-nav-faq/)
**Published:** November 9, 2023
**Author:** Madelyn Werner
**Content:**
[ Discuss a Project ](https://www.oceaneering.com/positioning-solutions/#contact)# C-Nav FAQ
## C-Nav Corrections Services
##### Can you tell me more about the legacy C-Nav Corrections service going End Of Life?
Following the email announcement in 2021 regarding the legacy corrections service retiring end of life October 2025 (replaced by the C-Nav LEO service with associated C-NavX1 GNSS receiver).
A copy of the bulletin for the End of Life announcement can be found [here](https://www.oceaneering.com/C-Nav/C-NavSupport/CNAV-BUL-0001%20C-Nav%20Corrections%20Service-EOL.pdf)
##### Can you tell me more about the new C-Nav LEO service?
A copy of the C-Nav LEO system overview document can be found [here](https://oceaneering.canto.com/direct/document/kdavctulv921l785i5k61f236t/UaEKkRn8fq_jJYJcLiXA_XUtxVk/original?content-type=application%2Fpdf&name=CNV-BUL-04_C-Nav+LEO+System+Overview.pdf)
A copy of the FAQ document relating to the agreement with the C-Nav LEO service supplier DDK can be found [here](https://oceaneering.canto.com/direct/document/kcu5f503d52v9aljeasr35li3t/f7KmFXh3TsMOKcyNgzV1AwNJKA8/original?content-type=application%2Fpdf&name=C-NAV+DDK+FAQ.pdf "https://oceaneering.canto.com/direct/document/kcu5f503d52v9aljeasr35li3t/f7kmfxh3tsmokcyngzv1awnjka8/original?content-type=application%2fpdf&name=c-nav+ddk+faq.pdf")
A copy of the C-Nav LEO Static Accuracy Test Report can be found [here](https://oceaneering.canto.com/direct/document/8423csk8bl0q5fgm4qcv0mi70u/4xyVuRQ3aONzkIvRutPUPI2L-04/original?content-type=application%2Fpdf&name=CNAV-REP-0001_C-Nav+LEO+Static+Accuracy+Test+Report+1.pdf)
##### What is C-Nav Correction Service?
The C-Nav Correction Service includes GLONASS and a GPS (GNSS) clock, as well as orbit correctors. It provides a fully independent suite of clock and orbit correction algorithms, and fully independent servers in geographically separated processing centers. Features also include a second independent global network of C-Nav dual frequency GPS/GLONASS reference stations equipped with Sapphire based technology, and simultaneously broadcasts from two independent satellite networks (Net-1 and Net-2).
##### To what datum is C-NavC2 SF2 and SF3 corrections referenced?
C-NavC2 SF2 and SF3 use the latest realization of the International Terrestrial Reference Frame (ITRF). In other words, the C-Nav corrections are based upon ITRF20, and are adjusted on a daily basis (at UTC midnight) to account for minute shifts in velocity attributed to continental shifts on a global basis.
##### Will I be notified when a C-Nav Correction License is nearing expiration?
The C-Nav AuthCode System will automatically notify the original recipients of an AuthCode (C-Nav Correction License) that a license is nearing expiration. All email addresses associated with the original AuthCode, including all carbon copied (CC) recipients, will be notified.
The following tables outline the interval at which a notification email is sent.
| First Notification |
|---|
| |
| >=days | Notify at days |
|---|---|
| 180 | 30 |
| 90 | 14 |
| 30 | 7 |
| 3 | 1 |
| Second Notification |
|---|
| |
| >=days | Notify at days |
|---|---|
| 180 | 14 |
| 90 | 7 |
Examples:
- A 280 day AuthCode will get a notification when 30 days remain and another when 14 days remain.
- A 45 day AuthCode will get a single notification when 7 days remain.
- A 3 day AuthCode will get a single notification when 1 day remain.
DISCLAIMER: Although C-Nav strives to notify AuthCode recipients in a timely manner, delivery of email messages cannot be guaranteed due to factors beyond our control.
##### How frequently do the C-Nav Corrections Service updates need to be received?
Unlike conventional Ground Based Augmentation Systems (GBAS) which determine highly temporal signal corrections, the C-Nav Corrections Service corrections are derived for satellite key parameters of orbit and clock. This is a more fundamental method of correction and as a result the accuracy degrades much more slowly with time. Excluding any sudden GNSS satellite anomalies, the last set of valid corrections will provide decimeter accuracies for up to and beyond 10 minutes. This is a setting made allowable to the user, which permits many accuracy tolerances dependent upon the application.
## C-Nav Hardware
##### Do you have guidance on installation of the C-NavX1 and C-NavX3 receivers?
We’d recommend following the below checklists when installing your new receivers.
[ C-NavX1 installation checklist](https://oceaneering.canto.com/direct/document/mhkabkolc95f534aivlf1mlr6c/Dun7-1TfYn7f4ZlV_2ENPkC2SUs/original?content-type=application%2Fpdf)
[ C-NavX3 installation checklist](https://oceaneering.canto.com/direct/document/1m0drh7v3l41jdu0raunr8eu5r/Imeo4d5-hCQS2oM5Hg19_DuX1SQ/original?content-type=application%2Fpdf)
Any support queries can be addressed to <cnavsupport@oceaneering.com>
##### Time Device Error
For the syncing of data between controller and receiver one of the connected receivers is assigned as the time device, if you are having an error make sure a time device is set at
**C-NaviGator III:**
menu>settings>general settings > Time Device Settings
**C-Setup/C-Monitor/C-Setup :**
Settings > Time Device Settings
##### Hardware Troubleshooting
If you have a suspected issue with your antenna, antenna cable run or receivers antenna output please refer to the troubleshoot guide linked below
[CNAV-MAN-0052 (C-Nav Troubleshooting Guide)](https://oceaneering.canto.com/direct/document/qd2nivp2ch66t6le5enlsa0r2h/Vy6movdMf_e_JNwBbHfaHkyXNBM/original?content-type=application%2Fpdf&name=CNAV-MAN-0052+%28C-Nav+Troubleshooting+Guide%29.pdf)
Please email <cnavsupport@oceaneeering.com> with your findings if you need further advice.
##### How to connect a receiver to the C-NaviGatorIII/C-Scape/C-Setup/C-Monitor controller.
Plese see below guides for connecting using the C-NaviGator III or any of the PC control software
[CNAV-MAN-037.2 (How to Connect a C-Nav3050 to C-Setup\_C-Monitor\_C-Scape)](https://oceaneering.canto.com/direct/document/o6au7m3c2t4776p97caj44pq33/_VyuhEeXBla_9yVONV0OmHCkIWk/original?content-type=application%2Fpdf&name=CNAV-MAN-037.2+%28How+to+Connect+a+C-Nav3050+to+C-Setup_C-Monitor_C-Scape%29.pdf)
[CNAV-MAN-057.2 (How to Connect a C-Nav3050 to the C-NaviGator III)](https://oceaneering.canto.com/direct/document/qn09plms650270h078qmj56o1u/gjP46Ms6x-gc8aTzznl6_id2g4E/original?content-type=application%2Fpdf&name=CNAV-MAN-057.2+%28How+to+Connect+a+C-Nav3050+to+the+C-NaviGator+III%29.pdf)
Please email <cnavsupport@oceaneeering.com> with the part you’re stuck with for further advice.
##### What is Snapshot?
A Snapshot is a file containing the current state of C-Monitor, C-Setup, or C-NaviGator, including pertinent information about each connected device, to a standard HTML file that can easily be read. This file can also be sent to C-Nav Support for troubleshooting purposes.
To save a Snapshot…
**C-NaviGator III**
- Insert a USB stick into an available USB port on the C-NaviGator.
- Press the **Snapshot** button on the right under the quality panel.
- Tap to highlight/select the USB stick, then press the Select Drive button.
- Wait several seconds for the file to be saved.
- To retrieve the Snapshot, remove the USB stick from the C-NaviGator and insert it in a PC.
- Navigate to the cnav/snapshot directory on the thumbdrive.
- The file can be viewed in a web browser or emailed to C-Nav Support for troubleshooting purposes.
**C-NaviGator II**
- Insert a USB stick into an available USB port on the C-NaviGator.
- Select Menu >> File >> Take Snapshot.
- Tap to highlight/select the USB stick, then press the Take Snapshot button.
- To retrieve the Snapshot file, remove the USB stick from the C-NaviGator and insert it in a PC.
- Navigate to the cnav/snapshot directory on the thumbdrive.
- The file can be viewed in a web browser or emailed to C-Nav Support for troubleshooting purposes.
**C-Monitor/C-Setup**
- In the Main Window, select File >> Save Snapshot.
- Locate a convenient folder to save the file.
- In the File name: text box, enter a descriptive name for the file.
- Click the Save button.
- The file can be viewed in a web browser or emailed to C-Nav Support for troubleshooting purposes.
##### My C-NaviGator III failed after update or has a software failure
After failure of a C-NaviGator III update, the user would next proceed to try a reload of a fresh image of the C-NaviGator III software, this is referred to as a rescue install.
C-NaviGator III Rescue Installer [v10.4.0](https://oceaneering.com/C-Nav/Software/C-NaviGatorIII/SoftwareDownloads/cnrescue-10.4.0.zip) (when clicking this link the file will automatically download)- 212 MB ([Instructions](https://oceaneering.canto.com/direct/document/autt49mdel62d9r83ju25sh811/bEPe_xTm3nQlqWi92qYZb-uBtl4/original?content-type=application%2Fpdf&name=CNAV-MAN-009.6+%28C-NaviGatorIII+Software+Update+%26+Rescue+Installation+Procedure%29.pdf))
Please email <cnavsupport@oceaneering.com> if you need any further advice.
##### Where can I find the Antenna Phase Center Offsets?
For Antenna Phase Center Offset Information please see the [Products Page](https://oceaneering.com/positioning-solutions/positioning-products-and-services/).
##### Interfacing to the Applanix POSMV
To feed the POS MV we would recommend you use the either GGA or PNCTGGA (depending on POS version), this will give you the most accurate result. The feed can be setup as a C-Nav/NavCom receiver as shown below:
This will configure the POSMV to expect the proprietary C-Nav/NavCom message which will provided the best solution based on your hardware configuration.
Your C-Nav3050 needs to output NMEAPNCTGGA at 1hz interval to the POSMV, this message can be scheduled in the ‘Output Control’ menu.
The baud rate for the port you have the message scheduled on needs to match the POSMV baud rate, this can be checked on the ‘Port Configuration’ menu.
## C-Tides® Software Package
##### When I try to extract an Area of Interest, why do I get the error message “Can’t find “TideAmp.mat” on path”?
This error occurs when the Area of Interest (AOI) is too large. Ideally, the AOI should be as small as possible around the desired location. Select a smaller bounding area and press Extract again.
##### When I try to extract an AOI, why do I get the error message “Can’t find ‘XXXX.mat’ on path”?
There are three possible reasons for this error.
1. The C-Tides Data package was not properly installed. Please read the section Install C-Tides Data(Page 12) of the [C-Tides Quick Start Guide](https://oceaneering.canto.com/direct/document/ioqgo3d2fl53t097tootbg541r/mC_XavUFP7i7L9j74QLH_ZaLtcI/original?content-type=application%2Fpdf&name=WW-SUR-CNAV-MAN-0022_C-Tides+Quick+Start+Guide.pdf). Ensure that the C-Tides Data is installed into the same directory as the C-Tides® application.
2. The Area of Interest is too large. Ideally, the AOI should be as small as possible around the desired location. Select a smaller bounding area.
3. The MATLAB runtime has run out of system memory. Restart the C-Tides® application.
##### My computer made a ding sound while C-Tides was running, and now the application doesn’t seem to be doing anything.
The ding sound indicates that the MATLAB Runtime has triggered an unexpected error that caused the C-Tides® software to stop execution. It is best to close the application and send the error to C-Nav™ Support for further troubleshooting. To close the application, press Ctrl + C in the busy dialog window. This will allow you to then close the main C-Tides® application window.All errors are logged to a diagnostic log file. The most recent diagnostic log file can be found at:C:Users{USERNAME}AppDataLocalC-NavC-Tides
##### When I start the PVT1B input, why do I get the error message “PVT1B data timeout”?
This occurs when the C-Tides® Online application does not receive enough data to properly decode. Check the C-Nav3050® receiver output settings and ensure PVT1B is scheduled for at least 1Hz and that the baud rates match.
##### When I start the PVT1B input, why are there gaps in the output time?
This occurs when the C-Nav3050® receiver has more messages scheduled on the serial port than the PVT1B. Check the C-Nav3050® receiver output settings and ensure that only PVT1B is scheduled for at least 1Hz.
##### Why is there no predicted data in my AOI?
The predicted tide values are derived from an independent solution that is detailed in the paper “[FES 2004 Modern Insights](https://oceaneering.com/wp-content/uploads/2023/11/FES2004-Modern-Insights.pdf)“. The values are based on a combination of MSS and tide gauge values around the world.
The predicted tide data are not available on land or in some areas near land. The easiest method to determine if the predicted tide data is available in your Area of Interest is to Plot Constituents. The last constituents graph-“[ISLW: Approximately LAT w.r.t. MSL (m)](https://oceaneering.com/wp-content/uploads/2023/11/islw_world.png)“-will be non-white in areas with predicted tide data.
##### Why is the tidal height not the same as the predicted tide height?
The predicted tide is a 14-year average of model data. The tidal height is based off of real values which are open to influence by local conditions such as weather, GPS errors, or offset errors.
In certain areas there may be significant differences between the EGM and MSS model results. The MSS model should give a better correlation to the predicted tide beyond 10 km from shore. If both models are significantly different to the predicted tide, check the COG offsets.
##### Why is the tidal height not the same as the tide gauge in my area?
C-Tides is not a replacement for a tide gauge system. If the user is close enough to shore that tide gauges are available, then the user is too close to shore to be using C-Tides.
- To use the MSS model, the vessel must be 10 kilometers from the nearest land mass.
- To use the EGM model, the vessel must be in water with a depth of at least 10 meters. It is preferable to have a depth of at least 25 meters.
Using these models near-shore or in shallow water will affect the results due to land mass.
##### Can I get LAT/VORF from C-Tides?
C-Tides is not able to generate an LAT or VORF solution.
### Contact Us
## Our team of experts is ready to help you get started.
Oceaneering offers best-in-class products and solutions, backed by unparalleled quality, reliability, and global support. Fill out the inquiry form to start a conversation today.
"\*" indicates required fields CompanyThis field is for validation purposes and should be left unchanged.\* = required fields Nature of Enquiry\*Please selectProduct/Service SalesTechnical SupportService ActivationPlease click this link [C-Nav® Activation License Request (oceaneering.com)](https://cnavauthcode.oceaneering.com/cnavportal/requestauthcodeexternal.aspx) for further assistance. You do not need to complete rest of form.Company\*Country\* Please SelectAfghanistanAlbaniaAlgeriaAmerican SamoaAndorraAngolaAnguillaAntarcticaAntigua and BarbudaArgentinaArmeniaArubaAustraliaAustriaAzerbaijanBahamasBahrainBangladeshBarbadosBelarusBelgiumBelizeBeninBermudaBhutanBoliviaBonaire, Sint Eustatius and SabaBosnia and HerzegovinaBotswanaBouvet IslandBrazilBritish Indian Ocean TerritoryBrunei DarussalamBulgariaBurkina FasoBurundiCabo VerdeCambodiaCameroonCanadaCayman IslandsCentral African RepublicChadChileChinaChristmas IslandCocos IslandsColombiaComorosCongoCongo, Democratic Republic of theCook IslandsCosta RicaCroatiaCubaCuraçaoCyprusCzechiaCôte d'IvoireDenmarkDjiboutiDominicaDominican RepublicEcuadorEgyptEl SalvadorEquatorial GuineaEritreaEstoniaEswatiniEthiopiaFalkland IslandsFaroe IslandsFijiFinlandFranceFrench GuianaFrench PolynesiaFrench Southern TerritoriesGabonGambiaGeorgiaGermanyGhanaGibraltarGreeceGreenlandGrenadaGuadeloupeGuamGuatemalaGuernseyGuineaGuinea-BissauGuyanaHaitiHeard Island and McDonald IslandsHoly SeeHondurasHong KongHungaryIcelandIndiaIndonesiaIranIraqIrelandIsle of ManIsraelItalyJamaicaJapanJerseyJordanKazakhstanKenyaKiribatiKorea, Democratic People's Republic ofKorea, Republic ofKuwaitKyrgyzstanLao People's Democratic RepublicLatviaLebanonLesothoLiberiaLibyaLiechtensteinLithuaniaLuxembourgMacaoMadagascarMalawiMalaysiaMaldivesMaliMaltaMarshall IslandsMartiniqueMauritaniaMauritiusMayotteMexicoMicronesiaMoldovaMonacoMongoliaMontenegroMontserratMoroccoMozambiqueMyanmarNamibiaNauruNepalNetherlandsNew CaledoniaNew ZealandNicaraguaNigerNigeriaNiueNorfolk IslandNorth MacedoniaNorthern Mariana IslandsNorwayOmanPakistanPalauPalestine, State ofPanamaPapua New GuineaParaguayPeruPhilippinesPitcairnPolandPortugalPuerto RicoQatarRomaniaRussian FederationRwandaRéunionSaint BarthélemySaint Helena, Ascension and Tristan da CunhaSaint Kitts and NevisSaint LuciaSaint MartinSaint Pierre and MiquelonSaint Vincent and the GrenadinesSamoaSan MarinoSao Tome and PrincipeSaudi ArabiaSenegalSerbiaSeychellesSierra LeoneSingaporeSint MaartenSlovakiaSloveniaSolomon IslandsSomaliaSouth AfricaSouth Georgia and the South Sandwich IslandsSouth SudanSpainSri LankaSudanSurinameSvalbard and Jan MayenSwedenSwitzerlandSyria Arab RepublicTaiwanTajikistanTanzania, the United Republic ofThailandTimor-LesteTogoTokelauTongaTrinidad and TobagoTunisiaTurkmenistanTurks and Caicos IslandsTuvaluTürkiyeUS Minor Outlying IslandsUgandaUkraineUnited Arab EmiratesUnited KingdomUnited StatesUruguayUzbekistanVanuatuVenezuelaViet NamVirgin Islands, BritishVirgin Islands, U.S.Wallis and FutunaWestern SaharaYemenZambiaZimbabweÅland Islands Country Name\* First Last Email\* PhoneVesselEnd Use Application\*Please SelectDynamic PositioningDP & Offshore Survey (Dual Use)Offshore Survey (O&G)Offshore Survey (Renewables)Position Monitoring (e.g. FPSO)Nearshore SurveyGovernment/ResearchMessage Δ
**Categories:** C-Nav® Positioning Solutions
**Search Tags:** C-Nav Positioning Solutions
---
### [Supplier Document Delivery](https://www.oceaneering.com/supplier-document-delivery/)
**Published:** November 9, 2023
**Author:** Monica Dahl
**Content:**
[ Discuss a Project ](https://oceaneering.com/supplier-document-delivery/#contact) Document Upload # Supplier Document Upload
Supplier document delivery, document requirement lists (DRL) and specifications. Login to our portal to upload your documents, or register as a user.
[ Login to Supplier Upload Portal ](https://oceaneering.sharepoint.com/:l:/s/OSUP/FLz3DGKlO1FJh44OkRxcGwQByvgG8OsadklzI8ATYOpNiw) [ Register as a User ](https://forms.office.com/Pages/ResponsePage.aspx?id=ml5Sl11ZLEeCSA3Fj4UtYVlt0rupaiRDnWIta2RW2FZUNksxUUNITU5NM0g1RlpGOUZIUjRVRDFKNC4u)##### Supplier Quality Documents
## Supplier Quality Standard
[ DOC-COM-18-NUM ](https://oceaneering.canto.com/direct/document/k7vkkbolu57p1c46e3llmvui0m/vXl_U4drIW0a2RQQJpDT8upk0PQ/original?content-type=application%2Fpdf&name=DOC-COM-18-NUM+Rev+C+Supplier+Quality+Standard.pdf)## Oceaneering Supplier Quality Codes
[ DOC-COM-73-NUM ](https://oceaneering.canto.com/direct/document/maad71udqd4orbi0emq1j16r7u/gnoNUeQ2_Tyrzi9aqf9BP2nCg94/original?content-type=application%2Fpdf&name=Oceaneering+Supplier+Quality+Codes.pdf)## OTECH Supplier Quality Codes
[ QAC-P-00312 ](https://oceaneering.canto.com/direct/document/mmntuq78bt6913mimk3hdb6g4a/oMpHvbDPrF4kXYuTEgsOOOKMwC8/original?content-type=application%2Fpdf&name=QAC-P-00312r-_OTECH+Supplier+Quality+Codes.pdf)## Submarine Rescue System – SRS
[ SRDRS-PRM-WI1001000\_PS ](https://oceaneering.canto.com/direct/document/2hifkqa7t17vf6613j1urai73j/n3t9W_5Trz0g558dzUxwoco01RY/original?content-type=application%2Fpdf&name=Seafox+SRDRS-PRM-WI1001000_PS+SRS+Quality+Assurance+Code+Requirements.pdf)## MSD – Marine Services Div.
[ PI-013 Purchasing Procedure ](https://oceaneering.canto.com/direct/document/4jkq1im9jp6ot98n7do5hdqc1a/QBbIf7MwcccUhiOxMR-wpCwYmD8/original?content-type=application%2Fpdf&name=MSD+Quality+Codes+PI-013%2C+Rev+N%2C+1-5-22%2C+CUI+Marine+Services+Division.pdf)## OSS Supplier Product Assurance Requirements
[ 10107-70971 ](https://oceaneering.canto.com/direct/document/f5nt11lse51h96ordinivldp3s/kOyxjCGmivYnDrllTtKWgavUFm0/original?content-type=application%2Fpdf&name=10107-70971+OSS+Supplier+Product+Assurance+Requirements.pdf)##### Templates and Management Documents
## Deviation Report
[ See report ](https://oceaneering.canto.com/direct/document/lmro532nqp1s95p6tbde9eoq30/xbEvHyzCbop7EDA8AwKMCPCF-N4/original?content-type=application%2Fvnd.openxmlformats-officedocument.wordprocessingml.document&name=Deviation+Report.docx)## Material Traceability List
[ #OAS-MTL-SUP-001 ](https://oceaneering.canto.com/direct/document/mo910ih6i14el0pfs8g899ii44/2NC7bE8oWkz-f9RprQgJagj_MzM/original?content-type=application%2Fvnd.openxmlformats-officedocument.wordprocessingml.template&name=OAS-MTL-SUP-001.dotx)## Manufacturing Record Book
[ #OAS-MRB-SUP-001\_B ](https://oceaneering.canto.com/direct/document/ek9japtig513bevahe2nsj7k4o/3xwNZeLi-Qu0Gxpmo9kHKeil6_o/original?content-type=application%2Fmsword&name=OAS-MRB-SUP-001_B.dot)## HSE Administrative Requirements for Suppliers and Contractors
[ See requirements ](https://oceaneering.canto.com/direct/document/d9mhf52ohh7t57tbhm49pgnh1f/Lf2IT7OJLfejOqhLfd37zpeNekM/original?content-type=application%2Fpdf&name=HSE+Administrative+requirements+for+suppliers+and+contractors.pdf)## Instruction on Handling of Personal Data in NDT Reports and Welding Documentation
[ See instruction ](https://oceaneering.canto.com/direct/document/7o8qu9b4eh2qr7f3ntk1m29s4j/khZvXvAZbe7O21ClDuRsIapyHhM/original?content-type=application%2Fpdf)##### Document Requirements List (DRL’s)
## Assembly Fabrication
[ #970110396 ](https://oceaneering.canto.com/direct/document/e3mogcrh8l463e9ouj2l06pn31/CFq-CE8gMdZZdxgVilvENM8Lus4/original?content-type=application%2Fpdf&name=970110396.pdf)## Lifting Equipment
[ #970110399 ](https://oceaneering.canto.com/direct/document/ndlnng4pot7dl4kneng5hpd33f/W99zx6BM53TRgESPaXDrt7u_mk8/original?content-type=application%2Fpdf&name=970110399.pdf)## Parts with Lot Control
[ #970110394 ](https://oceaneering.canto.com/direct/document/trua5i2ih15n355f7aia25p90i/nq-AGooukP5RPycrY24yrhdQjIc/original?content-type=application%2Fpdf&name=970110394.pdf)## Parts with Lot/Heat Control
[ #970110398 ](https://oceaneering.canto.com/direct/document/s35hq19ugl1bhehs99e6ni4o7r/GOlohvUAIEG4eNiLHRfy1EvfUsA/original?content-type=application%2Fpdf&name=970110398.pdf)## Parts with Serial Control
[ #970120109 ](https://oceaneering.canto.com/direct/document/g0d65i5aud0a9cmp9qp6jsqr63/L9rCuh9f-Mt_0P8tT4_yxLYwN-c/original?content-type=application%2Fpdf&name=970120109.pdf)## Pressure Contained Equipment
[ #970110395 ](https://oceaneering.canto.com/direct/document/0akjsp1r6t1031csecith68v6g/vOlDv4dfBUHg42XQKF2FUN6rJc4/original?content-type=application%2Fpdf&name=970110395.pdf)## Temporary Equipment
[ #970323148 ](https://oceaneering.canto.com/direct/document/vm175ai7f10fjbor5mnohk1a4u/89S6QqehO-bK5Q6v_RCFttv92so/original?content-type=application%2Fpdf&name=970323148.pdf)## Torque Cell Fabrication
[ #970251667 ](https://oceaneering.canto.com/direct/document/c403s1k9793ldc6beioklb2o1l/7QhwsirPhQjAorJnedynnOtnnAk/original?content-type=application%2Fpdf&name=970251667.pdf)## Welded Part/Assembly
[ #970110397 ](https://oceaneering.canto.com/direct/document/83mkh886sp5r78jmomt0tg5q4o/NMPRl8antHqobFcUFouspHVD0ng/original?content-type=application%2Fpdf&name=970110397.pdf)##### Specifications
## Coating
[ #970115749 ](https://oceaneering.canto.com/direct/document/0d2cp4g32l7rf7bhc9hsu9qu36/QgYVvPow5juWHvD-ZEz3GWhJUKQ/original?content-type=application%2Fpdf&name=970115749.pdf)## Hydraulic Hoses
[ #970459330 ](https://oceaneering.canto.com/direct/document/fso378kcgh4bh0vlr7nkb6gk57/8DWx8dmMsdMJq8k6RJf8hka9bW0/original?content-type=application%2Fpdf&name=970459330.pdf)## Fasteners Metric Specification
[ #OAS-DTS-SPC-001 ](https://oceaneering.canto.com/direct/document/obiivv9c6p2ljd4ft8b9j77v27/zE4SuBlT2IKVuXLQrCfK41ckNDE/original?content-type=application%2Fpdf&name=OAS-DTS-SPC-001.pdf)## Marking Tracebility
[ #970120234 ](https://oceaneering.canto.com/direct/document/ff3l3etgp55bh33iule2s1mj77/bOsjddWlnD2VubFqb2rZoUQRhBw/original?content-type=application%2Fpdf&name=970120234.pdf)## Metallic Materials
[ #970115748 ](https://oceaneering.canto.com/direct/document/l4oj0o1tgl5g32td7551nkrc00/yVlyhWULYDpG_0UoS5t9GS1Xcjo/original?content-type=application%2Fpdf&name=970115748.pdf)## Specification – Dimension and Tolerances
[ #970123277 ](https://oceaneering.canto.com/direct/document/todsmcfr4l7kddq7kldboone5b/WeolZxJsn3U4MdFa4YCxc4Ok6sg/original?content-type=application%2Fpdf&name=970123277.pdf)## Supply, Receiving and Handling of Non Metallic Seals
[ #970120323 ](https://oceaneering.canto.com/direct/document/e7vr3qvl813fv6brgkf1oidn1t/QLGAm6coa5VxEwUJIAeUgcEWgS0/original?content-type=application%2Fpdf&name=970120323.pdf)## Weldment Fabricaton
[ #970112646 ](https://oceaneering.canto.com/direct/document/1ooi7buecl541bu8tg70b1on1n/mGoqv0eQEKf4xQ3VV89CswWYY4I/original?content-type=application%2Fpdf&name=970112646.pdf)## Contact Us
### Our team of experts is ready to help you get started.
Oceaneering offers best-in-class products and solutions, backed by unparalleled quality, reliability, and global support. Fill out the inquiry form to start a conversation today.
**Search Tags:** Suppliers
---
### [Crane and Lifting](https://www.oceaneering.com/asset-integrity-management/inspection/crane-lifting/)
**Published:** November 9, 2023
**Author:** Madelyn Werner
**Content:**
# Crane and Lifting Equipment Testing and Qualification
We offer extensive services for inspection, third-party verification, and certification of cranes and lifting equipment, both onshore and offshore.
[ Learn even more on our Norwegian Crane and Lifting microsite ](https://cl.oceaneering.no/)
# Inspection, Third-Party Verification, and Certification
We complete initial condition surveys, evaluation of equipment, condition rating, and periodic inspection to ensure the availability of a large range of equipment.
- Cranes
- Lifting equipment
- Launch and recovery systems
- Offshore containers
- Lifting baskets
- Yokes
- Shackles
- Hooks
- Fall protection
- Renewables hardware
We are fully compliant to all regulatory guidance for equipment used in drilling and well operations.
Our state-of-the-art hydraulic tensile test bench is designed to accommodate large equipment up to 750 tonnes.The bench integrates advanced monitoring systems that provide oversight and safety during testing.
The tensile test bench is typically used for testing components.
- Well- and drilling-related lifting equipment, including lifting caps and running tools
- Crane wire ropes, chains, shackles, hooks, winches, and hoists
- Lifting slings
# Crane and Lifting Equipment Services
We provide engineering support to enable the design and manufacture of cost-effective and reliable lifting equipment.
- Turnkey design of lifting equipment
- Risk analysis and conformity assessments
- Structural analysis
- Preparation of user manuals and maintenance manuals
- Documentation control
- Coating and marking application
- Preparation of cargo-handling plans and rig operations
- Hooks
- Planning of lifting operations
We also offer third-party verification of the design, calculations, and procedures.
# Lifting Equipment Services and Maintenance
We provide services and maintenance, including condition rating, cleaning, function testing, and repair of fall-protection equipment and lifting equipment.
We can use risk-based inspection strategies and failure modes, effects, and criticality analysis to optimize your lifting equipment maintenance programs.
Contact Us
### Our team of experts is ready to help you get started.
Oceaneering offers best-in-class products and solutions, backed by unparalleled quality, reliability, and global support. Fill out the inquiry form to start a conversation today.
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**Categories:** Asset Integrity Management, In-Service Inspection
**Search Tags:** Asset Integrity, inspection
---
### [Storage Tanks and Associated Pipework](https://www.oceaneering.com/asset-integrity-management/storage-tanks-and-associated-pipework/)
**Published:** March 12, 2025
**Author:** Monica Dahl
**Content:**
[ Discuss a Project ](/asset-integrity/#contact) Asset Integrity # Storage Tanks and Associated Pipework
Combine advanced non-destructive testing technologies with expert engineering insight to minimize risks, optimize maintenance planning, and ensure the safety and longevity of your atmospheric storage tanks and associated pipework.
## Integrated, Comprehensive, and Cost-Effective.
Meet the unique requirements of your operations with our EEMUA- and API-certified integrity engineers. We deliver industry-leading atmospheric storage tank integrity and downstream inspection programs to equip your teams with the data required to make informed decisions.
## Optimize Integrity and Inspections
Ensure safety, compliance, and asset longevity with targeted inspection planning and advanced assessment methods. Our approach integrates risk-based inspection, regulatory-aligned schemes, and cutting-edge diagnostics to support smarter maintenance and repair decisions across the asset lifecycle.
### Risk-Based Inspection (RBI) Planning and Written Schemes of Examination (WSE)
Conduct RBI assessments to identify optimal inspection requirements and intervals that are integrated into comprehensive WSEs.
### Tank Inspection and Repair Methodology
Ensure compliance with methodologies that are in accordance with the requirements of API 650/653, BS EN:14015, and EEMUA 159.
### Maintenance and Repair Planning
Optimize scheduling and expenditure with strategies that are aligned with your company and global standards.
### Integrated Visual NDT and Advanced Examination
Transform inspection efficiency with multi-skilled teams experienced in collecting highly detailed condition data.
### Fitness-for-Service (FFS) and Remaining Life Assessments
Confirm structural integrity and evaluate the lifespan of your storage tanks and piping systems.
### Foundation Settlement Assessments
Detect tank foundation movement, planar tilt, and other factors affecting the integrity of the structure.
## Inspection Expertise and Technology
Confirm the integrity of your storage tanks and pipework by collecting asset-related data with the industry’s most advanced NDT technologies. Our team includes NDT Level 3 subject matter experts who ensure the highest quality in service delivery, method validation, and operator competency
[ Learn more ](https://www.oceaneering.com/asset-integrity-management/inspection/)## Transform Safety and Data Quality with Drone Inspections
Rethink your tank inspection scopes with our in-house drone inspection capabilities. By eliminating the need for scaffolding or rope access, we significantly reduce costs while collecting high-quality data, ensuring comprehensive assessment without requiring personnel to enter confined spaces or work at height.
The drone technology and software generate real-time 3D maps and provide full traceability of data, including video and image archives, helping you meet regulatory requirements and plan necessary repairs efficiently.
### Field Proven. Industry Leading.
Read our case studies featuring successful storage tank integrity and inspection projects.
[ See All Case Studies ](https://oceaneering.com/resources/?_content_types=case-study) Previous Next [ ### Atmospheric Tank Inspection with Elios 3 Drone Reduces Risk and Cost for UK Client
### Atmospheric Tank Inspection with Elios 3 Drone Reduces Risk and Cost for UK Client
A major global energy producer was seeking a safer, more cost-effective method to conduct comprehensive internal inspection…
Learn More ](https://www.oceaneering.com/case-studies/atmospheric-tank-inspection-with-elios-3-drone-reduces-risk-and-cost-for-uk-client/) [ ### Analytical Assessment Eliminates Requirement for Costly Inspection of Distorted Bitumen Storage Tank
### Analytical Assessment Eliminates Requirement for Costly Inspection of Distorted Bitumen Storage Tank
In July 2024, extraction of a small volume of bitumen from a heated and insulated storage tank…
Learn More ](https://www.oceaneering.com/case-studies/analytical-assessment-eliminates-requirement-for-costly-inspection-of-distorted-bitumen-storage-tank/)# Contact Us
## Our team of experts is ready to help you get started.
Oceaneering offers best-in-class products and solutions, backed by unparalleled quality, reliability, and global support. Fill out the inquiry form to start a conversation today.
---
### [Subsea Assets](https://www.oceaneering.com/asset-integrity-management/subsea-assets/)
**Published:** February 10, 2025
**Author:** Monica Dahl
**Content:**
[ Discuss a Project ](/asset-integrity/#contact) Asset Integrity # Subsea Assets
Mitigate risk associated with the corrosion, erosion, material degradation, structural failures, and third-party threats related to your subsea pipelines and structures.
## Transform the Integrity Management of Your Subsea Assets
Leverage our experience and expertise working in the subsea environment and use our comprehensive suite of design, engineering, and analysis capabilities to transform the integrity management of your subsea assets.
## Proven Lifecycle Integrity Management
Protect your assets with our comprehensive integrity management solutions-combining risk-based inspections, cutting-edge inspection tools, and decades of subsea experience-to ensure the reliability and performance of your assets throughout their entire lifecycle.
### Integrity Assessments and Risk-Based Inspections (RBI)
Use our technical engineering expertise and extensive experience of completing subsea inspections to implement cost-effective and optimized RBI programs.
### Engineering-Driven Maintenance and Asset Life Extension
Reduce downtime by using finite element analysis (FEA) and computational fluid dynamics (CFD) for anomaly detection, fitness-for-service analysis, and maintenance planning.
### Pipeline Integrity Management System (PIMS)
We provide expert inspection planning, data analysis, risk assessment, and maintenance strategies to ensure the safe, compliant, and cost-effective operation of subsea pipelines throughout their lifecycle.
### Erosion and Corrosion Management
Prevent asset degradation and instability with expert analysis and mitigation strategies for specialties including advanced erosion modeling, material selection, [corrosion management](https://www.oceaneering.com/corrosion-management-and-engineering/), and cathodic protection optimization.
### Emergency Pipeline Repair and Strategy (EPRS) Development
Address asset failures, ensure compliance, and improve your environmental responsibility with our rapid response support and development of repair strategies.
### Pipeline Damage Assessments
Deliver critical insights into structural integrity in line with the Pipeline Defect Assessment Manual (PDAM) once anomalies are identified.
## Engineering for Complex Challenges
Our global team of engineers and specialists provides around the clock support for customers in the energy, carbon capture, and hydrogen sectors, delivering engineering and risk management solutions to safeguard assets across industries.
- Offshore Pipelines: Piggable and Non-Piggable
- Subsea Structures: Pipeline End Manifolds (PLEM), Flowline End Termination (FLET), Pipeline End Terminations PLET
- Risers
### INFORM™ Software Suite
Integrate the advanced analytics, information from digital twins, and customizable risk-based inspection (RBI) frameworks included in our INFORM™ Software Suite. The platform’s modules combine real-time monitoring and user-friendly interfaces to streamline data analysis and decision-making.
[ Learn More ](https://www.oceaneering.com/asset-integrity-management/digitizing-integrity/) ### Inspection Services
Leverage the industry’s most advanced fleet of subsea robotics, innovative non-destructive testing techniques, and high-resolution imaging to support your diverse subsea inspection requirements.
[ Learn More ](https://www.oceaneering.com/asset-integrity-management/inspection/)### Field Proven. Industry Leading.
Read case studies that detail how we have helped customers ensure the integrity of their subsea pipelines and structures.
[ See All Case Studies ](https://oceaneering.com/resources/?_content_types=case-study) Previous Next [ ### Risk-Based Inspection Assessment Enhances Safety And Efficiency For 19 Pipelines In West Africa
### Risk-Based Inspection Assessment Enhances Safety And Efficiency For 19 Pipelines In West Africa
From December 2023 through March 2024, a team of Oceaneering pipeline and corrosion engineers completed a comprehensive…
Learn More ](https://www.oceaneering.com/case-studies/risk-based-inspection-assessment-enhances-safety-and-efficiency-for-19-pipelines-in-west-africa/) [ ### Comprehensive Pipeline Integrity Management In The North Sea
### Comprehensive Pipeline Integrity Management In The North Sea
As part of an ongoing integrated and comprehensive integrity services contract with a major client, our engineers…
Learn More ](https://www.oceaneering.com/case-studies/comprehensive-pipeline-integrity-management-in-the-north-sea/) [ ### Advanced Subsea Visual Metrology Solution Delivers Improved Data Quality for External Wall Loss Measurement
### Advanced Subsea Visual Metrology Solution Delivers Improved Data Quality for External Wall Loss Measurement
In November 2023, Oceaneering was contracted by a major oil and gas operator to complete a work…
Learn More ](https://www.oceaneering.com/case-studies/advanced-subsea-visual-metrology-solution-delivers-improved-data-quality-for-external-wall-loss-measurement/) [ ### Advanced Subsea Visual Metrology Solution Provides Images and 3D Modelling of Exceptional Quality
### Advanced Subsea Visual Metrology Solution Provides Images and 3D Modelling of Exceptional Quality
In August 2023, Oceaneering deployed its Advanced Subsea Visual Metrology (ASVM) suite to collect data related to…
Learn More ](https://www.oceaneering.com/case-studies/advanced-subsea-visual-metrology-solution-provides-images-and-3d-modelling-of-exceptional-quality/) [ ### Innovative Photogrammetry Survey Offers Solution for Damaged Riser Offshore Brazil
### Innovative Photogrammetry Survey Offers Solution for Damaged Riser Offshore Brazil
During an ROV inspection of a customer’s assets offshore Brazil, an Oceaneering team observed that a damaged…
Learn More ](https://www.oceaneering.com/case-studies/innovative-photogrammetry-survey-offers-solution-for-damaged-riser-offshore-brazil/)# Contact Us
## Our team of experts is ready to help you get started.
Oceaneering offers best-in-class products and solutions, backed by unparalleled quality, reliability, and global support. Fill out the inquiry form to start a conversation today.
**Categories:** Asset Integrity Management
---
### [Onshore Pipelines](https://www.oceaneering.com/asset-integrity-management/onshore-pipelines/)
**Published:** February 4, 2025
**Author:** Monica Dahl
**Content:**
[ Discuss a Project ](/asset-integrity/#contact) Asset Integrity # Onshore Pipelines
Leverage a proactive, data-driven integrity and inspection approach to prevent failures while optimizing maintenance and ensuring safe, compliant operations.
## Ensuring Integrity and Reliability
We support your pipelines throughout their lifecycle-from baseline surveys to midlife optimization, in-line inspection audits, life extension assessments, and decommissioning planning-ensuring safe, reliable operations at every stage. Mitigate risks, extend asset life, and maintain safe, reliable operations, ensuring regulatory compliance and optimized maintenance planning using our integrated approach.
## Full Lifecycle Support
Safeguard your onshore pipelines with our tailored engineering services that mitigate corrosion and mechanical damage. We align our services to your operational needs, providing expert-driven strategies, direct access to specialists, and full lifecycle support for your pipeline integrity management system (PIMS)-from commissioning to decommissioning.
### Risk-Based Inspection (RBI) Programs
Use qualitative and quantitative risk assessments to rank pipeline segments by risk level.
### Engineering-Driven Maintenance Planning
Optimize scheduling and expenditure with strategies in alignment with your company and global standards.
### Integrity Assessments and Non-Piggable Pipeline Support
Suggest inspection technologies, inspection locations, corrosion monitoring systems, and external surveys.
### Remaining Life Assessments and Life Extension Strategy Development
Integrate fitness-for-service analysis corrosion assessment, and risk assessment to determine safe service life.
### In-Line Inspection (ILI) Audits
Select the most precise ILI tool for inspection and, post-inspection, analyze the ILI raw data and verify the findings to reduce false positives and negatives.
### Corrosion Engineering and Management
Complete comprehensive review and assessments of internal and external corrosion.
### Pipeline Damage Assessments
Deliver critical insights into structural integrity in line with the Pipeline Defect Assessment Manual (PDAM) once anomalies are identified.
### Decommissioning and Emerging Markets
Outline requirements and potential methods for safe pipeline abandonment or repurposing pipelines (including change of service for use with CO2, H2, etc.).
## In-Line Inspection (ILI) Audits
## Tool Selection and Data Verification
Leverage the experience of our engineers to support your ILI audit needs. From selecting the most appropriate ILI tool for inspection needs to analyzing data post inspection, we have an extensive track record of saving operators money through our ability to assess and correct ILI results and insights.
We understand the intricacies that affect in-line inspection (ILI) reports depend on the precision and calibration of inspection tools including pigs, sensors, and other monitoring devices and work to eliminate safety risks posed by inaccurate or incomplete data that can lead to false positives or missed defects.
 ### INFORM™ Software Suite
The INFORM™ Software Suite empowers you with the insights needed to manage, monitor, and maintain the integrity of your pipelines across their entire lifecycle. Engineer-developed modules deliver full operational visibility, enabling faster, data-driven decisions that minimize downtime and optimize resource allocation while supporting the digitization of your entire pipeline integrity management process.
[ Learn More ](https://www.oceaneering.com/asset-integrity-management/digitizing-integrity/) ### Inspection Services
Evaluate the structural integrity, detect corrosion, and monitor the health of your pipelines with our inspection services, including advanced non-destructive testing (NDT) techniques such as radiography and ultrasonic tools.
[ Learn More ](https://www.oceaneering.com/asset-integrity-management/inspection/)### Field Proven. Industry Leading.
Read our case studies detailing our expertise in onshore pipeline integrity engineering.
[ See All Case Studies ](https://oceaneering.com/resources/?_content_types=case-study) Previous Next [ ### Risk-Based Inspection Assessment Enhances Safety And Efficiency For 19 Pipelines In West Africa
### Risk-Based Inspection Assessment Enhances Safety And Efficiency For 19 Pipelines In West Africa
From December 2023 through March 2024, a team of Oceaneering pipeline and corrosion engineers completed a comprehensive…
Learn More ](https://www.oceaneering.com/case-studies/risk-based-inspection-assessment-enhances-safety-and-efficiency-for-19-pipelines-in-west-africa/) [ ### Comprehensive Pipeline Integrity Management In The North Sea
### Comprehensive Pipeline Integrity Management In The North Sea
As part of an ongoing integrated and comprehensive integrity services contract with a major client, our engineers…
Learn More ](https://www.oceaneering.com/case-studies/comprehensive-pipeline-integrity-management-in-the-north-sea/)# Contact Us
## Our team of experts is ready to help you get started.
Oceaneering offers best-in-class products and solutions, backed by unparalleled quality, reliability, and global support. Fill out the inquiry form to start a conversation today.
**Categories:** Asset Integrity Management
---
### [Fixed and Floating Structures](https://www.oceaneering.com/asset-integrity-management/fixed-and-floating-structures/)
**Published:** February 14, 2025
**Author:** Monica Dahl
**Content:**
[ Discuss a Project ](/asset-integrity/#contact) Asset Integrity
# Fixed and Floating Structures
Ensure the structural integrity, operational efficiency, and adherence to regulatory and industry standards for your onshore, nearshore, and offshore assets, whether they are fixed or floating.
## Reduce Risk and Extend Asset Life
Adopt tailored inspection and maintenance strategies that focus on structural challenges specific to your assets. By combining our inspection and integrity management expertise with engineering insight, you can ensure your assets are fit for continued service.
##### Offshore Topsides and Jacket Structures
### Floating Assets (Topsides and Marine)
### Offshore Jack-Up Structures
### Oil and Gas Processing Plants
### Land-Based Industrial Facilities
### Renewable Energy Infrastructure
## Remain Compliant with an Integrated Solution
Adopt a truly integrated solution by combining our expertise in integrity management, engineering analysis, inspection, technology, and structural life cycle integrity management with our global reach, regulatory flexibility, and digitization capabilities.
### Inspection Strategy
Inspection strategy development and execution delivered to meet relevant regulatory requirements.
### Digital Solutions
Using our INFORM Vision and our INFORM suite, we develop Digital Twins, that enable remote and limited-access inspections that reduce risks to persons onboard.
### Data Management
Inspection data management and strategy updates to ensure data integrity to maximize insights and decision-making ability.
### Integrity Management
Day-to-Day Structural Integrity Management (SIM) to effectively optimize and deliver your structural program.
### Risk Based Inspection (RBI) and Life Extension Planning
Risk-based inspection and life extension assessments and planning to ensure your assets are managed effectively.
### Compliance
Ensuring operators meet regulatory and industry standard compliance including class requirements for Floating Assets
### Detection and Evaluation
Anomaly detection, evaluation and recommendations to enable effective mitigations are in place to maintain integrity.
### Structural Inspections
Offering comprehensive inspection solutions for structures using drones, mini-ROVs and advanced NDT techniques, and providing advice on the best solutions for asset assurance.
### Decommissioning Support
Asset integrity support during decommissioning to ensure structural operations are delivered in a compliant, safe and cost-effective manner.
 Digitize Your Integrity
## INFORM™ Software Suite
We have digitized the inspection and integrity loop with software solutions that support predictive analytics, automate and standardize reporting, and use digital twins and mobile data capture to provide a holistic view of your assets.
Get full operational visibility, enabling faster, data-driven decisions that minimize downtime and optimize resource allocation. Modules in our INFORM™ Software Suite digitize your entire integrity management process to better leverage and manage your asset-related data and to refine future inspection planning.
[ Learn more ](https://www.oceaneering.com/asset-integrity-management/digitizing-integrity/)
# Contact Us
## Our team of experts is ready to help you get started.
Oceaneering offers best-in-class products and solutions, backed by unparalleled quality, reliability, and global support. Fill out the inquiry form to start a conversation today.
**Categories:** Asset Integrity Management
---
### [ROV Rental Tooling](https://www.oceaneering.com/rov-services/rov-tooling/rov-rental-tooling/)
**Published:** June 9, 2026
**Author:** Monica Dahl
**Content:**
[ Discuss a Project ](https://oceaneering.com/rov-services/#contact) ROV Tooling
# ROV Rental Tooling
Our ROV rental tooling supports your subsea intervention, inspection, construction, and maintenance tasks, from routine to extreme.
## Reliable ROV Rental Tooling for Offshore Operations
Explore our most used ROV rental tooling, available worldwide and supported by experienced technicians for fast, reliable mobilization.
## Why Choose Oceaneering for ROV Rental Tooling?
Whether you are planning intervention, inspection, construction, or maintenance work, our tools are engineered to deliver consistent performance, giving you the confidence to execute safely, efficiently, and with fewer disruptions. Keep your offshore operations moving with ROV rental tooling built for reliability in demanding subsea environments.
### Fast Mobilization
Reduce offshore delays with ready-to-deploy ROV rental tooling strategically located across our global locations for fast and efficient mobilization.
### Flexible Rental Solutions
Choose short-term or long-term ROV rental tooling solutions tailored to your project requirements and operational timelines.
### Experienced Engineering Support
Benefit from decades of subsea experience and technical support to help ensure safe, reliable, and efficient offshore operations.
### Certified and Maintained Equipment
All rental tools are inspected, maintained, and prepared for deployment to improve reliability and reduce operational risk.
Faster Mobilizations. Fewer Delays.
## Standardized ROV Rental Tooling Kits
Leverage pre‑configured standard tooling kits designed around the jobs you perform most often. Built on decades of operational experience, these fast mobilization kits reduce delivery time, minimize offshore retooling, and help keep subsea work moving without interruption.
From valve operation and cleaning to subsea injection and cutting, each tooling kit is assembled to support efficient execution, predictable performance, and reliable deployment across your ROV operations.
## Need a Custom Engineered Tool?
Your subsea operations demand the right tools, ready when you need them. We deliver custom engineered ROV tools designed to address your most complex subsea challenges. [ Learn More ](https://www.oceaneering.com/intervention-tooling/subsea-engineered-solutions/)
## Frequently Asked Questions
### What types of ROV subsea rental tooling does Oceaneering have available for rental?
Our rental catalog includes standard tools for ROVs used across intervention, inspection, construction, and maintenance activities. This includes cleaning, cutting, dredging, hot stabs, injection and pumping, lifting and handling, pressure testing, torque tools, valve intervention, sensors, skids, and related support tools.
### Where are Oceaneering rental tools available?
Rental tools are available globally through our regional facilities, supporting offshore projects with localized inventory and technical support to enable reliable mobilization.
### How quickly can rental tooling be mobilized?
Many of our most commonly used tools are staged for fast mobilization. Availability and delivery timelines depend on tool type and location, and our teams work with you to align tooling with your project schedule.
### Are your rental tools inspected before mobilization?
Yes. All of our rental tools are inspected, maintained, and function‑tested prior to mobilization to help ensure reliable performance offshore.
### Can rental tooling support both short‑term and longer projects?
Rental tooling can be provided for short‑duration scopes as well as longer campaigns. Our flexible rental models allow you to match tooling access to project requirements without long‑term ownership.
### How do standard tooling kits for ROVs help my offshore team?
Standard tooling kits for ROVS are pre-configured packages of our most frequently used ROV tools, tailored for common offshore tasks. They speed up mobilization, simplify planning, and ensure your team has the right tools for the job, every time.
**Common kit examples**
- Valve operation kit for efficient valve work: Class 1-4 torque tool, hot stabs, and intelligent valve packs
- Cleaning and inspection kit to shorten inspection windows: Brushes, pressure testing, ROV sensors, and subsea measurement
- Pumping and injection kit for remediation and fluid handling: Reservoirs, injection and pumping modules, and gaskets with monitored flow.
- Cutting and recovery kit for controlled subsea intervention and retrieval: Cutting tools, skids, lifting and handling equipment.
### What if the tool I need is not listed in the catalog?
We have more than 10,000 tools available globally, and this page provides a quick overview of our most commonly requested tools. If a specific tool is not shown, we can help find what you need, assess alternatives, or discuss project‑specific tooling, including engineered solutions designed around your requirements.
### Can rental tools be used alongside other ROV tooling services?
Yes. Rental tooling can be combined with ROV system contracts, including managed customer tooling pools, standard tooling suites, ROV intervention tools, or custom engineered solutions to support a flexible end‑to‑end ROV tooling approach.
### Can I buy a tool listed as a rental offering?
While most customers opt to rent tools, others do take advantage of our end-to-end managed tooling service. Customer-owned tooling pools enable you to maintain ownership of your offshore ROV tooling while we manage every aspect of readiness, availability, and performance.
### How do I get started or request a quote?
[Contact our experts](#contact) to discuss your project needs, build your tooling pool, select your kits, or request a custom solution. We’re here to help you succeed offshore.
## Contact Us
### Our team of experts is ready to help you get started.
Oceaneering offers best-in-class products and solutions, backed by unparalleled quality, reliability, and global support. Fill out the inquiry form to start a conversation today.
**Categories:** Remotely Operated Vehicles (ROVs)
---
### [Carbon Capture and Storage](https://www.oceaneering.com/renewable-energy-solutions/carbon-capture-and-storage/)
**Published:** October 29, 2024
**Author:** Monica Dahl
**Content:**
[ Discuss a Project ](https://oceaneering.com/renewable-energy-solutions/#contact) Renewable Energy
# Carbon Capture and Storage
Achieve your environmental and sustainability targets safely and cost-effectively.
[ Supporting Carbon Capture And Storage With Full Lifecycle Solutions ](https://oceaneering.canto.com/download/document/7dqmk12v0t6k9e44mni2qif53u/original.pdf)
## Delivering Safe and Proven Carbon Capture Solutions in Any Environment
Carbon Capture and Storage (CCS) captures CO2 at the source-from fossil fuel production to industrial processes-or removes it directly from the atmosphere. With decades of proven experience in extreme environments, we deliver safe, effective CCS solutions across industries.
### Execute Operations in Extreme Environments
### Optimize Operations and Maintenance Programs
### Improve Project Economics and Reduce Risk with Resident Robotics
## Maximize Efficiency with Trusted Solutions
Focused on safety, reliability, and cost-effectiveness, our inspection and monitoring programs enable early detection of failure risks, ensuring facility integrity. Industry-leading technologies, including resident subsea robotics and Oceaneering Rotator Chemical Throttle Valves, strengthen CCS operations with unmatched performance.
Drill Support C-Nav Positioning Solutions Detailed Infrastructure Engineering Analysis Offshore Inspection, Maintenance, and Condition Monitoring Rotator Chemical Throttle Valves Power and Communications Cables Drill Support
### Drill Support
Use our industry-leading fleet of [remotely operated vehicles (ROVs)](https://www.oceaneering.com/rov-services/) to ensure precise underwater operations, facilitate detailed [seabed surveys](https://www.oceaneering.com/survey-and-mapping/), and support the installation and maintenance of your CCS infrastructure.
With robust capabilities in challenging environments, our advanced systems, supported by [remote piloting](https://www.oceaneering.com/remote-services/) capabilities, enhance operational efficiency and safety, enabling seamless integration of CCS systems.
C-Nav Positioning Solutions
### C-Nav Positioning Solutions
Ensure the accuracy of your drilling operations with Oceaneering’s [C-Nav Positioning Solutions](https://www.oceaneering.com/positioning-solutions/), delivering the most comprehensive level of coverage.
Supported by [LEO Correction Services](https://www.oceaneering.com/positioning-solutions/low-earth-orbit-leo-correction-services/) and a global team providing around-the-clock support, you can optimize the efficiency of well placement and alignment.
Detailed Infrastructure Engineering Analysis
### Detailed Infrastructure Engineering Analysis
Leverage our engineering analysis expertise for CCS infrastructure conversion projects or to develop innovative technology to meet emerging needs. We optimize the use of current pipelines and subsea infrastructure, minimizing risk and confirming suitability, through comprehensive inspection and analysis.
Our [pipeline connection systems](https://www.oceaneering.com/pipeline-repair/) deliver robust, field-proven solutions for repairs and connections while integrating advanced engineering to overcome current industry challenges.
Offshore Inspection, Maintenance, and Condition Monitoring
### Offshore Inspection, Maintenance, and Condition Monitoring
Safeguard the functionality and safety of carbon capture facilities, ensuring the efficient containment and transportation of CO2 through proactive inspection, maintenance, and condition monitoring of common CCS concerns including corrosion, pitting, and embrittlement fractures.
Our remote monitoring capabilities for landers, including the resident support provided by the [Liberty Resident System](https://www.oceaneering.com/rov-services/next-generation-subsea-vehicles/liberty-resident-system/), is crucial for continuously tracking reservoir conditions over time, ensuring data accuracy and enhancing the effectiveness of long-term CCS projects.
[Learn more](https://www.oceaneering.com/asset-integrity/in-service-inspection/subsea-inspection/)
Rotator Chemical Throttle Valves
### Rotator Chemical Throttle Valves
Leverage the unparalleled quality, reliability, and global support behind our CTVs to ensure superior, continuous, and best-in-class chemical dosing accuracy for injection functions at your CCS facilities, effectively preventing hydrate blockage when installed on trees.
[Learn more.](https://www.oceaneering.com/rotator-technologies/chemical-throttle-valves/)
Power and Communications Cables
### Power and Communications Cables
Benefit from Oceaneering’s extensive experience in developing reliable power and communications umbilicals essential for CCS projects. Our wide global footprint and manufacturing capabilities, combined with deep expertise, deliver robust, high-performance connectivity solutions that enhance operational efficiency and safety in challenging subsea environments.
[Learn more](https://www.oceaneering.com/subsea-distribution-solutions/)
## Engineering a Sustainable Future
As a global provider of engineered products and services, we are committed to reducing our carbon footprint in the many industries we serve. We continuously invest in the development of our products and services to create resilient, safe, and environmentally friendly advanced technologies that enable greater collaboration with our customers and faster response time.
[ Learn more ](https://www.oceaneering.com/sustainability/)
# Contact Us
## Our team of experts is ready to help you get started.
Oceaneering offers best-in-class products and solutions, backed by unparalleled quality, reliability, and global support. Fill out the inquiry form to start a conversation today.
**Categories:** Renewables
**Search Tags:** Floating Offshore Wind, Renewable Energy
---
### [Floating Offshore Wind](https://www.oceaneering.com/renewable-energy-solutions/floating-offshore-wind/)
**Published:** April 8, 2024
**Author:** Monica Dahl
**Content:**
[ Discuss a Project ](https://oceaneering.com/renewable-energy-solutions/#contact) Renewable Energy Solutions
# Floating Offshore Wind
Innovating with Field-Proven Solutions to Optimize CAPEX and OPEX.
## Harness the Power of Floating Offshore Wind
Our approach to floating offshore wind projects integrates cutting-edge technologies and trusted services, honed through extensive experience in challenging marine conditions, including high-current areas. We prioritize safety without compromising cost-effectiveness and our solutions are designed to increase your project economics while maximizing operational uptime.
### Execute Operations in Harsh, Dynamic Environments
### Optimize Operations and Maintenance Programs
### Increase Project Economics and Reduce Risk with Resident Robotics
## Comprehensive Lifecycle Solutions for Offshore Wind Projects
Our innovative technologies and extensive service offerings are designed to tackle the complexities of challenging offshore environments including deeper waters, opening large swathes of opportunity to generate renewable wind power. Our expertise in navigating harsh environments equips us to address full lifecycle needs of your floating wind projects in Western Europe, North America, and the Asia Pacific region.
[ Supporting Floating Offshore Wind With Full Lifecycle Solutions ](https://oceaneering.canto.com/download/document/m149hqu6315ofb50lbm90l7f7j/original.pdf) Site Characterization Survey and Positioning Services Resident Robotic Systems and Remote Operations Advanced Asset Condition Monitoring, Inspection, and Maintenance Technologies Underwater Inspection in Lieu of Drydocking (UWILD) and Special Periodic Survey (SPS) Isurus™ Work Class ROV Dynamic Inter Array Cable Manufacturing Suction Anchors IMRGE™ Integrated, Customizable IMR Solutions Site Characterization
### Site Characterization
Our capabilities include comprehensive geophysical, geotechnical, and seismic surveys, enabling precise data collection for informed decision-making in fixed offshore wind projects. Operations conducted from our survey-specific [Ocean Intervention II vessel](https://www.oceaneering.com/subsea-projects/vessel-fleet/) ensure accurate site assessments essential for safe and effective developments.
[Learn more](https://www.oceaneering.com/survey-and-mapping/geoscience-and-auv-surveys/)
Survey and Positioning Services
### Survey and Positioning Services
We combine our fleet of advanced vessels and subsea robotics to deliver safe, cost-effective solutions for site investigations, mooring anchor positioning services, and excursion monitoring.
Oceaneering [C-Nav® Positioning Solutions’](https://www.oceaneering.com/positioning-solutions/) LEO satellite-based correction service uses Iridium® low earth orbit (LEO) satellites to overcome historic problems of masking and high latitudes, providing the highest levels of redundancy and uptime.
[Learn more about our Survey and Positioning Services](https://www.oceaneering.com/survey-and-mapping/survey-and-positioning/)
Resident Robotic Systems and Remote Operations
### Resident Robotic Systems and Remote Operations
Resident subsea robotic solutions, including our [Liberty™ Resident System](https://www.oceaneering.com/rov-services/next-generation-subsea-vehicles/liberty-e-rov/) and [Freedom AUV™](https://www.oceaneering.com/rov-services/next-generation-subsea-vehicles/freedom-autonomous-underwater-vehicle/), can be operated remotely from our globally located Onshore Remote Operations Centers (OROCs), increasing oversight and efficiency while lowering projects’ carbon footprint and risk.
Using resident and remotely operated subsea robotics is integral to ensuring project economics, especially for ongoing operations and maintenance requirements.
The recent addition of a [DriX USV](https://www.oceaneering.com/usv-services/) to our fleet introduces a force multiplier as a mothercraft supporting AUVs or for independent survey operations.
[Learn more about our Next Generation Subsea Robotic Services](https://www.oceaneering.com/rov-services/next-generation-subsea-vehicles/)
Advanced Asset Condition Monitoring, Inspection, and Maintenance Technologies
### Advanced Asset Condition Monitoring, Inspection, and Maintenance Technologies
We use digital solutions to collect and analyze data, providing insight for informed, real-time decision making critical to ensuring the uptime of your assets. Advanced technology including photogrammetry and visual metrology complement condition monitoring capabilities, enabling our teams to use predictive analytics and engineering to support a dynamic, proactive approach to maintenance planning.
Our [traditional mechanical and advanced robotic cleaning tools](https://www.oceaneering.com/intervention-tooling-search/?_intervention_tooling_categories=cleaning-and-coating-removal-tools) ensure the proper maintenance of the cables and mooring lines used to secure your floating structures.
Underwater Inspection in Lieu of Drydocking (UWILD) and Special Periodic Survey (SPS)
### Underwater Inspection in Lieu of Drydocking (UWILD) and Special Periodic Survey (SPS)
Our decades of experience in completing the required class inspections for mobile offshore units (MOUs) equips us with the competence and technology to support your requirements including underwater inspection in lieu of drydocking (UWILD) and mooring line inspection and marine growth cleaning.
[Learn more about UWILD and SPS](https://www.oceaneering.com/asset-integrity/floating-systems-inspection-and-integrity-services/special-periodic-surveys-and-uwild/)
Isurus™ Work Class ROV
### Isurus™ Work Class ROV
Isurus combines optimized hydraulic and propulsion packages with a hydrodynamic design to meet the requirements of challenging environments. This built-for-wind ROV overcomes harsh weather and sea state conditions to increase your operational window, helping your projects maintain schedule and stay on budget.
Isurus is ideal for work scopes including cable lay, pre- and post-lay cable survey runs, cable messenger wire hook-up, and deploying subsea robotic crawlers for subsea weld inspections.
[Learn more about the Isurus™ ROV](https://www.oceaneering.com/rov-services/next-generation-subsea-vehicles/isurus-rov/)
Dynamic Inter Array Cable Manufacturing
### Dynamic Inter Array Cable Manufacturing
With extensive experience in providing dynamic cables for the world’s most challenging projects, our global manufacturing facilities are versed in the engineering, manufacturing, testing, installation, and operational requirements facing floating wind projects.
Expertise in deepwater, dynamic cable design and manufacture ensures your projects are supported with robust, high quality critical components engineered to mitigate cable failure.
Our [Rosyth facility holds Fit4OffshoreRenewables status](https://www.oceaneering.com/oceaneering-achieves-fit-4-offshore-renewables-f4or-granted-status-at-rosyth-scotland-cable-facility/), demonstrating our commitment to the offshore wind industry.
[Learn more about our cable manufacturing capabilities](https://www.oceaneering.com/subsea-distribution-solutions/products/)
Suction Anchors
### Suction Anchors
Our patented suction anchor with reusable lid reduces the levelized cost of energy using a design that enables the retrieval and reuse of the anchor’s top hat, reducing both costs and emissions.
Suction anchors improve project economics while still maintaining the functionality required of a mooring system, delivering savings that grow exponentially with both the size of the field and the diameter of the required anchors.
IMRGE™ Integrated, Customizable IMR Solutions
### IMRGE™ Integrated, Customizable IMR Solutions
IMRGE™ uses a nimble and right-sized approach, increasing efficiency while enabling informed decision making. Our advanced systems for photogrammetry and laser scanning support accurate comparison models and overlays, enabling you to optimize maintenance execution and planning for subsea components of your floating assets, including mooring lines and chains.
[Learn more about IMRGE™](https://www.oceaneering.com/imrge-integrated-customizable-imr-solutions/)
### Field Proven. Industry Leading.
Read our case studies demonstrating success across offshore wind projects.
[ See All Case Studies ](https://oceaneering.com/resources/?_content_types=case-study) Previous Next [ ](https://www.oceaneering.com/case-studies/oceaneering-subsea-robotics-supports-floating-offshore-wind-installation-offshore-spain/)
### ROV Team Supports Spanish Floating Wind Turbine Installation
### ROV Team Supports Spanish Floating Wind Turbine Installation
Qverview In August 2023, an Oceaneering crew and Magnum® remotely operated vehicle (ROV) was used to support the…
[Learn More ](https://www.oceaneering.com/case-studies/oceaneering-subsea-robotics-supports-floating-offshore-wind-installation-offshore-spain/) [ ](https://www.oceaneering.com/case-studies/oceaneering-subsea-robotics-supports-installation-project-at-the-worlds-largest-offshore-floating-wind-project/)
### Successful Dynamic Inter-array Cable Installation at the World’s Largest Offshore Floating Wind Project
### Successful Dynamic Inter-array Cable Installation at the World’s Largest Offshore Floating Wind Project
Overview In Q2 2023, an Oceaneering project team and remotely operated vehicles (ROVs) were used to support a…
[Learn More ](https://www.oceaneering.com/case-studies/oceaneering-subsea-robotics-supports-installation-project-at-the-worlds-largest-offshore-floating-wind-project/) [ ](https://www.oceaneering.com/case-studies/oceaneering-rovs-support-installation-of-offshore-floating-wind-turbines-off-the-french-coast/)
### Oceaneering ROVs Support French Floating Wind Turbine Installation
### Oceaneering ROVs Support French Floating Wind Turbine Installation
Overview In October 2023, Oceaneering’s remotely operated vehicles (ROVs) on the Normand Installer vessel finished a work scope…
[Learn More ](https://www.oceaneering.com/case-studies/oceaneering-rovs-support-installation-of-offshore-floating-wind-turbines-off-the-french-coast/)
# Contact Us
## Our team of experts is ready to help you get started.
Oceaneering offers best-in-class products and solutions, backed by unparalleled quality, reliability, and global support. Fill out the inquiry form to start a conversation today.
**Categories:** Renewables
**Search Tags:** Floating Offshore Wind, Renewable Energy
---
### [Fixed Offshore Wind](https://www.oceaneering.com/renewable-energy-solutions/fixed-offshore-wind/)
**Published:** April 15, 2024
**Author:** Monica Dahl
**Content:**
[ Discuss a Project ](https://oceaneering.com/renewable-energy-solutions/#contact) Renewable Energy Solutions
# Fixed Offshore Wind
Elevate your project economics with proven, efficient solutions.
## Enhancing Efficiency Across Operations
Fixed offshore wind developments are pivotal in achieving global carbon reduction and net zero targets. With decades of experience in offshore energy and complex marine construction, we are equipped to fulfill the specific requirements of your project.
### Increase Uptime Availability
### Optimize IMR Planning and Execution
### Improve Situational Awareness
## Trusted Solutions for Fixed Offshore Wind
Our advanced technologies and services meet the demands of challenging offshore applications. Experience working in harsh environments enables us to plan and react to your diverse requirements throughout a project’s complete lifecycle.
Site Characterization Survey and Positioning Ocean Perception™ Marine Mammal Mitigation Solution Isurus™ Work Class ROV IMRGE™ Integrated, Customizable IMR Solutions Operations and Maintenance Programs Resident Robotic Systems and Remote Operations Vessel Fleet Cable Repair Services Marine Coordination Support Site Characterization
### Site Characterization
Our capabilities include comprehensive geophysical, geotechnical, and seismic surveys, enabling precise data collection for informed decision-making in fixed offshore wind projects. Operations conducted from our survey-specific [Ocean Intervention II vessel](https://www.oceaneering.com/subsea-projects/vessel-fleet/) ensure accurate site assessments essential for safe and effective developments.
[Learn more](https://www.oceaneering.com/survey-and-mapping/geoscience-and-auv-surveys/)
Survey and Positioning
### Survey and Positioning
Decades of experience and access to a fleet of advanced vessels and subsea robotics provide you with safe, cost-effective solutions for site investigations and positioning surveys. Oceaneering [C-Nav® Positioning Solutions](https://www.oceaneering.com/positioning-solutions/)‘ game-changing LEO satellite-based correction service uses Iridium® low earth orbit (LEO) satellites to overcome historic problems of masking and high latitudes, providing the highest levels of redundancy and uptime to support your operations.
[Learn more](https://www.oceaneering.com/survey-and-mapping/survey-and-positioning/)
Ocean Perception™ Marine Mammal Mitigation Solution
### Ocean Perception™ Marine Mammal Mitigation Solution
Our patented Ocean Perception software solution revolutionizes marine wildlife monitoring operations while increasing your operational window to support around-the-clock operations.
The solution uses advanced sensors, acoustic buoys, and a strategically designed and user-friendly interface for protected species observers (PSOs) to streamline operations and overall situational awareness.
[Learn more](https://www.oceaneering.com/renewable-energy-solutions/fixed-offshore-wind/ocean-perception/)
Isurus™ Work Class ROV
### Isurus™ Work Class ROV
Based on our field-proven Magnum™ ROV system, the Isurus ROV combines optimized hydraulic and propulsion packages with a hydrodynamic design to meet the requirements of challenging environments. Isurus overcomes weather and sea state challenges to increase the operational window, maintaining schedules and reducing costs.
Isurus is ideal for work scopes including installation and commissioning, cable lay, pre- and post-lay cable survey runs, cable messenger wire hook-up, and deploying subsea robotic crawlers for subsea weld inspections.
[Learn more](https://www.oceaneering.com/rov-services/next-generation-subsea-vehicles/isurus-rov/)
IMRGE™ Integrated, Customizable IMR Solutions
### IMRGE™ Fully Integrated, Customizable IMR Solutions
IMRGE™, our fully integrated, customizable approach to IMR transforms the operations and maintenance approach used across fixed wind assets with advanced digital solutions paired with condition monitoring techniques to collect, analyze, and make proactive recommendations that keep your operations safe, compliant, and online.
Our fleet of right-sized, nimble observation class subsea robotics and [USVs](https://www.oceaneering.com/usv-services/) deliver further advantages including reducing OPEX and dependency on vessel-based activity needed to maintain assets.
[Learn more about IMRGE™](https://www.oceaneering.com/imrge-integrated-customizable-imr-solutions/)
Operations and Maintenance Programs
### 
### Operations and Maintenance Programs
We deliver comprehensive operations and maintenance support including Risk, Reliability, and Maintenace (RRM) Engineering, crane inspection, remote monitoring, and splash zone inspection services.
Risk and reliability engineers develop maintenance plans that ensure the operational efficiency, safety, uptime, and longevity of your fixed wind assets, including offshore transformer substations (OTS) and onshore converter substations to and inter array and export cables.
[Learn more](https://www.oceaneering.com/risk-reliability-and-maintenance-rrm/)
Resident Robotic Systems and Remote Operations
### Resident Robotic Systems and Remote Operations
Resident subsea robotic solutions, including our [Liberty™ Resident System](https://www.oceaneering.com/rov-services/next-generation-subsea-vehicles/liberty-resident-system/) and [Freedom AUV™](https://www.oceaneering.com/rov-services/next-generation-subsea-vehicles/freedom-autonomous-underwater-vehicle/), can be operated remotely from our globally located Onshore Remote Operations Centers (OROCs).
This approach increases oversight and efficiency while lowering projects’ carbon footprint and risk and integral to ensuring project economics, especially for ongoing operations and maintenance requirements.
[Learn more](https://www.oceaneering.com/rov-services/next-generation-subsea-vehicles/)
Vessel Fleet
### Vessel Fleet
Our fleet of Jones Act compliant vessels supports diverse project requirements in the Gulf of Mexico and on the Eastern and Western coast of the United States. Our Ocean Intervention II provides a full C-Nav Survey and Positioning spread, can accommodate the Freedom AUV, and our newly acquired [USV](https://www.oceaneering.com/usv-services/).
The [U.S. flagged Ocean Evolution](https://www.oceaneering.com/subsea-projects/vessel-fleet/ocean-evolution/) supports your subsea construction and cable repair projects with the most ecologically friendly and capable Jones Act compliant vessel available in the Gulf of Mexico. Our highly capable [Normand Superior](https://www.oceaneering.com/products/normand-superior/) increases our capabilities globally, supporting your diverse fixed offshore wind requirements.
[Learn more](https://www.oceaneering.com/subsea-projects/vessel-fleet/)
Cable Repair Services
### Cable Repair Services
Our extensive experience and expertise in cable repairs globally enables us to provide you with services that ensure reliability, efficiency, and safety in the repair process.
Our global footprint ensures immediate access to the resources your repair scope demands, from ROVs and vessels to technicians skilled in cable testing and termination. Our flexibility and responsiveness coupled with an uncompromised focus on safety delivers peace of mind that repairs are completed efficiently, effectively, and with minimal downtime for your offshore fixed wind assets.
Marine Coordination Support
### Marine Coordination Support
Our Asset Monitoring Intelligence Center (AMIC) supports offshore wind marine coordination solutions. Our US-based team offers offshore asset monitoring and protection services, providing a centralized hub for comprehensive, around-the-clock insights into offshore wind assets. With real-time visibility of current asset status, we enhance the decision-making process, optimizing the efficiency of routine and emergency operations.
Our experts specialize in remote processing of collision and encroachment alerts, ensuring accurate and timely notifications to onboard personnel when necessary.
[Learn more](https://www.oceaneering.com/asset-intelligence-and-management/remote-asset-monitoring/)
### Field Proven. Industry Leading.
Read our case studies demonstrating success across offshore wind projects.
[ See All Case Studies ](https://oceaneering.com/resources/?_content_types=case-study) Previous Next [ ](https://www.oceaneering.com/case-studies/development-of-maintenance-program-for-the-worlds-largest-offshore-wind-farm/)
### Development of Maintenance Program for the World’s Largest Offshore Wind Farm
### Development of Maintenance Program for the World’s Largest Offshore Wind Farm
Oceaneering was contracted to complete the comprehensive maintenance scope for the Dogger Bank A offshore wind development…
[Learn More ](https://www.oceaneering.com/case-studies/development-of-maintenance-program-for-the-worlds-largest-offshore-wind-farm/) [ ](https://www.oceaneering.com/case-studies/oceaneerings-innovative-isurus-rov-reduces-cost-and-carbon-footprint-while-shortening-project-schedule/)
### Isurus™ ROV Supports More Efficient Cable Lay Operations
### Isurus™ ROV Supports More Efficient Cable Lay Operations
In late 2019, a major offshore wind developer mobilized Oceaneering’s Isurus™ ROV on one of its cable…
[Learn More ](https://www.oceaneering.com/case-studies/oceaneerings-innovative-isurus-rov-reduces-cost-and-carbon-footprint-while-shortening-project-schedule/) [ ](https://www.oceaneering.com/case-studies/oceaneering-completes-successful-wind-turbine-anode-installation/)
### Oceaneering Completes Successful Wind Turbine Anode Installation
### Oceaneering Completes Successful Wind Turbine Anode Installation
Oceaneering was contracted by a leading geotechnical and offshore solutions provider to install anti-corrosion plate anode clamps…
[Learn More ](https://www.oceaneering.com/case-studies/oceaneering-completes-successful-wind-turbine-anode-installation/) Contact Us
## Our team of experts is ready to help you get started.
Oceaneering offers best-in-class products and solutions, backed by unparalleled quality, reliability, and global support. Fill out the inquiry form to start a conversation today.
**Categories:** Renewables
**Search Tags:** Fixed Offshore Wind, Renewable Energy
---
### [Well Intervention](https://www.oceaneering.com/well-intervention/)
**Published:** November 6, 2023
**Author:** Andrew Dodson
**Content:**
[ Discuss a Project ](https://oceaneering.com/well-intervention/#contact)
# Well Intervention
Unlock optimal well performance with our field-proven expertise and services.
## Industry-Leading Well Intervention Systems Backed by Expertise
Oceaneering provides a complete approach to well intervention, helping operators restore and enhance production while avoiding the high costs and downtime of rig-based operations. With a global track record and strong vessel-based execution, we address [flow assurance](https://www.oceaneering.com/flow-assurance/) challenges, extend well life, and maintain [asset integrity](https://www.oceaneering.com/asset-integrity/integrity-management/) through a combination of [vessel](https://www.oceaneering.com/subsea-projects/vessel-fleet/), intervention systems, [ROV](https://www.oceaneering.com/rov-services/), and [tooling capabilities](https://www.oceaneering.com/intervention-tooling/).
## Decades of Experience, Measurable Impact, Seamless Project Execution
We simplify vendor management and reduce project complexity for operators. By integrating [vessels](https://www.oceaneering.com/subsea-projects/vessel-fleet/), [ROVs](https://www.oceaneering.com/rov-services/), equipment, engineering, and offshore teams, we provide a single point of execution. This one-team approach ensures reliable results and optimized costs.
### Experience
20+ years of vessel-based well intervention expertise
### Impact
15M+ barrels of customer production increased
### Efficiency
Average project execution in 4-5 days offshore (hydraulic well stimulation)
## Reducing Risk, Increasing Production
We understand the challenges operators face-declining output, aging infrastructure, and the rising costs of traditional interventions. These issues disrupt production and profitability while pulling rigs away from drilling programs. That’s why we offer a cost-effective alternative, deploying vessel-based systems that help sustain and increase production while reducing expenditure.
### Hydraulic Stimulation
Resolve declining well production with bull-heading, clearing flow paths to boost well performance. Ensure safer and more efficient operations with our stand-alone subsea well control systems and reliable MSV-based hydraulic interventions.
[ Read More ](https://www.oceaneering.com/well-intervention/well-stimulation/)
### Mechanical Light Well Intervention
Experience the power of deepwater well control with riserless Light Well Intervention (LWI) by combining our well control systems and associated services with precision wireline tooling to ensure reliability where it matters most.
[ Read More ](https://www.oceaneering.com/well-intervention/light-well-intervention/)
### Remediation and Flow Assurance
Tackle deepwater flowline challenges with our Flowline Remediation Solution (FRS). Clear blockages, restore flow, and maximize performance using coiled tubing downlines and hydrate systems to recover lost production efficiently with minimal interruption.
[ Read More ](https://www.oceaneering.com/flow-assurance/)
### Vessel Fleet
Reduce project costs by up to 50% with our expertly crewed multi-service vessels (MSVs), equipped with ROVs, heave-compensated cranes, high-horsepower pumping, and dual open-water coiled tubing downlines, ensuring efficient mobilization and cost-effective services.
[ Read More ](https://www.oceaneering.com/subsea-projects/vessel-fleet/)
## Frequently Asked Questions (FAQs)
##### What is well intervention?
Well intervention is a wide range of operations performed on existing oil and gas wells. These include gathering and logging well information, restoring or improving production by investigating anomalies, addressing blockages or restrictions, repairing or replacing components, and accessing new well zones.
##### What are the benefits of riserless well intervention?
Riserless interventions eliminate the need for costly rig-based operations, reducing mobilization time, costs, and environmental impact by lowering carbon footprints, all while maintaining operational efficiency.
##### How does Oceaneering’s intervention service improve well performance?
We use hydraulic stimulation, mechanical interventions, and remediation services to assess and repair, thus alleviating issues and optimizing well productivity.
##### Which regions do you serve?
We provide well intervention services worldwide, including the Americas, West Africa, Asia Pacific, and Europe.
##### What vessels are used for well intervention?
We operate specialized multi-service vessels, such as [Ocean Evolution](https://www.oceaneering.com/subsea-projects/vessel-fleet/ocean-evolution/), [Blue Sea](https://www.oceaneering.com/products/blue-sea-multi-service-vessel/), and [Normand Superior](https://www.oceaneering.com/products/normand-superior/) and other [vessels](https://www.oceaneering.com/subsea-projects/vessel-fleet/) of opportunity (more recently the Skandi Inventor) to efficiently execute interventions.
##### What makes Oceaneering’s services unique?
Our integrated, One Oceaneering approach uses [ROVs](https://www.oceaneering.com/rov-services/), [vessels](https://www.oceaneering.com/subsea-projects/vessel-fleet/), and expert offshore personnel for a single service provider-led, unified solution that reduces complexity and costs compared to multi-vendor alternatives.
[ Have more questions? Contact us. ](#contact)
### Proven Experience in Well Intervention
Explore how Oceaneering’s two decades of expertise drive success in hydraulic stimulation, mechanical intervention, and remediation campaigns worldwide.
[ See All Case Studies ](https://oceaneering.com/resources/?_content_types=case-study) Previous Next [ ](https://www.oceaneering.com/case-studies/multi-well-acid-stimulation/)
### Multi-Well Acid Stimulation
### Multi-Well Acid Stimulation
[Learn More ](https://www.oceaneering.com/case-studies/multi-well-acid-stimulation/) [ ](https://www.oceaneering.com/case-studies/oceaneering-completes-riserless-live-well-production-logging-and-inflow-testing/)
### Oceaneering Completes Riserless Live Well Production Logging and Inflow Testing
### Oceaneering Completes Riserless Live Well Production Logging and Inflow Testing
[Learn More ](https://www.oceaneering.com/case-studies/oceaneering-completes-riserless-live-well-production-logging-and-inflow-testing/) [ ](https://www.oceaneering.com/case-studies/riserless-light-well-intervention-reveals-extent-of-production-tubing-damage/)
### Riserless Light Well Intervention Reveals Extent of Production Tubing Damage
### Riserless Light Well Intervention Reveals Extent of Production Tubing Damage
[Learn More ](https://www.oceaneering.com/case-studies/riserless-light-well-intervention-reveals-extent-of-production-tubing-damage/) [ ](https://www.oceaneering.com/case-studies/single-well-acid-stimulation/)
### Single Well Acid Stimulation
### Single Well Acid Stimulation
[Learn More ](https://www.oceaneering.com/case-studies/single-well-acid-stimulation/) [ ](https://www.oceaneering.com/case-studies/oceaneering-completes-dual-well-hydraulic-intervention-in-gulf-of-mexico/)
### Oceaneering Completes Dual-Well Hydraulic Intervention in Gulf of Mexico
### Oceaneering Completes Dual-Well Hydraulic Intervention in Gulf of Mexico
[Learn More ](https://www.oceaneering.com/case-studies/oceaneering-completes-dual-well-hydraulic-intervention-in-gulf-of-mexico/)
## Contact Us
### Our team of experts is ready to help you get started.
Oceaneering offers best-in-class products and solutions, backed by unparalleled quality, reliability, and global support. Fill out the inquiry form to start a conversation today.
**Categories:** Well Intervention
**Search Tags:** Well Intervention
---
### [Integrated Rig Services](https://www.oceaneering.com/remote-services/integrated-rig-services/)
**Published:** November 9, 2023
**Author:** Madelyn Werner
**Content:**
# Integrated Rig Services
From survey and ROV tooling to IWOCS and other specialty technologies, Oceaneering offers true integration of services to improve HSE, streamline activities, reduce personnel onboard (POB), shorten vessel days, cut down on non-productive time, and lower your overall costs.
## Get Connected
Oceaneering’s singular accountability on- and offshore delivers a more efficient mobilization, reduced personnel onboard (POB), shortened vessel days, lowered carbon emissions, improved uptime and faster response times to critical needs.
With redundant dedicated offshore communications, these field labor-intensive operations become a streamlined delivery of quality services from shore-based mission control centers. Remote rig positioning, remote ROV piloting, and remote inspections are just the beginning of the cost and resource reduction services we provide.
[ Integrated Rig Services \| A4 ](https://oceaneering.canto.com/download/document/sl6in3d6vl2s9auv8dqpb0o10m/original.pdf) 
## Integrated Offshore Service Teams
Oceaneering prides itself in the training and cross-training of its personnel. With our integrated offshore teams, you can reduce the number of personnel needed offshore for IWOCS and ROV operations. Reduced headcount and crew changes lowers your costs and HSE risks to those employees by keeping them onshore to address issues as they arise.
The offshore team will be led by a superintendent responsible for all contracted services, providing improved accountability for the entire work scope. Permanent ROV crews cross-trained to perform IWOCS functions enable Oceaneering to support transition from 12-hour to 24-hour operations using the existing crews while additional crew is mobilized.
## Savings
Integrating the services for a typical
90 day drill and complete can recognize: Reduced personnel mobilizations
and POB can achieve:
0%
reduction in personnel mobilizations
0%
reduction in peak personnel on board relative to purchasing discrete services
0%
reduction in carbon footprint in personnel transportation and housing
0%
savings in reduced transport and boarding costs relative the total discrete contracts value
## Boost Your HSE
Reducing personnel onboard helps lowers operational risks to workers by keeping them onshore and cutting back carbon emissions. It also frees up bed space and simplifies logistics. Bring out only those workers you need, and let us assist you remotely.
We can perform rig positioning and ROV operations from our onshore control centers. We have experts stationed around the world to serve our customers 24/7 and can diagnose and solve any problems that arise.
Locations Available
- Houston (GOM)
- Stavanger
From our strategically located Onshore Control Centers, your SMEs have direct access to the offshore environment for critical operations.
# Contact Us
## Our team of experts is ready to help you get started.
Oceaneering offers best-in-class products and solutions, backed by unparalleled quality, reliability, and global support. Fill out the inquiry form to start a conversation today.
**Categories:** Integrated Rig Services, Remote Operations
**Search Tags:** Integrated Rig Solutions, Remote Services
---
### [USV Services](https://www.oceaneering.com/usv-services/)
**Published:** June 13, 2024
**Author:** Monica Dahl
**Excerpt:** Our integrated USV services deliver an efficient, environmentally friendly alternative to vessel supported operations. Our services reduce the need for multi-service vessels (MSVs) to stay on site for survey and inspection scopes, reducing carbon footprint and increasing efficiency.
**Content:**
# USV Services
Gather high-quality survey data at a lower operational impact.
## Optimize Your Operations
Our integrated USV services deliver an efficient, environmentally friendly alternative to vessel supported operations. Our services reduce the need for multi-service vessels (MSVs) to stay on site for survey and inspection scopes, reducing carbon footprint and increasing efficiency.
### Reduce Vessel Days
### Lower HSE Risks and Carbon Emissions
### Increase Efficiency
## Operational Flexibility
Our USV service can conduct both remote-controlled and supervised autonomous operations while offering outstanding seakeeping and speed capabilities. The USV’s shape and stability allows for continued operations alongside Oceaneering’s Autonomous Underwater Vehicles (AUVs) in poor sea conditions found offshore (up to sea state 5), without compromising data quality. The USV’s speed and endurance also reduces transit downtime and enables high speed nearshore survey, obtaining optimal data quality that is harvested in a fraction of the usual times.
## Enhanced AUV Tracking
Equipped with true, dual redundancy, Oceaneering USV services support enhanced tracking of AUVs, removing the requirement for multi-service vessel support during work scopes.
 Play Video
## Related News
### Oceaneering Acquires Exail’s DriX USV for Remote Survey Scopes
September 5, 2023
September 5, 2023 – Aberdeen, Scotland – Today, Oceaneering International announces at Offshore Europe that its Subsea Robotics group is introducing a new Uncrewed Surface Vessel (USV) service to support remote survey work scopes. Exail and Oceaneering reached an agreement where Oceaneering will purchase its first DriX USV to support deepwater geophysical and asset inspection … [Read more](https://www.oceaneering.com/oceaneering-acquires-exails-drix-usv-for-remote-survey-scopes/ "Oceaneering Acquires Exail's DriX USV for Remote Survey Scopes")
# Contact Us
## Our team of experts is ready to help you get started.
Oceaneering offers best-in-class products and solutions, backed by unparalleled quality, reliability, and global support. Fill out the inquiry form to start a conversation today.
**Categories:** Remotely Operated Vehicles (ROVs), Survey and Mapping
**Search Tags:** Remotely Operated Vehicles (ROV), Survey and Mapping, usv
---
### [Spaceflight Solutions from Launch to Reentry](https://www.oceaneering.com/spaceflight-solutions/)
**Published:** August 11, 2025
**Author:** Monica Dahl
**Content:**
[ Discuss a Project ](https://oceaneering.com/space-systems/#contact) SPACE SYSTEMS # Spaceflight Solutions from Launch to Reentry
Serving the space community with spaceflight solutions for over four decades from launch, on-orbit to reentry.
[ Watch Video ](https://oceaneering.canto.com/download/video/dvasivjqa55nd3ic1uq1gids1a/original) ## End-to-End Spaceflight Systems Engineering from Concept to Orbit
Rooted in a legacy of space systems engineering excellence, we deliver comprehensive spaceflight solutions that span the full lifecycle-from initial concept development through flight certification, manufacturing, testing, and sustaining engineering. Our expertise includes [thermal protection solutions](https://www.oceaneering.com/thermal-protection-systems/), [flight-certified hardware and softgoods](https://www.oceaneering.com/flight-certified-hardware-and-softgoods/), [space mission design](https://www.oceaneering.com/space-mission-design-and-astronaut-training/), [life support systems, and EVA technologies ](https://www.oceaneering.com/life-support-and-eva-systems/)designed for the rigors of human spaceflight and robotic missions. Whether you’re advancing launch vehicles, supporting International Space Station (ISS) operations, or developing reentry systems, our integrated approach ensures mission success at every stage.
## 40+ Years of Proven Spaceflight Solutions for NASA & DoW
For more than four decades, we’ve partnered with [NASA](https://www.nasa.gov/), [the U.S. Department of War (DoW)](https://www.war.gov/), and leading commercial launch providers to provide innovative spaceflight solutions and advance space exploration. Our legacy includes iconic missions – from [the Space Shuttle](https://www.nasa.gov/space-shuttle/) and [ISS](https://www.nasa.gov/international-space-station/) to the [Space Launch System (SLS)](https://www.nasa.gov/humans-in-space/space-launch-system/), and the [Orion program Artemis mission](https://www.nasa.gov/humans-in-space/orion-spacecraft/).
### Real, Impactful Solutions.
Explore how our creative innovations turn challenges into opportunities, delivering tangible results you can count on.
[ See All Case Studies ](https://oceaneering.com/resources/?_content_types=case-study) Previous Next [ ### Ensuring the Safety of Astronauts with the Crew Module Uprighting System (CMUS)
### Ensuring the Safety of Astronauts with the Crew Module Uprighting System (CMUS)
Human spaceflight is inherently dangerous due to the high speeds and extreme environments during launch, orbit, flight,…
Learn More ](https://www.oceaneering.com/case-studies/ensuring-the-safety-of-astronauts-with-the-crew-module-uprighting-system-cmus/)## Frequently Asked Questions
##### 1. What types of spaceflight solutions does Oceaneering Space Systems provide?
We deliver end-to-end spaceflight systems engineering-from concept development and flight certification to manufacturing, testing, and sustainment. Our capabilities span [thermal protection systems](https://www.oceaneering.com/spaceflight-solutions/thermal-protection-systems/), [Extravehicular Activity (EVA) and life support technologies](https://www.oceaneering.com/spaceflight-solutions/life-support-and-eva-systems/), [flight-certified hardware](https://www.oceaneering.com/spaceflight-solutions/flight-certified-hardware-and-softgoods/), and [mission design](https://www.oceaneering.com/spaceflight-solutions/space-mission-design-and-astronaut-training/).
##### 2. What experience does Oceaneering have in human spaceflight?
With over 40 years supporting NASA and the [Department of War (DoW)](https://www.war.gov/), we’ve contributed to major U.S. human spaceflight programs from the [Space Shuttle](https://www.nasa.gov/space-shuttle/) and [International Space Station (ISS)](https://www.nasa.gov/international-space-station/) to the [Artemis program](https://www.nasa.gov/humans-in-space/artemis/).
##### 3. Does Oceaneering have experience in Thermal Protection Systems (TPS)?
Absolutely. We provide full lifecycle support for TPS-from design, development, testing, and engineering (DDT&E) through manufacturing and certification. Our expertise spans a wide range of flight-proven materials and configurations, including thermal curtains, blankets, gap fillers, barriers, cork and foam ablators, flexible insulation, and ceramic-based systems. These solutions are engineered to meet the extreme thermal and structural demands of launch, orbital operations, and reentry across government and commercial spaceflight programs.
##### 4. What types of hardware and softgoods does Oceaneering manufacture for space?
We produce flight-certified components including manipulators, external payload connectors, control architectures, and softgoods for crewed, uncrewed, and in-space servicing and manufacturing (ISAM) missions.
##### 5. How does Oceaneering support space mission design?
Our team provides integrated systems engineering, design and analysis, and precision manufacturing to support mission success across terrestrial, orbital, and planetary environments.
##### 6. What role does Oceaneering play in Extravehicular Activity (EVA) systems?
We design, test, certify, and sustain EVA technologies that prioritize astronaut safety and mission performance. Our solutions are built to operate reliably in the harshest space environments.
##### 7. Does Oceaneering support commercial spaceflight programs?
Yes. In addition to our long-standing partnerships with [NASA](https://www.nasa.gov/) and [DoW](https://www.war.gov/), we collaborate with commercial launch providers to deliver innovative solutions for next-generation space missions.
##### 8. What makes Oceaneering’s approach to space systems engineering unique?
Our integrated, lifecycle-based approach combines deep technical expertise with in-house manufacturing, testing, and certification. This ensures seamless transitions from concept to orbit with reduced risk and increased mission assurance.
##### 9. Where are Oceaneering’s space systems developed and tested?
Our spaceflight solutions are engineered, fabricated, and validated at our dedicated facilities in Houston, Texas. These sites support full lifecycle development from concept design and precision manufacturing to environmental testing and flight certification. Our proximity to NASA’s Johnson Space Center enables close collaboration on crewed missions, EVA systems, and ISS operations, while our in-house labs and testbeds ensure readiness for orbital, planetary, and reentry environments.
##### 10. Does Oceaneering have experience with inflatable aerospace systems?
Yes. [We designed and manufactured the uprighting system for NASA’s Artemis Orion spacecraft](https://www.oceaneering.com/case-studies/ensuring-the-safety-of-astronauts-with-the-crew-module-uprighting-system-cmus/), a set of five orange inflatable structures and supporting hardware deployed upon splashdown. These inflatables automatically activate after ocean landing to orient the capsule upright, ensuring crew safety and recovery readiness.
[ Have more questions? Contact us. ](#contact)## Contact Us
### Our team of experts is ready to help you get started.
Oceaneering offers best-in-class products and solutions, backed by unparalleled quality, reliability, and global support. Fill out the inquiry form to start a conversation today.
**Search Tags:** Space Systems
---
### [C-Nav Downloads](https://www.oceaneering.com/positioning-solutions/c-nav-downloads/)
**Published:** August 22, 2024
**Author:** Monica Dahl
**Content:**
[ Discuss a Project ](https://www.oceaneering.com/positioning-solutions/#contact) Firmware, Software, and Hardware User Manuals # C-Nav Downloads
The latest versions of the C-Nav control software, firmware, and hardware user manuals are available for download below.
## Firmware and Hardware User Manuals
C-NavX3 [C-NavX3 USB Driver\*](http://oceaneering.com/C-Nav/C-NavSupport/C-NavX3/C-NavX3_USB_Driver.zip)
[C-NavX3 GNSS Receiver Manual](https://oceaneering.canto.com/direct/document/1sqi1p7vbd3v53ev4k0g022u6i/9074-EPYqWIibzEegN-SHOjFWCY/original?content-type=application%2Fpdf&name=CNAV-MAN-0068_C-NavX3+GNSS+Receiver+Manual.pdf)
[C-NavX3 Firmware Update Installation Manual](https://oceaneering.canto.com/direct/document/052v8ruvlh0f95raqj8b907338/0R2lKkCvzBm8mY1WrZU6r3j5AE0/original?content-type=application%2Fpdf&name=CNAV-MAN-0066_C-NavX3+Firmware+Update+Installation+Manual.pdf)
[C-NavX3 Firmware Release Notice v1.14.33](https://oceaneering.canto.com/direct/document/7om7pnrvhd5jf3m56h7qo7hu77/HWvCCCwsQoTsgHr_cXhteIbPqHw/original?content-type=application%2Fpdf&name=CNAV-RN-0007_C-NavX3+Firmware+Release+Notes.pdf)
[C-NavX3 Firmware Version: 1.14.33\*\*](https://www.oceaneering.com/C-Nav/C-NavSupport/C-NavX3/C-NavX3_1.14.33.zip)
\*The USB driver isn’t normally needed as Windows handles the driver, on some older systems this isn’t always the case.
\*\*Control software version 10.4 minimum, please update the control software to the latest as part of the procedure.
C-NavX1 [C-NavX1 User Manual](https://oceaneering.canto.com/direct/document/j43japjqeh7gj1fg5p1drbjs56/qc6SeEuzhOszFMJiX4P1Y9pKIBI/original?content-type=application%2Fpdf&name=CNAV-MAN-0061_C-NavX1+User+Manual.pdf)
[C-NavX1 Firmware Release Notice v1.14.32](https://oceaneering.canto.com/direct/document/3lr6g6gokd6vh72s6n4t07lg5h/Yu7gJghl_Or75gd4DG6lGmqtuM0/original?content-type=application%2Fpdf)
[C-NavX1 Firmware Update Installation Procedure](https://www.oceaneering.com/C-Nav/C-NavSupport/C-NavX1/CNAV-MAN-062.1%20%28C-NavX1%20Firmware%20Update%20Installation%20Procedure%29.pdf)
[C-NavX1 Firmware Version: 1.14.32\*](https://www.oceaneering.com/C-Nav/C-NavSupport/C-NavX1/C-NavX1_1.14.32.zip)
\*Control software version 10.4 minimum, please update the control software to the latest as part of the procedure
C-Nav5000 [C-Nav5000 Quick Start Guide](https://www.oceaneering.com/C-Nav/C-NavSupport/C-Nav5000/C-Nav5000%20Quick%20Start%20Guide.pdf)
[C-Nav5000 User Guide](https://www.oceaneering.com/C-Nav/C-NavSupport/C-Nav5000/CNAV-MAN-056.0%20(C-Nav5000%20User%20Guide).pdf)
[C-Nav5000 USB Driver](https://www.oceaneering.com/C-Nav/C-NavSupport/C-Nav5000/C-Nav5000_USB.zip)
[C-Nav5000 Firmware Version: 6.0.0](https://www.oceaneering.com/C-Nav/C-NavSupport/C-Nav5000/C-Nav5000_v6.0.0.zip)
\*Control software version 10.0.1 minimum, please update the control software to the latest as part of the procedure
C-Nav3050 [C-Nav3050 Quick Start Guide](https://www.oceaneering.com/C-Nav/C-NavSupport/C-Nav3050/C-Nav3050%20Quick%20Start%20Guide_revD.pdf)
[C-Nav3050 User Guide](https://www.oceaneering.com/C-Nav/C-NavSupport/C-Nav3050/CNAV-MAN-017.12%20(C-Nav3050%20User%20Guide).pdf)
[C-Nav3050 USB Driver](https://www.oceaneering.com/C-Nav/C-NavSupport/C-Nav3050/C-Nav3050_USB.zip)
[C-Nav3050 Firmware Version: 7.0.0](https://www.oceaneering.com/C-Nav/C-NavSupport/C-Nav3050/C-Nav3050_v7.0.0.zip)
\*Control software version 10.0.1 minimum, please update the control software to the latest as part of the procedure
C-Nav1PPSI [C-Nav1PPSI User Guide](https://www.oceaneering.com/C-Nav/C-NavSupport/C-Nav1PPSI/C-Nav1PPSI%20User%20Guide.pdf)
## Software
C-Monitor PDF Downloads
- [C-Monitor Quick Start Guide](https://www.oceaneering.com/C-Nav/Software/C-Monitor/PDFDownloads/CNAV-MAN-012.10%20%28C-Monitor%20Quick%20Start%20Guide%29.pdf)
- [C-Nav Precise-Point Positioning Quality Control (P3QC) Documentation](https://www.oceaneering.com/C-Nav/Software/C-Monitor/PDFDownloads/P3QC.pdf)
- [Introduction to C-Nav’s IMCA Compliant QC Displays](https://www.oceaneering.com/C-Nav/Software/C-Monitor/PDFDownloads/Introduction%20to%20C-Nav%20QC%20V1.3.pdf)
Software Downloads
- [C-Monitor Software Version 10.4.0](https://www.oceaneering.com/C-Nav/Software/C-Monitor/SoftwareDownloads/C-Monitorv10.4.0Installer.exe)
C-NaviGator IV PDF Downloads
- [C-NAV Navigator IV Hardware Manual](https://oceaneering.canto.com/direct/document/63m57dvj4l6e558gi22gg3te56/Fjy20En5FpxQDZhxnMIzNlbXbvk/original?content-type=application%2Fpdf&name=CNAV-MAN-0064+%28C-NaviGator+IV+Hardware+Manual%29.pdf)
- [C-NaviGator IV Cut Out Guide](https://oceaneering.canto.com/direct/document/skeduufpcp4ktb9vd96hgi6543/CvYa253LxJiv-qGvPDTZV9sAyIk/original?content-type=application%2Fpdf&name=CNAV-GRA-002.1+C-NaviGator+IV+Cut+Out+Guide+%281%29.pdf)
Software Downloads
- [C-NaviGator IV Software Version 10.4.0](https://www.oceaneering.com/C-Nav/Software/C-NaviGatorIV/C-NaviGatorIV-10.4.0-setup.exe)
C-NaviGator III PDF Downloads
- [C-NaviGator III Cut Out Guide](https://www.oceaneering.com/C-Nav/Software/C-NaviGatorIII/PDFDownloads/CNAV-GRA-001.2%20C-NaviGator%20III%20Cut%20Out%20guide.pdf)
- [C-NaviGator III Full Size Cut Out Template](https://www.oceaneering.com/C-Nav/Software/C-NaviGatorIII/PDFDownloads/CNAV-GRA-002.2%20C-NaviGator%20III%20Cut%20Out%20template%20%28Full%20size%29.pdf)
- [C-NaviGator III Hardware Manual](https://www.oceaneering.com/C-Nav/Software/C-NaviGatorIII/PDFDownloads/CNAV-MAN-055.3%20%28C-NaviGator%20III%20Hardware%20Manual%29.pdf)
- [C-NaviGator III Mounting Guide](https://www.oceaneering.com/C-Nav/Software/C-NaviGatorIII/PDFDownloads/CNAV-MAN-026.3%20%28C-NaviGator%20III%20Mounting%20Reference%20Guide%29.pdf)
- [C-NaviGator III Software Manual](https://www.oceaneering.com/C-Nav/Software/C-NaviGatorIII/PDFDownloads/CNAV-MAN-054.4%20(C-NaviGator%20III%20Software%20Manual).pdf)
- [C-NaviGator Software Update Installation Procedure](https://www.oceaneering.com/C-Nav/Software/C-NaviGatorII/PDFDownloads/CNAV-MAN-009.5%20(C-NaviGator%20Software%20Update%20Installation%20Procedure).pdf)
Software Downloads
- [C-NaviGator III Software Version 10.4.0](https://www.oceaneering.com/C-Nav/Software/C-NaviGatorIII/SoftwareDownloads/ver-10.4.0.cng3)
C-Scape C-Nav Dongle Downloads
- [C-Nav Dongle Check Application Version 2.0.1](https://www.oceaneering.com/C-Nav/Software/Utilities/SoftwareDownloads/C-NavDongleCheck%20v2.0.1%20Installer.exe)
- [C-Nav Dongle Check Users Manual](https://www.oceaneering.com/C-Nav/Software/Utilities/PDFDownloads/CNAV-MAN-023.3%20(C-NavDongleCheck%20Users%20Manual).pdf)
- [C-Nav Dongle Driver Installation Manual](https://oceaneering.canto.com/direct/document/tg888ub8ht53v9bbm8gto24a3q/jMKGYXHWeLL_wSj7j9BMch7rRSQ/original?content-type=application%2Fpdf&name=CNAV-MAN-0067_Sentinel+Driver+Installation+Manual.pdf)
- [C-Nav Dongle Driver Version 7.5.0](https://www.oceaneering.com/C-Nav/Software/Utilities/SoftwareDownloads/SentinelSystemDriverInstaller7.5.0.zip)
PDF Downloads
- [C-Scape MMS Appendix](https://www.oceaneering.com/C-Nav/Software/C-Scape/PDFDownloads/CNAV-MAN-004.5%20(C-Scape%20MMS%20Appendix).pdf)
- [C-Scape Quick Start Guide](https://www.oceaneering.com/C-Nav/Software/C-Scape/PDFDownloads/CNAV-MAN-008.6%20(C-Scape%20Quick%20Start%20Guide).pdf)
Software Downloads
- [C-Scape Geodetics Package Installer Version 1.1.2](https://www.oceaneering.com/C-Nav/Software/C-Scape/SoftwareDownloads/C-ScapeGeodeticsPackagev1.1.2Installer.exe)
- [C-Scape MMS Package Installer Version 2.0.4](https://www.oceaneering.com/C-Nav/Software/C-Scape/SoftwareDownloads/C-Scape%20MMS%20Package%20v2.0.4%20Installer.exe)
- [C-Scape Software Version 10.4.0](https://www.oceaneering.com/C-Nav/Software/C-Scape/SoftwareDownloads/C-Scapev10.4.0Installer.exe)
C-Tides C-Nav Dongle Downloads
- [C-Nav Dongle Check Application Version 2.0.1](https://www.oceaneering.com/C-Nav/Software/Utilities/SoftwareDownloads/C-NavDongleCheck%20v2.0.1%20Installer.exe)
- [C-Nav Dongle Check Users Manual](https://www.oceaneering.com/C-Nav/Software/Utilities/PDFDownloads/CNAV-MAN-023.3%20(C-NavDongleCheck%20Users%20Manual).pdf)
- [C-Nav Dongle Driver Installation Manual](https://www.oceaneering.com/C-Nav/Software/Utilities/PDFDownloads/CNAV-MAN-020.2%20(Sentinel%20Driver%20Installation%20Manual).pdf)
- [C-Nav Dongle Driver Version 7.5.0](https://www.oceaneering.com/C-Nav/Software/Utilities/SoftwareDownloads/SentinelSystemDriverInstaller7.5.0.zip)
Software Downloads
- [C-Tides Online Software Version 2.2.3](https://www.oceaneering.com/C-Nav/Software/C-Tides/SoftwareDownloads/C-Tides%20Online%20v2.2.3%20Installer.exe)
- [C-Tides Offline Software Version 2.2.3](https://www.oceaneering.com/C-Nav/Software/C-Tides/SoftwareDownloads/C-Tides%20Offline%20v2.2.3%20Installer.exe)
- [C-Tides Data Software Version 2.2.0](https://www.oceaneering.com/C-Nav/Software/C-Tides/SoftwareDownloads/C-Tides%20Data%20v2.2.0%20Installer.exe)
- [MATLAB Compiler Runtime Version 2015B](https://www.oceaneering.com/C-Nav/Software/C-Tides/SoftwareDownloads/MCR_R2015b_win32_installer.exe)
PDF Downloads
- [C-Tides Online Users Manual](https://www.oceaneering.com/C-Nav/Software/C-Tides/PDFDownloads/CNAV-MAN-018.7%20(C-Tides%20Online%20Users%20Manual).pdf)
- [C-Tides Offline Users Manual](https://www.oceaneering.com/C-Nav/Software/C-Tides/PDFDownloads/CNAV-MAN-019.7%20(C-Tides%20Offline%20Users%20Manual).pdf)
- [C-Tides Quick Start Guide](https://www.oceaneering.com/C-Nav/Software/C-Tides/PDFDownloads/CNAV-MAN-022.6%20(C-Tides%20Quick%20Start%20Guide).pdf)
- [MATLAB Compiler Runtime Installation Manual](https://www.oceaneering.com/C-Nav//Software/C-Tides/PDFDownloads/CNAV-MAN-021.3%20(MATLAB%20Compiler%20Runtime%20Installation%20Manual).pdf)
C-Proc Software Downloads
- [C-Proc Software Version 3.0.1](https://www.oceaneering.com/C-Nav/Software/Utilities/SoftwareDownloads/C-Proc%20v3.0.1%20Installer.exe)
C-Nav3050 / 5000 RINEX Conversion Utility Software Downloads
- [RinexUtil Software Version 5.3.7](https://www.oceaneering.com/C-Nav/Software/Utilities/SoftwareDownloads/RinexUtil_5.3.7.exe)
C-NavX1/X3 RINEX Conversion Utility PDF Downloads
- [C-NavX1 RINEX Procedure](https://oceaneering.canto.com/direct/document/741pfg19057655hi0pf93q416c/yDIhbKsZNIxL4Dpri36kRxkfeAA/original?content-type=application%2Fpdf&name=CNAV-MAN-0063+%28C-Nav+X1+%26+C-Nav+X3+Rinex+Manual%29.pdf)
Software Downloads
- [Binin To Rinex](https://www.oceaneering.com/C-Nav/Software/Utilities/SoftwareDownloads/Binin-To-Rinex-V1.0.3.zip)
### Contact Us
## Our team of experts is ready to help you get started.
Oceaneering offers best-in-class products and solutions, backed by unparalleled quality, reliability, and global support. Fill out the inquiry form to start a conversation today.
"\*" indicates required fields FacebookThis field is for validation purposes and should be left unchanged.\* = required fields Nature of Enquiry\*Please selectProduct/Service SalesTechnical SupportService ActivationPlease click this link [C-Nav® Activation License Request (oceaneering.com)](https://cnavauthcode.oceaneering.com/cnavportal/requestauthcodeexternal.aspx) for further assistance. You do not need to complete rest of form.Company\*Country\* Please SelectAfghanistanAlbaniaAlgeriaAmerican SamoaAndorraAngolaAnguillaAntarcticaAntigua and BarbudaArgentinaArmeniaArubaAustraliaAustriaAzerbaijanBahamasBahrainBangladeshBarbadosBelarusBelgiumBelizeBeninBermudaBhutanBoliviaBonaire, Sint Eustatius and SabaBosnia and HerzegovinaBotswanaBouvet IslandBrazilBritish Indian Ocean TerritoryBrunei DarussalamBulgariaBurkina FasoBurundiCabo VerdeCambodiaCameroonCanadaCayman IslandsCentral African RepublicChadChileChinaChristmas IslandCocos IslandsColombiaComorosCongoCongo, Democratic Republic of theCook IslandsCosta RicaCroatiaCubaCuraçaoCyprusCzechiaCôte d'IvoireDenmarkDjiboutiDominicaDominican RepublicEcuadorEgyptEl SalvadorEquatorial GuineaEritreaEstoniaEswatiniEthiopiaFalkland IslandsFaroe IslandsFijiFinlandFranceFrench GuianaFrench PolynesiaFrench Southern TerritoriesGabonGambiaGeorgiaGermanyGhanaGibraltarGreeceGreenlandGrenadaGuadeloupeGuamGuatemalaGuernseyGuineaGuinea-BissauGuyanaHaitiHeard Island and McDonald IslandsHoly SeeHondurasHong KongHungaryIcelandIndiaIndonesiaIranIraqIrelandIsle of ManIsraelItalyJamaicaJapanJerseyJordanKazakhstanKenyaKiribatiKorea, Democratic People's Republic ofKorea, Republic ofKuwaitKyrgyzstanLao People's Democratic RepublicLatviaLebanonLesothoLiberiaLibyaLiechtensteinLithuaniaLuxembourgMacaoMadagascarMalawiMalaysiaMaldivesMaliMaltaMarshall IslandsMartiniqueMauritaniaMauritiusMayotteMexicoMicronesiaMoldovaMonacoMongoliaMontenegroMontserratMoroccoMozambiqueMyanmarNamibiaNauruNepalNetherlandsNew CaledoniaNew ZealandNicaraguaNigerNigeriaNiueNorfolk IslandNorth MacedoniaNorthern Mariana IslandsNorwayOmanPakistanPalauPalestine, State ofPanamaPapua New GuineaParaguayPeruPhilippinesPitcairnPolandPortugalPuerto RicoQatarRomaniaRussian FederationRwandaRéunionSaint BarthélemySaint Helena, Ascension and Tristan da CunhaSaint Kitts and NevisSaint LuciaSaint MartinSaint Pierre and MiquelonSaint Vincent and the GrenadinesSamoaSan MarinoSao Tome and PrincipeSaudi ArabiaSenegalSerbiaSeychellesSierra LeoneSingaporeSint MaartenSlovakiaSloveniaSolomon IslandsSomaliaSouth AfricaSouth Georgia and the South Sandwich IslandsSouth SudanSpainSri LankaSudanSurinameSvalbard and Jan MayenSwedenSwitzerlandSyria Arab RepublicTaiwanTajikistanTanzania, the United Republic ofThailandTimor-LesteTogoTokelauTongaTrinidad and TobagoTunisiaTurkmenistanTurks and Caicos IslandsTuvaluTürkiyeUS Minor Outlying IslandsUgandaUkraineUnited Arab EmiratesUnited KingdomUnited StatesUruguayUzbekistanVanuatuVenezuelaViet NamVirgin Islands, BritishVirgin Islands, U.S.Wallis and FutunaWestern SaharaYemenZambiaZimbabweÅland Islands Country Name\* First Last Email\* PhoneVesselEnd Use Application\*Please SelectDynamic PositioningDP & Offshore Survey (Dual Use)Offshore Survey (O&G)Offshore Survey (Renewables)Position Monitoring (e.g. FPSO)Nearshore SurveyGovernment/ResearchMessage Δ
**Categories:** C-Nav® Positioning Solutions
---
### [People and Culture](https://www.oceaneering.com/careers/people-and-culture/)
**Published:** November 9, 2023
**Author:** Madelyn Werner
**Content:**
[ Contact Us ](https://oceaneering.com/contact-us/)# People and Culture
Oceaneering is devoted to creating a talented and innovative workforce. From recent college graduates to transitioning military veterans, we pair talented job seekers with rewarding positions.
 Play Video  Internships ## Start Building Real-World Experience
Apply what you are learning in the classroom to real projects, real teams, and real operational challenges. Gain practical insight into how complex industries operate while developing skills that carry forward into your career.
For current students, we offer yearly summer internship opportunities, from June to August. Participants are immersed in the daily activities of one of our many business units. Students take away a better understanding of day-to-day business operations in their chosen field of study.
 ## Recent Graduates
No matter your passion or area of interest, there’s a part of our business made just for you. As a vital part of some of the world’s fastest moving industries, you’ll not only be working with advanced technology, you’ll be making a great investment in your future.
*“I chose Oceaneering because of the challenging opportunities and the growth in Angola. During my interview, the hiring manager explained the goals and growth of the company and that was exciting to me! It’s an open door culture, with friendly and very helpful people.”*
*~ Joel, General Ledger Cost Accountant*## Transitioning Military
Oceaneering is proud to employ military veterans. Our presence in a wide variety of industries and regions enables us to match job seekers from a diverse talent pool with positions suited to their specific skills and experience.
[ Find Out More ](https://oceaneering.com/careers/veterans/)  ## Contact Us
### Our team of experts is ready to help you get started.
Oceaneering offers best-in-class products and solutions, backed by unparalleled quality, reliability, and global support. Fill out the inquiry form to start a conversation today.
**Search Tags:** Careers
---
### [Mission, Vision, and Values](https://www.oceaneering.com/about/mission-vision-and-values/)
**Published:** November 9, 2023
**Author:** Madelyn Werner
**Content:**
[ Contact Us ](https://oceaneering.com/about/#contact)# Our Mission, Vision, and Values
## OUR MISSION
 We Solve the Unsolvable.  Play Video ## OUR VISION
We thrive by creating industry-changing technically creative solutions for the most complex operational challenges under water, on land, and in space. ## OUR VALUES
 ### **Do Things Right**
###### We work safely and act with integrity in the best interest of our industry partners, employees, and the environment.
 ### **Solve Complex Problems**
###### We provide products and services that work through listening, experience, and curiosity.
 ### **Grow Together**
###### We collaborate, respect, and support each other so we can reach our full potential.
 ### **Outperform Expectations**
###### We perform with excellence to serve our customers and each other.
 ### **Own the Challenge**
###### We hold ourselves accountable for the promises we make and work we do.
## Contact Us
### Our team of experts is ready to help you get started.
Oceaneering offers best-in-class products and solutions, backed by unparalleled quality, reliability, and global support. Fill out the inquiry form to start a conversation today.
**Search Tags:** About us
---
### [Benefits](https://www.oceaneering.com/careers/benefits/)
**Published:** November 9, 2023
**Author:** Madelyn Werner
**Content:**
[ Contact Us ](https://oceaneering.com/contact-us/)# Benefits
We offer comprehensive and competitive benefits designed to support the health, financial security, and overall wellbeing of our employees around the world.
As a global organization, our programs are tailored to meet local market standards and comply with relevant legal requirements. Benefits vary by location and role, but may include life insurance, income protection, retirement, private medical coverage, and generous annual leave.
In addition, we make a priority of providing learning and development opportunities to enable employees to achieve their potential and take charge of their future. As well as developing employees in a specific role, we are committed to lifelong learning and ongoing education, including developing people skills and identifying future supervisors and managers. Every month, hundreds of employees are provided with training, including HSE awareness, apprenticeships, entry- and advanced-level technical courses, management development seminars, and leadership and supervisory training.
We have a strong ethos of internal promotion. We can offer long-term employment and career advancement across countries and continents.
Working at Oceaneering means that if you have the ability, drive, and ambition to take charge of your future-you will be supported to do so and the possibilities are endless.
**Search Tags:** Careers
---
### [Survey and Mapping](https://www.oceaneering.com/survey-and-mapping/)
**Published:** October 24, 2023
**Author:** Louder Agency
**Content:**
[ Discuss a Project ](https://oceaneering.com/survey-and-mapping/#contact)
# Survey and Mapping
Our survey and mapping services solve your challenges in diverse applications, from offshore and onshore oil and gas to marine construction and government operations.
We offer worldwide differential global navigation satellite system (DGNSS) positioning services, geoscience and autonomous underwater vehicle (AUV) surveys, land and coastal water surveys, and marine construction surveys.
## Oceaneering® C-Nav® Positioning Solutions
Premier provider of precise navigation and positioning solutions to the offshore oil and gas, renewable, and marine industry. Offering global support for installation, training, integration, and engineered services of our products.
[ Learn More ](https://oceaneering.com/positioning-solutions/)
## Geoscience and AUV Surveys
Trailblazers in the geophysical, hydrographic and autonomous underwater vehicle (AUV) survey industry holding an unprecedented amount of line kilometers successfully surveyed around the world.
[ Learn More ](https://oceaneering.com/survey-and-mapping/geoscience-and-auv-surveys/)
## Survey and Positioning
We improve efficiency throughout the marine construction process by providing precise and repeatable positioning services for drilling rigs and barges during the placement of structures, templates, and platforms. Our integrated surface positioning solutions include differential global positioning systems (DGPSs) and gyrocompasses coupled with inertial navigation systems.
[ Learn More ](https://oceaneering.com/survey-and-mapping/survey-and-positioning/)
# Contact Us
## Our team of experts is ready to help you get started.
Oceaneering offers best-in-class products and solutions, backed by unparalleled quality, reliability, and global support. Fill out the inquiry form to start a conversation today.
**Categories:** Survey and Mapping
**Search Tags:** Survey and Mapping
---
### [Flow Assurance](https://www.oceaneering.com/flow-assurance/)
**Published:** November 6, 2023
**Author:** Andrew Dodson
**Content:**
# Flow Assurance
Providing field-proven, engineered solutions to ensure the functionality and operational efficiency of your subsea infrastructure.
We have more experience remediating blockages from subsea flowlines than any other company. This experience, combined with our innovative technologies, enables you to restore production faster. Operating from strategic locations around the globe, we address your needs and return flow to previous, or higher, rates in the most economical way possible.
## Flowline Remediation Solution
Our single-deployment flowline remediation solution (FRS) removes blockages-hydrates, asphalts, and wax-to restore production in deepwater flowlines.
The MSV-deployed system specifically combats hydrates in critical large-volume flowlines. The on-bottom mudmat-based system includes subsea separation capabilities and features an emergency quick disconnect (EQD). The FRS’s pressure transducers show upstream, downstream, and inhibitor inlet pressures in real time. Pressurized hydrate inhibitors can also be routed through the production piping in either direction to inhibit flowline fluids.
[ Watch Video ](https://oceaneering.canto.com/download/video/dvasivjqa55nd3ic1uq1gids1a/original) 
## Intervention Skids
Our flexible intervention skids effectively remediate small-volume blockages in control lines, chemical lines, umbilicals, jumpers, and under tree caps.
We have unparalleled experience and methodology where it concerns finding cost-effective solutions to blockages, including asphaltenes, hydrates, paraffins, and sludge. The skids can be used for applications across the life of a field, including well development, start-up, active operations, well kill, and P&A. We ensure accurate dosing and increase uptime at any stage with multiple flow sensors and redundant instrumentation.
[ Watch Video ](https://oceaneering.canto.com/download/video/1v00iu9rjh1117blpklpo80j0q/original)
## Subsea Pig Launchers and Receivers
Our pigging solutions are suited for applications from simple, single-pig deployment to complex, intelligent pig launch and retrieval.
Our subsea- and surface-loadable pig launchers can be operated remotely or via ROV, and eliminate the requirement for a service flowline. We deliver further flexibility through customizable configurations that accommodate various pig types and capacities. Our solution for remotely-operated subsea pig launching was awarded the Hart’s E&P Special Meritorious Award for Engineering Innovation.
[ Subsea Pig Launchers ](https://oceaneering.canto.com/download/document/agdqd298h12032i4730qmefu11/original.pdf) 
# Contact Us
## Our team of experts is ready to help you get started.
Oceaneering offers best-in-class products and solutions, backed by unparalleled quality, reliability, and global support. Fill out the inquiry form to start a conversation today.
**Search Tags:** Flow Assurance
---
### [Corrosion Management](https://www.oceaneering.com/asset-integrity-management/integrity-engineering/corrosion-management/)
**Published:** February 21, 2025
**Author:** Monica Dahl
**Content:**
[ Discuss a Project ](/asset-integrity/#contact)# Corrosion Management
Use early detection and predictive analytics to prevent, control, and mitigate the degradation of materials affecting your assets.
## Protect Your Assets
Our team of formally trained corrosion engineers delivers end-to-end solutions for corrosion management, addressing every stage of the asset lifecycle, from the earliest design and material selection phases to decommissioning. Our tailored services address metal loss, cracking, and other corrosion-related failures affecting assets used in offshore and onshore oil and gas, nuclear, food and beverage, building and transportation industries.
## Address and Mitigate Corrosion Risks
Effectively manage corrosion to maintain the integrity and performance of your assets. Our comprehensive approach combines advanced engineering, predictive analytics, and proven mitigation strategies to address corrosion risks at every stage of the asset lifecycle.
### Material Selection Engineering
Evaluate material performance under operational and environmental conditions to ensure corrosion resistance from design through operation.
### Root Cause Failure Analysis
Pinpoint the underlying causes of corrosion failures to inform effective remediation strategies.
### Internal and External Corrosion Mitigation
Focused strategies for corrosion under insulation (CUI), Dead leg management, cathodic protection, fabric maintenance, and real-time corrosion monitoring centered on Integrity Operating Windows (IOW).
### Corrosion Risk Assessment Study (CRAS)
Conduct Corrosion Risk Assessment Studies (CRAS) combining our subject matter expertise and industry best practices to identify and prioritize corrosion risks, effectively managing risk.
### Risk-Based Inspection (RBI) and Predictive Analytics
Optimize inspection intervals and targeted interventions, lowering costs while enhancing reliability.
### Remaining Life Assessment (RLA), Fitness-for-Service (FFS), and Asset Life Extension
Use established industry codes and standards, incorporating detailed finite element analysis (FEA) to ensure safe asset operation and effectively prevent recurring failures.
### Corrosion Control Documents (CCD) and Corrosion Management Plans (CMP)
Develop and implement comprehensive Corrosion Control Documents (CCDs) and Corrosion Management Plans (CMPs) to ensure long term reliability and asset integrity, minimize corrosion risks, and support safe, reliable operations at any project stage.
## Combat Corrosion with Integrated Services
Our integrated services and breadth of experience enable us to develop comprehensive corrosion management programs that cater to geographic location, industry standards, environmental conditions, and asset types. We offer corrosion engineering and management alongside our wider integrity, software, and inspection services, enabling us to leverage expertise and advanced technology to optimize asset performance and reduce risk.
 ### Vision 3d Data Visualization Software
The INFORM™ Vision platform delivers unparalleled insight and control over corrosion management through advanced data visualization and analytics. By providing a centralized, user-friendly interface and state-of-the-art scanning and modelling technology, Inform™ Vision enhances operational efficiency, reduces downtime, and ensures regulatory compliance, making it an indispensable tool for managing complex corrosion challenges across diverse industries.
[ Learn more ](https://www.oceaneering.com/asset-integrity-management/combining-engineering-data-and-visualization/visualizing-3d-data-for-asset-integrity/)  ### Integrity Engineering
Protect your critical assets wherever you operate. From pressure systems, storage tanks and pipelines to fixed and floating structures and subsea equipment. We use advanced inspection, data insights, and risk-based strategies to reduce failures, extend asset life, and keep you compliant and operational. [Address vibration related concerns](https://www.oceaneering.com/vibration-engineering/) and integrate [condition monitoring](https://www.oceaneering.com/condition-monitoring/) systems to maximize your uptime.
[ Learn more ](https://www.oceaneering.com/integrity-engineering/)## Contact Us
### Our team of experts is ready to help you get started.
Oceaneering offers best-in-class products and solutions, backed by unparalleled quality, reliability, and global support. Fill out the inquiry form to start a conversation today.
**Categories:** Asset Integrity Management
---
### [Aerospace and Defense Technology](https://www.oceaneering.com/aerospace-and-defense/)
**Published:** April 7, 2026
**Author:** Monica Dahl
**Content:**
The A&D Industry
# Aerospace and Defense Technology
Engineered solutions designed for complex, high‑consequence missions.
## Advanced Technology for Extreme Environments
We design and deliver [aerospace](https://www.oceaneering.com/spaceflight-solutions/) and defense systems, along with advanced unmanned platforms for complex, high-risk operations. Our teams integrate advanced robotics, precision manufacturing, and autonomous technologies with full lifecycle engineering to ensure reliable performance from subsea to space. ## Predictable Performance. Reduced Risk.
We develop advanced aerospace, defense, robotics, and autonomous systems with a disciplined focus on reliability and risk reduction. By adapting proven commercial technologies and applying rigorous engineering and manufacturing processes, we deliver resilient solutions that balance capability and long‑term mission readiness.
  00:00:00 00:00:05 See how modular design and standardization enable rapid scaling from a commercial platform to a fully mission‑ready system.
Configure and Scale with Purpose ## Scalable Systems. Operationally Proven.
Complex missions require robotic systems that can evolve as demands change. Our teams design modular, scalable subsea architectures proven across a global fleet of more than 250 [work‑class ROVs](https://www.oceaneering.com/rov-services/rov-systems/), delivering over 400,000 operational hours each year. This operational maturity enables us to rapidly adapt commercially proven technology into time‑critical, defense‑aligned robotic solutions.
By combining common hardware and software, control interfaces, and flexible payload capacity, we deliver reliable performance today while maintaining the agility to meet future requirements.
## Global Infrastructure. Proven Support.
Scalable systems require equally scalable operations. With a logistics network spanning more than 70 operational bases across 24 countries and six continents, we provide the global footprint needed to support mission‑critical robotics deployments. We adapt mature commercial processes in maintenance, logistics, and operations to deliver robust, multi‑layered defense solutions across domains. This global infrastructure ensures reliable support, rapid response, and sustained readiness wherever your mission operates.
 ## Expertise From Subsea to Space
 ### Oceaneering Technologies
Advanced engineering, robotics, and precision manufacturing for complex and extreme environments.
[ Read More ](https://www.oceaneering.com/oceaneering-technologies/)  ### Marine Services
Lifecycle solutions for submarines and deep submergence systems (DSS), including maintenance, modernization, repair, and new construction.
[ Read More ](https://www.oceaneering.com/marine-services/)  ### Space Solutions
End‑to‑end aerospace and spaceflight system development, from concept engineering and flight certification to manufacturing, testing, and sustaining engineering.
[ Read More ](https://www.oceaneering.com/spaceflight-solutions/)## Aerospace and Defense Capabilities
### Defense Systems and Maritime Mobility
Secure, resilient platforms for demanding undersea and maritime operations.
### Space and Aerospace Support
Aerospace‑grade systems engineered to extend mission reach beyond Earth.
### Robotics and Automation
Unmanned underwater vehicles (UUVs) and robotic systems that deliver dependable performance from seabed to orbit.
### Integrated Solutions
Commercial innovation adapted to defense‑grade logistics, maintenance, lifecycle support, and operations.
## Frequently Asked Questions
Explore how our multi‑domain engineering, autonomy, and lifecycle support capabilities strengthen mission readiness across subsea, maritime, aerospace, and space operations.
##### What industries and markets do your technologies support?
We support defense, government, and commercial markets with mission‑ready systems engineered for the world’s harshest and most complex environments. Our technologies serve a wide range of industries, including subsea, maritime, aerospace, and spaceflight operations.
##### What makes your aerospace and defense systems mission‑ready?
We combine advanced robotics, precision manufacturing, autonomous technologies, and full lifecycle engineering. This ensures predictable, high‑performance operation from subsea to space.
##### How do you ensure reliability in extreme environments?
Our systems are built on proven commercial technologies, disciplined engineering practices, and rigorous testing. This approach reduces operational risk and delivers dependable performance even in high‑risk conditions.
##### Do your solutions support multi‑domain operations?
Yes. Our technologies are engineered for seamless performance across multiple domains-including subsea, maritime, and space-enabling integrated mission capability.
##### What is meant by “modular and scalable architectures?”
Our platforms use common hardware, shared software frameworks, and flexible payload capacity. This allows systems to scale, adapt, and evolve as mission requirements change.
##### How do you accelerate the transition from commercial baseline to mission‑ready capability?
We standardize autonomy components, mission systems, and control interfaces. This reduces development timelines and allows rapid adaptation of commercial innovation for defense‑grade performance.
##### What types of unmanned or robotic systems do you provide?
We offer unmanned underwater vehicles (UUVs) and robotics solutions designed for dependable, long‑duration performance, from seabed inspection to space‑supporting operations.
##### What services do you offer for submarines and deep submergence systems?
Our Marine Services team provides full lifecycle support, including maintenance, modernization, repair, and new‑construction capabilities for submarines and deep submergence systems.
##### How do you support aerospace and spaceflight missions?
Our Space Systems division delivers end‑to‑end engineering, manufacturing, testing, certification, and sustaining engineering for aerospace and spaceflight programs.
##### What sets your integrated solutions apart?
We combine commercial innovation with defense‑grade logistics, maintenance, and lifecycle support. This ensures sustained readiness, reduced downtime, and long‑term operational value.
[ Have more questions? Contact us. ](#contact)## Contact Us
### Our team of experts is ready to help you get started.
Oceaneering offers best-in-class products and solutions, backed by unparalleled quality, reliability, and global support. Fill out the inquiry form to start a conversation today.
**Categories:** Asset Integrity Management
---
### [Omnio System](https://www.oceaneering.com/rov-services/rov-tooling/omnio-system/)
**Published:** January 16, 2025
**Author:** Monica Dahl
**Content:**
[ Discuss a Project ](https://oceaneering.com/rov-services/#contact) ROV Tooling
# Omnio™ System
Transforming subsea operations with seamless, continuous efficiency.
## Engineered for Efficiency and Sustainability
The Omnio™ system revolutionizes underwater work by enabling continuous subsea operations without the need to recover equipment for tooling changes. Its advanced electromechanical design delivers high-performance, environmentally friendly solution that improves productivity, enhances safety, and reduces risks. Built for the future, Omnio is compatible with smart tooling advancements, offering a scalable, sustainable solution for your evolving operational needs.
### Improve the cost effectiveness of operations
### Leverage standardization and increase efficiency
### Realize unmatched power and adaptability
### Support sustainable operations through design and maintenance
## Shaping the Future of Subsea Operations with Smart, Adaptable Solutions
The Omnio™ system is the result of an extensive development program focused on delivering a solution tailored to meet the evolving demands of the subsea industry. The [Omnio drive interface](https://www.oceaneering.com/products/omnio-drive-interface/) seamlessly integrates with a broad range of tools, enabling extended ROV campaign residency and ensuring reliable operations across varied applications.
- Drill support and completions
- Light intervention and repair
- Inspection, maintenance, and repair (IMR) and vessel operations
- Resident subsea operations
- Providing power and communications to other subsea equipment
## The Omnio™ System
[](https://www.oceaneering.com/products/omnio-transformer/)
### [Omnio Transformer](https://www.oceaneering.com/products/omnio-transformer/)
High-power transformer doubles capacity, enhances safety, reliability, and efficiency. [Learn More](https://www.oceaneering.com/products/omnio-transformer/) [](https://www.oceaneering.com/products/omnio-drive-interface/)
### [Omnio Drive Interface](https://www.oceaneering.com/products/omnio-drive-interface/)
Modular interface enables seamless integration with full suite of tools.[Learn More](https://www.oceaneering.com/products/omnio-drive-interface/) [](https://www.oceaneering.com/products/omnio-class-1-4-torque-tool/)
### [Omnio Class 1-4 Torque Tool](https://www.oceaneering.com/products/omnio-class-1-4-torque-tool/)
Highly adaptable torque tool with advanced safety and operational features. [Learn More](https://www.oceaneering.com/products/omnio-class-1-4-torque-tool/) [](https://www.oceaneering.com/products/omnio-low-torque-tool-and-paddle-tool/)
### [Omnio Low Torque Tool and Paddle Tool](https://www.oceaneering.com/products/omnio-low-torque-tool-and-paddle-tool/)
Supports low-torque operations and paddling.[Learn More](https://www.oceaneering.com/products/omnio-low-torque-tool-and-paddle-tool/) [](https://www.oceaneering.com/products/omnio-wellhead-cleaning-tool/)
### [Omnio Wellhead Cleaning Tool](https://www.oceaneering.com/products/omnio-wellhead-cleaning-tool/)
Cleans and maintains wellhead surfaces to ensure operational integrity. [Learn More](https://www.oceaneering.com/products/omnio-wellhead-cleaning-tool/) [](https://www.oceaneering.com/products/omnio-gasket-ring-tool/)
### [Omnio Gasket Ring Tool](https://www.oceaneering.com/products/omnio-gasket-ring-tool/)
Enables safe and efficient removal and installation of gasket rings in subsea environments. [Learn More](https://www.oceaneering.com/products/omnio-gasket-ring-tool/) [](https://www.oceaneering.com/products/omnio-cleaning-brush/)
### [Omnio Cleaning Brush](https://www.oceaneering.com/products/omnio-cleaning-brush/)
Removes debris and marine growth from the most challenging geometries subsea.[Learn More](https://www.oceaneering.com/products/omnio-cleaning-brush/) [](https://www.oceaneering.com/products/omnio-equipment-basket/)
### [Omnio Equipment Basket](https://www.oceaneering.com/products/omnio-equipment-basket/)
Configurable solutions for transporting and stowing tools and equipment to support subsea operations. [Learn More](https://www.oceaneering.com/products/omnio-equipment-basket/) [](https://www.oceaneering.com/products/omnio-ipfcm/)
### [Omnio iPFCM](https://www.oceaneering.com/products/omnio-ipfcm/)
Enhances power distribution, supports multiple voltages, and enables flexible offshore integration.[Learn More](https://www.oceaneering.com/products/omnio-ipfcm/)
# Contact Us
## Our team of experts is ready to help you get started.
Oceaneering offers best-in-class products and solutions, backed by unparalleled quality, reliability, and global support. Fill out the inquiry form to start a conversation today.
---
### [Complex Structural Manufacturing](https://www.oceaneering.com/marine-services/complex-structural-manufacturing/)
**Published:** March 30, 2026
**Author:** Monica Dahl
**Excerpt:** We specialize in precision fabrication for submarine components, supporting both repairs and new construction.
**Content:**
[ Discuss a Project ](https://oceaneering.com/marine-services-division/#contact) Submarine and DSS Services
# Complex Structural Manufacturing
We deliver structural manufacturing solutions that support the full lifecycle of U.S. Navy submarine systems. From new construction and precision repairs to NAVSEA‑authorized alterations, we ensure every component is safe, compliant, and mission ready.
## Mission-Ready Manufacturing for the U.S. Navy
With decades of experience and a proven track record, we support Virginia‑, Columbia‑, Los Angeles‑, Ohio‑, and Seawolf‑class submarines with SUBSAFE‑certified components, advanced fabrication, and systems integration performed in full alignment with NAVSEA standards, including TP 1688 structural manufacturing requirements.
## Trusted by the U.S Navy
We were awarded a contract to manufacture Virginia-class submarine support equipment for the Naval Surface Warfare Center Philadelphia Division (NSWCPD). [ Read the News Announcement ](https://investors.oceaneering.com/news/news-details/2025/Oceaneering-Announces-U-S--Navy-Contract-Award/default.aspx) 
## Submarine Systems We Support
We deliver mission-critical components and assemblies for multiple submarine classes, ensuring every system meets NAVSEA and SUBSAFE standards.
- Virginia- and Columbia-class hatches, fairings, hull inserts, and closure doors
- Virginia-class payload tube platforms
- Hull and fiber optic penetrations
- Virginia-class special support equipment
- Hydraulic actuators
- Systems and components across Los Angeles‑, Ohio‑, and Seawolf‑class submarines
## Advanced Manufacturing Capabilities
Our advanced capabilities enable precision fabrication, machining, and integration support for complex marine and subsea structures where quality, repeatability, and execution matter.
##### Core Capabilities
- Heavy structural fabrication and assembly
- Precision CNC and manual machining
- Pipe fabrication and welding
- Mechanized welding across multiple processes
- Custom fixturing and tooling for repeatable, high-accuracy builds
- Design-for-manufacturing support and build integration
[https://www.oceaneering.com/wp-content/uploads/2026/02/Hatch\_VTL-Machining.mp4](https://www.oceaneering.com/wp-content/uploads/2026/02/Hatch_VTL-Machining.mp4)
## Facilities and Equipment Highlights
We operate a fully integrated manufacturing facility designed to support large, high-tolerance marine and defense hardware from raw material through final assembly.
##### Machining and Cutting
- Multiple HAAS CNC mills and lathes
- Momentum MVL-15iM Vertical Turret Lathe (VTL)
- Knuth BO-130 Horizontal Boring Mill (HBM)
- Manual lathes, Summit lathes, and Bridgeport mills
- Flow and OMAX waterjet cutting up to 6 ft x 12 ft x 6
##### Fabrication and Welding
- Full-process welding: MIG, TIG, Stick, Flux-Cored and mechanized welding
- Expertise in aluminum, stainless steels, and HY-80 / HY-100
- High-quality pipe welding and structural weldments
- Strong emphasis on fixturing, alignment, and weld repeatability
##### Metrology, Handling, and Support
- High-precision laser tracker alignment system used throughout the shop
- Overhead crane capacity up to 40,000 lbs
- Two drive-in bays for trailers with direct crane access
- Industrial oven for minor heat treatment and controlled thermal processing
## Frequently Asked Questions
Explore our structural manufacturing capabilities through these frequently asked questions, covering submarine classes, NAVSEA compliance, SUBSAFE-certified components, and advanced fabrication processes.
##### What structural manufacturing services do you provide for U.S. Navy submarines?
We deliver lifecycle structural manufacturing solutions that include new construction, precision repairs, and NAVSEA-authorized alterations. Every component is produced to be safe, compliant, and mission ready.
##### Which submarine classes do you support?
We support Virginia, Columbia, Los Angeles, Ohio, and Seawolf classes with advanced fabrication, systems integration, and SUBSAFE-compliant components.
##### Are your manufacturing processes aligned with NAVSEA standards?
Yes. All work is performed in full alignment with NAVSEA requirements, including TP 1688 structural manufacturing standards, with documentation and traceability that meet SUBSAFE expectations.
##### Has your team received U.S. Navy contract awards, either directly or through prime contractors?
Yes. In addition to a direct award from the Naval Surface Warfare Center Philadelphia Division for Virginia‑class submarine support equipment, our team also supports multiple U.S. Navy programs through contracts with several major prime contractors.
##### What submarine systems and components do you deliver?
We manufacture Virginia and Columbia class hatches, fairings, hull inserts, and closure doors; Virginia-class payload tube platforms; hull and fiber optic penetrations; Virginia-class special support equipment; hydraulic actuators; and systems and components across Virginia, Los Angeles, Ohio, and Seawolf classes.
##### What are your core manufacturing capabilities?
Our core capabilities include heavy structural fabrication and assembly, precision CNC and manual machining, pipe fabrication and welding, mechanized welding, custom fixturing and tooling for high-accuracy builds, and design-for-manufacturing and build integration support.
##### What machining and cutting equipment do you operate?
We operate multiple HAAS CNC mills and lathes, a Momentum MVL-15iM vertical turret lathe, a Knuth BO-130 horizontal boring mill, manual and Summit lathes, Bridgeport mills, and Flow and OMAX waterjet cutting up to 6 ft x 12 ft x 6 in across a wide range of materials.
##### What fabrication and welding expertise do you offer?
We perform MIG, TIG, Stick, Flux-Cored, and mechanized welding with strong emphasis on fixturing, alignment, and repeatability. We have deep expertise in aluminum, stainless steels, and HY-80 and HY-100 materials, including high-quality pipe welding and structural weldments.
##### How do you ensure precision, alignment, and repeatability?
We use custom tooling and fixturing, high-precision laser tracker alignment throughout the shop, robust process controls, and documented build integration practices to achieve consistent, high-tolerance results.
##### What facility handling and support capabilities do you provide?
Our integrated facility includes overhead cranes with capacity up to 40,000 lbs, two drive-in bays with direct crane access, and an industrial oven for minor heat treatment and controlled thermal processing.
[ Have more questions? Contact us. ](#contact)
## Contact Us
### Our team of experts is ready to help you get started.
Oceaneering offers best-in-class products and solutions, backed by unparalleled quality, reliability, and global support. Fill out the inquiry form to start a conversation today.
---
### [Deep Submergence Systems Modernization and Repair](https://www.oceaneering.com/marine-services/deep-submergence-systems-modernization-and-repair/)
**Published:** March 31, 2026
**Author:** Monica Dahl
**Excerpt:** Our end‑to‑end DSS modernization and repair services extend service life and enhance mission readiness for special operations.
**Content:**
[ Discuss a Project ](https://oceaneering.com/marine-services-division/#contact)
# Deep Submergence Systems Modernization and Repair
We are a recognized leader in Deep Submergence Systems modernization, repair, and life-cycle support for U.S. Navy special operation forces.
## Trusted DSS Expertise for Mission-Critical Readiness
With unrestricted NAVSEA Deep Submergence Systems – Scope of Certification (DSS‑SOC) authorization and full compliance with NAVSEA P‑9290 deep‑submergence certification standards, we deliver full‑scope DSS services that ensure peak performance, extended service life, and operational readiness. Whether executing a Regular Overhaul (ROH), managing a Technical Availability (TAV), or sustaining a rotatable pool of assets, our teams bring the technical depth, responsiveness, and reliability required for high‑consequence naval operations.
### NAVSEA Authorized
### DSS‑SOC Authorized
### NAVSEA P‑9290 Compliant
## Comprehensive Deep Submergence Systems Modernization and Repair Services
We offer a full suite of DSS modernization and repair capabilities designed to reduce downtime, extend asset life, and support evolving mission requirements.
##### DSS Regular Overhauls (ROHs)
- Full ROHs with Hull Integrity Procedure (HIP) inspections
- Precision replacement of all internal DDS systems
- SUBSAFE-compliant execution with qualified quality assurance oversight
##### DSS Planned Maintenance Cycles and Availability Support
- 22-month cycles including Repair Availabilities (RAVs) and TAVs
- Integration of field changes and design upgrades
- Alignment with evolving NAVSEA standards and mission need
##### Qualified Inspections and Structural Repairs
- Structural assessments by Level III NDT examiners
- Base metal repairs by qualified welders
- Watertight integrity testing and documentation
##### Engineering Support, Field Changes, and Technical Data Development
- Temporary Modification (TEMPMOD) and field change design and execution for DSS
- Development of complete technical data packages for DSS
- Custom engineering for mission-specific DSS configurations
##### Rotatable Asset Management and DSS‑SOC Inventory Support
- Sustainment of DSS-SOC component inventory
- 90% ready-for-issue availability for rapid deployment
- Proactive logistics planning to minimize downtime
# Your Trusted Specialists in DSS Modernization and Repair
With over two decades of DSS experience, we combine DSS-SOC-qualified personnel, deep technical knowledge, and proven shipyard collaboration to deliver DSS solutions that exceed expectations. Our work is recognized across naval shipyards, submarine commands, and defense contractors for its reliability, safety, and precision.
## Frequently Asked Questions
Explore our deep submergence systems expertise through these frequently asked questions, covering modernization, maintenance, certification, and lifecycle support.
##### What deep submergence systems (DSS) services do you provide for the U.S. Navy?
We provide full‑scope DSS modernization, repair, and lifecycle support, including Regular Overhauls (ROHs), Technical Availabilities (TAVs), Repair Availabilities (RAVs), structural repairs, HIP inspections, field changes, and rotatable asset management.
##### What platforms are you authorized to perform DSS‑SOC work?
We hold unrestricted NAVSEA Deep Submergence Systems – Scope of Certification (DSS‑SOC) authorization for DDS, the LOC/LOT chambers, and the SRDRS platform, in accordance with NAVSEA P‑9290 deep‑submergence standards.
##### What is included in a DSS Regular Overhaul (ROH)?
A DSS ROH includes full Hull Integrity Procedure (HIP) inspections, precision replacement of internal systems, structural assessments, watertight integrity testing, and SUBSAFE‑compliant execution with qualified quality assurance oversight.
##### Do you support DSS maintenance cycles such as RAVs and TAVs?
Yes. We manage 22‑month maintenance cycles that include Repair Availabilities (RAVs) and Technical Availabilities (TAVs), integrating field changes, design upgrades, and evolving NAVSEA requirements.
##### What types of DSS inspections and structural repairs do you perform?
We provide structural assessments by Level III NDT Examiners, base‑metal repairs by qualified welders, watertight integrity testing, and complete documentation to ensure compliance with SUBSAFE and DSS‑SOC requirements.
##### Do you support DSS field changes, TEMPMODs, and technical data development?
Yes. We design and execute Temporary Modifications (TEMPMODs), implement field changes, develop complete technical data packages, and engineer mission‑specific DSS configurations.
##### What is DSS rotatable asset management?
Our rotatable asset program sustains DSS‑SOC‑qualified component inventory, maintains 90% ready‑for‑issue availability, and provides proactive logistics planning to minimize downtime and support rapid deployment.
##### How do you ensure DSS work meets NAVSEA and SUBSAFE standards?
All modernization and repair activities follow NAVSEA P‑9290, DSS‑SOC requirements, HIP procedures, and SUBSAFE‑compliant execution standards, supported by qualified QA personnel and certified NDT examiners.
##### What makes Oceaneering a trusted provider of DSS modernization and repair?
With more than two decades of DSS experience, we combine DSS‑SOC‑qualified personnel, deep technical expertise, and proven shipyard collaboration to deliver reliable, safe, and precise DSS solutions recognized across naval shipyards and submarine commands.
##### Do you support DSS lifecycle management for multiple submarine platforms?
Yes. We provide modernization, repair, and sustainment support for DSS units deployed across U.S. Navy submarine platforms, ensuring operational readiness throughout the entire lifecycle of each asset.
[ Have more questions? Contact us. ](#contact)
## Contact Us
### Our team of experts is ready to help you get started.
Oceaneering offers best-in-class products and solutions, backed by unparalleled quality, reliability, and global support. Fill out the inquiry form to start a conversation today.
---
### [Submarine Modernization and Repair](https://www.oceaneering.com/marine-services/submarine-modernization-and-repair/)
**Published:** March 31, 2026
**Author:** Monica Dahl
**Excerpt:** We provide lifecycle support for Los Angeles‑, Ohio‑, Seawolf‑, Virginia‑, and Columbia‑class submarines, including components for new construction.
**Content:**
[ Discuss a Project ](https://oceaneering.com/marine-services-division/#contact)
# Submarine Modernization and Repair
Comprehensive submarine modernization and repair delivered with precision, safety, and technical excellence. From major availabilities to emergent repairs, we provide solutions engineered to perform under pressure.
## Proven Excellence in Submarine Modernization
Trusted by the U.S. Navy and leading shipyards nationwide, we deliver full‑spectrum submarine modernization and repair solutions. From scheduled maintenance to complex overhauls, our teams operate within a NAVSEA‑authorized SUBSAFE program to execute work on time, on budget, and to the highest standards of safety, reliability, and performance.
### Safety
We adhere to the most stringent marine and defense standards, ensuring every component meets critical safety and compliance requirements.
### Reliability
Our proven processes and rigorous quality controls deliver components and systems that perform flawlessly under demanding conditions.
### Performance
Precision engineering and advanced manufacturing capabilities enable optimal performance for mission-critical applications worldwide.
## Specialized Capabilities that Strengthen Your Workforce
We provide scalable, NAVSEA Note 5000-authorized support to meet the demands of high-consequence naval projects. Trusted by public and private shipyards, we deliver dependable, high-quality results that make us the trusted choice for mission-critical work.
- Depot-level availabilities and emergent global repairs
- Ship, ordnance, and temporary alteration (SHIPALT, ORDALT, TEMPALT) implementation
- A deep technical bench and zero-defect execution
 
## Integrated Shipyard Collaboration and Technical Support
We collaborate with both public and private shipyards to deliver seamless maintenance and engineering services.
##### Field Engineering, Testing, and Metrology
- Waterfront engineering and on-site test support
- Precision laser alignment and sphericity measurements
##### Hull, Structures, and Hydrodynamics
- Fairwater and retractable bow plane overhaul
- Hatch and seal repair with watertight integrity testing
- Structural modifications under Unrestricted Operations Maintenance Requirements Card (URO/MRC) standards
##### Propulsion, Piping, and Mechanical
- Emergency and secondary propulsion motor replacement
- Full piping and valve repair (air, seawater, freshwater, hydraulic)
##### Launch, Combat, and Sensor Systems
- Vertical launch system (VLS) and hatch actuator modernization
- Signal and weapons system modernization
- Sonar transducer and anchor system upgrades
##### Submarine Safety Programs (SUBSAFE and DSS-SOC)
- SUBSAFE and Deep Submergence Systems – Scope of Certification (DSS-SOC) maintenance
- Compliance-driven watertight integrity testing
## End-to-End Engineering, Design, and Execution
We provide comprehensive lifecycle support for submarine systems and mission-critical components.
- Sail mast and antenna installation/removal
- Deep Submergence Systems (DSS) logistics and lifecycle planning
- Pressurized Rescue Module (PRM) repair and overhaul
- DSS fit-ups and TEMPALT engineering
- Technical work document and job material list development
- Project engineer oversight for complex tasks
- Level III NDT services (UT, PT, ET, MT, VT)
 
## Submarine Systems Repair and Upgrades
We specialize in precision repairs and upgrades across a wide range of systems.
- Air, seawater, hydraulic, and trim/drain systems
- Watertight doors, hatches, and scuttles
- Torpedo launch systems and auxiliaries
- Sail systems, including ventilation valves
- Mast and antenna maintenance and alignment
- Hull framing and structural repair
- Tooling, fixture, and component manufacturing
- Support platforms for Virginia-class submarines
# Why Oceaneering for Submarine Modernization?
We combine SUBSAFE-certified personnel, proven shipyard experience, and precision engineering to deliver results that meet or exceed Navy standards. Whether you’re planning a major availability or responding to an emergent repair, we are your go-to choice for submarine modernization and repair that performs under pressure.
## Frequently Asked Questions
Explore our submarine repair capabilities through these frequently asked questions covering our specific authorizations, services, and systems.
##### What submarine modernization and repair services do you provide?
We deliver full‑spectrum submarine modernization and repair services, including scheduled maintenance, complex overhauls, emergent global repairs, SHIPALT/ORDALT/TEMPALT execution, and engineering support performed within a NAVSEA‑authorized SUBSAFE program.
##### Are your submarine modernization services NAVSEA‑authorized?
Yes. Our teams operate under a NAVSEA‑authorized SUBSAFE program and provide NAVSEA Note 5000‑authorized support for modernization, overhaul, and engineering activities across all U.S. Navy submarine platforms.
##### Do you support depot‑level availabilities and emergent repairs?
Absolutely. We perform depot‑level availabilities, emergent global repairs, and rapid‑response technical support to keep submarine systems mission ready.
##### What types of alterations can you execute on submarines?
We execute Ship, Ordnance, and Temporary Alterations (SHIPALTs, ORDALTs, and TEMPALTs), including engineering, installation, testing, and documentation aligned with NAVSEA standards.
##### How do you support shipyards during submarine maintenance periods?
We collaborate with both public and private shipyards to provide waterfront engineering, on‑site test support, SUBSAFE and DSS maintenance, structural modifications, propulsion system replacements, and modernization of critical systems such as VLS and sonar.
##### What engineering and technical services do you provide for submarine systems?
Our engineering capabilities include end‑to‑end design and execution, DSS logistics planning, PRM overhaul, TEMPALT engineering, technical work document development, project engineer oversight, and Level III NDT services (UT, PT, ET, MT, VT).
##### What submarine systems can you repair or upgrade?
We specialize in precision repairs and upgrades across air, seawater, hydraulic, and trim/drain systems, submarine control systems (fairwater planes and retractable bow planes), watertight doors and hatches, torpedo launch systems, sail systems, masts and antennas, hull framing, structural components, and support platforms for Virginia‑class submarines.
##### Do you provide SUBSAFE and DSS maintenance support?
Yes. We perform SUBSAFE and Deep Submergence Systems (DSS) maintenance, ensuring compliance with NAVSEA requirements and maintaining the highest standards of safety and reliability
##### What makes Oceaneering a trusted partner for submarine modernization?
We combine SUBSAFE‑certified personnel, proven shipyard experience, precision engineering, and a zero‑defect execution culture. Our teams deliver reliable, high‑quality results for major availabilities, emergent repairs, and mission‑critical modernization projects.
##### Can you support lifecycle planning and long‑term sustainment for submarine systems?
Yes. We provide comprehensive lifecycle support, including DSS logistics planning, PRM overhaul, engineering documentation, rotatable asset support, and long‑term sustainment strategies for mission‑critical submarine components.
[ Have more questions? Contact us. ](#contact)
## Contact Us
### Our team of experts is ready to help you get started.
Oceaneering offers best-in-class products and solutions, backed by unparalleled quality, reliability, and global support. Fill out the inquiry form to start a conversation today.
---
### [Cargo Transfer at Sea](https://www.oceaneering.com/oceaneering-technologies/cargo-transfer-at-sea/)
**Published:** May 21, 2025
**Author:** Monica Dahl
**Excerpt:** We develop next-generation technologies that enhance at-sea logistics in elevated sea states for expeditionary warfare, humanitarian missions, and other critical maritime operations.
**Content:**
[ Discuss a Project ](https://oceaneering.com/oceaneering-technologies/#contact) Oceaneering Technologies (OTECH)
# Cargo Transfer at Sea
Enabling safe, efficient logistics in dynamic maritime environments.
## Supporting ONR and NAVSEA
We partner with the [Office of Naval Research (ONR)](https://www.onr.navy.mil/) and [Naval Sea Systems Command (NAVSEA)](https://www.navsea.navy.mil/) to develop next-generation technologies that enhance at-sea logistics for expeditionary warfare, humanitarian missions, and other critical maritime operations. Our at-sea cargo transfer systems are engineered for reliability, safety, and operational efficiency-even in elevated sea states.
## Large Vessel Interface Lift On/Lift Off
We developed a motion-compensated robotic crane to enable the secure transfer of standard containerized cargo between ships at sea in conditions up to sea state 4. This advanced system senses the relative motion of an adjacent vessel and actively synchronizes the movement of the cargo container, reducing both transfer time and risk to crew and equipment.
## Interface Ramp Technologies (IRT)
Our motion-controlled transfer ramp features a lightweight aluminum structure and an innovative hydraulic/electric drive system. Designed to support large vehicle transfers at sea, the IRT maintains stability and performance in dynamic conditions, ensuring safe passage between vessels during operational deployments.
 
## Advanced Mooring System (AMS)
The AMS enables rapid, automated mooring between ships in up to sea state 4. Secured to the deck of the host vessel, the AMS uses articulating vacuum pads on telescoping booms to attach to an approaching ship-without lines or crew intervention. This lineless mooring system significantly improves safety while minimizing surge, sway, and yaw compared to traditional methods, making it ideal for U.S. Marine operations and humanitarian aid missions.
# Contact Us
## Our team of experts is ready to help you get started.
Oceaneering offers best-in-class products and solutions, backed by unparalleled quality, reliability, and global support. Fill out the inquiry form to start a conversation today.
**Categories:** Oceaneering Technologies (OTECH)
**Search Tags:** Cargo Transfer, Oceaneering Technologies (OTECH)
---
### [Manufacturing](https://www.oceaneering.com/oceaneering-technologies/manufacturing/)
**Published:** June 20, 2025
**Author:** Monica Dahl
**Excerpt:** We deliver accurate and dependable manufacturing solutions for projects of any size or complexity. Our in-house capabilities include precision machining, fabrication, assembly, and large-scale weldments.
**Content:**
[ Discuss a Project ](https://oceaneering.com/oceaneering-technologies/#contact) Oceaneering Technologies (OTECH)
# Manufacturing
Precision fabrication, welding, machining, and assembly-backed by engineering expertise.
## Certified Precision Manufacturing with Engineering Support
We deliver high-quality, low-volume manufacturing solutions with a strong focus on precision and accuracy. Our capabilities include advanced welding, metal fabrication, close-tolerance machining, and mechanical assembly-complemented by on-site engineering support for enhanced manufacturability and performance.
### ISO-9001:2015 Certified
Guaranteed Precision Work
### CUI-Compliant
In Accordance with DFARS 252.204-7012
### Certified Welding Programs
Meeting AWS, ABS, and ASTM Standards
## Certifications
- [American Welding Society (AWS)](https://www.aws.org/)
- [American Bureau of Shipping (ABS)](https://ww2.eagle.org/en.html)
- [American Society for Testing and Materials (ASTM)](https://www.astm.org/)
## Collaborative Manufacturing for Smarter Solutions
Our in-house manufacturing facilities enable real-time collaboration between our engineers, customers, and skilled production teams. This integrated approach ensures improved design-for-manufacturing, faster problem-solving, and greater cost efficiency.
## Key Capabilities
### Machine Shop
- 3-axis and 4-axis Computer Numerical Control (CNC) milling (vertical and horizontal)
- CNC lathe operations
- Waterjet and CNC plasma torch tables
- Skilled machinists experienced in multi-setup, complex part fabrication
### Certified Welding
- Process-qualified welders meet AWS, ABS, and military specification standards
- Expertise in carbon steel, stainless steel, aluminum, and exotic alloys
- Flexible work cells with overhead crane support for heavy or large fabrications
### Non-Destructive Testing (NDT)
- AWS-certified Level II inspectors
- Dye penetrant, magnetic particle, and ultrasonic testing capabilities
![1.jpg] Female engineer uses Coordinate Measuring Machine (CMM).](https://www.oceaneering.com/wp-content/uploads/2025/06/shutterstock_2593278521-scaled.jpg "FemaleEngineerUsesCmmCoordinateMeasuringMachineInFactoryWith")
### Precision Quality Control
- In-process inspection with minimal production delays
- State-of-the-art tools including Coordinate Measuring Machines (CMMs) and laser tracker systems
- Dedicated quality control staff to ensure every component meets exact specifications
# Contact Us
## Our team of experts is ready to help you get started.
Oceaneering offers best-in-class products and solutions, backed by unparalleled quality, reliability, and global support. Fill out the inquiry form to start a conversation today.
**Categories:** Oceaneering Technologies (OTECH)
**Search Tags:** Manufacturing, Oceaneering Technologies (OTECH)
---
### [Unmanned Undersea Systems](https://www.oceaneering.com/oceaneering-technologies/unmanned-undersea-systems/)
**Published:** June 24, 2025
**Author:** Monica Dahl
**Excerpt:** Our fully customizable subsea vehicles enable real-time data collection and threat assessment in environments that are often inaccessible or too hazardous for human operators.
**Content:**
[ Discuss a Project ](https://oceaneering.com/oceaneering-technologies/#contact) Oceaneering Technologies (OTECH)
# Unmanned Undersea Systems
Redefining operational readiness and threat response with undersea autonomy.
## Safeguarding Critical Undersea Assets
Unmanned undersea systems play a critical role in modern maritime security by enabling persistent subsea surveillance and intelligence gathering. Our next-generation vehicles operate autonomously or with remote guidance, providing real-time data collection and threat assessment in environments that are often inaccessible or too hazardous for human operators. By enhancing situational awareness and supporting strategic decision-making, our unmanned undersea systems are essential tools for detecting, tracking, and analyzing potential subsea threats-safeguarding national interests and maintaining global maritime stability.
## Built for Performance in Harsh Environments
Operating in the subsea domain presents a unique set of challenges-from extreme pressure, corrosive saltwater, and near-zero visibility to fluctuating currents and unpredictable terrain. These demanding conditions require unmanned systems that are not only durable but also highly adaptable and mission ready. Designed with modularity in mind, our large and small unmanned undersea vehicles offer capabilities for rapid payload integration and streamlined deployment in the most unforgiving environments.
## Key Features
With a focus on operational flexibility and mission endurance, these systems are built to support complex surveillance and intelligence missions where conventional assets cannot operate.
### Pressure-Tolerant Electronics
Prevent flooding failures at depth and reduce vehicle weight
### Hovering and Vertical Navigation
Improve inspection accuracy with precise, stable maneuvering
### Advanced Onboard Sensors
Enhance environmental monitoring and threat detection
### Modular Payload Bays
Enable quick integration and reconfiguration of mission-specific equipment
## Designed for Modularity, Upgradability, and Mission Versatility
Our unmanned undersea vehicles are built around a modular architecture featuring line-replaceable units (LRUs), allowing for rapid technology insertions, feature upgrades, and streamlined maintenance with minimal downtime. This modularity supports a wide range of mission profiles and system enhancements, from hardware swaps to advanced software upgrades.
## Full-Spectrum Undersea Operations
Our scalable, unmanned systems capabilities ensure unmanned platforms remain mission-ready, adaptable, and effective across the full spectrum of undersea operations-from reconnaissance and threat detection to intervention and recovery.
### Small Vehicle Capabilities
Compact, agile, and easily deployable, our small vehicles are engineered for adaptability and precision in constrained environments.
**Key Features**
- Interchangeable payload modules with flexible volume, power, and data interfaces for rapid mission reconfiguration.
- Six degrees of freedom (DOF) maneuverability with hovering capabilities for precision navigation and inspection.
- Rugged fiber optic tethers provide high-bandwidth, real-time control, and data transmission.
- High-efficiency battery power enables extended operational duration with minimal logistical footprint.
### Large Vehicle Capabilities
Designed for high-endurance and complex operations, our large unmanned vehicles deliver enhanced power, precision, and payload capacity.
**Core Capabilities**
- Subsea detachable power and communications tether enabling the vehicle to operate as an ROV or AUV.
- Heavy-duty lift and manipulation systems for interacting with large or complex undersea objects.
- Enhanced dexterity for precision operation in maintenance, recovery, or inspection tasks.
- Machine-optimized manipulator movement to enhance subsea operations automation.
# Contact Us
## Our team of experts is ready to help you get started.
Oceaneering offers best-in-class products and solutions, backed by unparalleled quality, reliability, and global support. Fill out the inquiry form to start a conversation today.
**Categories:** Oceaneering Technologies (OTECH)
**Search Tags:** Oceaneering Technologies (OTECH), Unmanned, Unmanned Undersea Systems
---
### [Hyperbaric Systems](https://www.oceaneering.com/oceaneering-technologies/hyperbaric-systems/)
**Published:** June 23, 2025
**Author:** Monica Dahl
**Excerpt:** With over six decades of experience, our multidisciplinary team of engineers, operators, and divers designs, builds, and operates reliable hyperbaric systems for manned subsea operations.
**Content:**
[ Discuss a Project ](https://oceaneering.com/oceaneering-technologies/#contact) Oceaneering Technologies (OTECH)
# Hyperbaric Systems
Delivering hyperbaric systems focused on safe human occupancy through advanced human-machine designs engineered for optimized operation, ingress and egress, and maintenance.
## Engineering for the Extreme
We specialize in engineering solutions for the most demanding underwater environments. From concept development and design to fabrication, testing, maintenance, and modernization, our team delivers peak performance, uncompromising safety, and proven reliability-no matter the challenge.
## Our Capabilities
### Submarine Rescue Solutions
Proven expertise, global resources, and field-tested technology for submarine rescue readiness.
### Submersibles, Habitats, and Diving Systems
Advanced systems for safe and efficient subsea operations.
### Pressure Vessels for Human Occupancy (PVHO)
Engineered for maximum safety and compliance with strict standards.
### Life Support and Environmental Control Systems
Reliable breathing gas and environmental management for sustained underwater missions.
### Subsea Support Systems and Structures
Robust solutions tailored to specific operational needs.
### Electrical and Electronic Systems
Integrated technologies for control, monitoring, and communication.
# Contact Us
## Our team of experts is ready to help you get started.
Oceaneering offers best-in-class products and solutions, backed by unparalleled quality, reliability, and global support. Fill out the inquiry form to start a conversation today.
**Categories:** Oceaneering Technologies (OTECH)
**Search Tags:** Hyperbaric Systems, Oceaneering Technologies (OTECH)
---
### [Momentum™ Electric ROV](https://www.oceaneering.com/rov-services/rov-systems/momentum-electric-rov/)
**Published:** January 27, 2026
**Author:** Monica Dahl
**Content:**
[ Discuss a Project ](https://oceaneering.com/rov-services/#contact) ROV SYSTEMS # Momentum™ Electric ROV
Enable continuous subsea operations with a next-generation electric propulsion work class ROV engineered for long-term reliability.
[ Watch Video ](https://oceaneering.canto.com/direct/video/utvmas1i9h1uh9kb9v8e0eko74/cCkQqrLU-pZ8buI8tpjGSyquyEY/original?content-type=video%2Fmp4) ## The Future Moves Electric
The next-generation work class Momentum™ Electric ROV is a major leap forward in underwater performance and the future of ROV technology. Developed using insights drawn from millions of operational hours across our global ROV fleet, the system delivers the power, control, and flexibility required to operate in the world’s most demanding subsea environments.
## Performance Built for Continuous Subsea Operations
### 30-Day Maintenance-Free Subsea Residency
Operate subsea for up to 30 days without maintenance or recovery.
### 45% Lower Power Consumption
Reduce overall energy demand by up to 45% through electric propulsion.
### 1-Hour Plug-and-Play iPEM Replacement
Enable rapid, one-hour plug-and-play sensor, tooling, and subsystem changeout.
### 100% Work Class Capability
Deliver full work-class thrust, lift, and payload performance.
## Smart Power Drives Operational Efficiencies
Designed for the future of subsea operations, the Momentum™ Electric ROV integrates a smart power system built on a simplified electric propulsion architecture, eliminating hydraulics at the vehicle level to increase uptime and enable long-term subsea deployment.
### Download the Brochure
[ Momentum™ Electric ROV ](https://oceaneering.canto.com/download/document/vmls7l76317m7cf6i678ri7j03/original.pdf)## Core Capabilities
The Momentum™ Electric ROV combines extended subsea residency, electric work class performance, and a simplified architecture to support longer, more predictable offshore campaigns.
### Backward Compatibility
- Maintains compatibility with Millennium® Plus ROV systems
- Leverages existing tethers, tether management systems, umbilicals, and launch and recovery systems (LARS)
- Enables rapid transition to electric capability with minimal downtime
### Work Class Performance
- Carries out IMR, survey, construction, and drill support
- Offers superior thrust, lift, and payload capacity
- Delivers power and control for demanding offshore operations
### Environmental Benefits
- Reduced exposure associated with hydraulic component leaks
- Supports environmental and Petroleum Operations Notice 1 (PON1) requirements
### Modular Architecture
- Plug-and-play sensor and tooling integration
- Designed for 24/7 remote operations and scalable deployment
## Automation-Ready Visual and Control Systems
Enhance situational awareness and automation through integrated HD camera systems, navigation, and piloting technologies for precise subsea control and advanced ROV piloting.
- Advanced 360-degree vision
- Sensor agnostic subsea dynamic positioning
- Stereo forward facing HD cameras enabling advanced visualization and automation
- Automated piloting with stabilized heading, depth, pitch, and transit control
## Explore the Momentum™ Electric ROV in Action
Take a 360‑degree look at the Momentum™ Electric ROV, highlighting its advanced camera and sensor suite, plug‑and‑play architecture, and resident‑ready design enabling up to 30 days of maintenance‑free subsea operations.
 Play Video ## Frequently Asked Questions
Explore frequently asked questions about the Momentum™ Electric ROV, a large work class electric ROV designed for high‑thrust subsea operations, plug‑and‑play integration, reduced environmental risk, and seamless use with existing Millennium® Plus ROV infrastructure.
##### How is Momentum™ ROV different from traditional ROVs?
The Momentum™ Electric ROV is a work class ROV (WROV) that uses electric propulsion and plug-and-play architecture to deliver high thrust, long dive times, and fewer failure points than with traditional hydraulic components.
##### Do I have to invest in a new topsides and launch and recovery system?
No. The Momentum™ Electric ROV is designed to be compatible with existing Millennium® ROV installations requiring only an ROV tether retermination to swap between the two [ROV systems](https://www.oceaneering.com/rov-services/rov-systems/).
##### Can it work with our existing topside systems?
Yes. The Momentum™ Electric ROV is designed for a quick upgrade to existing [Millennium® ROV systems](https://www.oceaneering.com/products/millennium-plus-rov/) by using the existing tether, cage, umbilical, and launch and recovery system (LARS). Control rooms will also be upgraded to provide improved pilot experience.
##### What is plug-and-play integration?
Our iPEMs enable 1 hour replacement of components and installation of new sensors and tooling without time-consuming rewiring or reconfiguration.
##### What missions is it best suited for?
The vehicle’s greater thrust, stability, and situational awareness support operations in challenging conditions such as high current, low visibility, and congested subsea environments. Plug-and-play electrical interfaces and rapid skid exchange increase availability and efficiency for multi-task campaigns. Designed for customers accustomed to Millennium® ROV power, it is well suited for extended-duration dives, environmentally regulated regions, and demanding intervention and IMR work requiring stable station-keeping and precise control for valve operations, hot-stab work, torque tooling, and close-proximity interaction.
##### When is it commercially available?
The Momentum™ Electric ROV is undergoing continuous endurance testing both in a test tank and in offshore trials from 2024 through 2026. The ROV will be commercially available on an OII vessel in the GOM in 2026.
##### How does the Momentum™ Electric ROV reduce environmental risk?
By minimizing hydraulic components, using electric propulsion, and drawing 45% less power than traditional systems, the Momentum™ Electric ROV reduces vessel emissions, lowers the risk of fluid leaks, and supports compliance with offshore environmental regulations.
##### Can the Momentum™ Electric ROV meet API 53 compliance for Blowout Preventer (BOP) closure?
Yes. A dedicated BOP Pumping Skid will be available, specifically designed to close BOP rams in full compliance with API 53 (American Petroleum Institute Standard 53) requirements.
##### Does the Momentum™ Electric ROV use an electric cage?
The Momentum™ Electric ROV is fully compatible with existing hydraulic cage and tophat style tether management systems (TMSs). However, customers seeking an all-electric solution may request integration with a fully electric cage to align with specific operational or environmental requirements.
##### Is the Omnio™ System Tool Changer included with the Momentum™ Electric ROV?
The Momentum™ Electric ROV is designed to integrate with the Omnio™ System Tool Changer. However, this tool changer is also compatible with existing hydraulic ROVs for broader operational flexibility.
##### Are there any hydraulic components on the Momentum™ Electric ROV?
Yes. A hydraulic power unit (HPU) is included to operate the manipulators and support customer-supplied hydraulic tooling. In future configurations, [Omnio™ tooling](https://www.oceaneering.com/omnio-system/) and electric manipulators will eliminate the need for hydraulics entirely.
##### Can the Momentum™ Electric ROV be deployed from a tophat-style tether management system (TMS)?
Yes. The vehicle is configurable for use with a tophat-style TMS, allowing flexibility in deployment based on customer infrastructure and operational requirements.
[ Have more questions? Contact us. ](#contact)## Contact Us
### Our team of experts is ready to help you get started.
Oceaneering offers best-in-class products and solutions, backed by unparalleled quality, reliability, and global support. Fill out the inquiry form to start a conversation today.
**Categories:** Remotely Operated Vehicles (ROVs)
**Search Tags:** Remotely Operated Vehicles (ROV)
---
### [Locations](https://www.oceaneering.com/locations/)
**Published:** August 25, 2023
**Author:** Andrew Dodson
**Content:**
# Locations
View Locations Solving your most complex operational challenges under water, on land, and in space from a convenient location near you.   ## Global Reach
Oceaneering is a global provider of engineered products and services with headquarters in Houston, Texas. We maintain regional offices in the Americas, Asia, Africa, Europe, and the Middle East. 24 Operating Countries 70+ Operational Bases 12,000+ Valuable Employees 
## Oceaneering Corporate Headquarters
**Oceaneering International, Inc.**
5875 N. Sam Houston Pkwy. W. Suite 400
Houston, Texas, 77086
Tel: +1 713 329 4500 Show Map
Regional Headquarters
### [Aberdeen, UK](https://www.oceaneering.com/locations/united-kingdom/)
---
Building 3, Levels 2&3, Aberdeen International Business Park, Dyce Drive, Aberdeen, AB21 0BR,
UK +44 1224 758500 [View Regional Page](https://www.oceaneering.com/locations/united-kingdom/) Regional Headquarters
### [Abu Dhabi, UAE](https://www.oceaneering.com/locations/middle-east/)
---
Office 604, Mazyad Mall Tower 1
28th Street, Mohamed Bin Zayed City, Musaffah, Abu Dhabi,UAE, PO Box 4074
+971 2 555 5855 [View Regional Page](https://www.oceaneering.com/locations/middle-east/) Regional Headquarters
### [Baku, Azerbaijan](https://www.oceaneering.com/locations/azerbaijan/)
---
Sabail District, Salyan Highway,
13th km, Street 6/10, AZ1023
Baku City, Republic of Azerbaijan
+994 12 4047546
+994 55 50 59 696
[View Regional Page](https://www.oceaneering.com/locations/azerbaijan/) Regional Headquarters
### [Chandigarh, India](https://www.oceaneering.com/locations/india/)
---
DLF Developers, Rajiv Gandhi Technology Park, Site 22-23, Tower E, Chandigarh, 160101
India +91 1726611500 [View Regional Page](https://www.oceaneering.com/locations/india/) Regional Headquarters
### Houston, Texas
---
5875 N. Sam Houston Pkwy. W., Suite 400, Houston, Texas, 77086,
USA +1 713 329 4500 Regional Headquarters
### [Luanda, Angola](https://www.oceaneering.com/locations/africa/)
---
Avenida Deolinda Rodrigues, No. 495 Terra Nova, Luanda,
Angola +244 222 635 400 [View Regional Page](https://www.oceaneering.com/locations/africa/) Regional Headquarters
### Newfoundland, Canada
---
214 McNamara Drive, Paradise, NL A1L 0A6,
Canada +1 709 570 7072 Regional Headquarters
### [Perth, Australia](https://www.oceaneering.com/locations/australia/)
---
634 Karel Ave, Jandakot WA 6164,
Australia +61 8 6499 0000 [View Regional Page](https://www.oceaneering.com/locations/australia/) Regional Headquarters
### [Rio de Janeiro, Brazil](https://www.oceaneering.com/locations/brazil/)
---
Av. Rio Branco 123, 14th floor, Centro, Rio de Janeiro, RJ, 20040-005, Brazil +55 (21) 2729-8613 [View Regional Page](https://www.oceaneering.com/locations/brazil/) Regional Headquarters
### Selangor, Malaysia
---
2 Jalan Sungai Kayu Ara 32/31, Taman Perindustrian Berjaya Seksyen 32, 40460 Shah Alam, Selangor,
Malaysia +60358701200 Regional Headquarters
### [Stavanger, Norway](https://www.oceaneering.com/locations/norway/)
---
Vestre Svanholmen 24, 4313 Sandnes,
Norway +47 52 91 30 00 [View Regional Page](https://www.oceaneering.com/locations/norway/) Grayloc
### [Aberdeen, UK](https://www.oceaneering.com/locations/united-kingdom/)
---
**Grayloc® Products**
Site 39 Silverburn Place
Bridge of Don Industrial Estate
AB23 8EG
Aberdeen, Scotland +44 1224 222790 [View Regional Page](https://www.oceaneering.com/locations/united-kingdom/) Grayloc
### [Abu Dhabi, UAE](https://www.oceaneering.com/locations/middle-east/)
---
**Grayloc® Products**
Mazyad Mall Tower 1
28th Street, Mohamed Bin Zayed City
Abu Dhabi, UAE +971 2 409 2852 [View Regional Page](https://www.oceaneering.com/locations/middle-east/) Office
### [Ågotnes, Norway](https://www.oceaneering.com/locations/norway/)
---
K2 CCB- Basen, 5347 Ågotnes,
Norway [View Regional Page](https://www.oceaneering.com/locations/norway/) Office
### [Bergen, Norway](https://www.oceaneering.com/locations/norway/)
---
Sandslimarka 61-63, 5254 Sandsli,
Norway +47 52 91 30 00 [View Regional Page](https://www.oceaneering.com/locations/norway/) Grayloc
### Burlington, Canada
---
**Grayloc® Products Canada Ltd.**
1129 Northside Road, Unit 1
Burlington, Ontario
L7M 1H5
Canada +1 905 842 3150 Office
### [Doha, Qatar](https://www.oceaneering.com/locations/middle-east/)
---
Alfardan Commercial Tower, Al Funduq Street, Doha,
Qatar [View Regional Page](https://www.oceaneering.com/locations/middle-east/) Office
### [Dubai, UAE](https://www.oceaneering.com/locations/middle-east/)
---
Al Moosa Tower 2, Sheikh Zayed Road, Dubai,
UAE [View Regional Page](https://www.oceaneering.com/locations/middle-east/) Office
### [Florø, Norway](https://www.oceaneering.com/locations/norway/)
---
Fjordbase – Bygg 54, 6900 Florø,
Norway +47 52 91 30 00 [View Regional Page](https://www.oceaneering.com/locations/norway/) Office
### Georgetown, Guyana
---
SR2 Plantation Rome, Georgetown,
Guyana Office
### [Gloucester, UK](https://www.oceaneering.com/locations/united-kingdom/)
---
Unit 3B, 325 Bristol Road, Gloucester, GL2 5DN,
UK +44 1452 304694 [View Regional Page](https://www.oceaneering.com/locations/united-kingdom/) Office
### [Grimsby, UK](https://www.oceaneering.com/locations/united-kingdom/)
---
Unit 4 Westside Business Park, Estate Road No 2,
Grimsby, North East Lincolnshire,
DN31 2TG
UK +44 1472 287584 [View Regional Page](https://www.oceaneering.com/locations/united-kingdom/) Office
### [Hammerfest, Norway](https://www.oceaneering.com/locations/norway/)
---
Havneveien 50,
9610 Rypefjord,
Norway [View Regional Page](https://www.oceaneering.com/locations/norway/) Office
### Hanover, Maryland
---
7001 Dorsey Road, Hanover, MD 21076,
USA +1 443 459 3700 Manufacturing Facility
### Houston, Texas
---
**High Bay**
11917 Farm to Market Road 529
Houston, TX 77041
USA +1 713 329 4500 Grayloc
### Houston, Texas
---
**Grayloc® Products**
11915 FM 529
Houston, TX
77041
USA +1 713 466 8853 Manufacturing Facility
### [Kakinada, India](https://www.oceaneering.com/locations/india/)
---
Plot No-12 and 13, APIIC, Opp-Rill-Yard-51, Vakalpudi, Thammavaram Post, Kakinada 533005,
India [View Regional Page](https://www.oceaneering.com/locations/india/) Office
### [Kristiansund, Norway](https://www.oceaneering.com/locations/norway/)
---
Omagata 110 C, Bygg 14, 6517 Kristiansund,
Norway [View Regional Page](https://www.oceaneering.com/locations/norway/) Office
### [Macaé, Brazil](https://www.oceaneering.com/locations/brazil/)
---
Avenida Prefeito Aristeu Ferreira da Silva, 370, Macaé-RJ, Brazil +55 (22) 2757-9550 [View Regional Page](https://www.oceaneering.com/locations/brazil/) Office
### [Mongstad, Norway](https://www.oceaneering.com/locations/norway/)
---
Litlås 8. 5954 Mongstad,
Norway +47 52 91 30 00 [View Regional Page](https://www.oceaneering.com/locations/norway/) Office
### Morgan City, Louisiana
---
5004 Railroad Avenue, Morgan City, LA 70380,
USA +1 985 329 3900 Office
### [Mumbai, India](https://www.oceaneering.com/locations/india/)
---
C-302, Delphi, Hiranandani Gardens, Powai, Mumbai – 400076,
India +91 2241669800 [View Regional Page](https://www.oceaneering.com/locations/india/) Office
### [Muscat, Oman](https://www.oceaneering.com/locations/middle-east/)
---
Globex Business Center at Panorama Mall, Al Khuwayr, Muscat,
Sultanate of Oman [View Regional Page](https://www.oceaneering.com/locations/middle-east/) Manufacturing Facility
### [Niterói, Brazil](https://www.oceaneering.com/locations/brazil/)
---
Rua Alcides Pereira 03, Ilha da Conceição, Niterói, RJ, 24050-350, Brazil +55 (21) 2729-8900 [View Regional Page](https://www.oceaneering.com/locations/brazil/) Manufacturing Facility
### [Nodeland, Norway](https://www.oceaneering.com/locations/norway/)
---
Hagen 20, 4645 Nodeland,
Norway +47 52 91 30 00 [View Regional Page](https://www.oceaneering.com/locations/norway/) Office
### Orlando, Florida
---
8046 Horizon Park Dr,
Suite 800,
Orlando, FL 32809 (407) 429-2700 Manufacturing Facility
### Panama City, Florida
---
1700 C Ave, Panama City, FL 32401, United States +1 850 763 2366 Office
### [Pune, India](https://www.oceaneering.com/locations/india/)
---
Unit No.301, Building No. 2, 3rd Floor, Commerzone, Complex, Samrat Ashok Path, Off Airport Road, Yerwada, Pune, Maharashtra, 411006,
India +91 2067665600 [View Regional Page](https://www.oceaneering.com/locations/india/) Manufacturing Facility
### [Rosyth, UK](https://www.oceaneering.com/locations/united-kingdom/)
---
Dundas Road, Port of Rosyth, Fife, Scotland, KY11 2XS,
UK +44 1383 643400 [View Regional Page](https://www.oceaneering.com/locations/united-kingdom/) Office
### [Sandnessjøen, Norway](https://www.oceaneering.com/locations/norway/)
---
Øyvind Lambes vei 28, 8803 Sandnessjøen,
Norway +47 52 91 30 00 [View Regional Page](https://www.oceaneering.com/locations/norway/) Grayloc
### Selangor, Malaysia
---
**Oceaneering Grayloc® Connection Systems Sdn. Bhd.**
Unit 2, Jalan Sungai Kayu Ara 32/31
Berjaya Industrial Park, Section 32
40460 Shah Alam, Selangor Darul Ehsan
Malaysia +60 3 5870 1200 Office
### [Stockton, UK](https://www.oceaneering.com/locations/united-kingdom/)
---
109 Bowesfield Lane, Stockton on Tees, Cleveland, TS18 3HF,
UK +44 1642 604661 [View Regional Page](https://www.oceaneering.com/locations/united-kingdom/) Office
### [Swansea, UK](https://www.oceaneering.com/locations/united-kingdom/)
---
Unit 5, Castell Close, Swansea Enterprise Park Llansamlet, Swansea, West Glamorgan, SA7 9FH,
UK +44 1792 700177 [View Regional Page](https://www.oceaneering.com/locations/united-kingdom/) Office
### [Tbilisi, Georgia](https://www.oceaneering.com/locations/azerbaijan/)
---
2, Davit Gamrekeli Street, Axis Business Center 0192, Tbilisi, Georgia
+995 555 08 65 56
+994 55 50 59 696 [View Regional Page](https://www.oceaneering.com/locations/azerbaijan/) Office
### [Trondheim, Norway](https://www.oceaneering.com/locations/norway/)
---
Sluppenvegen 12E, 7037 Trondheim,
Norway +47 52 91 30 00 [View Regional Page](https://www.oceaneering.com/locations/norway/) Office
### [Whitley Bridge, UK](https://www.oceaneering.com/locations/united-kingdom/)
---
Unit 4b, 7 Doncaster Rd,
Whitley Bridge, Goole DN14 0HH,
UK +44 1977 661101 [View Regional Page](https://www.oceaneering.com/locations/united-kingdom/) Office
### [Wilton, UK](https://www.oceaneering.com/locations/united-kingdom/)
---
Piccadilly Offices, Wilton International Site, Redcar,
TS10 4RG,
UK +44 1642 770800 [View Regional Page](https://www.oceaneering.com/locations/united-kingdom/) Contact Us
## Our team of experts is ready to help you get started.
Oceaneering offers best-in-class products and solutions, backed by unparalleled quality, reliability, and global support. Fill out the inquiry form to start a conversation today.
**Search Tags:** '-Regions, Angola, APAC, Australia, Brazil, Canada, Gulf of Mexico, India, Locations, Mexico, Middle East, Norway, South America, UK
---
### [C-NavX3 GNSS Receiver](https://www.oceaneering.com/positioning-solutions/c-navx3-gnss-receiver/)
**Published:** June 5, 2025
**Author:** Monica Dahl
**Content:**
[ Discuss a Project ](https://www.oceaneering.com/positioning-solutions/#contact) [  ](https://www.oceaneering.com/wp-content/uploads/2024/07/MC-X3-Oceaneering-Enclosure-Front-1024x1024.jpg) [  ](https://www.oceaneering.com/wp-content/uploads/2024/07/MC-X3-Oceaneering-Enclosure-RHS-1024x1024.jpg) [  ](https://www.oceaneering.com/wp-content/uploads/2024/07/MC-X3-Oceaneering-Enclosure-LHS-1024x1024.jpg) [  ](https://www.oceaneering.com/wp-content/uploads/2024/07/C-Nav-S3-2.png) Receiver # C-NavX3™ GNSS Receiver
The C-NavX3™ GNSS Receiver is a compact, multi-frequency dual antenna GNSS receiver offering sub-decimeter position accuracy with C-Nav® LEO corrections via Iridium® Burst. Ideal for precise and demanding applications, it features increased processing power and sub-degree heading and pitch or roll accuracy.
[ Request more information ](#contact)
- Quad-band (GPS/GLONASS/Galileo/BeiDou) GNSS receiver
- Sub-decimeter level position accuracy using C-Nav® LEO corrections
- Dual antenna GNSS heading
- ###### [Features](#features)
- ###### [Tech Specs](#tech)
- ###### [Contact](#contact)
 Play Video ## Features
### Quad Band (GPS/GLONASS/Galileo/BeiDou) dual antenna position and heading receiver
Using all GNSS satellite constellations provides a more robust solution and mitigates against loss of performance in cluttered environments.
### Dual antenna GNSS heading
An optional GNSS heading feature can be activated to complement or replace conventional heading sensors.
### Interface box for flexible connectivity
Provides a wide range of interfacing options for maximum scalability.
### Sub-decimeter level position accuracy using C-Nav® LEO corrections
Survey grade Precise Point Positioning (PPP) can be achieved in more operations due to the Iridium delivery of C-Nav LEO signals.
### Integrated UHF radio, cellular modem (LTE), Bluetooth, and Wi-Fi
A wide range of interfacing options are available, making this product adaptable to a wide array of applications.
## Download the Brochure
[ C-NavX3™ GNSS Receiver ](https://oceaneering.canto.com/download/document/u5dems3opt7797rkrhepndmt71/original.pdf)### Contact Us
## Our team of experts is ready to help you get started.
Oceaneering offers best-in-class products and solutions, backed by unparalleled quality, reliability, and global support. Fill out the inquiry form to start a conversation today.
"\*" indicates required fields X/TwitterThis field is for validation purposes and should be left unchanged.\* = required fields Nature of Enquiry\*Please selectProduct/Service SalesTechnical SupportService ActivationPlease click this link [C-Nav® Activation License Request (oceaneering.com)](https://cnavauthcode.oceaneering.com/cnavportal/requestauthcodeexternal.aspx) for further assistance. You do not need to complete rest of form.Company\*Country\* Please SelectAfghanistanAlbaniaAlgeriaAmerican SamoaAndorraAngolaAnguillaAntarcticaAntigua and BarbudaArgentinaArmeniaArubaAustraliaAustriaAzerbaijanBahamasBahrainBangladeshBarbadosBelarusBelgiumBelizeBeninBermudaBhutanBoliviaBonaire, Sint Eustatius and SabaBosnia and HerzegovinaBotswanaBouvet IslandBrazilBritish Indian Ocean TerritoryBrunei DarussalamBulgariaBurkina FasoBurundiCabo VerdeCambodiaCameroonCanadaCayman IslandsCentral African RepublicChadChileChinaChristmas IslandCocos IslandsColombiaComorosCongoCongo, Democratic Republic of theCook IslandsCosta RicaCroatiaCubaCuraçaoCyprusCzechiaCôte d'IvoireDenmarkDjiboutiDominicaDominican RepublicEcuadorEgyptEl SalvadorEquatorial GuineaEritreaEstoniaEswatiniEthiopiaFalkland IslandsFaroe IslandsFijiFinlandFranceFrench GuianaFrench PolynesiaFrench Southern TerritoriesGabonGambiaGeorgiaGermanyGhanaGibraltarGreeceGreenlandGrenadaGuadeloupeGuamGuatemalaGuernseyGuineaGuinea-BissauGuyanaHaitiHeard Island and McDonald IslandsHoly SeeHondurasHong KongHungaryIcelandIndiaIndonesiaIranIraqIrelandIsle of ManIsraelItalyJamaicaJapanJerseyJordanKazakhstanKenyaKiribatiKorea, Democratic People's Republic ofKorea, Republic ofKuwaitKyrgyzstanLao People's Democratic RepublicLatviaLebanonLesothoLiberiaLibyaLiechtensteinLithuaniaLuxembourgMacaoMadagascarMalawiMalaysiaMaldivesMaliMaltaMarshall IslandsMartiniqueMauritaniaMauritiusMayotteMexicoMicronesiaMoldovaMonacoMongoliaMontenegroMontserratMoroccoMozambiqueMyanmarNamibiaNauruNepalNetherlandsNew CaledoniaNew ZealandNicaraguaNigerNigeriaNiueNorfolk IslandNorth MacedoniaNorthern Mariana IslandsNorwayOmanPakistanPalauPalestine, State ofPanamaPapua New GuineaParaguayPeruPhilippinesPitcairnPolandPortugalPuerto RicoQatarRomaniaRussian FederationRwandaRéunionSaint BarthélemySaint Helena, Ascension and Tristan da CunhaSaint Kitts and NevisSaint LuciaSaint MartinSaint Pierre and MiquelonSaint Vincent and the GrenadinesSamoaSan MarinoSao Tome and PrincipeSaudi ArabiaSenegalSerbiaSeychellesSierra LeoneSingaporeSint MaartenSlovakiaSloveniaSolomon IslandsSomaliaSouth AfricaSouth Georgia and the South Sandwich IslandsSouth SudanSpainSri LankaSudanSurinameSvalbard and Jan MayenSwedenSwitzerlandSyria Arab RepublicTaiwanTajikistanTanzania, the United Republic ofThailandTimor-LesteTogoTokelauTongaTrinidad and TobagoTunisiaTurkmenistanTurks and Caicos IslandsTuvaluTürkiyeUS Minor Outlying IslandsUgandaUkraineUnited Arab EmiratesUnited KingdomUnited StatesUruguayUzbekistanVanuatuVenezuelaViet NamVirgin Islands, BritishVirgin Islands, U.S.Wallis and FutunaWestern SaharaYemenZambiaZimbabweÅland Islands Country Name\* First Last Email\* PhoneVesselEnd Use Application\*Please SelectDynamic PositioningDP & Offshore Survey (Dual Use)Offshore Survey (O&G)Offshore Survey (Renewables)Position Monitoring (e.g. FPSO)Nearshore SurveyGovernment/ResearchMessage Δ
**Categories:** C-Nav® Positioning Solutions
---
### [Underride: UniMover™ O 600](https://www.oceaneering.com/oceaneering-mobile-robotics-omr/unimover-o-600/)
**Published:** October 10, 2023
**Author:** Louder Agency
**Content:**
[ Discuss a Project ](https://oceaneering.com/oceaneering-mobile-robotics-omr/#contact) Underride # UniMover™ O 600
Designed to work where space is limited, the UniMover™ O 600 meets bulk item transportation requirements across industries.
### UniMover™ O 600
The UniMover™ O 600 is a member of Oceaneering’s family of underride mobile robots. Developed for light industrial and healthcare applications where space is extremely limited, the UniMover™ O 600 offers best-in-class maneuverability. Its wraparound stainless-steel deck is easy to disinfect – with no crevices for dirt to ingress. As with all our mobile robots, the UniMover™ O 600 can be operated in mixed fleets.
##### Suitable for transporting bulk items:
- Engineered parts
- Food
- Laundry
- Medical equipment
- Packaging
- Pharmaceuticals
##### Brochures
[ UniMover™ O 600 Letter \| English ](https://oceaneering.canto.com/download/document/bfokbsjp3t17912uf5j97cm45s/original.pdf) [ UniMover™ O 600 \| English A4 ](https://oceaneering.canto.com/download/document/d47458lumh06r151je7ga9h41c/original.pdf) ### Drive
Omnidirectional
### Drive speed
Up to 5.9 ft/s \| 1.8 m/s
### Navigation
Natural Feature
### Handling height
16.1 in / 410 mm
### Max payload
1,322 lb / 600 kg
[  ](https://www.oceaneering.com/wp-content/uploads/2023/10/UniMover-O-600-220317_Unimover_apollo_03-1.png) [  ](https://oceaneering.com/wp-content/uploads/2023/10/UniMover-O-600-220317_Unimover_apollo_02-1.png) [  ](https://oceaneering.com/wp-content/uploads/2023/10/UniMover-O-600-220317_Unimover_apollo_01-1.png) Previous Next ## Unimover™ O 600 Underride Robot
 Play Video Contact Us ### Getting in touch with our experts
Do you have a question or need more info about our Mobile Robots? Please enter your contact details and describe your inquiry, and we’ll get back to you as soon as possible. Thanks!
**Categories:** Mobile Robotics
**Search Tags:** Mobile Robotics, Underrides
---
### [Veterans Recruiting](https://www.oceaneering.com/careers/veterans/)
**Published:** November 9, 2023
**Author:** Madelyn Werner
**Content:**
[ Contact Us ](https://oceaneering.com/contact-us/)# Hiring Heroes
Leverage your military experience with a career at Oceaneering.
Photo Credit: U.S. Navy
## Forge Your Future with Oceaneering
At Oceaneering, we uphold the same [values](https://oceaneering.com/about/mission-vision-and-values/) that resonate with military personnel: Do Things Right, Solve Complex Problems, Grow Together, Outperform Expectations, and Own the Challenge.
Here, your service-trained skills aren’t merely recognized, they’re celebrated. We admire your resilience, leadership, problem-solving acuity, and technical expertise, and we’re committed to helping you translate these skills seamlessly into our civilian workspace.
Imagine working with a global leader in technology services, tackling high-stakes projects on land, under water, and even in space. If you thrive under pressure and yearn for challenging work, you’ll find fulfillment at Oceaneering.
Professional growth is not an afterthought here – it’s a priority. We fuel your ambitions and foster an environment that encourages you to seize the initiative, hone your skills, and ascend to become an industry authority.
Safety isn’t just an item on our checklist; it’s woven into the fabric of our culture. Military candidates will find that everyone at Oceaneering – from our newest recruit to the CEO, we all contribute to the continuous improvement of our health, safety, and environmental standards.
## Join Us As We Solve the Unsolvable
At Oceaneering, we don’t just overcome complex operational challenges, we create industry-changing solutions. Set course for your future with us. We look forward to witnessing your journey. [ View Available Jobs ](https://ebfr.fa.us2.oraclecloud.com/hcmUI/CandidateExperience)## DOD SkillBridge Program
As an authorized DoD SkillBridge organization, Oceaneering works with each of the applicable branches of U.S. military services and respective installation commanders to develop SkillBridge training programs for their personnel.
Jump start your civilian career before leaving the service! Oceaneering can offer active duty service members – with transferable skills and experience – approved unpaid internship opportunities for in-demand career fields with high probability of post-service employment. SkillBridge Internships may start only during the service member’s 180-day window prior to separation from active duty. The internships require applicable military command approval, official no-cost TAD/TDY orders, and the successful completion of Oceaneering’s pre-internship screening requirements.
Want to see where your military skills fit within the civilian job market? Visit the [Veterans Job Matcher](https://careers.oceaneering.com/global/en/veterans).
# Contact Us
## Our team of experts is ready to help you get started.
Oceaneering offers best-in-class products and solutions, backed by unparalleled quality, reliability, and global support. Fill out the inquiry form to start a conversation today.
Name First Last RankBranch of ServiceArmyNavyAir ForceMarinesCoast GuardSpace ForceWhat is/ are your military occupation(s)?Current Base/InstallationCurrent location?Location after separation from active duty, if applicable?Are you still on active duty?YesNoAre you within your last 180-day window prior to separation from active duty?YesNoProjected Date of Separation MM slash DD slash YYYY Transition Assistance Program (TAP) Complete?YesNoAre you reaching out to inquire about a DoD SkillBridge Internship with Oceaneering?YesNoIf so, what is your specific SkillBridge Program of Interest (If known)Email Phone NumberQuestion/Comment Δ
**Search Tags:** Careers, Veterans
---
### [Geoscience and AUV Surveys](https://www.oceaneering.com/survey-and-mapping/geoscience-and-auv-surveys/)
**Published:** October 26, 2023
**Author:** Louder Agency
**Content:**
[ Discuss a Project ](https://oceaneering.com/survey-and-mapping/#contact)# Geoscience and AUV Surveys
## We have performed more than 400,000 km (or 75,000 hours) of high-resolution surveys, including pipeline inspections, to date.
As the first to offer commercial autonomous underwater vehicle (AUV) survey services to the offshore oil and gas industry, our expertise and commitment enable us to provide cost-effective surveying on a global scale.
We also complete shallow-water hydrographic and geophysical surveys for both the National Oceanic and Atmospheric Administration (NOAA) and oil and gas customers. Our integrated service approach enables us to offer a variety of shallow-water hazard survey and geophysical mapping options to address even the most complex needs.
## AUV Asset and Pipeline Inspection Surveys
We use high-quality and reliable pipeline and flowline inspection methods to verify subsea asset integrity, even in the deepest waters. Our AUV surveys provide higher-quality data than previous methods, while also being faster and more cost-effective than those methods. We have performed a wide variety of specialized AUV surveys, including downed aircraft searches, shipwreck investigations, subsidence studies, deepwater coral mapping, environmental studies, and high-resolution 3D microseismic at 13-ft (4-m) line spacing.
Our services also include geohazard, archaeological, pipeline preliminary, as-built, government, academic, and deepwater benthic community surveys. Our newest AUV survey technology, C-Surveyor VI, features a standard payload of side-scan sonar, multibeam echosounder, and subbottom profiler. The vehicle is also integrated with innovative sensors that include a 3D bathymetric laser, a camera photo mosaic system, a hydrocarbon detector, and a magnetometer.
[ AUV Survey ](https://oceaneering.canto.com/download/document/44jo5oakal6shfsstams3cg67m/original.pdf) [ AUV Pipeline Inspection ](https://oceaneering.canto.com/download/document/niernsgve16a3emdtgrsgapu7l/original.pdf) [ AUV Asset and Site Survey ](https://oceaneering.com/wp-content/uploads/2023/11/SS-Oceaneering-AUV-Asset-and-Site-Surveys.pdf)## Geohazard Surveys
These surveys identify hazardous seabed and near-seabed conditions for the project. Our customized sensor suite provides unmatched data quality to identify potential geohazards, including submarine landslides, mass transport complexes, debris flows, shallow gas accumulations, faults, mud volcanoes, and methane hydrates.
[ Geophysical Surveys ](https://oceaneering.canto.com/download/document/glo4bkn2gh1a31hna5ahdb4g47/original.pdf)## Professional Geoscience Services
We provide geohazard assessments, marine archaeological assessments, and integrated geotechnical/geophysical studies. Our geoscience reports meet or exceed international engineering requirements along with Bureau of Ocean Energy Management (BOEM) and Bureau of Safety and Environmental Enforcement (BSEE) guidelines.
Our geoscience professionals specialize in the processing, interpretation, and reporting of high-resolution geophysical data. Our teams also develop desktop studies and AUV pipeline inspection reports. Survey data collected for field developments or export pipeline routes provide engineers with front-end engineering design (FEED) data for the installation of proposed pipelines, flowlines, umbilicals, or other infrastructure. Geophysical data from deepwater AUV and conventional shelf surveys can also be incorporated in these studies. Our high-resolution site characterization survey reports assess seabed and subsurface geohazards and the impact of the proposed operations on archaeological resources.
[ Professional Geoscience Services ](https://oceaneering.canto.com/download/document/ipo2ofmoe56ibb25tg0b209t5n/original.pdf)## Shallow-Water Hazard Surveys
### Our decades of experience and integrated approach enable us to offer an unmatched portfolio of surveying and mapping options addressing shallow-water hazard and geophysical survey requirements.
- Nautical charting surveys
- Data processing and deliverables
- Hurricane debris surveys
- Prehistoric and historic marine archaeological surveys
- Wellsite hazard surveys
- Pipeline engineering and hazard surveys
- Route clearance surveys
- Pre-lay surveys
- As-built surveys
- Decommissioning clearance surveys
- Pipeline river crossing surveys
- Geotechnical soil sampling
- Telecommunications cable and pipeline landing site surveys
- Anchor scar investigation surveys
- Sand search surveys
- Burial assessment surveys
- Leg-hole inspection surveys
## Site Clearance and Verification Surveys
We provide BSEE-compliant site clearance and verification surveys for subsea decommissioning. We provide a side-scan sonar survey over a removed well or platform with a letter report and map identifying any debris within a 600-ft (182-m) radius (for a single-pile caisson) or a 1,320-ft (402-m) radius (for a platform).
We can complete surveys in all water depths by using small survey launches, the [Hugin 6000 AUV](https://www.oceaneering.com/products/hugin-superior-6000/) on the [Ocean Intervention II](https://www.oceaneering.com/products/ocean-intervention-2/) vessel. We can provide a Plan of Operations for submission to BSEE as well as any regulatory service or consulting in the process.
## Submarine Cable Route Surveys
Our Bothell, Wash., location provides highly mobile geophysical and hydrographic survey expertise in challenging and remote locations worldwide. Our scientists and engineers are trained in all aspects of shallow-water and nearshore survey operations. We have worked in locations from the Arctic and the Caribbean to the Strait of Magellan, as well as the Middle East-in total, we have completed surveys in more than 35 countries since 2005.
## Contact Us
### Our team of experts is ready to help you get started.
Oceaneering offers best-in-class products and solutions, backed by unparalleled quality, reliability, and global support. Fill out the inquiry form to start a conversation today.
**Categories:** Survey and Mapping
**Search Tags:** Geoscience and AUV Surveys, Survey and Mapping
---
### [Social Impact](https://www.oceaneering.com/sustainability/social-impact/)
**Published:** November 7, 2023
**Author:** Kristen Thurman
**Content:**
[ Contact Us ](https://oceaneering.com/sustainability/#contact)# Social Impact
Oceaneering is devoted to creating a talented and innovative workforce to enable us to engineer advanced technologies and services for all the industries we serve.
Oceaneering takes pride in the positive contributions the company and its employees have made to the communities in which we live and work, especially as we continue to build a diverse and inclusive workplace that fosters fairness and openness. ## STEM – Focused on Gender
In 2024, we saw a slight decrease in the number of women hired into science, technology, engineering, and mathematics (STEM) roles as compared to 2023.
There were 549 women hired overall in 2024; a slight decrease over 2023. Over 2,300 women have been hired by Oceaneering in the past five years, with over 900 hired in STEM roles.
| |
|---|
| Female Hiring | 2020 | 2021 | 2022 | 2023 | 2024 |
| STEM Roles | 98 | 166 | 213 | 224 | 203 |
| Overall\* | 221 | 416 | 561 | 582 | 549 |
| Percentage | 44% | 40% | 38% | 38% | 37% |
Employee Engagement ## Employee Resource Groups
At Oceaneering, our Employee Resource Groups (ERGs) are the cornerstone of our commitment to fostering a diverse and inclusive work environment. These groups, formed voluntarily by our employees, are dedicated to promoting diversity in all its forms, while aligning with [Oceaneering’s mission, vision, and values](https://www.oceaneering.com/about/mission-vision-and-values/). Each ERG is centered around an element of [diversity](https://www.oceaneering.com/careers/diversity-and-inclusion/), offering a supportive space for professional growth, talent development, and community engagement. Through these ERGs, we empower our employees to connect, collaborate, and contribute meaningfully to both their professional lives and broader community.
### Oceaneering Neurodiverse Employees
### Oceaneering Network of Black Leaders
### Oceaneering Pride Network
### Oceaneering Veterans’ Network
### Oceaneering Latin American Network (OLA)
### Rising Professionals ERG (IRISE)
### Oceaneering Women’s Network
## Community Partnerships
Oceaneering is proud to work with our strategic business associates to better serve our local communities through fundraisers, sponsorships and educational programs.
### Wounded Warriors Day on the Bay
Wounded Warriors Day on the Bay, Inc., is a veteran-run 501©19 non-profit and Maryland Tax Exempt Corporation created in 2012 to serve the local pre- and post-9/11 veteran population. This group hosts a one-day event each August at a participating yacht club on Chesapeake Bay to honor local veterans and their family members.
[ Learn more ](https://www.wwdayonthebay.org/)### Annual IPAA/PESA Externship
Each summer, junior level high school students are selected to participate in the program, which provides professional development and a job shadowing opportunity for future engineering and geosciences students at various Houston and Dallas/Fort Worth petroleum exploration, production and service company locations.
[ Learn more ](https://www.ipaa.org/education/)## Community Support
In good times and bad, Oceaneering and its workforce band together to ensure we protect and support our local communities. Oceaneering offers its employees volunteer hours to support these efforts.
- In 2025, [Team Oceaneering](https://events.nationalmssociety.org/teams/TeamOceaneering2024) surpassed $1 million in fundraising for the Bike Texas: MS 150.
- In 2025, [Oceaneering employees](https://www2.heart.org/site/TR?company_id=555544&fr_id=13149&pg=company) raised over $72,000 for the American Heart Association by participating in the Houston Heart Walk.
- Oceaneering supports STEM education by participating in the annual IPAA/PESA Externship, the annual Marine Advanced Technology Education (MATE) International ROV Competition, the annual NASA in Aberdeen Science Week, and more.
[  ](https://www.oceaneering.com/wp-content/uploads/2023/11/19ER-3840-scaled.jpeg) [  ](https://www.oceaneering.com/wp-content/uploads/2023/11/19ER-4400-scaled.jpeg) [  ](https://www.oceaneering.com/wp-content/uploads/2023/11/19ER-4050-scaled.jpeg) [  ](https://www.oceaneering.com/wp-content/uploads/2023/11/19ER-7096-scaled.jpeg) [  ](https://www.oceaneering.com/wp-content/uploads/2023/11/18HR9550-scaled.jpeg) [  ](https://www.oceaneering.com/wp-content/uploads/2023/11/18HR9547-scaled.jpeg) [  ](https://www.oceaneering.com/wp-content/uploads/2023/11/18JR6845-scaled.jpeg)## Contact Us
### Our team of experts is ready to help you get started.
Oceaneering offers best-in-class products and solutions, backed by unparalleled quality, reliability, and global support. Fill out the inquiry form to start a conversation today.
**Categories:** Sustainability
**Search Tags:** Sustainability
---
### [Safety Moments](https://www.oceaneering.com/sustainability/health-safety-and-quality-hse/safety-moments/)
**Published:** November 7, 2023
**Author:** Kristen Thurman
**Content:**
[ Contact Us ](https://oceaneering.com/sustainability/#contact)# Safety Moments
At Oceaneering, safety is our number one ethic and guides all that we do, from the wellsite to the board room. Our library of safety moment slides is available for meeting participants to address safety issues in a timely, clear and brief way at the start of any meeting.
## Safety Moment of the Month
Download this month’s slide to highlight safety in a timely and clear way at your next meeting.
[ Download PDF ](https://www.oceaneering.com/wp-content/uploads/2025/07/Safety-Moment-High-Voltage-Gloves.pdf) [ Download JPEG ](https://www.oceaneering.com/wp-content/uploads/2025/07/Safety-Moment-High-Voltage-Gloves.jpeg) [  ](https://www.oceaneering.com/wp-content/uploads/2025/07/Safety-Moment-High-Voltage-Gloves.pdf)## All Safety Moments
[  Safety Moments ### Rubber Insulating Gloves
](https://www.oceaneering.com/wp-content/uploads/2025/07/Safety-Moment-High-Voltage-Gloves.pdf) [  Safety Moments ### Before You Travel
](https://www.oceaneering.com/wp-content/uploads/2024/11/Security-Moment-Before-You-Travel.pdf) [  Safety Moments ### Dangerous Goods
](https://www.oceaneering.com/wp-content/uploads/2024/11/Safety-Moment-Shipping-Dangerous-Goods.pdf) [  Safety Moments ### Identifying Hazards
](https://www.oceaneering.com/wp-content/uploads/2024/11/Safety-Moment-Identifying-Hazards.pdf) [  Safety Moments ### Forklifts and Pedestrians
](https://www.oceaneering.com/wp-content/uploads/2024/11/Safety-Moment-Forklifts-and-Pedestrians.pdf) [  Safety Moments ### Radiation
](https://www.oceaneering.com/wp-content/uploads/2023/11/Safety-Moments-radiation-16x9-1.pdf) [  Safety Moments ### Working at Height
](https://www.oceaneering.com/wp-content/uploads/2023/11/Safety-Moments-working-at-height-16x9-1.pdf) [  Safety Moments ### Crane Safety
](https://www.oceaneering.com/wp-content/uploads/2023/11/Crane-safety.pdf) [  Safety Moments ### First Aid Saves Lives
](https://www.oceaneering.com/wp-content/uploads/2023/11/First-aid.pdf) [  Safety Moments ### Weather Preparedness
](https://www.oceaneering.com/wp-content/uploads/2023/11/Weather-preparedness.pdf) [  Safety Moments ### Slips Trips and Falls
](https://www.oceaneering.com/wp-content/uploads/2023/11/Slips-trips-falls.pdf) [  Safety Moments ### Happy With Your Work Space?
](https://www.oceaneering.com/wp-content/uploads/2023/11/Happy-with-your-work.pdf) [  Safety Moments ### Near Hit
](https://www.oceaneering.com/wp-content/uploads/2023/11/Near-hit.pdf) [  Safety Moments ### Fire Safety
](https://www.oceaneering.com/wp-content/uploads/2023/11/Fire-safety.pdf) [  Safety Moments ### Hand Tool Safety
](https://www.oceaneering.com/wp-content/uploads/2023/11/Hand-tool-safety.pdf) [  Safety Moments ### Do You Know What Tinnitus is?
](https://www.oceaneering.com/wp-content/uploads/2023/11/Do-you-know-what-tinnitus.pdf) [  Safety Moments ### Aerosol Can Safety
](https://www.oceaneering.com/wp-content/uploads/2023/11/Aerosol-can-safety.pdf) [  Safety Moments ### Moments at the Sink, or Days Ill in Bed
](https://www.oceaneering.com/wp-content/uploads/2023/11/Moments-at-the-sink.pdf) [  Safety Moments ### Unsafe Acts and Conditions
](https://www.oceaneering.com/wp-content/uploads/2023/11/Unsafe-acts-and-conditions.pdf) [  Safety Moments ### The Lone Workers
](https://oceaneering.canto.com/direct/presentation/67hqjuqo791olfqlfh1o7lbi71/_89dwzXguBsyMgFNECIF2gARM_w/original?content-type=application%2Fvnd.openxmlformats-officedocument.presentationml.presentation&name=Safety+Moments+-+16x9+-+full+library+-+19.pptx) [  Safety Moments ### Distracted Driving
](https://www.oceaneering.com/wp-content/uploads/2023/11/Distracted-driving.pdf) [  Safety Moments ### Pressure Testing
](https://www.oceaneering.com/wp-content/uploads/2023/11/Pressure-testing.pdf) [  Safety Moments ### Energy Isolation
](https://www.oceaneering.com/wp-content/uploads/2023/11/Energy-isolation.pdf) [  Safety Moments ### Confined Space
](https://www.oceaneering.com/wp-content/uploads/2023/11/Confined-space.pdf) [  Safety Moments ### Working at Height
](https://www.oceaneering.com/wp-content/uploads/2023/11/Working-at-height.pdf) [  Safety Moments ### Radiation
](https://www.oceaneering.com/wp-content/uploads/2023/11/Radiation.pdf) [  Safety Moments ### Know Your Exits
](https://www.oceaneering.com/wp-content/uploads/2023/11/Know-your-exits.pdf) [  Safety Moments ### Is Your Drinking Water Safe?
](https://www.oceaneering.com/wp-content/uploads/2023/11/Is-your-drinking-water-safe.pdf) [  Safety Moments ### Taking Responsibility
](https://www.oceaneering.com/wp-content/uploads/2023/11/Taking-responsibility.pdf) [  Safety Moments ### Office Safety
](https://www.oceaneering.com/wp-content/uploads/2023/11/Office-safety.pdf) [  Safety Moments ### Distracted Walking
](https://www.oceaneering.com/wp-content/uploads/2023/11/Distracted-walking.pdf) [  Safety Moments ### Know Before You Go
](https://www.oceaneering.com/wp-content/uploads/2023/11/Know-before-you-go.pdf) [  Safety Moments ### Fire Prevention Tips
](https://www.oceaneering.com/wp-content/uploads/2023/11/Fire-Prevention-Tips.pdf) [  Safety Moments ### Ladder Safety
](https://www.oceaneering.com/wp-content/uploads/2023/11/Ladder-safety.pdf) [  Safety Moments ### Pressurized Equipment Safety
](https://www.oceaneering.com/wp-content/uploads/2023/11/Safety-Moments-Pressurized-Equipment-16x9-1.pdf) [  Safety Moments ### Eye and Face Protection Safety
](https://www.oceaneering.com/wp-content/uploads/2023/11/Eye-and-face.pdf) [  Safety Moments ### Parking Lot Safety
](https://www.oceaneering.com/wp-content/uploads/2023/11/Parking-lot-safety.pdf) [  Safety Moments ### Lifting and Hoisting
](https://www.oceaneering.com/wp-content/uploads/2023/11/Lifting-and-hoisting.pdf) [  Safety Moments ### Stop the job
](https://www.oceaneering.com/wp-content/uploads/2023/11/Stop-the-job.pdf) [  Safety Moments ### UV Safety
](https://www.oceaneering.com/wp-content/uploads/2023/11/UV-Safety.pdf) [  Safety Moments ### Identity Theft
](https://www.oceaneering.com/wp-content/uploads/2023/11/Identity-theft.pdf) [  Safety Moments ### Suspended Loads
](https://www.oceaneering.com/wp-content/uploads/2023/11/Suspended-loads.pdf) [  Safety Moments ### COVID-19 Coronavirus Simple Precautions
](https://www.oceaneering.com/wp-content/uploads/2023/11/Safety-Moments-16x9-full-library-43.pdf) [  Safety Moments ### Beat the Heat
](https://www.oceaneering.com/wp-content/uploads/2023/11/Beat-the-heat.pdf) [  Safety Moments ### Avoid Phishing Scams
](https://www.oceaneering.com/wp-content/uploads/2023/11/Avoid-phishing-scams.pdf) [  Safety Moments ### Don’t Take Pain Sitting Down
](https://www.oceaneering.com/wp-content/uploads/2023/11/Dont-take-pain.pdf) [  Safety Moments ### Clean Workspace
](https://www.oceaneering.com/wp-content/uploads/2023/11/Clean-Workspace.pdf) [  Safety Moments ### Batteries at Home
](https://www.oceaneering.com/wp-content/uploads/2023/11/Batteries-at-Home.pdf) [  Safety Moments ### Industrial Battery Systems Handling
](https://www.oceaneering.com/wp-content/uploads/2023/11/Industrial-Battery-Systems-Handling.pdf) [  Safety Moments ### Industrial Battery Systems Storage
](https://www.oceaneering.com/wp-content/uploads/2023/11/Industrial-Battery-Systems-Storage.pdf) [  Safety Moments ### Combatting Virtual Fatigue
](https://www.oceaneering.com/wp-content/uploads/2023/11/Combatting-Virtual-Fatigue.pdf) [  Safety Moments ### Dealing with Fatigue and Stress
](https://www.oceaneering.com/wp-content/uploads/2023/11/Dealing-with-Fatigue-and-Stress.pdf) [  Safety Moments ### DVT/PE Risks and Flying
](https://www.oceaneering.com/wp-content/uploads/2023/11/DVT-PE-Risks-and-Flying.pdf) [  Safety Moments ### Healthy Vision
](https://www.oceaneering.com/wp-content/uploads/2023/10/Healthy-Vision.pdf) [  Safety Moments ### Stress
](https://www.oceaneering.com/wp-content/uploads/2023/10/Stress.pdf) [  Safety Moments ### Don’t fall for home falls
](https://www.oceaneering.com/wp-content/uploads/2023/10/Dont-fall-for-home-falls.pdf) [  Safety Moments ### What does your vehicle say about you?
](https://www.oceaneering.com/wp-content/uploads/2023/10/What-does-your-vehicle-say-about-you.pdf) [  Safety Moments ### Children’s Mental Health
](https://www.oceaneering.com/wp-content/uploads/2023/10/Childrens-Mental-Health.pdf)## Contact Us
### Our team of experts is ready to help you get started.
Oceaneering offers best-in-class products and solutions, backed by unparalleled quality, reliability, and global support. Fill out the inquiry form to start a conversation today.
**Categories:** Sustainability
**Search Tags:** Health, Safety, Security, Environment, and Quality, News and Media, Safety Moments
---
### [Employee Spotlight](https://www.oceaneering.com/careers/people-and-culture/employee-spotlight/)
**Published:** November 9, 2023
**Author:** Madelyn Werner
**Content:**
[ Contact Us ](https://oceaneering.com/contact-us/)# Employee Spotlight
Oceaneering is devoted to creating a talented and innovative workforce. To do that we are highlighting employees who contribute directly and indirectly to our technological advances. [](https://www.oceaneering.com/casey-glenn-a-day-in-the-life-of-an-product-development-manager/ "Casey Glenn - A Day in the Life of an Product Development Manager") 5/21/2025 ### [Casey Glenn – A Day in the Life of an Product Development Manager](https://www.oceaneering.com/casey-glenn-a-day-in-the-life-of-an-product-development-manager/ "Casey Glenn - A Day in the Life of an Product Development Manager")
Casey Glenn is the Senior Manager for New Product Development in Europe, Middle East, and Africa (EMEA) in Stavanger, Norway….
[Read More](https://www.oceaneering.com/casey-glenn-a-day-in-the-life-of-an-product-development-manager/) [](https://www.oceaneering.com/chad-black-a-day-in-the-life-of-a-project-manager/ "Chad Black - A Day in the Life of a Project Manager") 2/12/2025 ### [Chad Black – A Day in the Life of a Project Manager](https://www.oceaneering.com/chad-black-a-day-in-the-life-of-a-project-manager/ "Chad Black - A Day in the Life of a Project Manager")
Chad Black serves as the Project Management Lead for Oceaneering’s Subsea Robotics segment. Based in Morgan City, Louisiana, Chad leads…
[Read More](https://www.oceaneering.com/chad-black-a-day-in-the-life-of-a-project-manager/) [](https://www.oceaneering.com/jason-duncan-a-day-in-the-life-of-an-engineering-manager/ "Jason Duncan - A Day in the Life of a Senior Operations Manager") 2/11/2025 ### [Jason Duncan – A Day in the Life of a Senior Operations Manager](https://www.oceaneering.com/jason-duncan-a-day-in-the-life-of-an-engineering-manager/ "Jason Duncan - A Day in the Life of a Senior Operations Manager")
Jason Duncan is the Senior Operations Manager for Oceaneering’s Manufactured Products Group in Houston, Texas. A mechanical engineer by trade,…
[Read More](https://www.oceaneering.com/jason-duncan-a-day-in-the-life-of-an-engineering-manager/) [](https://www.oceaneering.com/james-harris-a-day-in-the-life-of-a-software-engineer/ "James Harris - A Day in the Life of a Software Engineer") 1/22/2025 ### [James Harris – A Day in the Life of a Software Engineer](https://www.oceaneering.com/james-harris-a-day-in-the-life-of-a-software-engineer/ "James Harris - A Day in the Life of a Software Engineer")
James Harris joined Oceaneering Technologies (OTECH) in Hanover, Maryland, as a full-time Senior Software Engineer in the summer of 2023….
[Read More](https://www.oceaneering.com/james-harris-a-day-in-the-life-of-a-software-engineer/) [](https://www.oceaneering.com/ian-francis-a-day-in-the-life-of-an-onshore-remote-operations-center-oroc-supervisor/ "Ian Francis – A Day in the Life of an Onshore Remote Operations Center (OROC) Supervisor") 11/6/2024 ### [Ian Francis – A Day in the Life of an Onshore Remote Operations Center (OROC) Supervisor](https://www.oceaneering.com/ian-francis-a-day-in-the-life-of-an-onshore-remote-operations-center-oroc-supervisor/ "Ian Francis – A Day in the Life of an Onshore Remote Operations Center (OROC) Supervisor")
Ian Francis, Oceaneering’s Onshore Remote Operations Center (OROC) Supervisor in Morgan City, Louisiana, is at the forefront of a technological…
[Read More](https://www.oceaneering.com/ian-francis-a-day-in-the-life-of-an-onshore-remote-operations-center-oroc-supervisor/) [](https://www.oceaneering.com/mack-bennett-a-day-in-the-life-of-an-automation-engineer/ "Mack Bennett - A Day in the Life of an Automation Engineer") 9/25/2024 ### [Mack Bennett – A Day in the Life of an Automation Engineer](https://www.oceaneering.com/mack-bennett-a-day-in-the-life-of-an-automation-engineer/ "Mack Bennett - A Day in the Life of an Automation Engineer")
Mack Bennett is an Automation Engineer for Oceaneering Mobile Robotics (OMR). She is responsible for implementing, testing, supporting, and installing…
[Read More](https://www.oceaneering.com/mack-bennett-a-day-in-the-life-of-an-automation-engineer/) [](https://www.oceaneering.com/patrick-mcgarry-a-day-in-the-life-of-a-commissioning-technician/ "Patrick McGarry - A Day in the Life of a Commissioning Technician") 8/15/2024 ### [Patrick McGarry – A Day in the Life of a Commissioning Technician](https://www.oceaneering.com/patrick-mcgarry-a-day-in-the-life-of-a-commissioning-technician/ "Patrick McGarry - A Day in the Life of a Commissioning Technician")
Patrick McGarry is a Commissioning Technician for Oceaneering Mobile Robotics (OMR) in Orlando, Florida. OMR solves operational challenges and optimizes…
[Read More](https://www.oceaneering.com/patrick-mcgarry-a-day-in-the-life-of-a-commissioning-technician/) [](https://www.oceaneering.com/steven-goodson-a-day-in-the-life-of-an-rov-tech/ "Steven Goodson - A Day in the Life of an ROV Tech") 7/22/2024 ### [Steven Goodson – A Day in the Life of an ROV Tech](https://www.oceaneering.com/steven-goodson-a-day-in-the-life-of-an-rov-tech/ "Steven Goodson - A Day in the Life of an ROV Tech")
Steven Goodson is Oceaneering’s Subsea Robotics Offshore Project Manager. He oversees the remotely operated vehicles (ROV) on board vessels and…
[Read More](https://www.oceaneering.com/steven-goodson-a-day-in-the-life-of-an-rov-tech/) [](https://www.oceaneering.com/adriana-davila-garay-a-day-in-the-life-of-an-electrical-engineer/ "Adriana Davila Garay - A Day in the Life of an Electrical Engineer") 7/15/2024 ### [Adriana Davila Garay – A Day in the Life of an Electrical Engineer](https://www.oceaneering.com/adriana-davila-garay-a-day-in-the-life-of-an-electrical-engineer/ "Adriana Davila Garay - A Day in the Life of an Electrical Engineer")
Adriana Davila Garay is an Electrical Engineer I in Oceaneering’s Hanover, MD facility. She joined the company’s Oceaneering Technologies (OTECH)…
[Read More](https://www.oceaneering.com/adriana-davila-garay-a-day-in-the-life-of-an-electrical-engineer/) [](https://www.oceaneering.com/blanca-montoya-a-day-in-the-life-of-a-product-manager/ "Blanca Montoya – A Day in the Life of a Product Manager") 6/29/2024 ### [Blanca Montoya – A Day in the Life of a Product Manager](https://www.oceaneering.com/blanca-montoya-a-day-in-the-life-of-a-product-manager/ "Blanca Montoya – A Day in the Life of a Product Manager")
Blanca Montoya is a Product Manager for Oceaneering’s Subsea Robotics business unit. She launches new products into the market, manages…
[Read More](https://www.oceaneering.com/blanca-montoya-a-day-in-the-life-of-a-product-manager/) [ See all posts ](https://oceaneering.com/blog/?_categories=women-in-technology)
**Search Tags:** Careers
---
### [Special Periodic Surveys and UWILD](https://www.oceaneering.com/asset-integrity-management/floating-systems-inspection-and-integrity-services/special-periodic-surveys-and-uwild/)
**Published:** November 9, 2023
**Author:** Madelyn Werner
**Content:**
[ Discuss a Project ](/asset-integrity/#contact)
# Special Periodic Surveys and UWILD
We treat vessels as holistic assets and do not categorize inspections as simply subsea or topside.
[ Underwater Inspection in Lieu of Drydocking (UWILD) ](https://oceaneering.canto.com/direct/document/q5t35beu6h25935e9t54d18t3t/zhdAADCIv5vn8K5TBwt6QIY5ph4/original?content-type=application%2Fpdf&name=SSPJ-Underwater-Inspection-in-Lieu-of-Drydocking-%28UWILD%29.pdf)
Our extensive, in-house capabilities enable us to provide you with an entire scope of inspection work, including special periodic surveys (SPSs) and underwater inspection in lieu of drydocking (UWILD).
## Capitalizing on Opportunity
Our pre-mobilized drilling ROVs enable flexibility and completion of inspections during ideal weather windows.
[  Play Video ](https://oceaneering.canto.com/direct/video/6pobv1esml6bn3hrpl1b31b950/Z9VydKQLWJXX1eHiaw-yI-s3jjU/original?content-type=video%2Fmp4&name=UWILD+_+Oceaneering.mp4) [  Play Video ](https://oceaneering.canto.com/direct/video/rm58bk2ee54m78dgdgelrlg24i/2-X2xwvtdHceUSkUZuqETh7apFE/original?content-type=video%2Fmp4&name=UWILD+-+ROV+Inspection.mp4) Previous Next
## From Derrick to Seabed
We have you covered. We evaluate critical infrastructure and equipment using techniques and methods from [rope access](https://oceaneering.com/asset-integrity/in-service-inspection/ensuring-access/) and non-destructive testing (NDT) to ROV- and crawler-based UWILD.
Whether working topside or subsea, we create and execute inspection plans specifically timed to help customers reduce or eliminate costly off-hire time.
## Remote Inspection Capabilities
We provide unmatched flexibility with our capability and experience in performing inspections using our remote piloting and automated control technology (RPACT). This revolutionary method of ROV control offers extensive benefits and enables a class inspector to use our existing data networks to complete UWILD from a remote location.
###### Reduced costs
###### Real-time data delivery
###### Fewer personnel and less equipment mobilized
###### Rapid deployment to capitalize on favorable inspection conditions
### Field Proven. Industry Leading.
Read our case studies featuring SPS and UWILD projects.
[ See All Case Studies ](https://oceaneering.com/resources/?_content_types=case-study) Previous Next [ ](https://www.oceaneering.com/case-studies/special-periodic-survey-team-delivers-optimized-solution-for-client-in-us-gulf/)
### Private: Special Periodic Survey Team Delivers Optimized Solution for Client in US Gulf
### Private: Special Periodic Survey Team Delivers Optimized Solution for Client in US Gulf
In Q3 2023, Oceaneering was challenged to provide special periodic survey (SPS) services to a leading drilling…
[Learn More ](https://www.oceaneering.com/case-studies/special-periodic-survey-team-delivers-optimized-solution-for-client-in-us-gulf/) [ ](https://www.oceaneering.com/case-studies/emergency-dock-assessment-uses-sonar-mapping-to-confirm-damage/)
### Emergency Dock Assessment Uses Sonar Mapping to Confirm Damage
### Emergency Dock Assessment Uses Sonar Mapping to Confirm Damage
In late 2022, a client we had worked with, primarily on projects related to life extension and…
[Learn More ](https://www.oceaneering.com/case-studies/emergency-dock-assessment-uses-sonar-mapping-to-confirm-damage/) [ ](https://www.oceaneering.com/case-studies/optimized-fspo-ballast-tank-inspection-scope-eliminates-confined-space-entry/)
### Optimized FSPO Ballast Tank Inspection Scope Eliminates Confined Space Entry
### Optimized FSPO Ballast Tank Inspection Scope Eliminates Confined Space Entry
In October 2023, Oceaneering completed a 13-day inspection scope on three dual-compartment L-shaped ballast tanks on a…
[Learn More ](https://www.oceaneering.com/case-studies/optimized-fspo-ballast-tank-inspection-scope-eliminates-confined-space-entry/) [ ](https://www.oceaneering.com/case-studies/oceaneering-successfully-conducts-remote-uwild-operations-around-the-globe/)
### Remote UWILD Operations Successful Around the Globe
### Remote UWILD Operations Successful Around the Globe
Over the past five years, Oceaneering has changed the way it offers Underwater Inspections In Lieu of…
[Learn More ](https://www.oceaneering.com/case-studies/oceaneering-successfully-conducts-remote-uwild-operations-around-the-globe/) [ ](https://www.oceaneering.com/case-studies/floating-unit-inspections-by-mini-rov-increasing-capability/)
### Floating Unit Inspections by Mini-ROV Increasing Capability
### Floating Unit Inspections by Mini-ROV Increasing Capability
[Learn More ](https://www.oceaneering.com/case-studies/floating-unit-inspections-by-mini-rov-increasing-capability/)
# Contact Us
## Our team of experts is ready to help you get started.
Oceaneering offers best-in-class products and solutions, backed by unparalleled quality, reliability, and global support. Fill out the inquiry form to start a conversation today.
**Categories:** Asset Integrity Management, Integrity Management, UWILD
**Search Tags:** Asset Integrity
---
### [Subsea Connection Systems](https://www.oceaneering.com/subsea-connection-systems/)
**Published:** November 9, 2023
**Author:** Madelyn Werner
**Content:**
[ Discuss a Project ](https://oceaneering.com/subsea-connection-systems/#contact)
# Subsea Connection Systems
Our portfolio of field-proven connection systems provides reliable solutions that meet the diverse needs of your global operations, from routine to extreme.
## Compact, Robust Solutions
We meet your needs with solutions engineered to increase efficiency, deliver cost savings, and operate reliably. Our API-compliant connection systems meet the demands of both shallow-water and deepwater applications while leveraging compact design and industry-leading Grayloc metal-to-metal sealing technology.
### Flowline Connection Systems
Cost-effective horizontal and vertical systems integrating Oceaneering Grayloc metal-to-metal sealing technology.
[ Learn more ](https://oceaneering.com/flowline-connection-systems/) 
### M5 Connection System
ROV-installable solution enabling the injection of gas or chemicals into subsea infrastructure.
[ Learn more ](https://oceaneering.com/subsea-connection-systems/m5-connection-system/) 
### Pig Launchers and Receivers
Subsea and surface-loadable, our ROV- and remotely-operated configurations serve your requirements for life-of-field operations.
[ Subsea Pig Launchers ](https://oceaneering.canto.com/direct/document/agdqd298h12032i4730qmefu11/YuInhOzxs1Ghf_3UHxA1SYrrhjo/original?content-type=application%2Fpdf&name=OCS-Subsea-Pig-launchers.pdf) 
### Jumper Systems
We provide a one-stop-shop for complete jumper systems and deliver solutions that reduce vendor management.
### Grayloc Technology
Grayloc metal-to-metal technology enables our subsea connections to deliver reliability and efficiency in compact, robust designs.
[ Learn more ](https://oceaneering.com/grayloc-home/)
# Contact Us
## Our team of experts is ready to help you get started.
Oceaneering offers best-in-class products and solutions, backed by unparalleled quality, reliability, and global support. Fill out the inquiry form to start a conversation today.
---
### [Subsea Distribution Solutions](https://www.oceaneering.com/subsea-distribution-solutions/)
**Published:** November 9, 2023
**Author:** Madelyn Werner
**Content:**
# Subsea Distribution Solutions
Reduce your risk in harsh subsea environments with our cost-effective subsea distribution solutions engineered specifically for challenging conditions.
## Working Together to Reduce Risk and Meet Requirements
Early engagement with customers ensures optimized system design, reduced project risk, and adherence to schedule and budgetary requirements.
- Top-to-bottom systems reduce vendor management and project risk
- Experience and expertise are used to deliver reliable systems engineered for long step-outs, ultra-deep water depths, and high-temperature applications
- Global in-house engineering, analysis, qualification capabilities, and world-class manufacturing facilities mean your systems benefit from continuous investment and improvement
- Emphasis on manufacturability and maintenance-free operation through the design life of the system
## In-house Analysis, Testing, and Qualification
We understand the criticality of your subsea distribution systems and deliver solutions designed to function effectively, without maintenance, through the entire design life.
We deliver peace-of-mind and reliability by designing and manufacturing systems using third party verified approaches that help us predict and demonstrate how products will perform. In-house analysis, test, and qualification capabilities enhance confidence in predictability. This detailed understanding provides you with assurance that systems will function safely and as expected when deployed.
[ Learn More ](https://oceaneering.com/subsea-distribution-solutions/services/) Contact Us
### Our team of experts is ready to help you get started.
Oceaneering offers best-in-class products and solutions, backed by unparalleled quality, reliability, and global support. Fill out the inquiry form to start a conversation today.
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**Categories:** Subsea Distribution Solutions
**Search Tags:** Subsea Distribution Solutions
---
### [Applicant Terms and Conditions](https://www.oceaneering.com/careers/information-for-job-seekers/applicant-terms-and-conditions/)
**Published:** November 9, 2023
**Author:** Madelyn Werner
**Content:**
[ Contact Us ](https://oceaneering.com/contact-us/)# Terms and Conditions
## Terms and Agreement
### (Excluding Australia and Netherlands)
I understand and agree that:
1. All facts I have provided on this application, in any resume or other materials I have submitted, during any job interview are true and complete. Any false or misleading statement, misrepresentation, or omission of fact(s) on this application, withdrawing any offer of employment, or immediate discharge, regardless of when such false statement, misrepresentation, or omission is discovered.
2. Any offer of employment I may receive from Oceaneering International, Inc (together with its subsidiaries and affiliated entities, the “Company”) is contingent upon my successful completion of the total pre-employment screening process and new hire in-processing, including the Company’s receipt of references that it considers satisfactory, and my satisfactory completion of any applicable post-job offer pre-employment examination including physical examinations, that the company may require.
3. I understand that if an offer of employment is made, I may be required to undergo and successfully pass a test for alcohol and/or illegal drugs, and prescribed over-the-counter drugs that may impair my ability to perform my job or may affect the safety or well-being of others in accordance with the Company’s Drug and Alcohol Policy. I also understand and agree that, if employed, I may be required to submit to an alcohol or drug test at the discretion of the Company consistent with applicable law and the Company’s Policy. It is the policy of the Company to ensure the privacy of all applicants and employees in connection with drug and alcohol testing. I understand I may consult with the Company’s Human Resources department for further information concerning the Company’s drug and alcohol testing policy.
4. I authorize the Company or the Company’s agent, at any time prior to or during my employment, to: (a) investigate my references and employment record; (b) communicate with my former employers provided as references; (c) conduct an independent investigation of my character, conduct and employment record, including, without limitation, a criminal background check and/or request a credit report and/or request an investigative background credit report. I understand that the results of investigation or background checks may be kept and preserved. Additionally, I release the Company, its subsidiaries, their officers, employees and agents, and any other person from all liability for any damage that may result from furnishing information to the Company.
5. Subject to any applicable agreements and policies with such employers and individuals, I authorize and request that all of my present and former employers and those individuals I have listed as references furnish information about my employment record, including the reason for the termination of my employment, work performance, abilities, and other qualities pertinent to my qualifications for employment. I hereby release them and the Company from any and all liability for damages arising from furnishing the requested information.
6. This paragraph only applies to positions in the U.S. and to the extent allowed by applicable law. All employees of the Company are employees “at will”. If employed, I may terminate my employment at any time, with our without cause, and the Company may terminate my employment at any time with our without cause. Nothing contained in the Employee Handbook or any other documentation provided to an employee is intended to limit, modify, change, or amend the “at will” nature of employment with the Company. Any salary figures provided in annual or monthly terms are stated for the sake of convenience or to facilitate comparisons and are not intended and do not create an employment contract for any specific period of time. I understand that no person other than the Company’s Chief Executive Officer has the authority to agree to modify or change the “at will” nature of my employment and that any such modification or change must be in writing and signed by the Company’s Chief Executive Officer.
7. I agree that upon termination of my employment I will return all Company property and records in my possession.
8. Personal or professional references may be required upon request.
9. The information I submit for potential job opportunities with Oceaneering will be used, held, transferred, processed and saved for purposes related to possible current and future employment. By agreeing to the terms and agreements I give Oceaneering my consent, understanding and authorization that the personal data entered into the application and information on my resume/CV uploaded, can be transferred and accessed globally and transferred outside my country of origin by persons responsible for employment queries and requests. I understand that the information will be retained according to Oceaneering’s corporate records retention guidelines. Oceaneering will maintain the privacy of such data and only those authorized to use it will be permitted access.
Oceaneering provides this Applicant Data Protection Notice to explain our practices regarding the collection, use, and other processing of certain individually identifiable information about job applicants or other potential employees (“Personal Data”), in connection with recruiting and hiring activities. For more detail, click [HERE](https://docs.google.com/a/oceaneering.com/viewer?a=v&pid=sites&srcid=b2NlYW5lZXJpbmcuY29tfGNvbXBsaWFuY2V8Z3g6NDkxYTAyM2ZhN2I0ODE1NQ).
## Australia Terms and Agreement
1. I understand and agree as follows:
1. I have represented to Oceaneering International, Inc (the “**Company**“) that all information that I have provided as part of this application, including in any resume or other materials I have submitted or in connection with any job interview, are true and complete. Any false or misleading statement, misrepresentation, or omission of fact(s) which it is likely would be material to the Company’s decision to offer employment, in connection with this application may result in the Company withdrawing any offer of employment, or immediate termination of my employment with the Company, regardless of when such false statement, misrepresentation, or omission is discovered.
2. Any offer of employment I may receive from the Company, or its related bodies corporate (as that term is defined in the *Corporations Act 2001*(Cth)), is contingent upon completion of the pre-employment screening process and new hire in-processing to the satisfaction of the Company (in its absolute discretion), which may include, but is not limited to, a review of my credit, criminal and employment histories and personal and professional references, as well as completion of any applicable post-job offer pre-employment examination including physical examinations that the Company may require, to its satisfaction. If the results of the screening process and new hire in-processing described above prove unsatisfactory, the Company reserves the right to withdraw any offer and/or terminate my employment with the Company (if commenced) with immediate effect, and without the payment to me of any compensation.
3. If an offer of employment is made, it may be a condition of this offer (and my ongoing employment) that I undergo and successfully pass a test for alcohol and/or illegal drugs and/or prescribed over-the-counter drugs that may impair my ability to perform my job or may affect the safety or well-being of others from time to time, as directed by the Company and in accordance with the Company’s Drug and Alcohol Policy.
2. Acknowledge and authorize the Company or the Company’s agent, at any time prior to or during my employment, to:
1. conduct reference checks in relation to my application for employment and/or my employment with the Company and/or its wholly owned subsidiary;
2. collect my personal information, being information or an opinion (including information or an opinion forming part of a database), whether true or not, and whether recorded in a material form or not, about me, where my identity is apparent, or can reasonably be ascertained, from the information or opinion (**Personal Information**);
3. conduct background checks in relation to my application for employment and/or my employment with the Company and/or its wholly owned subsidiary from time to time, including without limitation (and to the extent permitted by law), searches for any criminal records, employment and education verifications; personal credit history based on reports from any credit bureau; driving history, including any traffic citations; criminal and civil history/records; and any public record;
4. require me to undergo and successfully pass a test for alcohol and/or illegal drugs, and/or prescribed over-the-counter drugs that may impair my ability to perform my job or may affect the safety or well-being of others in accordance with the Company’s Drug and Alcohol Policy.
5. store any information (including Personal Information) collected by the Company and/or collection agencies on behalf of the Company, for use in a manner deemed fit by the Company, and to disclose any information (including Personal Information) collected by the Company and/or collection agencies on behalf of the Company, to:
1. legal and regulatory authorities (such as the Australian Taxation Office), accountants, auditors, lawyers and other outside professional advisers, and companies who provide products and services to the Company (such as IT systems suppliers) (Required Recipients); and
2. the Company’s related bodies corporate (as that term is defined at section 50 of the Corporations Act 2001 (Cth), whether or not that Act applies) to facilitate centralised management of records and other functions.
6. without limiting 2(e) above, to disclose personal information to related bodies corporate and/or Required Recipients located in another country, including without limitation, including where such country’s legislation does not provide the equivalent level of personal data protection as that in force in Australia.
3. I agree to assist the Company and their nominated collection agencies and their representatives in verifying and collecting any information, including Personal Information, and agree to provide any additional information or authorisation requested in connection with my application for employment with the Company and/or my ongoing employment with the Company.
4. I agree to provide any information, including Personal Information, reasonably requested by the Company and its collection agencies for the purpose of conduct reference checks and/or background checks.
5. I permit the Company and its collection agencies to make all necessary enquiries and searches for the purpose of conducting reference checks and/or background checks.
6. I authorise any person, business entity or governmental agency to disclose information, including Personal Information, to the Company and its collection agencies, including but not limited to any and all courts, public agencies, law enforcement agencies and credit bureaus, regardless of whether such person, business entity or governmental agency compiled the information itself or received it form other sources.
7. For the avoidance of doubt, any convictions that will be defined as “spent convictions” under applicable Australian law will not be included in the information collected.
8. I understand that all data will be maintained by the Company and expressly authorise the Company to use, store and disclose such data in any manner they deem fit.
Oceaneering provides this Applicant Data Protection Notice to explain our practices regarding the collection, use, and other processing of certain individually identifiable information about job applicants or other potential employees (“Personal Data”), in connection with recruiting and hiring activities. For more detail, click [HERE](https://docs.google.com/a/oceaneering.com/viewer?a=v&pid=sites&srcid=b2NlYW5lZXJpbmcuY29tfGNvbXBsaWFuY2V8Z3g6NDkxYTAyM2ZhN2I0ODE1NQ).
## Netherlands Terms and Agreement
I understand and agree that:
1. All facts I have provided on this application, in any resume or other materials I have submitted, during any job interview are true and complete. Any false or misleading statement, misrepresentation, or omission of fact(s) on this application, withdrawing any offer of employment, or immediate discharge, regardless of when such false statement, misrepresentation, or omission is discovered.
2. Any offer of employment I may receive from Oceaneering International, Inc (together with its subsidiaries and affiliated entities, the “Company”) is contingent upon my successful completion of the total pre-employment screening process and new hire in-processing, including the Company’s receipt of references that it considers satisfactory,
3. I authorize the Company or the Company’s agent, at any time prior to or during my employment, to: (a) investigate my references and employment record; (b) communicate with my former employers provided as references;
4. Subject to any applicable agreements and policies with such employers and individuals, I authorize and request that all of my present and former employers and those individuals I have listed as references furnish information about my employment record, including the reason for the termination of my employment, work performance, abilities, and other qualities pertinent to my qualifications for employment. I hereby release them and the Company from any and all liability for damages arising from furnishing the requested information.
5. I agree that upon termination of my employment I will return all Company property and records in my possession.
Personal or professional references may be required upon request.
### Oceaneering Privacy Statement
Personal data includes every data that (directly or indirectly) can identify a person. Your name or telephone number qualify as personal data, but also your date of birth or your e-mail address. Your personal data will be processed by Oceaneering AGV Systems B.V. (part of Oceaneering AGV Systems Holding B.V.) for the purpose of her recruitment and selection procedure. We have a legitimate interest to process your personal data, because without this data we cannot assess whether or not you are suitable for the position that you have applied for.
[Oceaneering Privacy Statement](#) [*Expand*](#)Oceaneering respects your privacy and makes every effort to protect this in the best possible manner. Below you will read how we carefully handle your personal data within the context of your application. Your personal data are processed in conformity with the applicable rules of privacy law. This Privacy statement will be adjusted from time to time to comply with changing privacy legislation.
[The Processing of Your Personal Data](#) [*Expand*](#)Oceaneering collects and processes personal data of job applicants by asking the applicants to fill out certain data on her recruitment website and/or to upload a motivation letter/curriculum vitae. Oceaneering also collects and processes personal data of job applicants by personal contacts, telephone conversations and/or e-mail. A few examples of personal data of job applicants are: contact details of the job applicant (name, gender, address, language, etcetera), education history of the job applicant (school, training courses, etcetera) and the employment history of the job applicant (former employer, references, etcetera).
[Retention Period](#) [*Expand*](#)In case you have not been selected for the position that you have applied for, we will immediately delete your personal data, but at the latest 4 weeks after the recruitment and selection procedure has been completed, unless we have obtained your permission to save your personal data for a longer period.
[The Use of This Website](#) [*Expand*](#)We have taken appropriate technical and organizational measures to secure your visit to and the use of our website and to prevent abuse. All persons who are authorized to take note of your personal data on behalf of Oceaneering, are bound to strict confidentiality.
[Your Rights](#) [*Expand*](#)You have the right to request for inspection of your personal data or to request to add, correct or delete your personal data. If you send us such request, we will inform you about the actions we have taken as soon as possible, but at the latest within 2 weeks after having received your request.
Oceaneering provides this Applicant Data Protection Notice to explain our practices regarding the collection, use, and other processing of certain individually identifiable information about job applicants or other potential employees (“Personal Data”), in connection with recruiting and hiring activities. For more detail, click [HERE](https://docs.google.com/a/oceaneering.com/viewer?a=v&pid=sites&srcid=b2NlYW5lZXJpbmcuY29tfGNvbXBsaWFuY2V8Z3g6NDkxYTAyM2ZhN2I0ODE1NQ).
[Amendments Privacy Statement](#) [*Expand*](#)In case of new developments or changes in privacy legislation/relevant case law, we will update this Privacy statement. For that reason and to stay informed, we advise you to regularly check if anything has changed. This Privacy statement was most recently updated on 29 November 2017.
[Contact Us](#) [*Expand*](#)In case you have any questions regarding this Privacy statement, you can contact <jobs-oii@oceaneering.com>.
**Search Tags:** Careers
---
### [Freedom Autonomous Vehicle](https://www.oceaneering.com/rov-services/rov-systems/freedom-autonomous-underwater-vehicle/)
**Published:** November 9, 2023
**Author:** Madelyn Werner
**Content:**
[ Discuss a Project ](https://oceaneering.com/rov-services/#contact)
# Autonomous Inspection
Freedom™ Autonomous Underwater Vehicle
Transforming subsea operations with intelligent data gathering.
The Freedom™ Autonomous Underwater Vehicle (AUV) is the most advanced, resident-capable underwater robotic solution available today. It offers the data resolution and completeness of coverage in a single pass usually only obtainable using an ROV, but with the speed and mission efficiency of a traditional AUV.
## Reduces HSE Risks
## Reduces Vessel Days
## Reduces CO2 Emissions
## Reduces Offshore Personnel
## ROV Coverage.
AUV Speed.
The Freedom™ AUV delivers vessel-supported rapid, true single pass pipeline, flowline, and umbilical inspections.
#### Faster Than Traditional AUVs and ROVs
A traditional AUV may require two to three passes over the same pipeline to collect the data Freedom can collect in a single pass.
#### Quick recognition of subsea anomalies
Anomaly recognition of free-spans, burials, and crossing can trigger sub-missions for close inspection and data gathering, avoiding subsequent campaigns after the initial survey.
## Increased Flexibility
#### High Resolution Data
Freedom precisely tracks the asset allowing for close proximity inspection as low as 3-5m altitude using next generation sensors and cameras, providing detailed, data-driven models to support accurate decision making.
#### Weather Resilient
With over-the-side cage recovery from a vessel or stationed on a resident subsea docking station, Freedom can work in harsh environmental conditions.
#### Feature-Based Navigation
Freedom’s proprietary software, COMPASS, provides onboard analysis of sonar and computer vision data to support close proximity inspection, touch-free proximity cathodic protection measurement, and hydrocarbon leak detection.
## Freedom Video Gallery
[  Play Video ](https://oceaneering.canto.com/direct/video/pujgbp5r9t2al8hjk4cnbn0l06/QJCq2XbBjtPrg7ohiJo7nvJfncs/original?content-type=video%2Fmp4&name=Freedom+-+Callouts+v3.mp4) [  Play Video ](https://oceaneering.canto.com/direct/video/91b4di730l4tn91kq6ung8kg2h/lCHgcsqIx_UCQIiQtW1eq3YH9-k/original?content-type=video%2Fmp4&name=Freedom%E2%84%A2+Autonomous+Subsea+Pipeline+Survey.mp4) [  Play Video ](https://oceaneering.canto.com/direct/video/2fan00b9k52ed8pimflgnob176/7tIM60QjEGCNFsgPbndSiw47bR0/original?content-type=video%2Fmp4&name=Freedom+Docking+-+English+Version.mp4) Previous Next
## Horizontal, Vessel-Based Docking
For standard vessel-deployed and accompanied operations, Freedom can autonomously locate, orientate around, align, and latch within a docking station suspended from the vessel.
[ Freedom™ Autonomous Underwater Vehicle ](https://oceaneering.canto.com/download/document/bal4pn8um17fd92s2f6om4tl3c/original.pdf)
## A Fully Resident Approach
#### Resident-Capable
Freedom’s capability to locate, orientate, and horizontally dock with a subsea docking station is a vital component to enable Field of the Future operations. Work can be performed in more challenging weather conditions and for longer continuous durations than traditional ROVs and AUVs by supporting the ability to change tools, recharge, and data offload without the vehicle being recovered to surface.
## Timeline
 2017: Freedom Project Begins (TRL 1)  May 2019: Commencement of Living Lab Software development (TRL 3)  January 2020: Freedom prototype vehicle delivered to the Living Lab  June 2020: Freedom in Living Lab untethered with batteries (TRL 4)  July 2021: Commencement of offshore DevOps trials (TRL 5)  June 2022: TRL 6 Achieved  February 2023: CP survey and leak detection features added  September 2023: Start of Commercial Pipeline Operations ## On-Demand Webinars
Check out our webinar series on the development of our Freedom™ autonomous vehicle.
[ ](https://oceaneering.com/webinars/freedom-autonomous-vehicle-development-overview/)
### Episode 1: Freedom™ Autonomous Vehicle Development Overview
### Episode 1: Freedom™ Autonomous Vehicle Development Overview
[Learn More ](https://oceaneering.com/webinars/freedom-autonomous-vehicle-development-overview/) [ ](https://oceaneering.com/webinars/autonomous-testing-and-qualification/)
### Episode 2: Freedom™ Testing and Qualification Program
### Episode 2: Freedom™ Testing and Qualification Program
[Learn More ](https://oceaneering.com/webinars/autonomous-testing-and-qualification/) [ ](https://oceaneering.com/webinars/freedom-autonomous-robotics-software-platform/)
### Episode 3: Freedom™ Autonomous Robotics Software Platform
### Episode 3: Freedom™ Autonomous Robotics Software Platform
[Learn More ](https://oceaneering.com/webinars/freedom-autonomous-robotics-software-platform/) Previous Next
## Related News
[](https://www.oceaneering.com/oceaneering-receives-2024-totalenergies-innovation-award/ "Oceaneering Receives 2024 TotalEnergies Innovation Award") 12/18/2024
### [Oceaneering Receives 2024 TotalEnergies Innovation Award](https://www.oceaneering.com/oceaneering-receives-2024-totalenergies-innovation-award/ "Oceaneering Receives 2024 TotalEnergies Innovation Award")
Houston, Texas – Oceaneering International, Inc., announces today that its Freedom™ Autonomous Underwater Vehicle (AUV) has been honored with the…
[Read More](https://www.oceaneering.com/oceaneering-receives-2024-totalenergies-innovation-award/) [](https://www.oceaneering.com/oceaneering-wins-contract-to-build-freedom-auv-and-remote-operations-center-for-us-navy/ "Oceaneering Wins Contract to Build Freedom™ AUV and Remote Operations Center for U.S. Navy") 10/1/2024
### [Oceaneering Wins Contract to Build Freedom™ AUV and Remote Operations Center for U.S. Navy](https://www.oceaneering.com/oceaneering-wins-contract-to-build-freedom-auv-and-remote-operations-center-for-us-navy/ "Oceaneering Wins Contract to Build Freedom™ AUV and Remote Operations Center for U.S. Navy")
Houston, Texas – Oceaneering International, Inc. announces today that its Subsea Robotics and Aerospace and Defense Technologies segments were awarded…
[Read More](https://www.oceaneering.com/oceaneering-wins-contract-to-build-freedom-auv-and-remote-operations-center-for-us-navy/) [](https://www.oceaneering.com/oceaneering-conducts-freedom-auv-pipeline-inspection-pilot-for-totalenergies/ "Oceaneering Conducts Freedom™ AUV Pipeline Inspection Pilot for TotalEnergies") 5/29/2024
### [Oceaneering Conducts Freedom™ AUV Pipeline Inspection Pilot for TotalEnergies](https://www.oceaneering.com/oceaneering-conducts-freedom-auv-pipeline-inspection-pilot-for-totalenergies/ "Oceaneering Conducts Freedom™ AUV Pipeline Inspection Pilot for TotalEnergies")
Paris, France and Houston, Texas – Today, TotalEnergies and Oceaneering International, Inc. announced that the Freedom™ Autonomous Underwater Vehicle (AUV)…
[Read More](https://www.oceaneering.com/oceaneering-conducts-freedom-auv-pipeline-inspection-pilot-for-totalenergies/)
# Contact Us
## Our team of experts is ready to help you get started.
Oceaneering offers best-in-class products and solutions, backed by unparalleled quality, reliability, and global support. Fill out the inquiry form to start a conversation today.
**Categories:** Remotely Operated Vehicles (ROVs), Resident ROVs
**Search Tags:** Remotely Operated Vehicles (ROV)
---
### [Liberty™ Resident System](https://www.oceaneering.com/rov-services/rov-systems/liberty-resident-system/)
**Published:** November 9, 2023
**Author:** Madelyn Werner
**Content:**
[ Discuss a Project ](https://oceaneering.com/rov-services/#contact)
# Liberty™ Resident System
Mobile Resident Docking Station for ROVs and AUVs.
## Self-Contained Docking Station for Remote, Resident Operations
The Liberty™ Resident System is fully self-contained docking station for ROVs and AUVs with 550 kwh of battery power for remote, resident operations. It can communicate with an [Onshore Remote Operations Center (OROC)](https://www.oceaneering.com/remote-services/onshore-remote-operations-centers-orocs/) via an integrated buoy, rig downline, or subsea infrastructure connection, leveraging advanced technology and connectivity to reduce the total cost of ROV operations.
### Reduces vessel days and optimizes scheduling
### Minimizes carbon footprint
### Supports 24/7 operations
### Less affected by surface weather conditions
## Revolutionizing Subsea Operations Across Use Cases
Liberty delivers versatile, efficient solutions for a range of industries, from oil and gas operations such as [inspection, maintenance, and repair (IMR)](https://www.oceaneering.com/imrge-integrated-customizable-imr-solutions/) and [decommissioning](https://www.oceaneering.com/decommissioning/), to the [offshore renewables](https://www.oceaneering.com/renewable-energy-solutions/) market, where sustainable practices are paramount.
The system excels in managing fields with congested subsea assets, offering seamless deployment of single or multiple stations. It also serves as a reliable power and control connection for subsea equipment requiring real-time monitoring. Liberty also addresses the growing need for discrete and regular surveillance of subsea critical national infrastructure, including pipelines, ensuring robust and adaptable performance across diverse applications.
## Increasing Efficiency
 Play Video
### The Liberty™ Concept of Operation
Watch as we detail how Liberty helps you intervene faster, keep production online more effectively, and perform routine tasks with fewer deployments.
 Play Video
### Designed Using a Modular Approach
Explore the flexibility Liberty’s design provides as a vehicle-agnostic mobile docking station for ROVs and AUVs.
## Significantly Reduce Your Carbon Footprint
When quantifying the yearly CO2 emissions, the Liberty™ Resident System eliminates when compared to a vessel-based ROV spread, the numbers are significant, dependent on use case. The Liberty™ Resident System acts as a force multiplier when used alongside inspection, maintenance, and repair (IMR) operations. The system can be deployed subsea, enabling the IMR vessel to move to another location to complete simultaneous operations.
## Solely Operated from an Onshore Remote Operations Center (OROC)
The system is solely operated from an Oceaneering’s OROC via a 4G LTE connection from a buoy on the water’s surface, eliminating the requirement for a surface vessel onsite. Piloting ROVs from onshore is made possible using Oceaneering’s proprietary [remote piloting and automated control technology (RPACT)](https://www.oceaneering.com/remote-services/). By safely transferring ROV control data and live, high-definition video via high-bandwidth 4G LTE network, we maintain full control of the ROV and its tooling.
### Real, Impactful Solutions.
Explore how our creative innovations turn challenges into opportunities, delivering tangible results you can count on.
[ See All Case Studies ](https://oceaneering.com/resources/?_content_types=case-study) Previous Next [ ](https://www.oceaneering.com/case-studies/oceaneering-collaborates-with-equinor-and-tdw-to-use-the-libertytm-resident-rov-for-remote-subsea-pipeline-isolation-scope/)
### Liberty™ Resident System Successfully Executes Remote Subsea Pipeline Isolation Scope
### Liberty™ Resident System Successfully Executes Remote Subsea Pipeline Isolation Scope
In early 2022, Equinor required subsea pipeline isolation at one of its offshore production facilities planned for…
[Learn More ](https://www.oceaneering.com/case-studies/oceaneering-collaborates-with-equinor-and-tdw-to-use-the-libertytm-resident-rov-for-remote-subsea-pipeline-isolation-scope/) [ ](https://www.oceaneering.com/case-studies/liberty-e-rov-demonstrates-capabilities-at-snorre-a/)
### Liberty™ E-ROV demonstrates capabilities at Snorre-A
### Liberty™ E-ROV demonstrates capabilities at Snorre-A
As Equinor prepared to commence oil production from an asset connected to its Snorre-A platform in early…
[Learn More ](https://www.oceaneering.com/case-studies/liberty-e-rov-demonstrates-capabilities-at-snorre-a/)
# Contact Us
## Our team of experts is ready to help you get started.
Oceaneering offers best-in-class products and solutions, backed by unparalleled quality, reliability, and global support. Fill out the inquiry form to start a conversation today.
**Categories:** Remotely Operated Vehicles (ROVs), Resident ROVs
**Search Tags:** eROV, Liberty™ Resident System, Remotely Operated Vehicles (ROV)
---
### [Isurus ROV](https://www.oceaneering.com/rov-services/rov-systems/isurus-rov/)
**Published:** December 5, 2025
**Author:** Madelyn Werner
**Content:**
[ Discuss a Project ](https://oceaneering.com/rov-services/#contact)
# Isurus™ ROV
Put float back into your offshore wind installation project. The Isurus™ ROV is a true work class system that enables operations in high current conditions. Increase your working capability with up to six additional hours of operational time.
Based on Oceaneering’s field-proven Magnum™ ROV system, the Isurus ROV combines optimized hydraulic and propulsion packages with a hydrodynamic design to meet the requirements of challenging environments.
## Increase your weather windows in challenging currents
## Boost your speeds up to 5 knots in forward and reverse
## Reduce your costs
## Isurus ROV Video
 Play Video Isurus ROV
## A true work class system
### Challenging conditions
The Isurus ROV increases operational windows in areas such as West of Shetland in the U.K. North Sea, India, and Brazil where high currents can affect operations. A true work class ROV, Isurus integrates full-sized hydraulic manipulators, handles the same loads as a Magnum ROV, and can deliver the same power-to-payload to devices.
### Speed
Isurus is capable of achieving 5 knots in forward and reverse, lateral speeds greater than 2 knots, and a vertical speed of 1.3 knots. Equipped with advanced vehicle control, navigation, and optional stationkeeping functionality, Isurus enables work to be completed more efficiently, on-time, and cost-effectively.
### Renewables ready
The Isurus ROV is ideal for [renewables project work scopes](https://www.oceaneering.com/renewable-energy-solutions/), including cable lay, performing pre- and post-lay cable survey runs, cable messenger wire hook-up, and assisting with the deployment of subsea robotic crawlers for subsea weld inspections.
### Brochures
[  ](https://oceaneering.canto.com/download/document/fo2oespj6t4arfvvlpju788p5v/original.pdf) [ Download A4 ](https://oceaneering.canto.com/download/document/fo2oespj6t4arfvvlpju788p5v/original.pdf) [  ](https://oceaneering.canto.com/download/document/qs2dbkjant0rhe1nl0298orf4m/original.pdf) [ Download Letter ](https://oceaneering.canto.com/download/document/qs2dbkjant0rhe1nl0298orf4m/original.pdf)
### Case Study
[  ](https://oceaneering.com/case-studies/oceaneerings-innovative-isurus-rov-reduces-cost-and-carbon-footprint-while-shortening-project-schedule/)
### [ Oceaneering’s innovative Isurus ROV reduces cost and carbon footprint while shortening project schedule ](https://oceaneering.com/case-studies/oceaneerings-innovative-isurus-rov-reduces-cost-and-carbon-footprint-while-shortening-project-schedule/ "Oceaneering's innovative Isurus ROV reduces cost and carbon footprint while shortening project schedule")
## Relevant Articles
[](https://www.offshore-mag.com/subsea/article/14291028/oceaneering-showcases-rov-technology-at-subsea-tieback#new_tab "High-Speed ROV Technology at Subsea Tieback") 3/14/2023
### [High-Speed ROV Technology at Subsea Tieback](https://www.offshore-mag.com/subsea/article/14291028/oceaneering-showcases-rov-technology-at-subsea-tieback#new_tab "High-Speed ROV Technology at Subsea Tieback")
The Isurus offshore high-speed ROV is a work class system optimizing hydrodynamic form factor and hydraulic propulsion to operate in challenging currents.
[Read More](https://www.offshore-mag.com/subsea/article/14291028/oceaneering-showcases-rov-technology-at-subsea-tieback#new_tab) [](https://758c071a.flowpaper.com/SingleIssue52022UT3197/#page=22#new_tab "Isurus 5 and 6") 10/1/2022
### [Isurus 5 and 6](https://758c071a.flowpaper.com/SingleIssue52022UT3197/#page=22#new_tab "Isurus 5 and 6")
Oceaneering launched its fifth and sixth Isurus ROV Systems in March and May 2022, respectively, due to increased customer demand…
[Read More](https://758c071a.flowpaper.com/SingleIssue52022UT3197/#page=22#new_tab) [](https://magazines.marinelink.com/nwm/MarineTechnology/202207/#page/27 "Send ROVer Over") 7/12/2022
### [Send ROVer Over](https://magazines.marinelink.com/nwm/MarineTechnology/202207/#page/27 "Send ROVer Over")
The Oceaneering® Isurus ROV system is a full work class vehicle rated to 3000m water depth with two manipulators and capable of operating heavy tooling. This will become even more important as offshore wind moves further offshore with floating wind projects. Isurus will be able to install and maintain the cables and mooring systems for floating wind, even in regions with strong tidal or oceanic currents.
[Read More](https://magazines.marinelink.com/nwm/MarineTechnology/202207/#page/27) [](https://758c071a.flowpaper.com/UV2ISSUE4NEW152/#page=32 "Isurus ROV Update") 11/25/2021
### [Isurus ROV Update](https://758c071a.flowpaper.com/UV2ISSUE4NEW152/#page=32 "Isurus ROV Update")
Oceaneering designed a specialist vehicle for the renewables industry able to increase the operational window of these niche areas of the East Coast of the USA, North Sea, and East Asia, which are affected by strong currents.
[Read More](https://758c071a.flowpaper.com/UV2ISSUE4NEW152/#page=32) [](https://issuu.com/rovplanet/docs/rovplanet_magazine_028_web_/12#new_tab "Isurus ROV Opens Operating Windows for Renewables Projects") 8/30/2021
### [Isurus ROV Opens Operating Windows for Renewables Projects](https://issuu.com/rovplanet/docs/rovplanet_magazine_028_web_/12#new_tab "Isurus ROV Opens Operating Windows for Renewables Projects")
Existing work class remotely operated vehicles (ROVs) are struggling to keep up with the raging tidal currents found at offshore wind and renewable project development areas. Oceaneering was approached to create an ROV solution that would open operational windows in these geographical areas where harsh currents can cause costly project delays.
[Read More](https://issuu.com/rovplanet/docs/rovplanet_magazine_028_web_/12#new_tab) [](https://issuu.com/wellservicingmagazine/docs/wsm_q3_2021_final/s/13045511#new_tab "Powering a Sustainable Future") 8/19/2021
### [Powering a Sustainable Future](https://issuu.com/wellservicingmagazine/docs/wsm_q3_2021_final/s/13045511#new_tab "Powering a Sustainable Future")
Oceaneering continues to advance its capabilities by developing technologies to mitigate greenhouse gas emissions for customers and its own operations.
[Read More](https://issuu.com/wellservicingmagazine/docs/wsm_q3_2021_final/s/13045511#new_tab) [](https://magazines.marinelink.com/nwm/MarineTechnology/202107/#page/28#new_tab "Time for Renewal in the Work Class World") 8/18/2021
### [Time for Renewal in the Work Class World](https://magazines.marinelink.com/nwm/MarineTechnology/202107/#page/28#new_tab "Time for Renewal in the Work Class World")
Oceaneering’s Peter Buchanan, Director of Products and Services for Subsea Robotics, discusses technology advancements for work class ROVs in the latest Marine Technology Reporter.
[Read More](https://magazines.marinelink.com/nwm/MarineTechnology/202107/#page/28#new_tab) [](https://digital.offshore-mag.com/offshoremag/20210708/MobilePagedReplica.action?pm=2&folio=42#pg44#new_tab "New Work-Class ROV Can Operate in Harsh Tidal Environments") 8/1/2021
### [New Work-Class ROV Can Operate in Harsh Tidal Environments](https://digital.offshore-mag.com/offshoremag/20210708/MobilePagedReplica.action?pm=2&folio=42#pg44#new_tab "New Work-Class ROV Can Operate in Harsh Tidal Environments")
Existing work class remotely operated vehicles (ROVs) are struggling to keep up with the raging tidal currents found at offshore wind and renewable project development areas. Oceaneering was approached to create an ROV solution that would open operational windows in these geographical areas where harsh currents can cause costly project delays.
[Read More](https://digital.offshore-mag.com/offshoremag/20210708/MobilePagedReplica.action?pm=2&folio=42#pg44#new_tab) [](https://issuu.com/rovplanet/docs/rovplanet_magazine_027_web_/s/12382735#new_tab "What") 6/13/2021
### [What’s Next and What’s Needed in Offshore Oil and Gas](https://issuu.com/rovplanet/docs/rovplanet_magazine_027_web_/s/12382735#new_tab "What")
The question now is can we be “clean”? More precisely, can we be clean enough to get a public mandate to continue what we do to provide the energy the world needs, asks Oceaneering President and CEO Rod Larson.
[Read More](https://issuu.com/rovplanet/docs/rovplanet_magazine_027_web_/s/12382735#new_tab) [](http://digital.oceannews.com/publication/?i=619092&ver=html5&p=24#%22page%22:%2224%22,%22issue_id%22:619092,%22publication_id%22:%229767%22#new_tab "Oceaneering’s New Technology Takes Aim at Levelized Cost of Energy for Renewables Market") 9/1/2019
### [Oceaneering’s New Technology Takes Aim at Levelized Cost of Energy for Renewables Market](http://digital.oceannews.com/publication/?i=619092&ver=html5&p=24#%22page%22:%2224%22,%22issue_id%22:619092,%22publication_id%22:%229767%22#new_tab "Oceaneering’s New Technology Takes Aim at Levelized Cost of Energy for Renewables Market")
Oceaneering has launched the Isurus™ ROV for the renewables market. The vehicle is a flexible, fully work class-capable ROV that…
[Read More](http://digital.oceannews.com/publication/?i=619092&ver=html5&p=24#%22page%22:%2224%22,%22issue_id%22:619092,%22publication_id%22:%229767%22#new_tab)
# Contact Us
## Our team of experts is ready to help you get started.
Oceaneering offers best-in-class products and solutions, backed by unparalleled quality, reliability, and global support. Fill out the inquiry form to start a conversation today.
**Categories:** Remotely Operated Vehicles (ROVs), Resident ROVs
**Search Tags:** Isurus, Remotely Operated Vehicles (ROV)
---
### [Privacy Policy: EULA](https://www.oceaneering.com/eula/)
**Published:** November 9, 2023
**Author:** Madelyn Werner
**Content:**
# Privacy Policy
## Mobile Application End User License Agreement
This Mobile Application End User License Agreement (“**Agreement**“) is a binding agreement between you (“**End User**” or “**you**“) and Oceaneering International, Inc. (“**Company**“). This Agreement governs your use of the \_\_\_\_\_\_\_\_\_\_\_\_\_\[on any mobile device platform, (including all related documentation, the “**Application**“). The Application is licensed, not sold, to you.
BY DOWNLOADING/INSTALLING/USING THE APPLICATION, YOU (A) ACKNOWLEDGE THAT YOU HAVE READ AND UNDERSTAND THIS AGREEMENT; (B) REPRESENT THAT YOU ARE 18 YEARS OF AGE OR OLDER/OF LEGAL AGE TO ENTER INTO A BINDING AGREEMENT; AND (C) ACCEPT THIS AGREEMENT AND AGREE THAT YOU ARE LEGALLY BOUND BY ITS TERMS. IF YOU DO NOT AGREE TO THESE TERMS, DO NOT DOWNLOAD, INSTALL ORUSE THE APPLICATION AND DELETE IT FROM YOUR MOBILE DEVICE.
1. License Grant. Subject to the terms of this Agreement, Company grants you a limited, non-exclusive, and nontransferable license to:
- download, install, and use the Application for your personal, non-commercial use on a single mobile device owned or otherwise controlled by you (“**Mobile Device**“) strictly in accordance with the Application’s documentation; and
- access, stream, download, and use on such Mobile Device the Content and Services (as defined in Section 5) made available in or otherwise accessible through the Application, strictly in accordance with this Agreement and the Terms of Use applicable to such Content and Services as set forth in Section 5.
2. License Restrictions. You shall not:
- copy the Application, except as expressly permitted by this license;
- modify, translate, adapt, or otherwise create derivative works or improvements, whether or not patentable, of the Application;
- reverse engineer, disassemble, decompile, decode, or otherwise attempt to derive or gain access to the source code of the Application or any part thereof;
- remove, delete, alter, or obscure any trademarks or any copyright, trademark, patent, or other intellectual property or proprietary rights notices from the Application, including any copy thereof;
- rent, lease, lend, sell, sublicense, assign, distribute, publish, transfer, or otherwise make available the Application, or any features or functionality of the Application, to any third party for any reason, including by making the Application available on a network where it is capable of being accessed by more than one device at any time; or
- remove, disable, circumvent, or otherwise create or implement any workaround to any copy protection, rights management, or security features in or protecting the Application; or
3. Reservation of Rights. You acknowledge and agree that the Application is provided under license, and not sold, to you. You do not acquire any ownership interest in the Application under this Agreement, or any other rights thereto other than to use the Application in accordance with the license granted, and subject to all terms, conditions, and restrictions, under this Agreement. Company and its licensors and service providers reserve and shall retain their entire right, title, and interest in and to the Application, including all copyrights, trademarks, and other intellectual property rights therein or relating thereto, except as expressly granted to you in this Agreement.
4. Collection and Use of Your Information. You acknowledge that when you download, install, or use the Application, Company may use automatic means (including, for example, cookies and web beacons) to collect information about your Mobile Device and about your use of the Application. You also may be required to provide certain information about yourself as a condition to downloading, installing, or using the Application or certain of its features or functionality. All information we collect through or in connection with this Application is subject to our Privacy Policy \[INSERT AS LINK TO OIPRIVACY POLICY\]. By downloading, installing, using, and providing information to or through this Application, you consent to all actions taken by us with respect to your information in compliance with the Privacy Policy.
5. Content and Services. The Application may provide you with access to Company’s website located at oceaneering.com (the “**Website**“) and products and services accessible thereon, and certain features, functionality, and content accessible on or through the Application may be hosted on the Website (collectively, “**Content and Services**“). Your access to and use of such Content and Services are governed by Website’s Terms of Use and Privacy Policy located at https://www.oceaneering.com/privacy-policy, which are incorporated herein by this reference. Your access to and use of such Content and Services may require you to acknowledge your acceptance of such Terms of Use and Privacy Policy and/or to register with the Website, and your failure to do so may restrict you from accessing or using certain of the Application’s features and functionality. Any violation of such Terms of Use will also be deemed a violation of this Agreement.
6. Geographic Restrictions. The Content and Services are based in the state of Texas in the United States and provided for access and use only by persons located in the United States. You acknowledge that you may not be able to access all or some of the Content and Services outside of the United States and that access thereto may not be legal by certain persons or in certain countries. If you access the Content and Services from outside the United States, you are responsible for compliance with local laws.
7. Updates. Company may from time to time in its sole discretion develop and provide Application updates, which may include upgrades, bug fixes, patches, other error corrections, and/or new features (collectively, including related documentation, “**Updates**“). Updates may also modify or delete in their entirety certain features and functionality. You agree that Company has no obligation to provide any Updates or to continue to provide or enable any particular features or functionality. Based on your Mobile Device settings, when your Mobile Device is connected to the internet either:
- the Application will automatically download and install all available Updates; or
- you may receive notice of or be prompted to download and install available Updates.
You shall promptly download and install all Updates and acknowledge and agree that the Application or portions thereof may not properly operate should you fail to do so. You further agree that all Updates will be deemed part of the Application and be subject to all terms and conditions of this Agreement.
8. Third-Party Materials. The Application may display, include, or make available third-party content (including data, information, applications, and other products, services, and/or materials) or provide links to third-party websites or services, including through third-party advertising (“**Third-Party Materials**“). You acknowledge and agree that Company is not responsible for Third-Party Materials, including their accuracy, completeness, timeliness, validity, copyright compliance, legality, decency, quality, or any other aspect thereof. Company does not assume and will not have any liability or responsibility to you or any other person or entity for any Third-Party Materials. Third-Party Materials and links thereto are provided solely as a convenience to you, and you access and use them entirely at your own risk and subject to such third parties’ terms and conditions.
9. Term and Termination.
- The term of Agreement commences when you \[\[download/install\] the Application/acknowledge your acceptance\] and will continue in effect until terminated by you or Company as set forth in this Section 9.
- You may terminate this Agreement by deleting the Application and all copies thereof from your Mobile Device.
- Company may terminate this Agreement at any time without notice \[if it ceases to support the Application, which Company may do in its sole discretion \[or \[OTHER TERMINATION EVENTS\]\]\]. In addition, this Agreement will terminate immediately and automatically without any notice if you violate any of the terms and conditions of this Agreement.
- Upon termination:
- all rights granted to you under this Agreement will also terminate; and
- you must cease all use of the Application and delete all copies of the Application from your Mobile Device and account.
- Termination will not limit any of Company’s rights or remedies at law or in equity.
10. Disclaimer of Warranties. THE APPLICATION IS PROVIDED TO END USER “AS IS” AND WITH ALL FAULTS AND DEFECTS WITHOUT WARRANTY OF ANY KIND. TO THE MAXIMUM EXTENT PERMITTED UNDER APPLICABLE LAW, COMPANY, ON ITS OWN BEHALF AND ON BEHALF OF ITS AFFILIATES AND ITS AND THEIR RESPECTIVE LICENSORS AND SERVICE PROVIDERS, EXPRESSLY DISCLAIMS ALL WARRANTIES, WHETHER EXPRESS, IMPLIED, STATUTORY, OR OTHERWISE, WITH RESPECT TO THE APPLICATION, INCLUDING ALL IMPLIED WARRANTIES OF MERCHANTABILITY, FITNESS FOR A PARTICULAR PURPOSE, TITLE, AND NON-INFRINGEMENT, AND WARRANTIES THAT MAY ARISE OUT OF COURSE OF DEALING, COURSE OF PERFORMANCE, USAGE, OR TRADE PRACTICE. WITHOUT LIMITATION TO THE FOREGOING, COMPANY PROVIDES NO WARRANTY OR UNDERTAKING, AND MAKES NO REPRESENTATION OF ANY KIND THAT THE APPLICATION WILL MEET YOUR REQUIREMENTS, ACHIEVE ANY INTENDED RESULTS, BE COMPATIBLE, OR WORK WITH ANY OTHER SOFTWARE, APPLICATIONS, SYSTEMS, OR SERVICES, OPERATE WITHOUT INTERRUPTION, MEET ANY PERFORMANCE OR RELIABILITY STANDARDS, OR BE ERROR-FREE, OR THAT ANY ERRORS OR DEFECTS CAN OR WILL BE CORRECTED.
SOME JURISDICTIONS DO NOT ALLOW THE EXCLUSION OF OR LIMITATIONS ON IMPLIED WARRANTIES OR THE LIMITATIONS ON THE APPLICABLE STATUTORY RIGHTS OF A CONSUMER, SO SOME OR ALL OF THE ABOVE EXCLUSIONS AND LIMITATIONS MAY NOT APPLY TO YOU.
11. Limitation of Liability. TO THE FULLEST EXTENT PERMITTED BY APPLICABLE LAW, IN NO EVENT WILL COMPANY OR ITS AFFILIATES, OR ANY OF ITS OR THEIR RESPECTIVE LICENSORS OR SERVICE PROVIDERS, HAVE ANY LIABILITY ARISING FROM OR RELATED TO YOUR USE OF OR INABILITY TO USE THE APPLICATION OR THE CONTENT AND SERVICES FOR:
- PERSONAL INJURY, PROPERTY DAMAGE, LOST PROFITS, COST OF SUBSTITUTE GOODS OR SERVICES, LOSS OF DATA, LOSS OF GOODWILL, BUSINESS INTERRUPTION, COMPUTER FAILURE OR MALFUNCTION, OR ANY OTHER CONSEQUENTIAL, INCIDENTAL, INDIRECT, EXEMPLARY, SPECIAL, OR PUNITIVE DAMAGES.
- DIRECT DAMAGES IN AMOUNTS THAT IN THE AGGREGATE EXCEED THE AMOUNT ACTUALLY PAID BY YOU FOR THE APPLICATION.
THE FOREGOING LIMITATIONS WILL APPLY WHETHER SUCH DAMAGES ARISE OUT OF BREACH OF CONTRACT, TORT (INCLUDING NEGLIGENCE), OR OTHERWISE AND REGARDLESS OF WHETHER SUCH DAMAGES WERE FORESEEABLE OR COMPANY WAS ADVISED OF THE POSSIBILITY OF SUCH DAMAGES. SOME JURISDICTIONS DO NOT ALLOW CERTAIN LIMITATIONS OF LIABILITY SO SOME OR ALL OF THE ABOVE LIMITATIONS OF LIABILITY MAY NOT APPLY TO YOU.
12. Indemnification. You agree to indemnify, defend, and hold harmless Company and its officers, directors, employees, agents, affiliates, successors, and assigns from and against any and all losses, damages, liabilities, deficiencies, claims, actions, judgments, settlements, interest, awards, penalties, fines, costs, or expenses of whatever kind, including reasonable attorneys’ fees, arising from or relating to your use or misuse of the Application or your breach of this Agreement, including but not limited to the content you submit or make available through this Application.
13. Export Regulation. The Application may be subject to US export control laws, including the Export Control Reform Act and its associated regulations. You shall not, directly or indirectly, export, re-export, or release the Application to, or make the Application accessible from, any jurisdiction or country to which export, re-export, or release is prohibited by law, rule, or regulation. You shall comply with all applicable federal laws, regulations, and rules, and complete all required undertakings (including obtaining any necessary export license or other governmental approval), prior to exporting, re-exporting, releasing, or otherwise making the Application available outside the US.
14. Severability. If any provision of this Agreement is illegal or unenforceable under applicable law, the remainder of the provision will be amended to achieve as closely as possible the effect of the original term and all other provisions of this Agreement will continue in full force and effect.
15. Governing Law. This Agreement is governed by and construed in accordance with the internal laws of the State of Texas without giving effect to any choice or conflict of law provision or rule. Any legal suit, action, or proceeding arising out of or related to this Agreement or the Application shall be instituted exclusively in the federal courts of the United States or the courts of the State of Texas in each case located in Houston and Harris County. You waive any and all objections to the exercise of jurisdiction over you by such courts and to venue in such courts.
16. Limitation of Time to File Claims. ANY CAUSE OF ACTION OR CLAIM YOU MAY HAVE ARISING OUT OF OR RELATING TO THIS AGREEMENT OR THE APPLICATION MUST BE COMMENCED WITHIN ONE (1) YEAR AFTER THE CAUSE OF ACTION ACCRUES OTHERWISE SUCH CAUSE OF ACTION OR CLAIM IS PERMANENTLY BARRED.
17. Entire Agreement. This Agreementand our Privacy Policy constitute the entire agreement between you and Company with respect to the Application and supersede all prior or contemporaneous understandings and agreements, whether written or oral, with respect to the Application.
18. Waiver. No failure to exercise, and no delay in exercising, on the part of either party, any right or any power hereunder shall operate as a waiver thereof, nor shall any single or partial exercise of any right or power hereunder preclude further exercise of that or any other right hereunder. In the event of a conflict between this Agreement and any applicable purchase or other terms, the terms of this Agreement shall govern.
---
### [Maintenance and Reliability](https://www.oceaneering.com/maintenance-and-reliability/)
**Published:** October 18, 2023
**Author:** Louder Agency
**Excerpt:** Boost operational uptime and asset performance across your physical infrastructure, all while remaining safe and compliant.
**Content:**
[ Contact Us ](https://www.oceaneering.com/maintenance-and-reliability/#contact) Asset Management
# Maintenance and Reliability Solutions
Boost operational uptime and asset performance across your physical infrastructure, all while remaining safe and compliant.
## Balancing Cost, Risk, and Performance
Our solutions leverage engineering expertise, data, and software tools to optimize your asset management. We ensure you get the most out of your CAPEX and OPEX budgets without compromising safety, regulatory compliance, or productivity. By embedding our engineers in your daily operations or by using their expertise to deliver standalone projects, we help you improve asset performance.
0+
Years of experience
0+
Successful projects worldwide
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Operating countries
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Operational bases
[ Maintenance and Reliability Solutions ](https://oceaneering.canto.com/download/document/ef7n9qookh2kjeqgh1kkak8l7f/original.pdf)
## Realize the Value of Your Assets
We provide comprehensive asset management solutions through our Maintenance Engineering and Operational Reliability teams, serving a growing range of industries, including oil and gas, maritime, manufacturing, and renewables.
 Building Maintenance Excellence
### Maintenance Engineering
We develop, review, and validate your asset management program to achieve maintenance excellence, ensuring safety and compliance while maximizing uptime.
[ Learn more ](https://www.oceaneering.com/maintenance-and-reliability/maintenance-engineering/)  Achieve True Asset Potential
### Operational Reliability
Enhance your asset performance and reliability by using a combination of proactive and reactive techniques to identify and address equipment issues.
[ Learn more ](https://www.oceaneering.com/maintenance-and-reliability-solutions-delete/operational-reliability/)  Detect Issues Early
### Condition Monitoring
Combine vibration analysis, optimized monitoring programs, advanced diagnostic technology, thermography, and integrated service delivery to identify concerns.
[ Learn more ](https://www.oceaneering.com/condition-monitoring/)
### Field Proven. Industry Leading.
Discover how our Maintenance and Reliability Solutions have transformed operations.
[ Read Relevant Case Studies ](https://www.oceaneering.com/resources/?_content_types=case-study&_resource_categories=maintenance-and-reliability) Previous Next [ ](https://www.oceaneering.com/case-studies/enhancing-pump-system-reliability/)
### Enhancing Pump System Reliability
### Enhancing Pump System Reliability
In 2023, engineers from Oceaneering’s Maintenance and Reliability Solutions team were tasked with establishing why the variable…
[Learn More ](https://www.oceaneering.com/case-studies/enhancing-pump-system-reliability/) [ ](https://www.oceaneering.com/case-studies/optimizing-facility-management-in-norway/)
### Optimizing Facility Maintenance Management in Norway
### Optimizing Facility Maintenance Management in Norway
In February 2021, Oceaneering’s Maintenance and Reliability Solutions team embarked on a pilot project to develop and…
[Learn More ](https://www.oceaneering.com/case-studies/optimizing-facility-management-in-norway/) [ ](https://www.oceaneering.com/case-studies/maintenance-program-updates-for-refinery-turnaround/)
### Maintenance Program Updates For Refinery Turnaround
### Maintenance Program Updates For Refinery Turnaround
In late 2022, Oceaneering’s Maintenance and Reliability Solutions team was contracted to support a major operator with…
[Learn More ](https://www.oceaneering.com/case-studies/maintenance-program-updates-for-refinery-turnaround/) [ ](https://www.oceaneering.com/case-studies/reliability-study-uncovers-root-causes-of-mechanical-seal-failures/)
### Reliability Study Uncovers Root Causes of Mechanical Seal Failures
### Reliability Study Uncovers Root Causes of Mechanical Seal Failures
In 2023, a major North Sea upstream oil and gas operator with a facility three years into…
[Learn More ](https://www.oceaneering.com/case-studies/reliability-study-uncovers-root-causes-of-mechanical-seal-failures/) [ ](https://www.oceaneering.com/case-studies/delivering-maintenance-program-for-newbuild-fpso/)
### Delivering Maintenance Program for Newbuild FPSO
### Delivering Maintenance Program for Newbuild FPSO
In late 2022, Oceaneering’s Maintenance and Reliability Solutions team completed the handover of a draft maintenance program…
[Learn More ](https://www.oceaneering.com/case-studies/delivering-maintenance-program-for-newbuild-fpso/) [ ](https://www.oceaneering.com/case-studies/updating-maintenance-plans-for-uk-regulatory-compliance/)
### Updating Maintenance Plans for UK Regulatory Compliance
### Updating Maintenance Plans for UK Regulatory Compliance
An oil and gas operator recently expanded its operations into the UK North Sea for the first…
[Learn More ](https://www.oceaneering.com/case-studies/updating-maintenance-plans-for-uk-regulatory-compliance/) [ ](https://www.oceaneering.com/case-studies/using-process-data-to-evaluate-pump-operating-performance/)
### Using Process Data to Evaluate Pump Operating Performance
### Using Process Data to Evaluate Pump Operating Performance
Pumps play a vital role in many industries worldwide. But inefficient pump operation can lead to costly…
[Learn More ](https://www.oceaneering.com/case-studies/using-process-data-to-evaluate-pump-operating-performance/) [ ](https://www.oceaneering.com/case-studies/supporting-client-with-long-term-fpso-maintenance-plan/)
### Supporting Client with Long-Term FPSO Maintenance Plan
### Supporting Client with Long-Term FPSO Maintenance Plan
The Challenge A client needed a thorough maintenance management system for its floating production storage and offloading (FPSO)…
[Learn More ](https://www.oceaneering.com/case-studies/supporting-client-with-long-term-fpso-maintenance-plan/) [ ](https://www.oceaneering.com/case-studies/embedded-engineers-improve-operational-reliability-for-global-operator/)
### Embedded Engineers Improve Operational Reliability for Global Operator
### Embedded Engineers Improve Operational Reliability for Global Operator
A global operator sought to underpin the operational reliability, uptime, and maintenance efficiency of their new-build development…
[Learn More ](https://www.oceaneering.com/case-studies/embedded-engineers-improve-operational-reliability-for-global-operator/) [ ](https://www.oceaneering.com/case-studies/maintenance-build-for-fpso-and-offloading-terminal-maximizes-uptime-with-optimized-approach/)
### Maintenance Build for FPSO and Offloading Terminal Maximizes Uptime with Optimized Approach
### Maintenance Build for FPSO and Offloading Terminal Maximizes Uptime with Optimized Approach
In December 2023, Oceaneering’s Maintenance and Reliability Solutions team completed a three-year maintenance build scope for two…
[Learn More ](https://www.oceaneering.com/case-studies/maintenance-build-for-fpso-and-offloading-terminal-maximizes-uptime-with-optimized-approach/)
# Contact Us
## Our team of experts is ready to help you get started.
Oceaneering offers best-in-class products and solutions, backed by unparalleled quality, reliability, and global support. Fill out the inquiry form to start a conversation today.
**Categories:** Maintenance and Reliability
**Search Tags:** Asset Integrity
---
### [Combining Engineering Data and Visualization](https://www.oceaneering.com/asset-integrity-management/combining-engineering-data-and-visualization/)
**Published:** October 27, 2025
**Author:** Monica Dahl
**Excerpt:** Bring integrity to life in one connected view of your assets, from topside to subsea.
**Content:**
[ Discuss a Project ](/asset-integrity/#contact)# Digital Asset Integrity Management
## Combining Engineering Data and Visualization
Bring integrity to life in one connected view of your assets, from topside to subsea.
## One World. Two Views. Complete Integrity.
Our Asset Integrity Management platform brings together Inform™ and Vision™ to transform complexity into clarity. Combine your engineering intelligence with 3D data visualization to create a digital twin that helps you make faster, safer, smarter decisions from topside to subsea.
## Flexible by Design. Powerful Together.
Start where you are. Unlock the full platform for a contextual digital twin that gives decision-makers an accurate view of asset condition, the foresight to act, and the power to bring integrity to life. Use Inform™ modules individually or together to meet your integrity needs. Add Vision™ for immersive visualization of topside or subsea assets.
Inform™
- Inform™, a modular Integrity Data Management System (IDMS) that centralizes inspection data, anomaly tracking, and risk modeling into one auditable source of truth. It streamlines workflows and gives organizations the insight to act faster with data that drives confidence.
[ Discover Inform™ ](https://www.oceaneering.com/asset-integrity-management/combining-engineering-data-and-visualization/centralizing-your-integrity-workflow/) Vision™
- Vision™, a 3D data visualization software application that transforms data into immersive, engineering-grade models of topside and subsea infrastructure. Delivered securely through the cloud, Vision™ enables global collaboration and complete situational awareness.
[ Experience Vision™ ](https://www.oceaneering.com/asset-integrity-management/combining-engineering-data-and-visualization/visualizing-3d-data-for-asset-integrity/) Inform™ + Vision™
- Combine Inform™ and Vision™ for a connected Asset Integrity Management (AIM) solution that links inspection records, anomalies, and 3D models to operational reality, enabling faster findings-to-fix cycles and evidence-based decisions.
[ Connect with a Specialist ](#contact)## From Data to Decisions
Combine deep data intelligence with immersive 3D insight to better understand asset condition, unlock faster decisions, and improve traceability.
| Benefit/Outcome | Inform™ | Vision™ | Inform™ + Vision™ |
|---|---|---|---|
| Centralized integrity data (inspections and anomalies) | | | |
| Lower total cost of integrity | | | |
| Configurable workflows for full asset integrity lifecycle | | | |
| Risk models and decision support | | | |
| Immersive 3D context topside and subsea | | | |
| Faster planning and fewer site visits | | | |
| Audit-ready records and traceability | | | |
| Reduced downtime through proactive insight | | | |
| Cross-team collaboration and alignment | | | |
## Efficiency, Insight, and Cost Control
Move from reaction to prevention while improving efficiency, insight, and control. Decision-makers choose our digital asset management platform because it replaces assumptions with evidence and delivers measurable results.
##### Efficiency Gains
- Optimize expenditure with improved scheduling and allocation of resources
- Streamline reporting and inspection workflows
- Accelerate findings-to-fix cycles
##### Integrity Confidence
- Gain clear visibility of asset condition
- Strengthen governance and align decisions
- Improve uptime through proactive maintenance
## Our Pillars of Trust
### Domain Expertise
Built by engineers for engineers.
### Proven Approach
Standardized workflows and models that scale across environments.
### Transparency and Traceability
Decisions are backed by data lineage, model context, and visual proof.
### Security and Governance
Role-based access and auditability for enterprise IT.
### Configurable Platform
We meet you where you are, modular adoption or full platform.
## Frequently Asked Questions
Whether you’re starting to digitize asset integrity or upgrading from a different solution, we’re here to support you. Explore frequently asked questions about how we can support your Digital Asset Management programs.
##### What is Digital Asset Management?
Digital Asset Management combines engineering intelligence and 3D visualization to maintain asset integrity, reduce risk, and improve decision‑making.
##### What is Inform™?
Inform™ is a modular Integrity Data Management System (IDMS) platform that digitizes inspection workflows, centralizes anomaly and risk data, and transforms it into actionable insights.
##### What is Vision™?
Vision™ is a 3D visualization platform that creates engineering‑grade models of topside and subsea assets for reliable comparison, anomaly tracking, and condition assessment over time. Vision™ is delivered as a cloud‑only application.
##### What is the difference between Vision™ Subsea and Vision™ Topside?
Vision™ Subsea uses underwater scanning for subsea assets while Vision™ Topside applies laser scanning for surface facilities. Both create engineering‑grade models for confident decision making.
##### How do Inform™ and Vision™ work together?
Inform™ delivers engineering intelligence and workflow/lifecycle management; Vision™ adds immersive 3D visual context. Together they create a living digital twin, one connected platform that unifies every record and model for integrity management.
##### How does Digital Asset Management reduce downtime?
By centralizing inspection data and adding 3D visualization, operators can identify anomalies earlier, plan maintenance proactively, and reduce unplanned downtime with better scheduling and resource use.
##### Can Inform™ integrate with existing inspection systems?
Yes. Inform™ connects with current inspection workflows and data sources, ensuring a smooth transition without disrupting operations.
##### What ROI can operators expect from using Inform™ and Vision™ together?
Most operators report faster findings-to-fix cycles, reduced site visits, and significant reductions in reporting time and inspection effort. Results vary by asset mix and program maturity.
[ Have more questions? Contact us. ](#contact)### Field Proven. Industry Leading.
Read our case studies featuring Digital Asset Management.
[ See All Case Studies ](https://oceaneering.com/resources/?_content_types=case-study) Previous Next [ ### Inform Predict™ Safely Reduces Customer Inspection Scope by More Than 50 Percent
### Inform Predict™ Safely Reduces Customer Inspection Scope by More Than 50 Percent
In March 2023, a major operator contracted Oceaneering to use our Inform Predict Analytics Software to improve…
Learn More ](https://www.oceaneering.com/case-studies/oceaneering-energy-intelligence-uses-inform-predict-to-safely-reduce-inspection-scope-by-more-than-50-percent/) [ ### Inform Predict™ Improves Inspection Programs For North Sea Assets
### Inform Predict™ Improves Inspection Programs For North Sea Assets
In Q2 2023, a major operator contracted Oceaneering’s Energy Intelligence group to use our Inform Predict Analytics…
Learn More ](https://www.oceaneering.com/case-studies/oceaneering-uses-inform-predict-to-improve-inspection-programs-for-north-sea-assets/) [ ### AI-Powered Inform Predict™ Software Optimizes Inspection Intervals for NOC
### AI-Powered Inform Predict™ Software Optimizes Inspection Intervals for NOC
In this pre-pilot project, Oceaneering employed Inform Predict™ digital predictive analytics software to determine the appropriate inspection…
Learn More ](https://www.oceaneering.com/case-studies/inform-predict-software-optimizes-nocs-inspection-intervals/) Contact Us ## Our team of experts is ready to help you get started.
Oceaneering offers best-in-class products and solutions, backed by unparalleled quality, reliability, and global support. Fill out the inquiry form to start a conversation today.
**Categories:** Asset Integrity Management
---
### [Visualizing 3D Data for Asset Integrity](https://www.oceaneering.com/asset-integrity-management/combining-engineering-data-and-visualization/visualizing-3d-data-for-asset-integrity/)
**Published:** October 28, 2025
**Author:** Monica Dahl
**Content:**
[ Discuss a Project ](/asset-integrity/#contact) Vision™ 3D Data Visualization Software # Visualizing 3D Data for Asset Integrity
Turn data into decisions with 3D visualization solutions that combine your topside and subsea operations into one connected digital twin.
## Bring Clarity to Complexity
Vision™ connects topside and subsea data into one clear holistic asset view, helping teams see issues sooner and act faster. As part of our Asset Integrity Management platform, Vision™ delivers visibility that saves time, lowers cost, and builds confidence across your integrity program.
### Measured Integrity
Engineering-grade accuracy that supports decision making.
### Verified Insight
Data that meets recognized industry compliance.
### Certified Assurance
Accreditation you can trust for digital inspections.
## Deliver Confidence in Every Decision
Make decisions with confidence, backed by industry-leading [UKAS ISO 17020](https://www.ukas.com/resources/resources/soas-17020/) accreditation for topside inspection. Vision™ software supports your drive to liquidate inspection backlog with a solution that you, and the industry, can trust.
### Full Asset Coverage
From platform deck to subsea infrastructure.
### Cloud-Based Deployment
Secure and scalable for global collaboration.
### Audit Ready
Demonstrate compliance with traceable decisions.
### Risk Profiles
Converts inspection data into actionable 3D insight.
### Geospatial Referencing
Accurate positional data for every asset and anomaly location.
## Purpose-Built for Asset Integrity Management
Engineered for complete asset integrity, Vision™ connects your data, onshore, offshore, and subsea. It enables passive inspections during simultaneous operations (SIMOPS), allowing integrity to be assessed without disrupting ongoing campaigns.
## From Vision to Verification
See your asset. Know your risk. Own every decision.
### Building On Precision
Laser scan data – the foundation for every reliable digital asset.
### Integrity Data Intelligence
Delivering clarity by bringing every layer of integrity into focus.
 ## Explore Vision™ for Topside and Subsea
Get complete visibility and confidence across your assets.
### Vision™ Topside
Vision™ Topside gives you the power to see your asset in measurable 3D detail using advanced laser scanning. Decision-makers using Vision™ Topside gain deeper insight, stronger planning capabilities, and measurable efficiency improvements across inspection and upgrade campaigns.
##### What can you do with Vision™ Topside?
- Measure with confidence and capture geometry missed by visual inspections.
- Complete remote visual inspections and external condition assessments.
- Register equipment and access engineering data instantly.
- Plan with accuracy for brownfield upgrades, audits, and retrofits.
- Support both brownfield and greenfield developments.
- Collaborate remotely and share models across teams.
- Reduce rework and downtime by validating designs before execution.
- Create a verifiable digital record that stands up to audit.
### Vision™ Subsea
Vision™ Subsea transforms engineering-grade ROV-gathered point cloud data into a measurable, contextual view of subsea asset integrity. Reduce exposure, shorten inspections, and save costs through smarter campaign planning.
See our [latest news](https://www.oceaneering.com/oceaneering-expands-vision-platform-with-subsea-module-for-engineering%e2%80%91grade-integrity-visualization/).
##### What can you do with Vision™ Subsea?
- Reduce offshore mobilizations by monitoring and tracking corrosion, anomalies, and repairs remotely.
- Conduct passive inspection during live operations.
- Verify change over time by comparing data across campaigns to detect early signs of degradation.
- Maintain compliance and confidence.
- Capture asset data to support robust decision-making and reduced intervention.
## Frequently Asked Questions
Whether you’re starting to digitize asset integrity or upgrading from a different solution, we’re here to support you. Explore frequently asked questions about Vision™.
##### How is Vision™ different from a traditional digital twin?
Traditional digital twins replicate assets in static form. Vision™ goes further by combining automation and 3D visualization to capture engineering-grade data from your operations. It creates a contextualized visual record that reveals change, strengthens integrity programs, and supports faster, more confident decision-making.
##### What types of inspection data does Vision™ support?
Vision™ supports a wide range of inspection data, including ROV-captured imagery, stereoscopic video, and photogrammetry-based point clouds, and 3D engineering models. By integrating all of this data, Vision™ provides a complete digital twin view of topside and subsea assets for faster, data-driven decision-making.
##### How does Vision™ ensure compliance and audit readiness?
Vision™ automatically records every record change, creating a transparent and traceable audit trail. This built-in documentation simplifies regulatory reporting, strengthens quality assurance, and ensures full compliance with offshore integrity standards.
##### Is Vision™ available in the cloud?
Yes. Vision™ can be securely deployed in the cloud. Cloud deployment enables global access, real-time collaboration, and role-based security controls for teams managing offshore and subsea assets.
##### Who benefits most from Vision™?
Vision™ is designed for energy operators, integrity engineers, inspection coordinators, and digital transformation leaders managing topside and subsea assets. It supports projects from brownfield upgrades to greenfield developments, helping reduce exposure, improve safety, and simplify asset integrity management.
##### How does Vision™ differ from traditional inspection reporting?
Unlike static inspection reports, Vision™ provides an interactive 2D and 3D workspace where users can collaborate in real time, tag anomalies, and track asset condition throughout the lifecycle. This digital twin approach transforms inspection data into actionable insight for offshore integrity management.
##### Can Vision™ scale across multiple offshore assets?
Yes. Vision™ scales from a single platform to a global portfolio, ensuring consistency, visibility, and geospatial reference across every operation. Vision™ can even be used to improve your asset integrity management of onshore assets.
##### How does Vision™ integrate with Inform™?
Vision™ connects spatial inspection data with our Inform™ asset integrity management software. Together, they combine visualization and analytics platforms to deliver complete visibility, actionable insights, and risk-based maintenance planning across all assets.
##### What industries use Vision?
Vision™ is primarily used in offshore energy, oil and gas, and renewable sectors. However, its unified digital twin capabilities can benefit any industry that manages complex infrastructure requiring safe, efficient integrity management.
[ Have more questions? Contact us. ](#contact) Contact Us ## Our team of experts is ready to help you get started.
Oceaneering offers best-in-class products and solutions, backed by unparalleled quality, reliability, and global support. Fill out the inquiry form to start a conversation today.
**Categories:** Asset Integrity Management
---
### [Diving](https://www.oceaneering.com/diving/)
**Published:** November 9, 2023
**Author:** Madelyn Werner
**Content:**
# Diving
We are a leading provider of air, mixed gas, and saturation diving services for the oil and gas industry.
## Specialized Diving Services
We own and operate specialized equipment used to perform a wide range of offshore platform structural repairs, inspection services, pipeline repairs and re-routes, grouting repairs, and specialized hyperbaric and wet welding. Our diving services also include non-asset work performed to meet various government and customer requirements.
# Diving Support Vessels
We support diving operations with the world’s premier remotely operated vehicle (ROV) fleet and one of the youngest diving support vessel (DSV) fleets in the Gulf of Mexico. Achieve your objectives more efficiently with our four-point and dynamically positioned (DP) air and saturation diving vessels.
[ Learn More About Our Intergrated Vessel Solutions ](https://oceaneering.com/subsea-projects/vessel-fleet/)
## Welding Services
Our certified welders perform construction and maintenance welding services including underwater wet and dry hyperbaric welding repairs. Our divers are also experienced in grouting, platform repairs, pipeline inspection and maintenance, and pipeline plug and abandonment.
[ Grouting Equipment and Capabilities ](https://oceaneering.canto.com/download/document/1sab9ll57d7f374a9vg7ta8503/original.pdf)
## Hyperbaric Rescue Facility
From Mimir Marine, a leading manufacturer and operator of hyperbaric reception facilities (HRFs), we have purchased a portable HRF in support of our saturation diving services. Our team based in Morgan City, Louisiana, currently operates this HRF system.
[ 12-person Hyperbaric Reception Facility (HRF) ](https://oceaneering.canto.com/download/document/hkp4lcmjkl1h189jjd85vsi07l/original.pdf)
## Industry Standards
To provide the highest level of customer confidence, in the Gulf of Mexico and worldwide, we can deploy equipment and divers that not only meet the standards of the International Marine Contractors Association (IMCA), the International Association of Oil & Gas Producers (IOGP), and the Association of Diving Contractors International (ADC), but that also meet all recognized industry standards and, of course, your own high standards.
Contact Us
## Our team of experts is ready to help you get started.
Oceaneering offers best-in-class products and solutions, backed by unparalleled quality, reliability, and global support. Fill out the inquiry form to start a conversation today.
**Categories:** Diving
**Search Tags:** Diving
---
### [Grayloc® Products](https://www.oceaneering.com/grayloc-home/)
**Published:** October 17, 2023
**Author:** Louder Agency
**Content:**
[ Contact Grayloc ](https://oceaneering.com/grayloc-home/#contact)# Grayloc® Products
We deliver industry-leading solutions for critical service piping and pressure vessel systems.
## Products Engineered for Critical Connections
### Clamp Connectors
Suitable for extreme applications, the compact connector design features a reusable, leak-free metal seal. [ View Product ](https://oceaneering.com/grayloc-home/grayloc-clamp-connectors/) ### Non-Slam Nozzle Check Valves
High-performance, maintenance-free solution that features low-pressure loss and non-slam response. [ View Product ](https://oceaneering.com/grayloc-home/grayloc-non-slam-nozzle-check-valves/) ### Universal Ball Joints
Flexible pipe connections suitable for static and dynamic applications. [ View Product ](https://oceaneering.com/grayloc-home/grayloc-universal-ball-joints/) ### Compact Flanges
Lightweight flanged pipe connectors feature a leak-free, reusable metal seal. [ View Product ](https://oceaneering.com/grayloc-home/grayloc-compact-flanges/) ### Remotely Operated Connectors
Quick opening solution for automated operations, personnel restricted areas, and hazardous or subsea environments. [ View Product ](https://oceaneering.com/grayloc-home/grayloc-remotely-operated-connectors/) ### Closure Systems
Grayloc clamp connectors with integrated supports and hinges to simplify and speed up operations while reducing risk. [ View Product ](https://oceaneering.com/grayloc-home/grayloc-closure-systems/) We also supply and service a wide range of legacy product lines added to our portfolio via acquisitions. These include ReFlange (E-Con, G-Con, R-Con, C-Con), Securamax, and SMX International connectors, joints, and check valves. ### Featured Case Studies
Read our case studies featuring Grayloc products.
[ See All Case Studies ](https://oceaneering.com/resources/?_content_types=case-study) Previous Next [ ### Grayloc® Connectors Survive High-Pressure Hydrogen Fire with Sealing Integrity Intact
### Grayloc® Connectors Survive High-Pressure Hydrogen Fire with Sealing Integrity Intact
The gas leak, traced to an external packing gland, occurred in the hydrogen processing unit, which contained…
Learn More ](https://www.oceaneering.com/case-studies/grayloc-connectors-survive-high-pressure-hydrogen-fire-with-sealing-integrity-intact/) [ ### Grayloc® Clamp Connectors Provide Benefits Over Standard Flange Connections
### Grayloc® Clamp Connectors Provide Benefits Over Standard Flange Connections
An Oceaneering client uses Grayloc® Clamp Connectors for its equipment and also for research and development (R&D)…
Learn More ](https://www.oceaneering.com/case-studies/grayloc-clamp-connectors-provide-benefits-over-standard-flange-connections/) [ ### Subsea Development Retrofitted to Enable Diverless Functionality
### Subsea Development Retrofitted to Enable Diverless Functionality
Over the span of two offshore campaigns, Oceaneering retrofitted subsea infrastructure in 450 foot water depths offshore…
Learn More ](https://www.oceaneering.com/case-studies/subsea-development-retrofitted-to-enable-diverless-functionality/)For more than 60 years, Oceaneering’s Grayloc® Products has offered field-proven and industry-leading pressure-containing connectors, flanges, valves, and closure systems. Our products are suitable for use across industries and in your most extreme applications and environments.
 Play Video ## Field Inspection and Maintenance Services
Grayloc offers on-site inspection and maintenance services to convert existing flanges into compact flanges, ensure the integrity of our connectors, and to facilitate the return of worn or damaged hubs to within factory specifications.
[ Contact us for more information ](https://www.oceaneering.com/grayloc-home/#contact)### Contact Us
## The Grayloc® Products team is ready to help you.
We offer best-in-class products, backed by unparalleled quality, reliability, and global support. Complete the form and your message will be sent directly to a Grayloc representative in your region.
Grayloc® Products operates worldwide. [Explore our locations](https://www.oceaneering.com/locations/?_location_type=grayloc#locations).
"\*" indicates required fields InstagramThis field is for validation purposes and should be left unchanged.\* = required fields Name\* First Last Country\*Please SelectÅland IslandsAfghanistanAlbaniaAlgeriaAmerican SamoaAndorraAngolaAnguillaAntarcticaAntigua and BarbudaArgentinaArmeniaArubaAshmore and Cartier Islands (Australia)AustraliaAustriaAzerbaijanBaker Island (US)BahamasBahrainBangladeshBarbadosBelarusBelgiumBelizeBeninBermudaBhutanBoliviaBonaire, Sint Eustatius and SabaBosnia and HerzegovinaBotswanaBouvet IslandBrazilBritish Indian Ocean TerritoryBrunei DarussalamBulgariaBurkina FasoBurundiCabo VerdeCambodiaCameroonCanadaCanary Islands (Spain)Cayman IslandsCentral African RepublicCeuta (Spain)ChadChannel Islands (UK)ChileChinaChristmas IslandClipperton Island (France)Cocos IslandsColombiaComorosCongo / Republic of the CongoCongo, Democratic Republic of the CongoCook IslandsCoral Sea Islands (Australia)Costa RicaCroatiaCubaCuraçaoCyprusCzechiaCôte d'IvoireDenmarkDjiboutiDominicaDominican RepublicEaster Island (Chile)EcuadorEgyptEl SalvadorEquatorial GuineaEritreaEstoniaEswatiniEthiopiaFalkland IslandsFaroe IslandsFijiFinlandFranceFrench GuianaFrench PolynesiaFrench Southern TerritoriesGabonGalapagos Islands (Ecuador)GambiaGeorgiaGermanyGhanaGibraltarGreeceGreenlandGrenadaGuadeloupeGuamGuatemalaGuernseyGuineaGuinea-BissauGuyanaHaitiHeard Island and McDonald IslandsHoly SeeHondurasHong KongHowland Island (US)HungaryIcelandIndiaIndonesiaIranIraqIrelandIsle of ManIsraelItalyJarvis Island (US)JamaicaJapanJerseyJohnston Atoll (US)JordanKazakhstanKenyaKingman Reef (US)KiribatiNorth Korea, Democratic People's Republic of KoreaSouth Korea, Republic of KoreaKosovoKuwaitKyrgyzstanLao People's Democratic RepublicLatviaLebanonLesothoLiberiaLibyaLiechtensteinLithuaniaLuxembourgMacaoMadagascarMadeira (Portugal)MalawiMalaysiaMaldivesMaliMaltaMarshall IslandsMartiniqueMauritaniaMauritiusMayotteMelilla (Spain)MexicoMicronesiaMidway Atoll (US)MoldovaMonacoMongoliaMontenegroMontserratMoroccoMozambiqueMyanmarNamibiaNavassa Island (USA)NauruNepalNetherlandsNew CaledoniaNew ZealandNicaraguaNigerNigeriaNiueNorfolk IslandNorth MacedoniaNorthern Ireland (UK)Northern Mariana IslandsNorwayNueva Esparta (Venezuela)OmanPakistanPalauPalestine, State ofPalmyra Atoll (US)PanamaPapua (Indonesia)Papua New GuineaParaguayPelagie Islands (Italy)PeruPhilippinesPitcairnPlazas de Soberania (Spain)PolandPortugalPuerto RicoQatarRomaniaRussian FederationRwandaRéunionSaba (Netherlands)Saint BarthélemySaint Helena, Ascension and Tristan da CunhaSaint Kitts and NevisSaint LuciaSaint MartinSaint Pierre and MiquelonSaint Vincent and the GrenadinesSamoaSan Andrés and Providencia (Colombia)San MarinoSao Tome and PrincipeSaudi ArabiaSenegalSerbiaSeychellesSierra LeoneSingaporeSint EustatiusSint MaartenSlovakiaSloveniaSocotra Archipelago (Yemen)Solomon IslandsSomaliaSouth AfricaSouth Georgia and the South Sandwich IslandsSouth SudanSpainSri LankaSudanSurinameSvalbard and Jan MayenSwedenSwitzerlandSyria Arab RepublicTaiwanTajikistanTanzania, the United Republic ofThailandTimor-LesteTogoTokelauTongaTrinidad and TobagoTunisiaTurkmenistanTurks and Caicos IslandsTuvaluTürkiyeUS Minor Outlying IslandsUgandaUkraineUnited Arab EmiratesUnited KingdomUnited StatesUruguayUzbekistanVanuatuVenezuelaViet NamVirgin Islands, BritishVirgin Islands, U.S.Wake Island (US)Wallis and FutunaWest Papua (Indonesia)Western SaharaYemenZambiaZimbabweCompany\*Email\* PhoneProduct Type\*Please SelectClamp ConnectorsNon-Slam Nozzle Check ValvesUniversal Ball JointsCompact FlangesRemotely Operated ConnectorsClosure SystemsOtherMessage\* Δ
**Categories:** Grayloc
**Search Tags:** Grayloc, grayloc ball joint
---
### [Conventional NDT](https://www.oceaneering.com/asset-integrity-management/inspection/conventional-ndt/)
**Published:** November 9, 2023
**Author:** Madelyn Werner
**Content:**
[ Discuss a Project ](/asset-integrity/#contact)
# Conventional Non-Destructive Testing
Your assets are in experienced hands when you trust us to deliver inspection services.
## Eliminate the guesswork
From identifying weld defects to evaluating variations in structural properties, we have a solution.
Conventional non-destructive testing (NDT) has long served as the starting point in establishing or evaluating the condition of equipment. Our global reach, including technicians and field-proven solutions, meets your requirements for NDT. We offer solutions for newly-built equipment, existing infrastructure, and decommissioning activities by identifying the appropriate methods for each application.
[ Conventional NDT ](https://oceaneering.canto.com/download/document/h211ujn0hl09v5au7q8dpc5366/original.pdf)
### Our globally-deployable solutions meet your critical and time-sensitive needs for non-destructive testing.
## Comprehensive Condition Monitoring Programs
Strategic, interval-based solutions
We enable you to maintain a value-adding, continual view of your assets by deploying advanced condition monitoring technologies. We use data collection on an ongoing basis and at defined intervals to ensure you meet regulatory requirements with the most efficient and safe approach.
- Reduce safety risk
- Reduce personnel on board (POB)
- Deliver improved utilization of inspection resources
- Provide continuous monitoring of areas of known concern and anomaly locations
- Monitor and inspect difficult-to-access locations
- Reduce the cost of repeat inspection
# Contact Us
## Our team of experts is ready to help you get started.
Oceaneering offers best-in-class products and solutions, backed by unparalleled quality, reliability, and global support. Fill out the inquiry form to start a conversation today.
**Categories:** Asset Integrity Management, In-Service Inspection
**Search Tags:** Asset Integrity, inspection
---
### [Subsea Xmas Tree Repair In-Situ. No Retrieval Required.](https://www.oceaneering.com/subsea-xmas-tree-repair-in-situ/)
**Published:** December 16, 2025
**Author:** Monica Dahl
**Content:**
Subsea Engineered Solutions
# Subsea Xmas Tree Repair In-Situ. No Retrieval Required.
When a subsea Xmas tree needs repair, pulling it to shore is not your only option. Our experts deliver tailored engineered solutions, repairing or bypassing issues right where they happen, eliminating the need to recover equipment.
[ Contact us ](#contact)## We Get Your Assets Producing Again. Quickly.
Our teams deliver proven engineered solutions wherever you operate. Unparalleled expertise enables us to solve your most complex subsea repair challenges, from subsea trees and manifolds to control lines and distribution systems. We get you back online faster and safely, helping you avoid costly downtime. With a proven global track record, we’ve tackled more than 800 subsea repair scopes.
### Reduce Time-to-Restore
Avoid the production loss associated with full tree retrievals and onshore Xmas tree repair work.
### Comprehensive, Turnkey Subsea Solutions
Full project lifecycle support, from diagnosis and engineering to fabrication, testing, and offshore execution.
### Global Footprint with Local Presence
Our teams are ready to respond with industry-leading support, wherever your Xmas trees are installed.
### Safety First Approach
ROV-operated intervention reduces operational risk and eliminates the requirement for divers.
## Ready to Keep Your Xmas Tree off the Beach?
Connect with our Engineered Solutions team to scope your repair or bypass and put a plan in motion. [ Subscribe Today ](#contact)## Frequently Asked Questions
Problems with your subsea tree? We answer FAQs below to provide clear, practical answers to challenges we address, how we fix them, and the standards guiding our work.
##### What types of subsea Xmas tree issues do you tackle? What components can you repair or replace?
We resolve a wide range of problems, including control line leaks, failed actuators, damaged valves, connector issues, and tree cap removal or replacement. Our team also delivers engineered bypass solutions for complex faults, ensuring your subsea assets stay productive.
##### How do you ensure the engineered solution will work offshore?
We focus on minimizing risk through onshore proving. Ninety percent of the work happens before going offshore-diagnosis, engineering, simulation, and testing ensure smooth, issue-free offshore execution.
##### How does your subsea tree repair process minimize downtime and cost?
Our in-situ, diverless approach means repairs are performed offshore using ROV-compatible tooling-no need to retrieve equipment to shore. This reduces schedule risk, vessel days, and overall costs, getting your production back online faster.
##### Can you restore full hydraulic and control functions to my subsea tree?
Yes. Our solutions are designed to reinstate all required hydraulic and control functions, whether through direct repair, component replacement, or engineered bypass. We work with you to prioritize the functions that matter most for your operations.
##### Can you adapt your tooling for different tree sizes and configurations?
Yes. Our comprehensive suite of subsea repair tools can be quickly modified to fit various tree sizes and actuator types, ensuring fast turnaround and minimal downtime for your operation.
##### Do you offer turnkey subsea tree repair services?
Absolutely. We manage every step-from diagnosis and engineering to fabrication, testing, and offshore installation. Our global fleet and local teams ensure rapid mobilization and seamless project delivery.
[ Have more questions? Contact us. ](#contact)### Real-World Subsea Tree Repair Success Stories
Explore how we have successfully solved our customers’ most challenging subsea tree issues.
[ See All Case Studies ](https://oceaneering.com/resources/?_content_types=case-study) Previous Next [ ### Delivering Intervention Solutions for Water Injection Trees Offshore West Africa
### Delivering Intervention Solutions for Water Injection Trees Offshore West Africa
In late 2021, a major operator identified a failure of the diverter block blind flange on two…
Learn More ](https://www.oceaneering.com/case-studies/delivering-intervention-solutions-for-water-injection-trees-offshore-west-africa/) [ ### Bespoke PLEM Repair Tooling Suite Enables Intervention to Restore Production
### Bespoke PLEM Repair Tooling Suite Enables Intervention to Restore Production
In early 2023, Oceaneering was contracted by a major Gulf of Mexico operator to provide a fast-track…
Learn More ](https://www.oceaneering.com/case-studies/bespoke-plem-repair-tooling-suite-enables-intervention-to-restore-production/) [ ### Oceaneering Addresses Stuck Valves and Restores Production for OKEA
### Oceaneering Addresses Stuck Valves and Restores Production for OKEA
In October 2020, Norwegian operator OKEA approached Oceaneering seeking a solution to address four stuck actuators located…
Learn More ](https://www.oceaneering.com/case-studies/oceaneering-addresses-stuck-valves-and-restores-production-for-okea/) Contact Us ## Our team of experts is ready to help you get started.
Oceaneering offers best-in-class products and solutions, backed by unparalleled quality, reliability, and global support. Fill out the inquiry form to start a conversation today.
---
### [Renewable Energy Solutions](https://www.oceaneering.com/renewable-energy-solutions/)
**Published:** November 9, 2023
**Author:** Madelyn Werner
**Content:**
[ Discuss a Project ](https://oceaneering.com/renewable-energy-solutions/#contact)
# Renewable Energy Solutions
Supporting your diverse renewable energy and low-carbon projects with innovative solutions.
## Advanced Solutions for a Low-Carbon Future
We are shaping the future of the energy industry with advanced technologies and services that meet the world’s low carbon ambitions. We are ideally positioned to serve your global offshore wind, tidal, wave, interconnector, hydrogen and carbon capture projects in key regions around the world including the Americas, Europe, and the Asia Pacific.
0+
Years of experience in offshore projects
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Years of experience in renewable energy
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Successfully completed renewables projects
## Safer, Greener, Cost-Efficient Solutions
We have built a successful track record in the renewable and low-carbon energy sectors by delivering safe, efficient, cost-effective, and environmentally-friendly projects-from development through to decommissioning.
[ Oceaneering Renewable Track Record ](https://oceaneering.canto.com/download/document/tmplasjifl3cp3idkesq5bus12/original.pdf) 
### Fixed Offshore Wind
Streamline interface management in key regions by leveraging our decades of experience in offshore energy and complex marine construction.
[ Read More ](https://www.oceaneering.com/renewable-energy-solutions/fixed-offshore-wind/) 
### Floating Offshore Wind
Tackle the complexities of challenging offshore environments including deeper waters, opening large swathes of opportunity to generate renewable wind power.
[ Read More ](https://www.oceaneering.com/renewable-energy-solutions/floating-offshore-wind/) 
### Hydrogen Support Services
Optimize your global hydrogen projects with our industry-leading Grayloc® Products and Asset Integrity Management services.
[ Read More ](https://www.oceaneering.com/renewable-energy-solutions/hydrogen-support-services/) 
### Nuclear Power Solutions
Meet the evolving demands of your nuclear power facilities, including next generation small modular reactors.
[ Read More ](https://www.oceaneering.com/renewable-energy-solutions/nuclear-power-solutions/) 
### Carbon Capture and Storage
Ensure the safety and integrity of your CCS infrastructure while increasing reliability, and cost effectiveness.
[ Read more ](https://www.oceaneering.com/renewable-energy-solutions/carbon-capture-and-storage-solutions/) 
### Electrification of Offshore Oil and Gas Assets
Leverage renewable energy sources to meet your power requirements.
[ Read the brochure ](https://oceaneering.canto.com/download/document/gaaqj5odj9045c4gotn1h8ul53/original.pdf)
### Field Proven. Industry Leading.
Read more on how we are supporting Renewable Energy, Low-Carbon, and Decarbonization projects.
[ See All Case Studies ](https://oceaneering.com/resources/?_content_types=case-study) Previous Next [ ](https://www.oceaneering.com/case-studies/development-of-maintenance-program-for-the-worlds-largest-offshore-wind-farm/)
### Development of Maintenance Program for the World’s Largest Offshore Wind Farm
### Development of Maintenance Program for the World’s Largest Offshore Wind Farm
Oceaneering was contracted to complete the comprehensive maintenance scope for the Dogger Bank A offshore wind development…
[Learn More ](https://www.oceaneering.com/case-studies/development-of-maintenance-program-for-the-worlds-largest-offshore-wind-farm/) [ ](https://www.oceaneering.com/case-studies/multi-qualified-level-3-engineers-complete-managed-audit-program-for-uk-nuclear-power-plants/)
### Multi Qualified Level 3 Engineers Complete Managed Audit Program for UK Nuclear Power Plants
### Multi Qualified Level 3 Engineers Complete Managed Audit Program for UK Nuclear Power Plants
Oceaneering recently completed its sixth year delivering managed audit support at UK nuclear power plants as part…
[Learn More ](https://www.oceaneering.com/case-studies/multi-qualified-level-3-engineers-complete-managed-audit-program-for-uk-nuclear-power-plants/) [ ](https://www.oceaneering.com/case-studies/nuclear-focused-inspection-team-supports-newbuild-power-plant-in-the-uk/)
### Nuclear-Focused Inspection Team Supports Newbuild Power Plant In The UK
### Nuclear-Focused Inspection Team Supports Newbuild Power Plant In The UK
Oceaneering recently completed the fourth year of a long-term contract to provide inspection services at a nuclear…
[Learn More ](https://www.oceaneering.com/case-studies/nuclear-focused-inspection-team-supports-newbuild-power-plant-in-the-uk/) [ ](https://www.oceaneering.com/case-studies/successful-ndt-enables-decommissioning-of-nuclear-power-facilities-in-uk/)
### Successful NDT Enables Decommissioning of Nuclear Power Facilities in UK
### Successful NDT Enables Decommissioning of Nuclear Power Facilities in UK
In February 2023, Oceaneering completed a two-and-a-half-year project providing non-destructive testing (NDT) services to support the safe…
[Learn More ](https://www.oceaneering.com/case-studies/successful-ndt-enables-decommissioning-of-nuclear-power-facilities-in-uk/) [ ](https://www.oceaneering.com/case-studies/oceaneering-subsea-robotics-supports-floating-offshore-wind-installation-offshore-spain/)
### ROV Team Supports Spanish Floating Wind Turbine Installation
### ROV Team Supports Spanish Floating Wind Turbine Installation
Qverview In August 2023, an Oceaneering crew and Magnum® remotely operated vehicle (ROV) was used to support the…
[Learn More ](https://www.oceaneering.com/case-studies/oceaneering-subsea-robotics-supports-floating-offshore-wind-installation-offshore-spain/) [ ](https://www.oceaneering.com/case-studies/oceaneering-subsea-robotics-supports-installation-project-at-the-worlds-largest-offshore-floating-wind-project/)
### Successful Dynamic Inter-array Cable Installation at the World’s Largest Offshore Floating Wind Project
### Successful Dynamic Inter-array Cable Installation at the World’s Largest Offshore Floating Wind Project
In Q2 2023, an Oceaneering project team and remotely operated vehicles (ROVs) were used to support a…
[Learn More ](https://www.oceaneering.com/case-studies/oceaneering-subsea-robotics-supports-installation-project-at-the-worlds-largest-offshore-floating-wind-project/) [ ](https://www.oceaneering.com/case-studies/oceaneering-rovs-support-installation-of-offshore-floating-wind-turbines-off-the-french-coast/)
### Oceaneering ROVs Support French Floating Wind Turbine Installation
### Oceaneering ROVs Support French Floating Wind Turbine Installation
In October 2023, Oceaneering’s remotely operated vehicles (ROVs) on the Normand Installer vessel finished a work scope…
[Learn More ](https://www.oceaneering.com/case-studies/oceaneering-rovs-support-installation-of-offshore-floating-wind-turbines-off-the-french-coast/) [ ](https://www.oceaneering.com/case-studies/oceaneerings-innovative-isurus-rov-reduces-cost-and-carbon-footprint-while-shortening-project-schedule/)
### Isurus™ ROV Supports More Efficient Cable Lay Operations
### Isurus™ ROV Supports More Efficient Cable Lay Operations
In late 2019, a major offshore wind developer mobilized Oceaneering’s Isurus™ ROV on one of its cable…
[Learn More ](https://www.oceaneering.com/case-studies/oceaneerings-innovative-isurus-rov-reduces-cost-and-carbon-footprint-while-shortening-project-schedule/) [ ](https://www.oceaneering.com/case-studies/oceaneering-completes-successful-wind-turbine-anode-installation/)
### Oceaneering Completes Successful Wind Turbine Anode Installation
### Oceaneering Completes Successful Wind Turbine Anode Installation
Oceaneering was contracted by a leading geotechnical and offshore solutions provider to install anti-corrosion plate anode clamps…
[Learn More ](https://www.oceaneering.com/case-studies/oceaneering-completes-successful-wind-turbine-anode-installation/)
## Renewables News
[](https://www.oceaneering.com/oceaneering-achieves-fit-4-offshore-renewables-f4or-granted-status-at-rosyth-scotland-cable-facility/ "Oceaneering Achieves ") 3/28/2024
### [Oceaneering Achieves ‘Fit 4 Offshore Renewables’ Granted Status at Rosyth, Scotland, Cable Facility](https://www.oceaneering.com/oceaneering-achieves-fit-4-offshore-renewables-f4or-granted-status-at-rosyth-scotland-cable-facility/ "Oceaneering Achieves ")
Houston, Texas – Oceaneering announces today that its Rosyth, Scotland, cable manufacturing facility has successfully achieved “Fit 4 Offshore Renewables”…
[Read More ](https://www.oceaneering.com/oceaneering-achieves-fit-4-offshore-renewables-f4or-granted-status-at-rosyth-scotland-cable-facility/) [](https://www.oceaneering.com/oceaneering-announces-a-successful-field-trial-for-ocean-perception-marine-mammal-mitigation-software-solution/ "Oceaneering Announces a Successful Field Trial for Ocean Perception™ Marine Mammal Mitigation Software Solution") 12/5/2023
### [Oceaneering Announces a Successful Field Trial for Ocean Perception™ Marine Mammal Mitigation Software Solution](https://www.oceaneering.com/oceaneering-announces-a-successful-field-trial-for-ocean-perception-marine-mammal-mitigation-software-solution/ "Oceaneering Announces a Successful Field Trial for Ocean Perception™ Marine Mammal Mitigation Software Solution")
Houston, Texas – Today, Oceaneering International, Inc., announces the successful field trial of Ocean Perception™, a patented marine mammal mitigation…
[Read More ](https://www.oceaneering.com/oceaneering-announces-a-successful-field-trial-for-ocean-perception-marine-mammal-mitigation-software-solution/) [](https://www.oceaneering.com/oceaneering-awarded-maintenance-engineering-framework-agreement/ "Oceaneering Awarded Maintenance Engineering Framework Agreement ") 2/28/2022
### [Oceaneering Awarded Maintenance Engineering Framework Agreement ](https://www.oceaneering.com/oceaneering-awarded-maintenance-engineering-framework-agreement/ "Oceaneering Awarded Maintenance Engineering Framework Agreement ")
Oceaneering International’s Integrity Management and Digital Solutions (IMDS) group has been awarded a framework agreement covering maintenance engineering for all Equinor’s business areas.
[Read More ](https://www.oceaneering.com/oceaneering-awarded-maintenance-engineering-framework-agreement/)
[ See All News ](https://oceaneering.com/blog/)
# Contact Us
## Our team of experts is ready to help you get started.
Oceaneering offers best-in-class products and solutions, backed by unparalleled quality, reliability, and global support. Fill out the inquiry form to start a conversation today.
**Categories:** Renewables
**Search Tags:** Renewable Energy
---
### [Suppliers](https://www.oceaneering.com/supplier-relations/)
**Published:** November 8, 2023
**Author:** Monica Dahl
**Content:**
[ Connect With Us ](https://oceaneering.com/suppliers/#contact)# Supplier Relations
Oceaneering recognizes that each step in our supply chain has an impact on people, communities, and the planet. At Oceaneering we rely on our valued suppliers and other partners to help us meet our customers’ needs every day.
## Supplier Portal
This portal is utilized for existing Oceaneering suppliers to conduct bidding events, order acknowledgements, issuance or purchase order, purchase order acceptance, invoice submission and payment status. [ Supplier Portal Login ](https://smart.gep.com/) [ Supplier Portal Training ](https://oceaneering.canto.com/direct/document/ndi78sf7kl2tv25d1sadrib66l/jZm1EJeWdOwR8KKWnG2ehHpjrfE/original?content-type=application%2Fpdf&name=Oceaneering_Portal_Training.pdf)## Supplier Ethics
Our goal is to ensure that our relationships with suppliers reflect and support high ethical standards. We are committed to work with our suppliers to promote responsible practices around the world. Our intent is for our suppliers to share our values and share our commitment to conduct business in an ethical, legal, and socially responsible manner.
[ Learn more ](https://www.oceaneering.com/sustainability/ethics-and-compliance/)  ## Supplier Quality
We strive to ensure our products and services are consistent and meet our clients’ high standards of excellence. We are committed to work with our suppliers to promote responsible practices around the world. Our intent is for our suppliers to share our values and share our commitment to conduct business in an ethical, legal, and socially responsible manner.
[ Supplier Quality Documents ](https://www.oceaneering.com/supplier-document-delivery#sqdocs)## Supplier Diversity
Oceaneering International, Inc. (acting through its Mobility Solutions Division as a Transit Vehicle Manufacturer) with headquarters located in Houston, Texas anticipates bidding on FTA-funded vehicle contracts, has established its FY 2025 Disadvantaged Business Enterprises (DBE) Goal in accordance with U.S. Department of Transportation (DOT) Rule 49 CFR Part 26.
Oceaneering’s overall DBE goal for FY 2025 (Oct. 1, 2024 to Sept. 30, 2025) is 1.43% of the total amount of domestic contracted dollars we will expend on USDOT-assisted contracts.
Please contact the Oceaneering DBELO if you have any questions or comments.
## DBE Liaison Officer Contact
James Roark
Tel: +1 407 429 2749
E-mail: <JRoark@oceaneering.com>## Supplier Guidance and Documents
#### Compliance
[ Anti-Bribery and Anti-Corruption Policy ](https://oceaneering.canto.com/download/document/l5p2ujhds54itaj4f0ve0rhu35/original.pdf) [ Code of Conduct ](https://s201.q4cdn.com/108344635/files/doc_downloads/govdocs/2023/10/Code_of_Conduct_English.pdf) [ Supplier Code of Conduct ](https://oceaneering.canto.com/download/document/a7961ed6u52theen6pial9bq6a/original.pdf)#### Conflict Minerals Reporting
[ Conflict Minerals Policy Statement ](https://oceaneering.canto.com/direct/document/pk28f8klb10l3a004tqndf231j/vddXyhw3yJ01ZYrYATqS570Ra6M/original?content-type=application%2Fpdf&name=Oceaneering-Conflicts-Minerals-Program-Policy.pdf)#### Supplier NDA
[ Australia ](https://oceaneering.canto.com/direct/document/hckf76enk96d13fnoov8nk5m5o/QSJsA02PhzD30mDynkuTLZGG7bk/original?content-type=application%2Fvnd.openxmlformats-officedocument.wordprocessingml.document&name=SCM-NDA-001+Rev.+00+-+Vendor+NDA+-+Australia.docx) [ Brazil (English/Portugese) ](https://oceaneering.canto.com/direct/document/0caipv96lt4fhef3b6diei4b06/Qa0evkWZqzk5yBdEy20h21wqbGA/original?content-type=application%2Fvnd.openxmlformats-officedocument.wordprocessingml.document&name=SCM-NDA-002+Rev.+00+-+Vendor+NDA+-+Brazil.docx) [ Norway ](https://oceaneering.canto.com/direct/document/smov86atv54prf58s1vqoifj6h/MQotLKxVzqWk6TaH4CpLilvXiHk/original?content-type=application%2Fvnd.openxmlformats-officedocument.wordprocessingml.document&name=SCM-NDA-003+Rev.+00+-+Vendor+NDA+-+Norway.docx) [ Singapore ](https://oceaneering.canto.com/direct/document/debgqmiki17vhbdov096arp523/zX83Yix6HNuhaLw1oymSuZ0bMsQ/original?content-type=application%2Fvnd.openxmlformats-officedocument.wordprocessingml.document&name=SCM-NDA-004+Rev.+00+-+Vendor+NDA+-+Singapore.docx) [ The Netherlands ](https://oceaneering.canto.com/direct/document/s6p61a1qtt2cre8bn1d924ol7e/IDmPha44VKrS6UA1VG2jJnBzodk/original?content-type=application%2Fvnd.openxmlformats-officedocument.wordprocessingml.document&name=SCM-NDA-005+Rev.+00+-+Vendor+NDA+-+The+Netherlands.docx) [ U.K./Eastern Hemisphere ](https://oceaneering.canto.com/direct/document/9j22ga4g3l31j4njho5j2gjc3t/zWkS49hx7PbNSKzK_bk0EuQ_1iM/original?content-type=application%2Fvnd.openxmlformats-officedocument.wordprocessingml.document&name=SCM-NDA-006+Rev.+00+-+Vendor+NDA+-+UK%26EH.docx) [ U.S./Canada ](https://oceaneering.canto.com/direct/document/cdbtgvl5e91qvb16iigkkods2u/ACzoZf7Tlh6rlvKGBB0Iuy_dhCs/original?content-type=application%2Fvnd.openxmlformats-officedocument.wordprocessingml.document&name=SCM-NDA-007+Rev.+00+-+Vendor+NDA+-+US%26WH.docx)#### Purchase Order Terms and Conditions
[ Australia ](https://oceaneering.canto.com/direct/document/ri4v7c1gkt41ndp30l1rcqs13g/WWQxitesVC0Ej4zDlUZo6zxlfSk/original?content-type=application%2Fpdf) [ Brazil (English/Portuguese) ](https://oceaneering.canto.com/direct/document/0i4l0acbc50aj4kj327h5mpg0m/aKxnnJcW3HnWMx9atIyLOIrWF6k/original?content-type=application%2Fpdf) [ Norway ](https://oceaneering.canto.com/direct/document/qh781c2u3t7db7lp53rb8ck11k/nZNQdl-bodpkkmmTWQMbb4S0dI8/original?content-type=application%2Fpdf) [ Singapore ](https://oceaneering.canto.com/direct/document/bm840h2o7t0917is4hnd9maj6c/kG7CflViMCGGfwjoTHep7Gx3r94/original?content-type=application%2Fpdf) [ The Netherlands (AGV) ](https://oceaneering.canto.com/direct/document/qbs94n50lh14l6ohv8b4k02669/pX_ukFaRWXUpxmZxzrX1VnGNxS4/original?content-type=application%2Fpdf) [ U.K./Eastern Hemisphere ](https://oceaneering.canto.com/direct/document/tbh4f4h6l97dt43re46541d16d/mRrrkuE3VajUPnOKSgLJ_dPTwwM/original?content-type=application%2Fpdf) [ U.S./Canada ](https://oceaneering.canto.com/direct/document/3d8397n5ed37v3ei5hmn5cso71/gk9APrXibu3K3J1XhOGzeQeFDCw/original?content-type=application%2Fpdf)#### Supplier Document Upload Portal
[ Oceaneering Supplier Upload Portal ](https://oceaneering.sharepoint.com/:l:/s/OSUP/FLz3DGKlO1FJh44OkRxcGwQByvgG8OsadklzI8ATYOpNiw)#### Supplier Collaboration Portal Document
[ Oceaneering Portal Training ](https://oceaneering.canto.com/direct/document/ndi78sf7kl2tv25d1sadrib66l/jZm1EJeWdOwR8KKWnG2ehHpjrfE/original?content-type=application%2Fpdf&name=Oceaneering_Portal_Training.pdf) [ Oceaneering Invoicing Instructions \| Jan 2023 ](https://oceaneering.canto.com/direct/document/vtce826ea53k37jhfulbumf00f/x9LTYh4TduzjO6g4FXgIr2FRP8s/original?content-type=application%2Fpdf&name=Oceaneering+Invoicing+Instructions-Jan+2023.pdf) Contact Us ## Our team of experts is ready to help you get started.
Oceaneering offers best-in-class products and solutions, backed by unparalleled quality, reliability, and global support. Fill out the inquiry form to start a conversation today.
**Search Tags:** Suppliers
---
### [CompactMover™ 1200 Forklift](https://www.oceaneering.com/oceaneering-mobile-robotics-omr/compactmover-1200-forklift/)
**Published:** October 4, 2023
**Author:** Louder Agency
**Content:**
[ Discuss a Project ](https://oceaneering.com/oceaneering-mobile-robotics-omr/#contact) Fork over leg # CompactMover™ FOL U 1200
The powerful CompactMover™ FOL U 1200 integrates advanced safety features to ensure proper handling of varied load types.
### CompactMover™ FOL U 1200
The CompactMover™ FOL U 1200 is a member of Oceaneering’s family of forklift mobile robots. Designed to replace conventional electric pallet stackers, it provides a fully electric solution without hydraulics for easier maintenance. With support legs below the forks, it offers a sophisticated safety system that prevents robot tipping, accidental pushing, and dragging of loads. It also features automatic pallet tracking to find and align to misplaced loads. As with all our mobile robots, the CompactMover™ FOL U 1200 can be operated in mixed fleets.
##### Accommodates a large variety of load types:
- Europallets
- Racks
- Carts
- Boxes
##### Brochures
[ CompactMover™ FOL U 1200 Letter \| English ](https://oceaneering.canto.com/download/document/2gouvs8ggd06f4idgjhr66es22/original.pdf) [ CompactMover™ FOL U 1200 \| English A4 ](https://oceaneering.canto.com/download/document/pggd10hdkl2r52amafo141pe0e/original.pdf) ### Drive
Unidirectional
### Drive speed
Up to 6.6 ft/s \| 1.9 m/s
### Navigation
Natural Feature
### Handling height
Up to 43.3 in / 1100 mm
### Max payload
2,640 lb / 1200 kg
(20 in / 500 mm load center) [  ](https://oceaneering.com/wp-content/uploads/2023/10/CompactMover-FOL-U-1200-220321_CM_FOL_01-edited-position2-1.png) [  ](https://oceaneering.com/wp-content/uploads/2023/10/CompactMover-FOL-U-1200-220317_CM_FOL_02-1.png) [  ](https://oceaneering.com/wp-content/uploads/2023/10/CompactMover-FOL-U-1200-220317_CM_FOL_03-1.png) Previous Next Contact Us ### Getting in touch with our experts
Do you have a question or need more info about our Mobile Robots? Please enter your contact details and describe your inquiry, and we’ll get back to you as soon as possible. Thanks!
**Categories:** Mobile Robotics
**Search Tags:** Forklifts, Mobile Robotics
---
### [Counterbalance Forklift: MaxMover™ CB D 2000](https://www.oceaneering.com/oceaneering-mobile-robotics-omr/maxmover-cb-d-2000/)
**Published:** October 4, 2023
**Author:** Louder Agency
**Content:**
[ Discuss a Project ](https://oceaneering.com/oceaneering-mobile-robotics-omr/#contact) Counterbalance Forklift # MaxMover™ CB D 2000
The versatile MaxMover™ CB D 2000 accommodates a variety of load types of different sizes and weights.
### MaxMover™ CB D 2000
Solve operational challenges and overcome labor shortages with innovative mobile robotic solutions based on autonomous technology. Specifically designed for use across warehouse logistics, manufacturing operations, distribution centers, and assembly lines, the MaxMoverTM CB D 2000 offers a true replacement for conventional counterbalance forklifts.
##### Load Types
- Conventional pallets (GMA, EUR)
- Specialist automotive pallets
- Racks
- Carts
##### Brochures
[ MaxMover™ CB D 2000 \| English ](https://oceaneering.canto.com/download/document/pjmmen9qq1719cvisj0epn4f6n/original.pdf) ### Drive
Differential
### Drive Speed
Up to 6.6 ft/s \| 2 m/s
### Navigation System
Natural feature
### Lifting Height
Up to 196 in / 500cm
(Dependent on mast options) ### Maximum Payload
Up to 4,400 lb /
2000 kg (20 in /
500 mm load center) [  ](https://www.oceaneering.com/wp-content/uploads/2025/08/241122_Maxmover_side-view-copy.webp) [  ](https://www.oceaneering.com/wp-content/uploads/2025/08/240823_Maxmover_Perspective-view.webp) [  ](https://www.oceaneering.com/wp-content/uploads/2025/08/241122_Maxmover_5meter-mast.webp) [  ](https://www.oceaneering.com/wp-content/uploads/2025/08/241122_Maxmover_3meter-mast.webp) [  ](https://www.oceaneering.com/wp-content/uploads/2025/08/241122_Maxmover_2meter-mast.webp) [  ](https://www.oceaneering.com/wp-content/uploads/2025/08/241122_All-Maxmover-with-different-Mast.webp) Previous Next ## MaxMover™ CB D 2000 – Counterbalance Robot
 Play Video ## Watch the MaxMover in Action
 Play Video ### Elevated Obstacle Detection (EOD)
Detects obstacles above ground level that standard safety sensors miss.
 Play Video ### Empty Drop-off Detection (EDD)
Scans for obstacles before drop-off, preventing double stacking, collisions, and misplacements.
 Play Video ### Fork Pitch Adjustment (FPA)
Automated fork width adjustment for varied load sizes.
 Play Video ### Destacking
Identifies and handles the topmost load in a stack.
Contact Us ### Getting in touch with our experts
Do you have a question or need more info about our Mobile Robots? Please enter your contact details and describe your inquiry, and we’ll get back to you as soon as possible. Thanks!
**Categories:** Mobile Robotics
**Search Tags:** Forklifts, Mobile Robotics
---
### [Autonomous Trailer Loading with MaxMover™ CB D 2000](https://www.oceaneering.com/oceaneering-mobile-robotics-omr/autonomous-trailer-loading/)
**Published:** November 5, 2025
**Author:** Monica Dahl
**Content:**
[ Discuss a Project ](https://oceaneering.com/oceaneering-mobile-robotics-omr/#contact) Mobile Robotics # Autonomous Trailer Loading with MaxMover™ CB D 2000
Automated Guided Vehicle (AGV) and Autonomous Mobile Robot (AMR) precision for safer, consistent dock operations.
[ Book a Demo Today ](#contact)## Boost Efficiency and Decrease Risk
Loading trailers is often risky, inconsistent, and labor‑intensive. Misalignments and tight docks cause delays and damage.
MaxMover™ CB D 2000 is an autonomous counterbalance forklift-an AGV/AMR hybrid-that uses pallet-sniffing and adaptive navigation to execute precise loading patterns in real-world dock conditions.
## Why Automate Trailer Loading?
Transform your manual, high-risk trailer loading process into a streamlined, intelligent operation. By automating this critical step, you gain improved safety, faster cycle times, and consistent performance.
### Improved Safety
Reduce strain and accident risk inside trailer spaces.
### Standardize
Improve cycle times and reduce delays.
### Scalable
Supports multiple loading patterns and integrates with your existing systems.
### Cost Effective
Reduce damage to your products, and minimize detention fees and manual inefficiencies.
## How It Works
MaxMover™ is not just an AGV-it’s a pattern-executing AMR with real-time dock mapping and pallet detection.
With millimeter level repeatability, the AMR executes multiple loading patterns including 2-2-2, 2-1-2, pinwheel, and more. The system adapts to tight spaces and variable dock conditions, minimizing product and trailer damage while maximizing cube utilization and flow.
[ Watch How It Works ](https://oceaneering.canto.com/direct/video/hbjsdt4pb92rpffhtl22ks961v/D_tiGPAhSt4INEIEuvODg4cEUp8/original?content-type=video%2Fmp4&name=MaxMover%E2%84%A2+CB+D+2000+-+Automated+Truck+%26+Trailer+Loading+Made+Simple.mp4)### Autonomous Navigation
Maps the dock and trailer in real time.
### Smart Pallet Detection
Confirms alignment and placement before committing.
### Pattern Execution Engine
Applies the correct pattern for the load plan.
### Throughput Optimization
Reduces touches and dwell time, shift after shift.
## Autonomous Trailer Loading Across Industries
Smarter loading starts here. From a single dock to a complete warehouse, [the MaxMover™ Counterbalance Forklift](https://www.oceaneering.com/oceaneering-mobile-robotics-omr/maxmover-cb-d-2000/) supports your operations.
- Manufacturing outbound docks
- Third-party logistics and distribution cross-docks
- Food and beverage with mixed pallet profiles
- Retail and ecommerce high velocity lanes
## Seamless Integration with Your Existing Stack
Connect MaxMover™ with your Enterprise Resource Planning (ERP) Software or Warehouse Management Systems (WMSs).
### ERP/WMS-Ready
Streamlines tasks and confirmations
### APIs and Data Feeds
Checks status, exceptions, and analytics
### Safety and Site Controls
Works with dock equipment and traffic flows
 ## Frequently Asked Questions
Have questions about automating trailer loading with MaxMover™? Explore our FAQ below to learn how autonomous technology streamlines operations, improves safety, and integrates seamlessly with your existing systems.
##### What trailer loading patterns does MaxMover™ support?
MaxMover™ executes 2-2-2, 2-1-2, pinwheel, straight, turned, distributing weight patterns with precision and repeatability, and can adapt to mixed pallet profiles.
##### Is MaxMover™ an AGV or AMR?
It’s a hybrid: an autonomous counterbalance forklift with AGV navigation and AMR intelligence.
##### Can MaxMover™ operate in tight docks or variable conditions?
Yes. Its advanced navigation and pallet detection help it maneuver reliably in tight spaces and changing dock environments.
##### How does it improve safety?
By automating high variability trailer work, MaxMover™ reduces risky maneuvers and contact, supporting safer, more consistent loading inside trailers.
##### What systems does it integrate with?
MaxMover™ integrates with common ERP/WMS platforms via APIs and data feeds for tasking, confirmations, and status updates.
##### What’s a typical rollout path?
Many teams start with one dock to validate throughput and workflows, then scale across routes and sites as value is proven.
##### Does it reduce detention fees?
By shortening loading times and reducing variability, MaxMover™ can help lower detention costs and improve dock utilization.
##### How long does training take?
Operators typically get hands-on in hours, thanks to an intuitive Human-Machine Interface (HMI) and guided workflows.
##### What facility changes are required?
Most sites need minimal modifications. We assess dock conditions during scoping and demo planning.
##### Can it handle mixed pallets or special SKUs?
Yes-provide sample profiles in the demo request so we can show recommended patterns and constraints.
##### How do we measure ROI?
Track load time per trailer, damage rate, detention costs, and labor variability.
[ Have more questions? Book a live demo ](https://www.oceaneering.com/oceaneering-mobile-robotics-omr/autonomous-trailer-loading/#contact) Register Now ### Ready To See the Future of Intralogistics Automation?
Book your free demo now by filling in the form.
- Book demo
- Tailor your demo
- Invite your team
- Get answers live
**Categories:** Asset Integrity Management
---
### [United Kingdom](https://www.oceaneering.com/locations/united-kingdom/)
**Published:** November 9, 2023
**Author:** Madelyn Werner
**Search Tags:** UK
---
### [Asset Integrity Management](https://www.oceaneering.com/asset-integrity-management/)
**Published:** October 18, 2023
**Author:** Louder Agency
**Content:**
[ Discuss a Project ](/asset-integrity/#contact)# Asset Integrity Management
Minimize downtime and improve your operational efficiency by leveraging our integrated approach, combining expert engineering, software platforms, and advanced inspection technology.
## Enhance Efficiency and Reliability
We deliver unparalleled value and peace of mind with industry-trusted services and technologies that ensure the reliability and longevity of your assets. Adopt a tailored, integrated approach, combining the power of our expertise and global footprint to transform your operations.
[](https://www.oceaneering.com/asset-integrity-management/combining-engineering-data-and-visualization/ "Combining Engineering Data and Visualization")### [Combining Engineering Data and Visualization](https://www.oceaneering.com/asset-integrity-management/combining-engineering-data-and-visualization/ "Combining Engineering Data and Visualization")
Bring integrity to life in one connected view of your assets, from topside to subsea.
[Read More](https://www.oceaneering.com/asset-integrity-management/combining-engineering-data-and-visualization/) [](https://www.oceaneering.com/asset-integrity-management/integrity-engineering/ "Integrity Engineering")### [Integrity Engineering](https://www.oceaneering.com/asset-integrity-management/integrity-engineering/ "Integrity Engineering")
Minimize downtime and maintain safe operations with our integrity engineering services tailored to your needs.
[Read More](https://www.oceaneering.com/asset-integrity-management/integrity-engineering/) [](https://www.oceaneering.com/asset-integrity-management/inspection/ "Inspection")### [Inspection](https://www.oceaneering.com/asset-integrity-management/inspection/ "Inspection")
Optimize the routine and ad-hoc inspection of your critical infrastructure with project-appropriate solutions that ensure that your assets are fit for service.
[Read More](https://www.oceaneering.com/asset-integrity-management/inspection/) [](https://www.oceaneering.com/maintenance-and-reliability/ "Maintenance and Reliability")### [Maintenance and Reliability](https://www.oceaneering.com/maintenance-and-reliability/ "Maintenance and Reliability")
Boost operational uptime and asset performance across your physical infrastructure, all while remaining safe and compliant.
[Read More](https://www.oceaneering.com/maintenance-and-reliability/) ## Comprehensive Capabilities. Global Expertise.
Enhance the reliability and safety of your assets with data-driven decision making across assets, enabling you to focus on key areas of concern across asset types.
### Pressure Systems
Mitigate risks, extend asset life, and ensure the reliability of your offshore and onshore systems.
[Learn More](https://www.oceaneering.com/asset-integrity-management/pressure-systems/) ### Fixed and Floating Structures
Ensure structural safety, functionality, and regulatory and industry standard compliance.
[Learn More](https://www.oceaneering.com/asset-integrity-management/fixed-and-floating-structures/) ### Onshore Pipelines
Leverage a proactive, data-driven approach to prevent failures, optimize maintenance, and ensure safe, compliant operations.
[Learn More](https://www.oceaneering.com/asset-integrity-management/onshore-pipelines/) ### Subsea Assets
Address corrosion, erosion, material degradation, structural failures, and third-party threats.
[Learn More](https://www.oceaneering.com/asset-integrity-management/subsea-assets/) ### Storage Tanks and Associated Pipework
Combine inspection and engineering to optimize maintenance planning and ensure the safety and longevity of your assets.
[Learn More](https://www.oceaneering.com/asset-integrity-management/storage-tanks-and-associated-pipework/) ### Cranes and Lifting Equipment
Streamline inspection, third-party verification, and certification of cranes and lifting equipment, both onshore and offshore.
[Learn More](https://www.oceaneering.com/asset-integrity-management/inspection/crane-lifting/) ## Improving Insight Across Industries
With a global footprint, certified personnel, engineering expertise in harsh conditions, and ability to deliver comprehensive, around-the-clock support, we are uniquely positioned to support a wide range of industries with unmatched asset integrity management services.
- **Oil and Gas**
- Upstream, Midstream, Downstream, Onshore, Offshore, Subsea, and Topside
- **Renewable and Low-Carbon Energy**
- Offshore Wind, Nuclear, Hydrogen, and Carbon Capture and Storage
- **Construction and Fabrication**
- Infrastructure, Bridges, Stadiums, and more
## Empower Your Operations with Integrated Solutions
### Adopt an Integrated Approach
Improve efficiency and minimize downtime using our holistic approach, integrating integrity management and advanced inspection.
### Leverage Cutting-Edge Technology
Enhance reliability, data accuracy, and safety using advanced inspection technologies and integrity-focused software platforms.
### Use Data to Drive Decision Making
Trust our engineering expertise to help you optimize expenditure and focus on key areas of concern.
### Increase Integrity and Safety
Meet the highest safety, compliance, and reliability standards, ensuring the functionality and longevity of your assets.
## Frequently Asked Questions
How Can Oceaneering Transform Your Asset Integrity Mangement?
##### What makes Oceaneering’s approach to asset integrity different?
We don’t just offer services-we deliver engineer-driven integrated solutions. Our approach combines advanced inspection technologies, integrity management, engineering expertise, and software solutions to give you a complete picture of your assets and operations.
##### How does Oceaneering use technology to improve performance?
We use cutting-edge tools and platforms to enhance data accuracy, streamline inspections, and support smarter decision-making. It’s all about using the right tech to drive real-world results.
##### Can Oceaneering help reduce downtime?
Absolutely. Our holistic strategy is designed to improve efficiency and minimize downtime. Our integrity engineering strengths coupled with our inspection capabilities are ideal for staying ahead of issues before they become problems. Using advanced engineering like our approach to automate RBI may also help you defer inspections, saving time and cost while keeping your operations online.
##### What about safety and compliance?
Safety is non-negotiable. We help you meet the highest standards for safety, compliance, and reliability-ensuring your assets are not only functional but built to last.
##### How does Oceaneering support cost optimization?
Our engineering teams work closely with you to identify key areas of concern and optimize your expenditure. We use data to focus your resources where they matter most, without compromising on quality, safety, or compliance.
##### Why does Oceaneering dedicate so much time and effort to developing solutions in-house?
We develop solutions in-house because we know that all tools are not one-size-fits-all. Our teams work in some of the world’s most complex and demanding environments, enabling them to understand key integrity concerns at their core. By building our own technology, we maintain full control over performance, safety, and adaptability. It allows us to move faster, respond smarter, and deliver tools that are precisely engineered for the challenges our clients face, ensuring reliability, driving efficiency, and staying ahead of what’s next.
##### Are all your software platforms and inspection technologies developed in-house?
No. We develop in-house solutions and integrate third-party products to deliver the most robust and value-driven solutions to our clients. Some examples include bolstering our 3D modelling capabilities with the acquisition of [GDi](https://investors.oceaneering.com/news/news-details/2024/Oceaneering-Acquires-Global-Design-Innovation-Ltd/default.aspx) and the implementation of in-house tank inspection using third-party drone systems.
##### Why should I trust Oceaneering with my asset integrity?
Because we bring significant expertise, proven technology, and a commitment to excellence. From inspection to analytics, we’re here to help you protect your assets and power your performance.
[ Have more questions? Contact us. ](#contact) Contact Us ## Our team of experts is ready to help you get started.
Oceaneering offers best-in-class products and solutions, backed by unparalleled quality, reliability, and global support. Fill out the inquiry form to start a conversation today.
**Categories:** Asset Integrity Management
**Search Tags:** Asset Integrity
---
### [Life Support and Extravehicular Activity (EVA) Systems](https://www.oceaneering.com/spaceflight-solutions/life-support-and-eva-systems/)
**Published:** August 26, 2025
**Author:** Monica Dahl
**Excerpt:** We deliver life support and EVA technologies that prioritize astronaut safety and mission success. From design and testing to certification and sustainment, our solutions are built to perform in the harshest space environments, helping you operate with confidence across every phase of human spaceflight.
**Content:**
[ Discuss a Project ](https://oceaneering.com/space-systems/#contact) Space Systems
# Life Support and Extravehicular Activity (EVA) Systems
Advanced life support and EVA systems for human spaceflight, spacewalks, and habitat operations.
## Proven Expertise and Trusted Results
For over four decades, we have been a trusted partner in the development, delivery, and maintenance of life support and EVA systems that support human spaceflight operations inside and outside of the spacecraft. Our solutions include certification, testing, manufacturing, and maintenance of a wide range of EVA tools and systems designed for safety, efficiency, and long-duration performance.
## Life Support Capabilities
### Oxygen Supply
- Regulated high-pressure gaseous oxygen or air
- Vaporized cryogenic air/oxygen, pressure-regulated
- Oxygen generation via liquid water electrolysis
- Oxygen generation via water vapor electrolysis
### Carbon Dioxide Removal
- Lithium hydroxide (granular or plastic)
- Electrochemical carbon dioxide separator
- Solid amine swing bed
- Molecular sieve swing bed
- Cryogenic carbon dioxide freeze-out
### Trace Contaminant Removal
- Activated carbon (general purpose)
- Acid-impregnated activated carbon (for base gases)
- Base-impregnated activated carbon (for acid gases)
- Potassium permanganate-impregnated alumina (oxidizing agent)
### Temperature and Humidity Control
- Condensing heat exchanger (dehumidification)
- Nafion membrane (humidification and dehumidification)
- Gas-liquid contactor (humidification)
- Evaporator
- Sublimator
### Atmospheric Control
- Pressure regulators
- Flow control valves
### Water Recovery and Waste Management
- Integrated systems for water recycling and waste handling
## Tools for the Task, Systems for Survival
### EVA Tools and Equipment
We have designed and delivered over 5,000 EVA items, including more than 400 unique hardware solutions for the [Space Shuttle](https://www.nasa.gov/space-shuttle/) and the [International Space Station (ISS)](https://www.nasa.gov/international-space-station/). Our portfolio spans a wide range of tools such as mini workstations, safety tethers, translation handholds, don/doff aids, debris vacuums, and suit support systems. We also provide sustaining engineering and inventory support for all operational EVA tools, while leading the design and resupply of mission-critical crew aids.
### Space Suit Systems
Our advanced life support and space suit technologies help keep astronauts safe and mission ready. Since 1989, we have partnered with [NASA](https://www.nasa.gov/) to engineer high-performance systems that support spacewalks, and we are actively supporting future exploration missions to the Moon, Mars, and beyond. Our capabilities include suit interface panels and umbilicals, thermal covers and fluid systems, and ancillary equipment for next-generation EVA suits.
### Life Support Technologies
From oxygen generation to water recovery, our life support technologies are engineered to protect astronauts in the most demanding environments. We incorporate advanced modeling techniques, digital twin technology, and human-in-the-loop (HITL) testing into every phase of development to simulate real-world conditions, validate system behavior, and refine designs in collaboration with end users.
## Crew Aids for Airlocks and Habitats
We develop crew systems and in-habitat equipment that enhance operational efficiency and crew well-being inside space habitats and vehicles.
### Crew Hygiene Solutions
We’re ready to support your hygiene needs from waste systems, cooling water containment, and general crew health considerations in space habitats.
### EVA Support
Our interfaces include airlock equipment panels, fluid pumps, thermal covers, softgoods storage, and suit hardware to streamline pre- and post-spacewalk operations.
### Crew Habitation Systems
We offer stowage racks, food and drink storage, potable water systems, and integrated seating to enhance comfort and organization in crewed environments.
# Contact Us
## Our team of experts is ready to help you get started.
Oceaneering offers best-in-class products and solutions, backed by unparalleled quality, reliability, and global support. Fill out the inquiry form to start a conversation today.
**Categories:** Space Systems
**Search Tags:** Space Systems
---
### [Space Mission Design and Astronaut Training](https://www.oceaneering.com/spaceflight-solutions/space-mission-design-and-astronaut-training/)
**Published:** October 5, 2025
**Author:** Monica Dahl
**Excerpt:** Your mission success across terrestrial, orbital, and planetary environments starts with solutions tailored to your needs. With expertise in systems engineering, design and analysis, precision manufacturing, and astronaut training, we align every capability to meet your specific operational and technical goals.
**Content:**
[ Discuss a Project ](https://oceaneering.com/space-systems/#contact) Space Systems
# Space Mission Design and Astronaut Training
Delivering integrated systems engineering, manufacturing, and astronaut support to ensure mission reliability in harsh environments.
## Systems Engineering and Integration
Our experienced systems engineers deliver end-to-end support for complex systems, ensuring accuracy, integration, and mission success at every stage. By applying proven tools and disciplined processes, we drive performance, reduce risk, and deliver solutions to meet the most demanding requirements.
### Systems Analysis and Architecture
### Requirements and Interface Management
### Verification, Validation, and Test Planning
### Product Structure and Logistics Analysis
## Integrated Product Development from Concept to Launch
### Aerospace Design and Structural Analysis
We offer advanced aerospace design and analysis services, including precision CAD modeling, structural and thermal validation, and comprehensive assembly documentation. Our structural analysis covers loads, stress, and fracture mechanics, while our thermal expertise includes plume and aerodynamic heating, 1D-3D simulations, and test correlation to ensure mission-ready performance.
### Precision Manufacturing
Located near NASA’s Johnson Space Center, our AS9100D and ISO 9001:2015-certified facility supports the fabrication and testing of flight and ground hardware. Our capabilities include high-tolerance machining and assembly, thermal cycling and vibration testing, cleanroom integration, and gloved-access testing. We also ensure [hardware inspection](https://www.oceaneering.com/spaceflight-solutions/flight-certified-hardware-and-softgoods/), documentation, and delivery.
### Softgoods Manufacturing
We produce low- and high-volume [flight-certified aerospace softgoods](https://www.oceaneering.com/spaceflight-solutions/flight-certified-hardware-and-softgoods/ "https://www.oceaneering.com/spaceflight-solutions/flight-certified-hardware-and-softgoods/") from thermal insulation to astronaut tools. Our experienced team handcrafts each product to exact specifications using aerospace-grade fabrics such as specialty ceramics and composite textiles. We manufacture a wide range of products, including [thermal blankets](https://www.oceaneering.com/spaceflight-solutions/thermal-protection-systems/ "https://www.oceaneering.com/spaceflight-solutions/thermal-protection-systems/"), protection systems, crew aids, and [Extravehicular Activity (EVA)](https://www.oceaneering.com/spaceflight-solutions/life-support-and-eva-systems/ "https://www.oceaneering.com/spaceflight-solutions/life-support-and-eva-systems/") accessories.
### Modeling and Simulation
Our modeling and simulation services replicate real-world mission conditions to reduce risk, refine procedures, and validate system behavior before deployment. Applications range from concept validation and prototyping to operational scenario development, virtual testing, troubleshooting, [EVA tool development](https://www.oceaneering.com/spaceflight-solutions/life-support-and-eva-systems/), and mission rehearsal.
## Astronaut Training
We support [NASA’s Neutral Buoyancy Laboratory (NBL)](https://www.nasa.gov/johnson/neutral-buoyancy-laboratory/) by providing in-water diver assistance for astronaut training. Our team helps simulate microgravity conditions, enabling astronauts to practice [complex EVA procedures](https://www.oceaneering.com/spaceflight-solutions/life-support-and-eva-systems/) and equipment handling in preparation for real-world missions.
### Real, Impactful Solutions.
Explore how our creative innovations turn challenges into opportunities, delivering tangible results you can count on.
[ See All Case Studies ](https://oceaneering.com/resources/?_content_types=case-study) Previous Next [ ](https://www.oceaneering.com/case-studies/ensuring-the-safety-of-astronauts-with-the-crew-module-uprighting-system-cmus/)
### Ensuring the Safety of Astronauts with the Crew Module Uprighting System (CMUS)
### Ensuring the Safety of Astronauts with the Crew Module Uprighting System (CMUS)
Human spaceflight is inherently dangerous due to the high speeds and extreme environments during launch, orbit, flight,…
[Learn More ](https://www.oceaneering.com/case-studies/ensuring-the-safety-of-astronauts-with-the-crew-module-uprighting-system-cmus/)
# Contact Us
## Our team of experts is ready to help you get started.
Oceaneering offers best-in-class products and solutions, backed by unparalleled quality, reliability, and global support. Fill out the inquiry form to start a conversation today.
**Categories:** Space Systems
**Search Tags:** Space Systems
---
### [Flight-Certified Hardware and Softgoods](https://www.oceaneering.com/spaceflight-solutions/flight-certified-hardware-and-softgoods/)
**Published:** October 6, 2025
**Author:** Monica Dahl
**Excerpt:** We help you operate with greater precision and efficiency in space. Our flight-certified hardware and softgoods extend your capabilities from manipulators and external payload connectors to control architectures, supporting mission success across crewed, uncrewed, and in-space servicing and manufacturing (ISAM) operations.
**Content:**
[ Discuss a Project ](https://oceaneering.com/space-systems/#contact) Space Systems
# Flight-Certified Hardware and Softgoods
Precision-crafted, flight-certified hardware and softgoods for crewed and uncrewed missions, external payloads, and in-space servicing, assembly, and manufacturing (ISAM).
## Proven Under Pressure, Trusted in Space
When your mission demands precision in the harshest environments, whether deep underwater or in the vacuum of space, you need technology that will not fail. Our space solutions are built on decades of subsea engineering expertise, adapted to meet the extreme challenges of space. You benefit from field-proven, modular systems designed for durability, adaptability, and mission readiness. Whether you’re operating below the surface or beyond Earth’s atmosphere, our robotic interface systems and end effectors help you achieve your goals with confidence.
## Connecting Payloads, Tools, and Possibilities with Flight-Certified Hardware and Softgoods
### Crew Module Uprighting System (CMUS)
Developed for [NASA’s Orion program](https://www.nasa.gov/humans-in-space/orion-spacecraft/) and successfully demonstrated during the Artemis I mission, the CMUS plays a critical role in post-splashdown recovery. Upon water impact, five independently operating flotation bags inflate using pressurized helium to quickly right the crew capsule, ensuring it remains upright and stable. This system is essential for enabling safe and efficient astronaut egress following ocean landings.
### General-Purpose Oceaneering Latching Device (GOLD-2)
Flight-proven and operating at [Technology Readiness Level (TRL) 9](https://www.nasa.gov/directorates/somd/space-communications-navigation-program/technology-readiness-levels/), GOLD-2 is the standard interface for external payloads on the [International Space Station (ISS)](https://www.nasa.gov/international-space-station/), including NanoRacks Airlock Bartolomeo. With over 20 units in orbit, this scalable latching system delivers reliable mechanical, electrical, and data connectivity and is ready for deployment in Low Earth Orbit (LEO), Geostationary Earth Orbit (GEO), and Cislunar missions.
[ GOLD-2 Connector brochure ](https://oceaneering.canto.com/download/document/6actd5evqt6kpecianobbhkp2a/original.pdf) 
### Tool Changer and Common Receptacle Subassembly
Originally developed for the [Defense Advanced Research Projects Agency’s (DARPA)](https://www.darpa.mil/) [Robotic Servicing of Geosynchronous Satellites (RSGS)](https://etd.gsfc.nasa.gov/our-work/rsgs/) program, the Tool Changer and Common Receptacle Subassembly enables reliable, repeatable tool and sensor attachment in orbit. Built for robotic systems, it ensures durable electrical and mechanical connections, and is ideal for servicing, assembly, and inspection in geosynchronous orbit and beyond.
## Supporting ISAM Operations
Our flight-certified hardware supports the future of in-space servicing, assembly, and manufacturing (ISAM) by enabling precise, repeatable operations in orbit. Our flight-proven systems including tool changers, latching devices, and modular end effectors are engineered for durability and adaptability across servicing, inspection, and assembly tasks.
## Delivering Mechanical, Electrical, and Data Connectivity
Whether supporting satellite maintenance in geosynchronous orbit or enabling autonomous payload integration in cislunar space, our technologies deliver reliable mechanical, electrical, and data connectivity. With roots in subsea robotics and spaceflight heritage, we help advance ISAM capabilities that extend mission life, reduce risk, and unlock new possibilities for orbital infrastructure.
### Real, Impactful Solutions.
Explore how our creative innovations turn challenges into opportunities, delivering tangible results you can count on.
[ See All Case Studies ](https://oceaneering.com/resources/?_content_types=case-study) Previous Next [ ](https://www.oceaneering.com/case-studies/ensuring-the-safety-of-astronauts-with-the-crew-module-uprighting-system-cmus/)
### Ensuring the Safety of Astronauts with the Crew Module Uprighting System (CMUS)
### Ensuring the Safety of Astronauts with the Crew Module Uprighting System (CMUS)
Human spaceflight is inherently dangerous due to the high speeds and extreme environments during launch, orbit, flight,…
[Learn More ](https://www.oceaneering.com/case-studies/ensuring-the-safety-of-astronauts-with-the-crew-module-uprighting-system-cmus/)
# Contact Us
## Our team of experts is ready to help you get started.
Oceaneering offers best-in-class products and solutions, backed by unparalleled quality, reliability, and global support. Fill out the inquiry form to start a conversation today.
**Categories:** Space Systems
---
### [Thermal Protection Systems (TPS)](https://www.oceaneering.com/spaceflight-solutions/thermal-protection-systems/)
**Published:** October 8, 2025
**Author:** Monica Dahl
**Excerpt:** Protect your spacecraft and launch vehicles from extreme heat and pressure with proven TPS solutions. Trusted across NASA and DoW programs, our thermal protection systems are engineered to meet demanding mission profiles from initial design through certification and production, ensuring reliable performance when it matters most.
**Content:**
[ Discuss a Project ](https://oceaneering.com/space-systems/#contact) Space Systems
# Thermal Protection Systems (TPS)
Proven thermal protection systems for spacecraft, launch vehicles, and extreme mission environments.
## Thermal Protection Expertise from Design to Delivery
We design, certify, manufacture, and integrate thermal protection products to meet the exact thermal and structural demands of your mission, ensuring reliability from lift-off to landing.
## Proven Performance Across Generations of Flight
With over four decades of proven performance, our TPS technologies have supported a broad spectrum of aerospace platforms, from legacy systems like the [Space Shuttle](https://www.nasa.gov/space-shuttle/), X-33, and Titan IVB to modern heavy-lift launch vehicles including OmegA and [NASA’s Space Launch System (SLS)](https://www.nasa.gov/humans-in-space/space-launch-system/). Our extensive flight heritage translates into reliable, mission-proven TPS solutions engineered to meet the unique thermal and structural demands of both expendable and reusable systems. By integrating legacy expertise with in-house materials testing, qualification capabilities, and responsive development workflows, we help you meet evolving thermal protection requirements more efficiently, with reduced risk and greater confidence in overall system performance.
[ Watch Video ](https://oceaneering.canto.com/download/video/dvasivjqa55nd3ic1uq1gids1a/original)
## Trusted TPS Solutions from Concept to Qualification
Our highly experienced engineering team provides innovative TPS solutions throughout every stage of development. From evaluating thermal environments for launch and recovery to preliminary and final system design, we ensure performance and reliability at every step. Our capabilities include component certification, system integration testing (SIT), full-scale fabrication, and installation. We also conduct rigorous development and qualification testing, ranging from coupon-based thermal evaluations to full-scale gimbal and production testing.
## Thermal Protection That Fits the Mission Profile
We deliver high-performance thermal protection solutions engineered to meet the diverse demands of today’s aerospace systems. Our products are designed to perform reliably in extreme environments, ensuring mission success across a wide range of thermal and structural profiles.
- High-temperature fabrics and flexible thermal curtains
- Thermal blankets, gap fillers, and thermal barriers
- Cork and foam ablators for expendable launch vehicles
- Flexible insulation for areas exceeding 2500°F (1371°C)
- Ceramic-based materials for reusable launch and reentry vehicles
- Acreage TPS with reusability demonstrated at temperatures over 2000°F (1093°C)
# Contact Us
## Our team of experts is ready to help you get started.
Oceaneering offers best-in-class products and solutions, backed by unparalleled quality, reliability, and global support. Fill out the inquiry form to start a conversation today.
---
### [Remote Offerings](https://www.oceaneering.com/remote-services/integrated-rig-services/remote-offerings/)
**Published:** November 9, 2023
**Author:** Madelyn Werner
**Content:**
[ Discuss a Project ](https://www.oceaneering.com/remote-services/#contact)
# Remote Offerings
## Remotely Operated Survey
Position and navigate your drilling rig using our proven Remotely Operated Survey (ROS). Remove personnel from offshore and switch to the seamless operation handling abilities of our onshore Remote Control Monitoring Station (RCMS). The service includes mobilization, maintenance, system health checks, project management, data acquisition, data processing, reporting, deliverables, and certified well plats.
 
## Remote Metrology
Oceaneering can also perform subsea metrologies for Jumpers fabrications using Inertial Navigation Systems (INS). This same technology can also provide orientation, wellhead angles and measure heights off the mud line with millimeter precision using a C-PINS tool installed onto our ROV’s.
## Remote Marker Buoy Sets
Using the same C-PINS Inertial Navigation Systems (INS), marker buoys are placed from the drilling rig using Oceaneering’s ROV systems once the proposed well site location, pattern layout, and dimensions are agreed.
 
## Remote Metocean Services
With an installed Remotely Operated Survey (ROS) unit and an Acoustic Doppler Current Profiler (ADCP) handling system fitted onto the rig, Oceaneering ROV crew can deploy during drilling operations the ADCP to collect vital water column current speed, direction, and depth. As part of this service, the data can then be uploaded to government buoy monitoring stations or monitored in real time.
## Remote Piloting
Our unmatched fleet of ROV systems is complemented by cutting-edge technologies that enable better control and video imaging, precise tool manipulation, and adherence to industry requirements. Learn more about our Remote Piloting and Automated Control Technology (RPACT) and advanced visualization technologies.
[ Remote Piloting and Automated Control Technology (RPACT) \| Letter ](https://oceaneering.canto.com/download/document/idcngclcrt2jj53n44fmeko32f/original.pdf) [ Learn More ](https://oceaneering.com/rov-services/rov-technology/)  
## Remote Inspections and Diagnostics
Rapidly respond to any incident using the EDGEsmart™ remote inspection and diagnostics package. Our ROV technicians can manage the small fly-away kit with equipment for extending two-way communication to the point of impact. Use the latest technologies like Microsoft HoloLense and handheld tablets to directly connect to Skype and other messaging applications, bringing fit-for-purpose expertise to the field virtually.
[ EDGEsmart™ Application \| Letter ](https://oceaneering.canto.com/download/document/t5a8v607b50mn689goqdoo5l0m/original.pdf)
# Contact Us
## Our team of experts is ready to help you get started.
Oceaneering offers best-in-class products and solutions, backed by unparalleled quality, reliability, and global support. Fill out the inquiry form to start a conversation today.
**Categories:** Integrated Rig Services, Remote Operations
**Search Tags:** Integrated Rig Solutions, Remote Services
---
### [Wellhead Load Relief](https://www.oceaneering.com/wellhead-load-relief/)
**Published:** November 9, 2023
**Author:** Madelyn Werner
**Content:**
[ Discuss a Project ](https://oceaneering.com/intervention-tooling/#contact)
# Wellhead Load Relief (WLR) System
Mitigate wellhead fatigue, reduce HSE risk and increase your available deck space with our Wellhead Load Relief system.
Oceaneering’s Wellhead Load Relief (WLR) system is a compact, high-capacity Blowout Preventer (BOP) tethering system suitable for template and seabed anchoring. By tethering a BOP to an existing structure on the seabed, the need for multiple sets of fixed length wire ropes is eliminated, significantly reducing rig time and costs dedicated to traditional tethering operations.
## Benefits and Features
- Reduce topside spreads by 100%
- Reduce deployment time by 50%
- Reduce crew size by 75%
- Provides operational flexibility
- Reduces wellhead fatigue
- Stabilizes BOP
 Play Video 
## A Flexible WLR Solution
Our WLR System consists of several winch units complete with wire rope, parking columns, and BOP clamps. The anchoring points can be located on the template structure, mud mats, or protection structure, depending on the existing infrastructure and type of well. The system is adaptable to different BOP designs. Our WLR system is designed and supported using:
- Dynamic tether calculations
- Detailed installation procedures
- BOP clamps for tethers
- Tensioning system (winches) with load monitoring
- 24/7 operational support
- Repair, maintenance, and storage of equipment
## Increase Operational Flexibility
Our WLR system is ideal for shallow water operations where heavy BOPs are used. All WLR functions are ROV-operated, removing the need for topside tether preparations. The WLR system can adjust to any length of tethers subsea and adds the ability to wet store equipment.
[ Wellhead Load Relief (WLR) System ](https://oceaneering.canto.com/download/document/9ro5h6podd3ql1q9uj85gvi858/original.pdf)
## Watch Our Webinar on Combating Wellhead Fatigue
Available On Demand
[ Watch On Demand ](https://oceaneering.com/webinars/mitigate-wellhead-fatigue-and-reduce-hse-risks-with-wellhead-load-relief-wlr-solution/)
# Contact Us
## Our team of experts is ready to help you get started.
Oceaneering offers best-in-class products and solutions, backed by unparalleled quality, reliability, and global support. Fill out the inquiry form to start a conversation today.
**Categories:** Intervention Tooling
**Search Tags:** intervention Tooling, Wellhead Load Relief
---
### [Subsea Engineered Solutions](https://www.oceaneering.com/intervention-tooling/subsea-engineered-solutions/)
**Published:** November 9, 2023
**Author:** Madelyn Werner
**Content:**
[ Discuss a Project ](https://oceaneering.com/intervention-tooling/#contact)
# Subsea Engineered Solutions
Complex challenges call for creative solutions. From routine to extreme subsea environments, Oceaneering meets our clients’ toughest requirements and unique specifications to deliver innovative solutions that lower the total cost of ownership.
Oceaneering creates industry-leading engineered solutions through our technical and mechanical project management and rapid product development. With over 40 years’ experience, our in-house design and engineering teams are experts in solving industry challenges.
## Product Development
Oceaneering provides new, reliable products for the life of field that lowers the cost of installation and operation for our clients. We have developed a comprehensive range of equipment and solutions that comply with the required standards and regulations globally.
 Our extensive subsea operation knowledge and building blocks give us a unique understanding of customer needs within the subsea space.
Our in-house product development provides support from concept through to finished qualified manufactured product. Oceaneering delivers quality and timely products with the goal of exceeding customer expectations.
Typical Solutions:
- Subsea production system (SPS) support applications
- Tie-in installation tooling packages
- Custom sealing and jacking solutions
- ROV intervention tooling subsea hardware
- Project specific equipment
- Standard equipment and parts
## Bespoke Subsea Repair Solutions
Our bespoke subsea repair solutions enables operation while maintaining production and system integrity. With over 350 skilled engineers and operational experts, our extensive portfolio and experience enable us to solve planned and unplanned subsea intervention projects, rapidly and cost effectively.
## We offer fully integrated project management and engineering solutions for all kinds of subsea repair projects:
- Valves
- Subsea Distribution Systems
- Clamps and Connectors
- Flanges
- XT Applications
- Manifolds and Structures
- Control Lines
- Manifolds and Structures
- Risers and Umbilicals
- Modifications and Conversions
- Ad-Hoc Problem Solving
## One-Stop-Shop
Oceaneering provides custom solutions with local, in-house engineering, precision machining, and manufacturing facilities. A team of specialist tooling technicians and facilities delivers full scale, in-house site integration testing (SIT) and factory acceptance testing (FAT) capabilities.
### Engineering
250+ engineers to fully handle design, structural analysis, interfaces and system integration for any subsea application.
### Fabrication
Six Sigma-level workshop with in-house machining capabilities and highly skilled technicians.
### Testing
State-of-the-art testing facilities for both subsea and topside equipment.
### Service and Maintenance
Service, maintenance, repair and product storage for all subsea equipment types.
ROV-Installable Subsea Ultrasonic Flowmeter ROV Swagelok Tie-In ROV-Installable Subsea Ultrasonic Flowmeter
**Project Overview**
Based on a unique customer requirement, Oceaneering developed an ROV-installable subsea ultrasonic flowmeter used to determine gas injection flow rate to an individual well offshore Australia. This tool was designed to optimize injection of a sealant into the wellbore by measuring flow rate in a 3 inch gas lift jumper coated in three-layer polypropylene (3LPP).
**Solution**
An Oceaneering team based at the Jandakot, Australia site worked with a team of local experts to successfully marinize an ultrasonic flowmeter and make it ROV-installable. For this to be possible, the flowmeter had to be fitted with a safe and reliable attachment mechanism.
Read the full case study [here](https://oceaneering.com/case-studies/oceaneering-develops-industry-first-rov-installable-subsea-ultrasonic-flowmeter/).
ROV Swagelok Tie-In
**Problem**
Linear XT valves fixed in an open position and suspected hydrate formation inside the compensation system.
**Challenges**
The compensation system did not easily provide an ROV intervention point to access and allow pulling down the hydrates.
**Solution**
A ¾” Swagelok Cap was identified in a fitting stack above the Sea Chest. Bespoke ROV tooling was developed to enable the removal of the Swagelok cap and the installation of a collapse-resistant hose onto the fitting with a hot stab, thereby creating an Intervention point for hydrate remediation.
Featured Webinar
## Creating Bespoke Solutions for Subsea Valve Repair
October 15, 2020
Complex challenges call for creative solutions. A client approached Oceaneering to repair failed valves on a subsea manifold. In this webinar, we will demonstrate how Oceaneering collaborated globally, from design through operations, to create an innovative solution for this unique challenge.
[ Watch On Demand ](https://oceaneering.com/webinars/creating-bespoke-solutions-for-subsea-valve-repair/) 
# Contact Us
## Our team of experts is ready to help you get started.
Oceaneering offers best-in-class products and solutions, backed by unparalleled quality, reliability, and global support. Fill out the inquiry form to start a conversation today.
**Categories:** Intervention Tooling
**Search Tags:** intervention Tooling, Subsea Engineered Solutions
---
### [Advanced NDT](https://www.oceaneering.com/asset-integrity-management/inspection/advanced-ndt/)
**Published:** November 9, 2023
**Author:** Madelyn Werner
**Content:**
# Advanced NDT: Specialist Inspection
We meet your complex inspection requirements by deploying industry-leading, advanced non-destructive testing (NDT) and inspection technology. Our state-of-the-art equipment and highly-experienced, multi-disciplined, and competent technicians ensure your needs are met, regardless of anomaly or equipment type.
## Specialized concerns. Specialist solutions.
We provide the technologies required to meet your needs for specialized inspection solutions that address common and emerging integrity concerns.
- Corrosion under insulation
- Non-intrusive inspection
- Corrosion scabs
- Corrosion under pipe supports (CUPS)
- Continuous monitoring of assets
- Remote condition monitoring
## We offer advanced inspection solutions that meet the diverse needs of industries.
- Piping systems
- Small bore pipes
- Flange faces
- Heat exchangers and condensers
- Maritime facilities and floating production, storage, and offloading (FPSO) units
- Hulls
- Risers, pipe supports, and critical splash zone infrastructure
- Renewable and nuclear energy infrastructure
- Storage tanks, vessels, and spheres
## Advanced NDT and Inspection Capabilities
From inspecting standard equipment to complex geometries, we provide you with the solutions required to gather data needed to make informed decisions.
Commonly deployed advanced NDT technologies\*
- Alternating field current measurement (ACFM)
- Automated and semi-automated ultrasonic scanning
- Austenitic weld inspection
- Corrosion mapping
- Computed and digital radiography
- Guided wave ultrasonic testing
- Multi-SKIP ultrasonic inspection (M-SKIP)
- Phased-array ultrasonic testing
- Pulsed eddy current testing (PEC and Lyft)
- Time of flight diffraction (TOFD)
- [TRND System](https://www.trnd.tech/) – Corrosion monitoring solution
[ TRND Brochure – Learn more about our latest collaboration ](https://oceaneering.canto.com/download/document/2qh6j0v85p1179nc8752732p1s/original.pdf)
\*This list is not exhaustive. Contact us at asset-integrity@oceaneering.com for more information on how we can meet your requirements.
## Purpose-Built Validation and Competency Centers
Advancing technology and increasing capabilities
Our Regional Centers of Excellence focus on developing and shaping the future of NDT technology. We solve the improbable with innovative, qualified and validated solutions.
 Our Validation and Competency Centers deliver validation services for new technologies as they come to market and ensure the competency of operators to complete inspection services worldwide.
- Provide fully compliant, non-standard NDT services accredited by the United Kingdom Accreditation Service (UKAS)
- Support global operations with highly trained personnel and advanced equipment
- Provide subject matter experts for advice and consultation
- Assess, validate, and provide training for new technology
- Develop new applications for existing technology
- Independently assess and validate advanced NDT inspection methods
- Provide training focused on the detection of defects in aging, in-service assets
- Provide competency certification where third-party qualifications are not available
Contact Us
### Our team of experts is ready to help you get started.
Oceaneering offers best-in-class products and solutions, backed by unparalleled quality, reliability, and global support. Fill out the inquiry form to start a conversation today.
“\*” indicates required fields
Name\* First LastPhone\*Email\* Another Select One First Choice Second Choice Third Choice Another Select One First Choice Second Choice Third Choice Another AnotherLorem ipsum dolor sit amet, consetetur sadipscing elitr, sed diam nonumy eirmod tempor invidunt ut labore et dolore magna aliquyam erat voluptua.
Δ
**Categories:** Asset Integrity Management, In-Service Inspection
**Search Tags:** Asset Integrity
---
### [Ensuring Access](https://www.oceaneering.com/asset-integrity-management/inspection/ensuring-access/)
**Published:** November 9, 2023
**Author:** Madelyn Werner
**Content:**
# Ensuring Access
From rope access to autonomous systems, our ability to provide access delivers the flexibility and efficiency you need to meet your inspection requirements. We collect data in a safe and timely manner to ensure that you can make informed decisions concerning the integrity of your assets-no matter their location.
## Rope Access
Our globally-deployed rope access capabilities provide you with the ultimate flexibility in inspection solutions. Cross-trained rope access technicians provide a one-stop solution for inspection and intervention requirements.
Rope access is a trusted and cost-effective solution.
- Enables efficient inspection of difficult to access areas
- Supports efficient mobilization and minimizes risk
- Eliminates the need for scaffolding or platforms, reducing vendor management requirements and equipment on site
We are a Trainer Operator member of the Industrial Rope Access Trade Association (IRATA) and a corporate member of The Society of Professional Rope Access Technicians (SPRAT).
[ Rope Access Data Sheet ](https://oceaneering.canto.com/download/document/kshii065k534t7l353c1e37r46/original.pdf)
## Unmanned Aircraft Systems (UAS)
Using a UAS provides a cost-effective method of gathering data required to make informed decisions. Our experience and commercially agnostic approach to UAS enables delivery of a tailored and safe solution.
From vendor approval to data management, we deliver cost-effective, technologically-advanced UAS solutions while providing aviation oversight and assurance for all UAS operations.
**Why Oceaneering?**
- We use field-proven, industry-leading technology.
- We help you reduce risk by removing the human element in completing inspection operations.
- We manage the complexities of cumbersome global aviation assurance oversight.
- UAS compliments our rope access offering with efficient, safe identification and evaluation of anomalies.
- The technique enables on-line inspection of assets-including those traditionally requiring shutdown before intervention.
- We offer solutions for complete data management.
- Our vetted operators provide the industry’s most advanced and project appropriate technologies.
- We can offer cost savings via volume discounts based on our established relationships with vendors.
 Play Video
## Autonomous Underwater Vehicles (AUVs)
Save time and costs associated with inspection and surveying
With nearly two decades of experience, our AUVs have surveyed over 401,000 km of data for more than 75 customers in 14 countries.
Our AUVs are deployed subsea to collect inspection and survey data. They not only assist in helping you meet regulatory requirements, but they enable you to make informed engineering decisions about your assets.
AUVs deliver high-quality, real-time data that can be reviewed immediately to ensure the necessary information has been captured.
- Tethered AUV design delivers enhanced control when compared with traditional deep-tow methods
- AUV-mounted sensors close to the seafloor provide better resolution and better data, resulting in fewer requirements for re-inspection and expedited decision making
- Data review in proprietary IntegReview™ software-a bespoke solution that displays information in a user-configured graphical user interface
- Inspection method reduces vessel costs
- Superior mission flexibility, enabling line re-inspection, reverse, reviews, and route modifications in a live environment
## Miniature ROVs
The requirement to deploy personnel in challenging and dangerous areas (in vessels, hulls, or storage tanks) no longer needs to dictate your inspection programs.
Miniature ROVs effectively reduce risk and cost by using proven technology to collect data on equipment condition. We have successfully used small-footprint ROVs to complete visual and ultrasonic inspection and identify their use as the preferred approach for floating system and process plant integrity requirements.
Contact Us
### Our team of experts is ready to help you get started.
Oceaneering offers best-in-class products and solutions, backed by unparalleled quality, reliability, and global support. Fill out the inquiry form to start a conversation today.
“\*” indicates required fields
Name\* First LastPhone\*Email\* Another Select One First Choice Second Choice Third Choice Another Select One First Choice Second Choice Third Choice Another AnotherLorem ipsum dolor sit amet, consetetur sadipscing elitr, sed diam nonumy eirmod tempor invidunt ut labore et dolore magna aliquyam erat voluptua.
Δ
**Categories:** Asset Integrity Management, In-Service Inspection
**Search Tags:** Asset Integrity, inspection
---
### [Subsea Inspection](https://www.oceaneering.com/asset-integrity-management/inspection/subsea-inspection/)
**Published:** November 9, 2023
**Author:** Madelyn Werner
**Content:**
[ Discuss a Project ](/asset-integrity/#contact)
# Subsea Inspection
We offer an integrated approach to provide cost-effective, optimized subsea inspection solutions.
## Keeping Subsea Infrastructure Safe, Operational, and Legally Compliant
We remain at the forefront of marinizing non-destructive testing methods and processes.
- Global presence supported by highly-experienced and cross-trained technicians
- Experience and familiarity with varied regulatory requirements
- Comprehensive solutions reduce vendor management and overall project risk
- Cost-effective ROV- and diver-deployable inspection techniques
- Extensive experience with flexible risers, cassions, and subsea equipment
From splash zone to ultra-deepwater
## Inspection Technologies
Our range of advanced non-destructive testing methods provide data on equipment from the splash zone to ultra-deepwater locations. Equipped with this information, you can make informed decisions about an asset’s fitness for service and identify required intervention.
Our portfolio of technologies meets inspection requirements for both internal and external deployment tasked with identifying common integrity concerns.
## Solutions to Common Integrity Concerns
### External and Internal Corrosion
### Dents
### Coating and Liner Damage
### Cracks and Weld Defects
### Flooded Annulus in Flexible Piping
### Blockages and Stuck Pigs
## Externally-Deployed Technologies
 Play Video
### Neptune
Detects external and internal corrosion, dents, coating and liner damage, cracks and weld defects, flooded annulus in flexible piping.
### Digital Radiography
Detects external and internal corrosion, blockages and stuck pigs.
### Trident
Detects external and internal corrosion, dents, coating and liner damage, cracks and weld defects, flooded annulus in flexible piping.
# Contact Us
## Our team of experts is ready to help you get started.
Oceaneering offers best-in-class products and solutions, backed by unparalleled quality, reliability, and global support. Fill out the inquiry form to start a conversation today.
**Categories:** Asset Integrity Management, In-Service Inspection
**Search Tags:** Asset Integrity, inspection
---
### [Floating Systems Inspection and Integrity](https://www.oceaneering.com/asset-integrity-management/floating-systems-inspection-and-integrity-services/)
**Published:** November 9, 2023
**Author:** Madelyn Werner
**Content:**
[ Discuss a Project ](/asset-integrity/#contact)
# Floating Systems Inspection and Integrity
We provide fully managed, risk-based inspection and integrity management services for floating systems. Our scalable solutions provide the services and technologies you require to operate safely and maintain regulatory compliance.
## Keeping Assets Safe, Reliable, and Compliant
Our team of naval architects and structural engineers works collaboratively with technicians to provide effective offshore inspection of assets.
Global teams ensure the delivery of high-quality project management; engineering; topside and subsea inspection services; interpretation of results; and preparation of integrity status reports, either individually or as an overall managed program.
- Gap assessment between design and fabrication specifications
- Support for newbuild and in-service systems and components
- Production of inspection and integrity management documents
- Cost-effective, optimized offshore inspection with real-time assessment of condition
- Engineering reviews of inspection findings and recommendations for intervention
- Management of subcontractors
- Prepare statements on condition of assets, summary reports, and facilitating summary reviews
- Update inspection and integrity strategies
- Generate hull inspection annual summary reports
- Provide interface representation between classification societies, regulators, and verification bodies
We deliver these services by building on our extensive experience and track record working with pressure systems, structures, and pipelines. Our solutions minimize disruption to production and deliver the most effective use of inspection resources by defining targeted inspection with justified scopes and frequencies.
Our expertise in subsea asset inspection, subsea projects, remotely operated vehicle (ROV) services, subsea tooling, and asset analysis enables us to provide integrated services through a single focal point.
## We Offer a Number of Additional Hull and Floating Systems Related Services
- Review of floating systems integrity management schemes (FSIMSs)
- Complete baseline inspections of new build floating and fixed structures
- In-tank visual and ultrasonic inspection with use of mini ROVs
- Hull integrity management competency assurance
- Cathodic protection assessments
- Management of in-hull cloud scanning
- Provide structural data build for a newbuild or brownfield asset work management system
- Inspection and integrity management of turret systems
- [Special periodic surveys and underwater inspection in lieu of dry docking (UWILD)](https://www.oceaneering.com/asset-integrity/floating-systems-inspection-and-integrity-services/special-periodic-surveys-and-uwild/) work scope definition
- Manage floating production, storage, and offloading (FPSO) vessel inspection, repair, and integrity programs
[ Learn more about our special periodic survey and UWILD capabilities ](https://oceaneering.com/asset-integrity/floating-systems-inspection-and-integrity-services/special-periodic-surveys-and-uwild/) Industry Accreditation: ISO 3001, ISO 17025, ISO 14001, DNV-GL, ABS, LR, and BV thickness measurement for hull structures
Class Society Accreditation for in-hull and underwater inspections (in lieu of dry dock inspections).
# Contact Us
## Our team of experts is ready to help you get started.
Oceaneering offers best-in-class products and solutions, backed by unparalleled quality, reliability, and global support. Fill out the inquiry form to start a conversation today.
**Categories:** Asset Integrity Management, Integrity Management
**Search Tags:** Asset Integrity
---
### [ROV Technology](https://www.oceaneering.com/rov-services/rov-technology/)
**Published:** November 9, 2023
**Author:** Madelyn Werner
**Content:**
[ Discuss a Project ](https://oceaneering.com/rov-services/#contact)
# ROV Technology
Our unmatched fleet of ROV systems is complemented by cutting-edge technologies that enable better control and video imaging, precise tool manipulation, and adherence to industry requirements.
## Remote Piloting and Automated Control Technology
Our innovative remote piloting and automated control technology (RPACT) enables full ROV piloting via virtual connection technologies such as vessel-to-vessel radio frequency (RF), satellite/Internet, or subsea optical link.
Supplemented with preprogrammed and automated commands, RPACT uses video processing software that analyzes video, determines spatial distances, and recognizes shapes to enable appropriate movement of the ROV. This provides increased operational support from onshore or another vessel during complex or long-duration activities.
Integrated with RPACT, Tool Instructed Path (TIP) Control enables easy acquisition, deployment, operation, and docking of tooling. Our spatially correspondent manipulator arms can be operated via rate control, spatial correspondence, and TIP. This simplifies and quickens pilot manipulator tasks by providing alternative controllers, such as a 3D ball mouse, to control the path of the manipulator and tool without the need to individually control each joint.
 Play Video
## Onshore Remote Operations Center (OROC)
Optimize operational efficiency while reducing your costs, HSE risk, and carbon footprint by using an Oceaneering Onshore Remote Operations Center (OROC) to complete your offshore operations.
Launched in 2015, the OROC enables the effective completion of offshore operations by providing a remote base for your representatives, additional ROV pilots, and subject matter experts. Operations completed using RPACT and the OROC range from the installation of subsea anodes to operating subsea valves. The applications are only as limited as your imagination.
### Using OROC offers clear benefits
- Fewer individuals mobilized offshore and reduced operational wait time
- Cost for multiple operations requiring specialist oversight can be covered with one visit to the OROC
- Increased customer representative interaction and engagement with ROV pilots and operations
[ Learn more about OROC ](https://youtu.be/Db6iHo3LxW4)
## Advanced Visualization Technology
We were the first in the industry to provide high-definition (HD) video in subsea operations. We have more than 300 HD cameras installed on our work class ROVs and in other offshore projects worldwide.
Real-time, ultra-high-resolution transmission and increased projection surface visibility for improved decision making
Enhanced pilot manipulation through better depth perception and state-of-the-art stereoscopic imaging
Complete, easy, and affordable subsea imaging, enabling pilots to view ROV manipulators and the entire worksite without panning
Predictable execution of ROV-based subsea tasks, which increases operational efficiency and reduces risk of damage to subsea assets
## Hybrid Arm Manipulation
We offer the Atlas Hybrid manipulator arm for use exclusively on our ROVs. The manipulator was designed in conjunction with Schilling Robotics and offers ruggedness, ease of maintenance, and optimized uptime.
The manipulator arm features a unique hybrid control system, which provides the ability to quickly select a control mode (spatially correspondent/closed-loop or rate/open-loop) during operations. This enables the operator to select the control mode that best suits the task while providing redundancy.
[ Atlas Hybrid Manipulator ](https://oceaneering.canto.com/download/document/so2c9ncbep2rtf7qq0i7g2qa6j/original.pdf)
## API Standard 53 and Intervention Solutions
API Standard 53 was released in 2012 as the culmination of two years of work by industry experts working together to strengthen, align, and clarify requirements for BOP equipment. As an integral part of this development process, we offer equipment that enables you to comply with the latest ROV intervention requirements.
We offer the ROV Integrated Pumping Solution (RIPS) as part of the NEXXUS ROV system. The solution is also available as an upgrade kit or stand-alone accumulator system.
# Contact Us
## Our team of experts is ready to help you get started.
Oceaneering offers best-in-class products and solutions, backed by unparalleled quality, reliability, and global support. Fill out the inquiry form to start a conversation today.
**Categories:** Remotely Operated Vehicles (ROVs)
**Search Tags:** Remotely Operated Vehicles (ROV)
---
### [Global Explorer ROV](https://www.oceaneering.com/global-explorer-rov/)
**Published:** November 9, 2023
**Author:** Madelyn Werner
**Content:**
# Global Explorer ROV
Tailor-made for the scientific community
This professionally manned, telepresence-enabled remotely operated vehicle (ROV) leases for special science and research projects in shallow and deep water.
## Deliver Science
The Global Explorer ROV offers a complete suite of scientific tools for mid-water and benthic sampling, including: detritus sampler, rotary suction sampler, jet pump, push cores/quivers, and an insulated bio box. The Schilling ORION seven function spatially correspondent manipulator arm extracts fragile coral and artifacts with delicate precision.
## Global Explorer ROV
For ROV-based surveying or video capture in shallow or deep waters, we use the lightweight, easily deployed Global Explorer ROV. This vehicle is rated to 9,800 fsw (3,000 msw), and provides unmatched video and photo clarity at any depth.
## Features
## Global Explorer Videos
 Play Video
## Global Explorer Image Library
All [  ](https://oceaneering.com/wp-content/uploads/2023/11/global_explorer_rov_survey-02-1024x686.jpg) [  ](https://oceaneering.com/wp-content/uploads/2023/11/global_explorer_rov_survey-16-1024x683.jpg) [  ](https://oceaneering.com/wp-content/uploads/2023/11/global_explorer_rov_survey-22-1024x761.jpg) [  ](https://oceaneering.com/wp-content/uploads/2023/11/global_explorer_rov_survey-25-1024x768.jpg) [  ](https://oceaneering.com/wp-content/uploads/2023/11/global_explorer_rov_survey-07-1024x768.jpg) [  ](https://oceaneering.com/wp-content/uploads/2023/11/global_explorer_rov_survey-20-1024x765.jpg) [  ](https://oceaneering.com/wp-content/uploads/2023/11/global_explorer_rov_survey-15-1024x683.jpg) [  ](https://oceaneering.com/wp-content/uploads/2023/11/global_explorer_rov_survey-05-1024x706.jpg) [  ](https://oceaneering.com/wp-content/uploads/2023/11/global_explorer_rov_survey-03-1024x686.jpg) [  ](https://oceaneering.com/wp-content/uploads/2023/11/global_explorer_rov_survey-18-1024x576.jpg) [  ](https://oceaneering.com/wp-content/uploads/2023/11/global_explorer_rov_survey-10-1024x576.jpg) [  ](https://oceaneering.com/wp-content/uploads/2023/11/global_explorer_rov_survey-09-1024x683.jpg) [  ](https://oceaneering.com/wp-content/uploads/2023/11/global_explorer_rov_survey-08-1024x680.jpg) [  ](https://oceaneering.com/wp-content/uploads/2023/11/global_explorer_rov_survey-21-1024x765.jpg) [  ](https://oceaneering.com/wp-content/uploads/2023/11/global_explorer_rov_survey-04-1024x685.jpg) [  ](https://oceaneering.com/wp-content/uploads/2023/11/global_explorer_rov_survey-13-1024x768.jpg) [  ](https://oceaneering.com/wp-content/uploads/2023/11/global_explorer_rov_survey-06-1024x668.jpg) [  ](https://oceaneering.com/wp-content/uploads/2023/11/global_explorer_rov_survey-26-1024x734.jpg) [  ](https://oceaneering.com/wp-content/uploads/2023/11/global_explorer_rov_survey-14-1024x682.jpg) [  ](https://oceaneering.com/wp-content/uploads/2023/11/global_explorer_rov_survey-19.jpg) [  ](https://oceaneering.com/wp-content/uploads/2023/11/global_explorer_rov_survey-12-1024x576.jpg) [  ](https://oceaneering.com/wp-content/uploads/2023/11/global_explorer_rov_survey-23-1024x763.jpg) [  ](https://oceaneering.com/wp-content/uploads/2023/11/global_explorer_rov_survey-11-1024x683.jpg) [  ](https://oceaneering.com/wp-content/uploads/2023/11/global_explorer_rov_survey-27-1024x760.jpg) [  ](https://oceaneering.com/wp-content/uploads/2023/11/global_explorer_rov_survey-17-1024x576.jpg) [  ](https://oceaneering.com/wp-content/uploads/2023/11/global_explorer_rov_survey-24-1024x763.jpg) [  ](https://oceaneering.com/wp-content/uploads/2023/11/global_explorer_rov_survey-28-1024x760.jpg) [  ](https://oceaneering.com/wp-content/uploads/2023/11/global_explorer_rov_survey-01-1024x686.jpg) Contact Us
### Our team of expert is ready to help you get started.
Oceaneering offers best-in-class products and solutions, backed by unparalleled quality, reliability, and global support. Fill out the inquiry form to start a conversation today.
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**Categories:** Remotely Operated Vehicles (ROVs)
**Search Tags:** Remotely Operated Vehicles (ROV)
---
### [Product Testing and Qualification](https://www.oceaneering.com/subsea-distribution-solutions/global-component-and-product-testing-and-qualification-capabilities/)
**Published:** November 9, 2023
**Author:** Madelyn Werner
**Content:**
[ Discuss a Project ](https://oceaneering.com/subsea-distribution-solutions/#contact)
# Product Testing and Qualification
Meeting your requirements for topside and subsea component and assembly qualification and factory acceptance testing.
Global testing facilities assist in advancing the overall knowledge and understanding of products based on analysis of test results and reliability models. This supports the ability to make better business decisions, and ensures that components and assemblies are safe and ready for use in the market.
We offer tailored programs, dedicated test teams, and extensive in-house testing capabilities at our sites in Kristiansand, Norway; Niterói, Brazil; and Rosyth, Scotland. Customers benefit from our experience in delivering plug-and-play and customized, extended-period testing programs.
## Testing Capabilities
Kristiansand, Norway
Smaller component-level products to larger assemblies, both mechanical and electrical.
- Hydraulic gate, directional control, and ball valves
- Electronics
- Electronic canisters
- Electrical connectors and electric penetrators
- Static and dynamic sealing solutions
- Cameras
- Testing of observation class remotely operated vehicles (ROVs)
Niterói, Brazil, and Rosyth, Scotland
Umbilical sections, components, and associated hardware.
- Prototype lengths of umbilical products
- Bend strain relievers (BSRs)
- Clamps
- Steel wires
- Buoyancy modules
- Steel tubes
- Electrical cables
- Fiber optic cables
- Copper conductors
- Polymer jackets
- Aramid fibers
## Engineering Support, Certified Personnel, and Uncompromised Safety
Our early engagement in the design phase provides you with valuable guidance on applicable standards and design limits. Our knowledge and expertise working in the highly regulated offshore energy market positions us well to respond to your diverse needs.
Our capability to develop bespoke testing programs exceeds the offerings of many standard test houses. We understand that your challenges are unique, and respond with testing solutions to meet requirements-from routine to extreme.
### Safety
Safety is our first priority. Our equipment is maintained by qualified personnel and testing follows mature procedures and processes.
### Personnel
Tests are completed by certified personnel who are fully trained and experienced in the equipment being used.
### Data
We ensure that the correct data are collected, organized, and prepared for evaluation.
### Results
Our tests generate valid results with confirmed accuracy and variability distribution.
# Contact Us
## Our team of experts is ready to help you get started.
Oceaneering offers best-in-class products and solutions, backed by unparalleled quality, reliability, and global support. Fill out the inquiry form to start a conversation today.
**Categories:** Subsea Distribution Solutions
**Search Tags:** Subsea Distribution Solutions
---
### [Subsea Distribution Services](https://www.oceaneering.com/subsea-distribution-solutions/services/)
**Published:** November 9, 2023
**Author:** Madelyn Werner
**Content:**
# Subsea Distribution Services
## Reduce Risk by Predicting Performance
Reduce your overall project risks and predict product performance in extreme conditions with our advanced system modeling and analysis capabilities. Our experienced team of analysis engineers, equipped with advanced, fully-validated hardware and software tools, supports your projects, from concept development to delivery.
**We deliver comprehensive solutions.**
- Dynamic global analysis on risers (umbilicals and flexibles)
- Local stress analysis on umbilicals (2D and 3D) and subsea structures
- Interference and clashing analysis
- Thermal analysis
- Electrical analysis
- Flow analysis
 
## Design Validation Testing and Reliability Analysis
Simulating critical installation, operational, and recovery scenarios enables us to validate and optimize your solutions. Our engineers use state-of-the-art test equipment to better understand product limitations, feed that knowledge back into the design process, and continuously improve product performance and reliability.
Project-specific testing can be designed to validate a solution for its intended environment. Oceaneering is equipped with the resources to perform all tests outlined by ISO 13628-5.
[ Learn More ](https://oceaneering.com/global-component-and-product-testing-and-qualification-capabilities/)
## Subsea Distribution Hardware Installation and Repair
We meet your needs with best-in-class umbilical installation, repair, maintenance, and refurbishment services.
Customers worldwide trust us to service their umbilicals and hardware – regardless of type, function, or manufacturer.
- Globally-located and deployable technicians
- Services available for both thermoplastic and steel tube umbilicals
- Service available on both production and temporarily installed umbilicals (IWOCS)
- Testing, flushing, and fluid swapping
- Re-termination and repair of hydraulic hoses and electrical lines
- Umbilical spooling for measurement or repair
- Umbilical reel repairs
- Fluid swapping
Contact Us
### Our team of experts is ready to help you get started.
Oceaneering offers best-in-class products and solutions, backed by unparalleled quality, reliability, and global support. Fill out the inquiry form to start a conversation today.
“\*” indicates required fields
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**Categories:** Subsea Distribution Solutions
**Search Tags:** Subsea Distribution Solutions
---
### [Azerbaijan](https://www.oceaneering.com/locations/azerbaijan/)
**Published:** May 26, 2025
**Author:** Monica Dahl
**Content:**
# Oceaneering in Azerbaijan
Deliverering critical subsea, remotely operated vehicle (ROV), and integrity management solutions tailored to the technical requirements of customers with onshore and offshore assets in the Caspian region.
## Innovation and Collaboration Across the AGT Corridor
With a strong presence in Azerbaijan and Georgia, our commitment to operational excellence, innovation, and local collaboration ensures we continue to meet the evolving needs of our customers across the Azerbaijan-Georgia-Turkiye (AGT) corridor.
### Icon Title Here
Zero major service interruptions
### Icon Title Here
99.5% equipment uptime
### Icon Title Here
Successful FAT/SIT of advanced subsea tools
### Icon Title Here
First subsea radiography performed in the region
## Inside Our Workspace
 Play Video
### Why Oceaneering
 Play Video
### Oceaneering in One Word
 Play Video
### Oceaneering Office Tour
# Our Services
Our talented local workforce delivers innovative solutions in subsea engineering, robotics, automation, control systems, software product development, and inspection, maintenance, and repair. We also support supply chain and information technology functions.
## Facilities in India
Oceaneering has four convenient sites around the country.
Regional Headquarters
### Aberdeen
---
Building 3, Levels 2&3, Aberdeen International Business Park, Dyce Drive, Aberdeen, AB21 0BR,
UK +44 1224 758500 Regional Headquarters
### Abu Dhabi, UAE
---
Al Masaood Tower, Hamdan Bin Mohammed Street, Abu Dhabi,
UAE Regional Headquarters
### Baku, Azerbaijan
---
AZ1023, 13 Salyan Highway 6/10, Baku,
Azerbaijan
+994 12 404 7546 Regional Headquarters
### Chandigarh
---
DLF Developers, Rajiv Gandhi Technology Park, Site 22-23, Tower E, Chandigarh, 160101
India +91 1726611500 Regional Headquarters
### Houston, Texas
---
5875 N. Sam Houston Pkwy. W., Suite 400, Houston, Texas, 77086,
USA +01 713 329 4500 Regional Headquarters
### Luanda, Angola
---
Avenida Deolinda Rodrigues, No. 495 Terra Nova, Luanda,
Angola +244 222 635 400 Regional Headquarters
### Malaysia
---
2 Jalan Sungai Kayu Ara 32/31, Taman Perindustrian Berjaya Seksyen 32, 40460 Shah Alam, Selangor,
Malaysia +60358701200 Regional Headquarters
### Newfoundland, Canada
---
214 McNamara Drive, Paradise, NL A1L 0A6,
Canada +01 709 570 7072 Regional Headquarters
### Perth, Australia
---
634 Karel Ave, Jandakot WA 6166,
Australia +61 8 6499 0000 Regional Headquarters
### Rio de Janeiro
---
Av. Rio Branco 123, 14th floor, Centro, Rio de Janeiro, RJ, 20040-005, Brazil +55 (21) 2729-8613 Regional Headquarters
### Stavanger
---
Vestre Svanholmen 24, 4313 Sandnes,
Norway +47 52 91 30 00 Grayloc
### Aberdeen
---
**Grayloc® Products**
Site 39 Silverburn Place
Bridge of Don Industrial Estate
AB23 8EG
Aberdeen, Scotland +44 1224 222790 Grayloc
### Abu Dhabi, UAE
---
**Grayloc® Products**
Mazyad Mall Tower 1
28th Street, Mohamed Bin Zayed City
Abu Dhabi, UAE +971 2 409 2852 Office
### Ågotnes
---
K2 CCB- Basen, 5347 Ågotnes,
Norway Office
### Bergen
---
Sandslimarka 61-63, 5254 Sandsli,
Norway +47 52 91 30 00 Grayloc
### Canada
---
**Grayloc® Products Canada Ltd.**
1129 Northside Road, Unit 1
Burlington, Ontario
L7M 1H5
Canada +1 905 842 3150 Office
### Dubai, UAE
---
Al Moosa Tower 2, Sheikh Zayed Road, Dubai,
UAE Office
### Florø
---
Fjordbase – Bygg 54, 6900 Florø,
Norway +47 52 91 30 00 Office
### Gloucester
---
Unit 3B, 325 Bristol Road, Gloucester, GL2 5DN,
UK +44 1452 304694 Office
### Guyana
---
SR2 Plantation Rome, Georgetown,
Guyana Office
### Hammerfest
---
Havneveien 50,
9610 Rypefjord,
Norway Office
### Hanover, Maryland
---
7001 Dorsey Road, Hanover, MD 21076,
USA +01 443 459 3700 Manufacturing Facility
### Houston, Texas
---
**High Bay**
11917 Farm to Market Road 529
Houston, TX 77041
USA +1 713 329 4500 Grayloc
### Houston, Texas
---
**Grayloc® Products**
11915 FM 529
Houston, TX
77041
USA +1 713 466 8853 Manufacturing Facility
### Kakinada
---
Plot No-12 and 13, APIIC, Opp-Rill-Yard-51, Vakalpudi, Thammavaram Post, Kakinada 533005,
India Office
### Kristiansund
---
Omagata 110 C, Bygg 14, 6517 Kristiansund,
Norway Office
### Macaé
---
Avenida Prefeito Aristeu Ferreira da Silva, 370, Macaé-RJ, Brazil +55 (22) 2757-9550 Grayloc
### Malaysia
---
**Oceaneering Grayloc® Connection Systems Sdn. Bhd.**
Unit 2, Jalan Sungai Kayu Ara 32/31
Berjaya Industrial Park, Section 32
40460 Shah Alam, Selangor Darul Ehsan
Malaysia +60 3 5870 1200 Office
### Melbourne
---
Level 23, Tower 5 Collins Square, 727 Collins Street, Docklands, Victoria 3008, Australia +61 3 9101 8035 Office
### Mongstad
---
Litlås 8. 5954 Mongstad,
Norway +47 52 91 30 00 Office
### Morgan City, Louisiana
---
5004 Railroad Avenue, Morgan City, LA 70380,
USA +01 985 329 3900 Office
### Mumbai
---
C-302, Delphi, Hiranandani Gardens, Powai, Mumbai – 400076,
India +91 2241669800 Manufacturing Facility
### Niterói
---
Rua Alcides Pereira 03, Ilha da Conceição, Niterói, RJ, 24050-350, Brazil +55 (21) 2729-8900 Manufacturing Facility
### Nodeland
---
Hagen 20, 4645 Nodeland,
Norway +47 52 91 30 00 Office
### Oman
---
Globex Business Center at Panorama Mall, Al Khuwayr, Muscat,
Sultanate of Oman Office
### Orlando, Florida
---
8046 Horizon Park Dr,
Suite 800,
Orlando, FL 32809 (407) 429-2700 Manufacturing Facility
### Panama City, Florida
---
1700 C Ave, Panama City, FL 32401, United States +1 850 763 2366 Office
### Pune
---
Unit No.301, Building No. 2, 3rd Floor, Commerzone, Complex, Samrat Ashok Path, Off Airport Road, Yerwada, Pune, Maharashtra, 411006,
India +91 2067665600 Office
### Qatar
---
Alfardan Commercial Tower, Al Funduq Street, Doha,
Qatar Manufacturing Facility
### Rosyth
---
Dundas Road, Port of Rosyth, Fife, Scotland, KY11 2XS,
UK +44 1383 643400 Office
### Sandnessjøen
---
Øyvind Lambes vei 28, 8803 Sandnessjøen,
Norway +47 52 91 30 00 Office
### Stockton
---
109 Bowesfield Lane, Stockton on Tees, Cleveland, TS18 3HF,
UK +44 1642 604661 Office
### Swansea
---
Unit 5, Castell Close, Swansea Enterprise Park Llansamlet, Swansea, West Glamorgan, SA7 9FH,
UK +44 1792 700177 Office
### Trondheim
---
Sluppenvegen 12E, 7037 Trondheim,
Norway +47 52 91 30 00 Office
### Wilton
---
Piccadilly Offices, Wilton International Site, Redcar, Cleveland, TS10 4RG,
UK +44 1642 770800    
       CoE
## Centers of Excellence
Our dedicated Centers of Excellence leverage a highly talented, dynamic, and diverse team of professionals to support our global operations with best-in-class engineering and technology solutions and multidisciplinary services.
Chandigarh
Opened in 2008, the center offers allied engineering services globally. Moreover, it extends 24/7 backup and support to both ROV and IT operations. Since its opening, the center has expanded rapidly and now employs over 750 staff.
Kakinada
Home to Oceaneering’s supply and logistics base, Kakinada is equipped with a specialist electrical and tooling workshop for in-house testing, repair, tooling maintenance, and other items.
Mumbai
Our Mumbai facility serves as a business management office for Subsea products and supports ROV operations and administration in India.
Pune
Our Engineering Center serves as a satellite office providing mechanical design and analysis, and electronics and software development services. It features a new lab for robotics and electronic products development.
## Committed to India and its People
We are focused on developing local talent, including in key positions, and providing access to strong professional development programs for specialist roles and other fields. Our teams at each location are composed of Indian nationals. We offer extensive learning and development opportunities, targeted on-site training, and short- and long-term rotations across sites to team members to develop skills and achieve desired career progressions.
#### We Solve the Unsolvable
Integrated, best-in-class products, services, and solutions to solve our customers’ biggest challenges.
#### Great Work Culture
Flexible, transparent, and collaborative work culture with great team synergy.
#### World Class Infrastructure
Modern offices, equipped labs, and beautiful campuses aligned with the future way of work.
## Join us! We’re hiring.
Oceaneering offers exciting career choices. No matter your passion, there is a part of our business made just for you. Interested in joining the team? [ Job Openings in India ](https://careers.oceaneering.com/global/en/search-results?keywords=india)
## Life at Oceaneering
Current Oceaneers shared these testimonials
“Oceaneering’s open and enabling culture fosters a great learning environment and offers growth opportunities.”
### Harmeek Singh
#### Engagement Head
“The culture here promotes respect and professionalism, with a welcoming environment for newcomers.”
### Shashi Ranjan
#### Manager, IT – Service Center
“I have been here for 12 years, during which I’ve undergone transformative learning experiences that have shaped me into the individual I am today.”
### Shikha Panjla
#### Asst. Manager – Robotics Support Center
“I started as an analyst 13 years back with IT helpdesk and never knew grabbing an opportunity at Oceaneering would transform me as a Technology professional.”
### Preeti Arya
#### Manager, Client Platforms
## Sustainability Efforts
India is the first country in the world to make corporate social responsibility (CSR) mandatory. Oceaneering is committed to contributing to economic, social, and environmental development.
In our continuous endeavor to work towards human rights, the community, the environment, and society, we have completed various initiatives under our CSR program.
[ View Our Corporate Sustainability ](https://oceaneering.com/sustainability/)
## Latest News
[](https://www.oceaneering.com/asha/ "ASHA") 4/5/2024
### [ASHA](https://www.oceaneering.com/asha/ "ASHA")
Oceaneers in Mumbai have extended a helping hand to ASHA, a non-governmental organization (NGO) focused on providing educational opportunities to…
[Read More](https://www.oceaneering.com/asha/) [](https://www.oceaneering.com/project-ripple/ "Project Ripple") 10/9/2023
### [Project Ripple](https://www.oceaneering.com/project-ripple/ "Project Ripple")
Project Ripple is an Oceaneering India initiative in collaboration with Deepalaya, a non-governmental organization (NGO) that aims at educating underprivileged…
[Read More](https://www.oceaneering.com/project-ripple/) [](https://www.oceaneering.com/stem-event/ "STEM Event") 9/16/2023
### [STEM Event](https://www.oceaneering.com/stem-event/ "STEM Event")
The Oceaneering Women’s Network (OWN) India Chapter team collaborated with CRY (Child Rights and You) NGO and organized a STEM…
[Read More](https://www.oceaneering.com/stem-event/)
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# Contact Us
## Our team of experts is ready to help you get started.
Oceaneering offers best-in-class products and solutions, backed by unparalleled quality, reliability, and global support. Fill out the inquiry form to start a conversation today.
**Search Tags:** India
---
### [M5 Connection System](https://www.oceaneering.com/subsea-connection-systems/m5-connection-system/)
**Published:** November 9, 2023
**Author:** Madelyn Werner
**Content:**
[ Discuss a Project ](https://oceaneering.com/subsea-connection-systems/#contact) Subsea Connection System # M5 Connection System
Our highly reliable M5 connection system provides an easy-to-install connection solution that enables injection of gas or chemicals into subsea infrastructure and serves as an access point for future intervention during the life of the field.
## Trusted Technology for Subsea Applications
Integrating unmatched Grayloc metal-to-metal sealing technology that can provide 25 make and break cycles, the M5 connector is suitable for long-term subsea deployment in vertical and horizontal orientations, and can be used in various mono-bore service line applications.
- Gas lift injection
- Chemical injection
- Flow assurance
- Hydrate remediation
- Wellbore stimulation
- Installation, workover, and control systems (IWOCS)
[ M5 ROV Flyable Full Bore Connector ](https://oceaneering.canto.com/download/document/jiedc11mqh7gv0muna81d7gp6a/original.pdf)   Play Video Configurable Design ## Solving Your Challenges with Customized Solutions
Our turnkey jumper solutions optimize interface management and cost efficiency. They are designed to withstand forces of rigid jumpers and include a latching mechanism based on our highly reliable M Series junction plates. The M5 connector system can be delivered in a wide variety of configurations, including varied conduit types and materials, dependent on required pressure ratings.
- Bore sizes: Up to 3 inches
- ROV-friendly: Does not require specialized tooling
- Ancillary equipment available: marine growth covers, intervention panels, fluid-retaining caps
- Conduit: Highly collapse-resistant thermoplastic hoses, composite pipe, bundled steel tube umbilical, flexible flowline, coiled tubing
## Save Money and Time with Subsea Seal Replacement
The M5 connector design enables subsea seal replacement, eliminating the need to recover the connector topside for seal change out. The innovative M5 subsea seal-replacement panel supports subsea seal replacement and can be mounted onto an ROV cage or a subsea structure.
 Play Video # Contact Us
## Our team of experts is ready to help you get started.
Oceaneering offers best-in-class products and solutions, backed by unparalleled quality, reliability, and global support. Fill out the inquiry form to start a conversation today.
**Categories:** Subsea Connection Systems
**Search Tags:** Subsea Connection System
---
### [Oceaneering Turns 60](https://www.oceaneering.com/about/oceaneering-turns-60/)
**Published:** January 24, 2024
**Author:** Monica Dahl
**Content:**
[ Contact Us ](https://oceaneering.com/about/#contact) About Us – History # Celebrating Six Decades of Leadership
See how we have Solved the Unsolvable for over 60 years.
## Pioneering Industry Leadership
For over six decades, Oceaneering International has stood for **Safety, Leadership, and Innovation**. Since our founding in 1964, we have broken barriers, set industry standards, and dared to solve unsolvable challenges.
## From Humble Beginnings to Premier Technology Provider
We have helped our customers explore the deepest depths and the greatest heights – from sea to space. We look forward to the next 60 years of solving our customers’ most difficult challenges. Join us as we continue to [Solve the Unsolvable](https://oceaneering.com/about/mission-vision-and-values/).
## Solving the Unsolvable for Over 60 Years
In celebration of our over six decades of innovation and leadership, Oceaneering President and CEO Rod Larson discusses our journey from humble Gulf of Mexico diving company to a premier engineering and technology provider.
 Play Video ## Explore our History
 Play Video ### A Conversation with Dick Frisbie: Insights that Helped Shape Oceaneering
Dick Frisbie, Oceaneering’s former SVP for Deepwater Technology, who was with Oceaneering from 1984 to 2012, reflects on pivotal moments that shaped our journey to becoming a leader in remotely operated vehicles (ROVs)-not just in innovation, but also as one of the largest manufacturers with a world-class training department.
 Play Video ### A Conversation with Kevin McEvoy: Bridging History with the Future
Kevin McEvoy, Oceaneering’s Chair of the Board and former President and CEO, reflects on the pivotal 1984 acquisition of Solus Ocean Systems, which helped Oceaneering grow from a Gulf of Mexico diving company into a global leader in ROVs and more.
 Play Video ### Exclusive Tour of Our 60-Year Technology Open House
In celebration of our 60th anniversary in 2024, we transformed our Houston facility for an Exclusive Technology Open House. From the depths of the ocean to the outer reaches of space, discover how we “Solve the Unsolvable” as our experts take you on an informative tour of our advanced technologies.
 Play Video ### Owning the Challenge: Sustainability at Oceaneering
To celebrate Women’s History Month and Oceaneering’s 60th Anniversary, we caught up with a few of the incredible women whose career journeys have grown and evolved alongside our company – from five all the way to 33 years of service. Hear their inspiring insights!
 Play Video ### Growing Together: Celebrating Women at Oceaneering
We continue our video series celebrating our 60 Years of Solving the Unsolvable with a special interview featuring SVP and Chief HR Officer Holly Kriendler, Chief Compliance Officer Jock Pool, and Director of Sustainability Stephen Lazar, to discuss the company’s approach to Sustainability.
 Play Video ### The Evolution of Oceaneering with Mike Hughes
To celebrate six decades of innovation and leadership, Oceaneering co-founder Mike Hughes discusses the evolution and history of the company – from its founding as a diving company in Morgan City, Louisiana, to becoming a global technology leader in multiple industries.
**Search Tags:** About us
---
### [Contact Us](https://www.oceaneering.com/contact-us/)
**Published:** May 24, 2017
**Author:** Andrew Dodson
**Content:**
# Contact Us
**Search Tags:** Contact
---
### [Autonomous Transit Systems](https://www.oceaneering.com/autonomous-transit-systems/)
**Published:** October 12, 2023
**Author:** Kristen Thurman
**Content:**
# Autonomous Transit Systems
A revolution in group transit technology.
Oceaneering provides self-guided, driverless transit vehicles, each capable of transporting up to 22 passengers, on a dedicated right-of-way. By using pre-programmed routes, our system is able to connect multiple origins with multiple destinations, providing maximum flexibility in service. Governed by a master supervisory system, each vehicle in the fleet is fully integrated into the environment and under continuous control by operations. ## Key Differentiators
### Automation
100% automated opportunity charging – enables hands-free, 24/7 operations.
### High Capacity and Speed
Capacity of up to 22 passengers and speeds up to 25mph – the fastest and highest capacity shuttle on the market.
### Safety and Efficiency
Safe and efficient traffic management – integrated TOMS supervisory system.
### Onboard Storage and Comfort
Ample onboard storage and HVAC – the most spacious and comfortable interior available.
### Proven Design
20+ years and millions of miles of proven L4 experience.
[ Autonomous Transit Systems ](https://oceaneering.canto.com/download/document/7b8iop04up0e97ssjmm37o273h/original.pdf) ## The battery-powered autonomous transit system is based on driverless automated guided vehicle (AGV) technology
The system provides a safe, flexible, low-cost, comfortable, and environmentally friendly means of transportation on a 24/7 basis – in virtually any weather conditions – with zero emissions. Its interior is climate controlled and can maintain a comfortable environment for its passengers, even in extreme ambient conditions. Routes and destinations can be pre-programmed or passenger-selected.
 Play Video # Contact Us
## Our team of experts is ready to help you get started.
Oceaneering offers best-in-class products and solutions, backed by unparalleled quality, reliability, and global support. Fill out the inquiry form to start a conversation today.
**Categories:** Mobile Robotics
**Search Tags:** AGV, Group Transportation
---
### [Thank You](https://www.oceaneering.com/contact-us/thank-you/)
**Published:** May 24, 2017
**Author:** Andrew Dodson
**Content:**
# Thank you for your inquiry
We appreciate your interest. Please expect a response from one of our representatives shortly.
---
### [Health, Safety & Quality](https://www.oceaneering.com/sustainability/health-safety-and-quality-hse/)
**Published:** November 7, 2023
**Author:** Kristen Thurman
**Content:**
# Health, Safety, Security, Environment, and Quality
Underpinning everything we do, safety is not only the foundation of our Core Values, but it is vital to our exemplary performance record and company culture.
## If we are working, then our responsibility is to be working safely.
The industries we serve are as diverse as they are complex. Whether we are engineering deepwater umbilicals or developing robotics for aerospace applications, the safety and health of our employees, vendors and customers is an integral part of our day-to-day business.
ISO 45001 Certified in 12 Areas
## Health and Safety Management System
ISO 45001 Occupational Health and Safety Management Systems offers a single, clear framework for improving OH&S performance with a focus on the interaction between an organization and its business environment. With occupational health and safety management system certifications, we demonstrate that our health and safety management systems meet international industry-specific health and safety standards.
- Asset integrity services and rope access engineering
- Decommissioning
- Hydrostatic pressure testing
- Intervention services
- Manufactured products
- Metallurgical analysis
- Software design, development and support
- Supply chain management, warehousing, and logistics support
- Survey services
- Tooling equipment design, manufacturing, and operations
- Tooling management, maintenance and repair
- Underwater and topside engineering
[ Learn More ](https://oceaneering.canto.com/direct/document/s529ma442p1570v3djpehmkc5q/0qIGHW1oK7A4oROQd0aR5zaZRk4/original?content-type=application%2Fpdf&name=WW-OII-HSE-MS2-0+-+HSE+Management+System+Framework+-+R0.pdf)
## Oceaneering Safety Record
Since our inception in 1964, we have placed a high value on employee safety-from diving services and subsea inspection to vessel-based installation operations. We have and expect to continue to evolve not only our health, safety, security, and environmental (HSSE) processes, but those of the industries in which we work.
[ Learn more ](https://oceaneering.com/sustainability/health-safety-and-quality-hse/our-safety-culture/)
## Core Processes in Action
Safety is the foundation of all Oceaneering operations. We put strategy in action by holding each employee accountable for adhering to safety standards and taking steps to eliminate or correct unsafe behavior.
These are our core Areas of Focus:
- Leadership
- Risk Management
- Fatality Prevention
- Incident Management
- Employee Engagement
- Training and Competency
- Environmental Management
- Self Verification
[ Learn More ](https://oceaneering.com/sustainability/health-safety-and-quality-hse/hse-areas-of-focus/)
## Memberships and Affiliations
We are a member of the [Center for Offshore Safety](http://www.centerforoffshoresafety.org/), an organization designed to promote the highest level of safety for offshore drilling, completions and operations through leadership and effective management systems addressing communication, teamwork and independent third-party auditing and certification.
Though our HSE Core Processes have been in place since 2004, they align closely with the [Safety Culture Policy Statement](https://www.bsee.gov/newsroom/latest-news/statements-and-releases/press-releases/bsee-announces-final-safety-culture) released by the Bureau of Safety and Environmental Enforcement (BSEE) in 2013. The statement defines nine characteristics shared by organizations considered to have robust safety cultures.
Contact Us
### Our team of experts is ready to help you get started.
Oceaneering offers best-in-class products and solutions, backed by unparalleled quality, reliability, and global support. Fill out the inquiry form to start a conversation today.
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**Categories:** Sustainability
**Search Tags:** Health, Safety, Security, Environment, and Quality
---
### [Integrity Engineering](https://www.oceaneering.com/asset-integrity-management/integrity-engineering/)
**Published:** June 5, 2025
**Author:** Monica Dahl
**Excerpt:** Minimize downtime and maintain safe operations with our integrity engineering services tailored to your needs.
**Content:**
[ Discuss a Project ](/asset-integrity/#contact)# Integrity Engineering
Maintain the safety of your assets, processes, and systems-from seabed to flare tip-with expert engineering insights and data-driven analytics.
## Maximize Uptime and Asset Longevity
Protect your critical assets wherever you operate. From pressure systems, storage tanks and pipelines to fixed and floating structures and subsea equipment. We use advanced inspection, data insights, and risk-based strategies to reduce failures, extend asset life, and keep you compliant and operational.
### Pressure Systems
Mitigate safety risks and extend the lifespan of critical pressure systems vulnerable to corrosion and fatigue.
[Learn More](https://www.oceaneering.com/pressure-systems/)
### Storage Tanks and Associated Pipework
Our multi-qualified engineers ensure safe operations using data and advanced inspection technology.
[Learn More](https://www.oceaneering.com/storage-tanks-and-associated-pipework/)
### Onshore Pipelines
Use proactive monitoring and risk-based strategies to prevent leaks, reduce downtime, and ensure compliance.
[Learn More](https://www.oceaneering.com/onshore-pipelines/)
### Structures
Detect early signs of fatigue, corrosion, and structural degradation, safeguarding your fixed and floating structures.
[Learn More](https://www.oceaneering.com/fixed-and-floating-structures/)
### Subsea Assets
Enhance performance, asset lifespan, and insight with our advanced risk analysis and holistic approach.
[Learn More](https://www.oceaneering.com/subsea-assets/)
## Identify and Overcome Common Threats
Stay ahead of critical risks-vibration fatigue, corrosion, and equipment failure-with our specialized engineering services. Using predictive analytics, diagnostic tools, and cost-effective maintenance strategies, we deliver early warnings and long-term protection for your most vulnerable assets.
### Vibration Engineering
Identify potential threats and develop maintenance strategies using condition assessments and cost analysis.
[ Read More ](https://www.oceaneering.com/asset-integrity-management/vibration-engineering/) ### Corrosion Management
Proactively identify and address risks using predictive analytics to safeguard your pipelines, pressure vessels, tanks, and subsea structures.
[ Read More ](https://www.oceaneering.com/asset-integrity-management/corrosion-management/)## Delivering Value Globally
Our global engineering teams use data and analytics to help you mitigate potential risks and maximize uptime while ensuring the safety of operations. This proactive approach optimizes operational and cost efficiency while extending the life of your assets.
### Leverage data and analysis to mitigate potential risks
### Maximize uptime while ensuring the safety of your operations
### Optimize operational and cost efficiency and extend asset life
### Support proactive planning and timely intervention
### Adopt predictive analytics to identify potential failures before they occur
## Frequently Asked Questions
Interested in learning how Oceaneering delivers integrity engineering? Explore some frequently asked questions below.
##### We do quite a bit of inspection. How can integrity engineering help improve our operations?
Not only does integrity engineering ensure your structures, systems, and assets are in safe working order, it helps you ensure the inspections you are completing are done at the most optimized intervals, focus on the key areas of concern, and address the key issues affecting your operations. We ensure your inspections-and the money and time you dedicate to them-are value adding, providing the data and insight you need to make informed decisions.
##### Can Oceaneering provide integrity engineering services for a range of global assets?
Absolutely. Our global teams have experience and expertise working across a range of asset types globally including upstream, midstream, and downstream facilities and across new energy. We deliver tailored and integrated services designed to meet varied regulatory requirements. We provide Integrity Engineering for a comprehensive list of equipment types including but not limited to pressure systems (static pressure equipment, piping, pressure safety / relief valves, etc.), structures, storage tanks, pipelines, and associated infrastructure.
##### What software tools and technologies do you use for Integrity Assessments?
Our INFORM™ Software Platform is our standard software tool for various types of integrity assessments. Explore the platform’s functionality by visiting our [Digitizing Integrity page](https://www.oceaneering.com/digitizing-integrity/).
##### Do you perform Risk-Based Inspection (RBI) assessments or Fitness-for-Service (FFS) evaluations?
Yes, we have extensive global experience supporting RBI assessments to international standards such as API580/581, client procedures, and also our own procedures. We use our INFORM™ RBI software to collaborate with clients and identify the most appropriate approach. We pay special attention to your operational needs and asset environments to ensure the RBI truly optimizes your inspection and maintenance programs. We also conduct FFS assessments in accordance with API 579/ASME FFS-1 to determine the continued safe operation of damaged or degraded equipment.
##### What about corrosion monitoring and mitigation and pipeline integrity management services?
Yes. We implement corrosion control strategies including monitoring programs, inhibitor selection, and cathodic protection, supported by regular data analysis and reporting. Learn more on our dedicated [Corrosion Monitoring page](https://www.oceaneering.com/corrosion-management/). We have significant global experience in [pipeline integrity management services](https://www.oceaneering.com/onshore-pipelines/) for both onshore and offshore pipelines.
##### What certifications or accreditations does Oceaneering hold (e.g., ISO, API, ASME)?
Oceaneering as a company and our skilled employees hold a range of global certifications and accreditations. These include ISO 9001, ISO 14001 and 45001, ISO/IEC 17020, ASME, and NACE/AMPP certifications. We also hold specific regional accreditations across our global locations.
##### Can you help us comply with local and international regulations (e.g., HSE UK, OSHA, NORSOK)?
Yes. We ensure all services align with applicable regulations including HSE UK, OSHA, API, ASME, and NORSOK standards.
##### Do you provide on-site support, or do you only offer remote services?
We offer both. Our engineers are available for offshore and onshore deployments as well as remote support and data analysis.
[ Have more questions? Contact us. ](#contact)### Field Proven. Industry Leading.
Read our case studies featuring integrity engineering.
[ See All Case Studies ](https://oceaneering.com/resources/?_content_types=case-study) Previous Next [ ### Asset Integrity Management Study for LNG Expansion Project in Asia
### Asset Integrity Management Study for LNG Expansion Project in Asia
A major international operator contracted Oceaneering to develop and implement a comprehensive integrated Integrity Management System (IMS)…
Learn More ](https://www.oceaneering.com/case-studies/asset-integrity-management-study-for-lng-expansion-project-in-asia/) [ ### Optimized FSPO Ballast Tank Inspection Scope Eliminates Confined Space Entry
### Optimized FSPO Ballast Tank Inspection Scope Eliminates Confined Space Entry
In October 2023, Oceaneering completed a 13-day inspection scope on three dual-compartment L-shaped ballast tanks on a…
Learn More ](https://www.oceaneering.com/case-studies/optimized-fspo-ballast-tank-inspection-scope-eliminates-confined-space-entry/) [ ### Innovative Subsea Flowline Pressure Containing Clamp System Reduces Intervention Time and Cost
### Innovative Subsea Flowline Pressure Containing Clamp System Reduces Intervention Time and Cost
In October 2020, a major operator contracted Oceaneering to remediate hydrates blocking their flowline in multiple locations….
Learn More ](https://www.oceaneering.com/case-studies/innovative-subsea-flowline-pressure-containing-clamp-system-reduces-intervention-time-and-cost/)# Contact Us
## Our team of experts is ready to help you get started.
Oceaneering offers best-in-class products and solutions, backed by unparalleled quality, reliability, and global support. Fill out the inquiry form to start a conversation today.
**Categories:** Asset Integrity Management
---
### [Ocean Perception](https://www.oceaneering.com/renewable-energy-solutions/fixed-offshore-wind/ocean-perception/)
**Published:** November 9, 2023
**Author:** Madelyn Werner
**Content:**
[ Discuss a Project ](https://oceaneering.com/renewable-energy-solutions/#contact)
# Ocean Perception™
Advance your marine mammal mitigation and maritime surveillance operations.
## Innovating Marine Mammal Monitoring
Ocean Perception™ is a unique, patented software solution that integrates equipment and sensor information into a vessel-based control center, streamlining operations and overall situational awareness. Remote operations infrastructure allows data to be shared with other key stakeholders onshore.
 Play Video
## Improve Your Compliance Regime and Achieve Maximum Situational Awareness
Ocean Perception offers several advantages for your operations including increased localization of marine mammal vocalizations, improved regulatory compliance with vessel speed monitoring, and thermal cameras for nighttime operations.
### Optimization
Improve operational efficiency with 24/7 operations and documentable insight
### Cost-Effective
Reduce cost and risk while increasing collaboration
### Reliability
Increase reliability and accuracy with agnostic, advanced technology
### Compliance
Verify regulatory compliance with traceable and documented data
### Automation
Leverage automated detection and alarm functions to protect marine mammals and maritime operations
## Ocean Perception Ecosystem
 Onshore
##### Onshore
Key Stakeholder
Connection via fiber cable or 4G
##### Connection via fiber cable or 4G
Booy Systems – PAM
##### Buoy Systems – PAM
Offshore
##### Offshore
## Perception is Visualization
Ocean Perception™ is a first-of-its-kind solution delivering visualization of the mitigation regime and operations for monitoring zones, observation timers, mammal detections, and vessel traffic.
This solution increases situational awareness with alarm behaviors delivering improved mitigation and coordination with all offshore and onshore-based project stakeholders.
[  ](https://oceaneering.canto.com/download/document/jcjultlbk9355e8sib3up2ra6g/original.pdf) [ Ocean Perception™ – Marine Mammal Mitigation Operations ](https://oceaneering.canto.com/download/document/jcjultlbk9355e8sib3up2ra6g/original.pdf) [  ](https://oceaneering.canto.com/download/document/920efidofh3tld82cunecmo33e/original.pdf) [ Ocean Perception™ – Maritime Surveillance Operations ](https://oceaneering.canto.com/download/document/920efidofh3tld82cunecmo33e/original.pdf)
## Enhance Protection with Advanced Technologies
The platform increases protection and awareness by bundling advanced sensor technology, communication links, and data processing and management to support the industry’s most comprehensive marine wildlife and maritime surveillance operations.
### Increase Protection of Marine Wildlife
- Reliable mammal detection to 3,000 m with thermal cameras
- CAB Guardian Buoy Systems deliver increased mammal localizations
- Mammal detection and tracking across sensors for species confirmation
- Automated detection with AI
### Reduce Operational Effects
- Stabilization through rough seas
- Clear visibility through darkness, fog, rain, etc.
- Thermal Infrared Option
### Improved Regulatory Compliance
- AIS speed monitoring of support vessels
- Real-time monitoring of GPS-enabled vessels
- Playback capability for species confirmations
- Ranging tool algorithm for thermal cameras
# Contact Us
## Our team of experts is ready to help you get started.
Oceaneering offers best-in-class products and solutions, backed by unparalleled quality, reliability, and global support. Fill out the inquiry form to start a conversation today.
**Categories:** Renewables
**Search Tags:** Renewable Energy
---
### [Condition Monitoring](https://www.oceaneering.com/maintenance-and-reliability/condition-monitoring/)
**Published:** March 6, 2025
**Author:** Monica Dahl
**Content:**
[ Contact Us ](https://www.oceaneering.com/maintenance-and-reliability/#contact)# Condition Monitoring
Advanced vibration analysis and diagnostic technology give you early warnings of potential issues with your rotating equipment, such as pumps, compressors, turbines, motors, gearboxes, and fans.
From Reactive to Proactive ## Improve Uptime. Reduce Risk.
Combine vibration analysis, optimized monitoring programs, advanced diagnostic technology, thermography, and integrated service delivery to identify concerns. This holistic method allows you to transition from reactive maintenance to a predictive, proactive approach, optimizing your operations and minimizing disruptions.
### Minimize Costly, Unplanned Downtime
### Optimize Maintenance Scheduling
### Extend Equipment Life and Improve Safety
## Stay Safe. Stay Online.
We ensure your operations stay online safely using our unparalleled expertise in on-site troubleshooting and ability to solve your most complex challenges. We boast an extensive track-record of expedited issue rectification, ensuring maximized uptime.
## Identify and Mitigate Risk
Leverage synergies between [condition monitoring](https://www.oceaneering.com/condition-monitoring/) and broader [vibration engineering](https://www.oceaneering.com/vibration-engineering/) expertise to adopt a comprehensive approach to maintaining the integrity of your rotating equipment. We use advanced vibration analysis techniques and innovative monitoring solutions to detect imbalances, misalignments, bearing defects, looseness, gear faults, and other common issues, enabling the analysis of vibration signatures and identification of the exact nature and severity problems.
## Vibration Monitoring Solutions
With a focus on remote capabilities and integrated service, our vibration monitoring solutions, including the in-house developed Oceaneering Vibration Management System (OVMS) deliver reliable data and help you maintain integrity and reliability.
[ Explore our Vibration Engineering Services ](https://www.oceaneering.com/asset-integrity-management/integrity-engineering/vibration-engineering/)### OVMS Portable
Handheld screening for trained personnel under guidance.
### OVMS Wireless Monitoring
Smart vibration monitoring and expert detection.
### Long-Term Monitoring Systems
Continuous high-resolution monitoring of vibration and stress for critical systems.
# Contact Us
## Our team of experts is ready to help you get started.
Oceaneering offers best-in-class products and solutions, backed by unparalleled quality, reliability, and global support. Fill out the inquiry form to start a conversation today.
**Categories:** Maintenance and Reliability
---
### [Inspection](https://www.oceaneering.com/asset-integrity-management/inspection/)
**Published:** October 20, 2023
**Author:** Louder Agency
**Excerpt:** Optimize the routine and ad-hoc inspection of your critical infrastructure with project-appropriate solutions that ensure that your assets are fit for service.
**Content:**
[ Discuss a Project ](/asset-integrity/#contact)# Inspection
With more than 50 years of experience providing inspection on critical infrastructure, we deliver optimized, project-appropriate solutions that meet inspection criteria and ensure that your assets are fit for service.
## Conventional NDT
Preventing failure by identifying and evaluating flaws
Conventional non-destructive testing (NDT) has long served as the starting point in establishing or evaluating an asset’s fitness for service. From construction to decommissioning, NDT can be used to detect anomalies and defects, some of which may require further specialist inspection or remediation.
We deliver a portfolio of conventional NDT solutions tailored to meet diverse needs.
[ Learn More ](https://www.oceaneering.com/asset-integrity-management/inspection/conventional-ndt/)## Advanced NDT: Specialist Inspection Services
Complex concerns demand specialist solutions
In the last two decades, the focus of NDT has advanced to address emerging concerns. So have our services. We provide an extensive range of specialist inspection solutions for applications ranging from detecting complex defects arising during manufacture and construction to process-induced integrity issues in upstream, midstream, and downstream assets.
[ Learn More ](https://www.oceaneering.com/asset-integrity-management/inspection/advanced-ndt/)## Subsea Inspection
Integrated solutions for your subsea equipment
We offer an integrated approach and call upon our vast portfolio of products and services to meet your subsea inspection requirements.
From remotely operated vehicles (ROVs) and vessels to divers and subsea inspection tooling-we have the portfolio and expertise required to provide cost-effective, optimized subsea inspection and integrity management solutions.
[ Learn More ](https://www.oceaneering.com/asset-integrity-management/inspection/subsea-inspection/)## Pipeline Construction NDT
Supporting your construction and pipe laying activities
Our track record places us at the forefront of pipeline NDT technology as we meet your inspection requirements within demanding construction cycles. We deploy a variety of radiographic and ultrasonic tools to capture the data you need to confirm compliance with pipeline construction standards.
We provide efficient, reliable detection and characterization of flaws during construction. Our systems are independently qualified by DNV-GL and verified by client validation programs.
#### Radiography
Our range of two- and four-wheeled drive crawlers use x-ray or gamma radiation and are capable of operating in pipelines with diameters from 3 to 72 inches.
#### Automated Ultrasonic Testing (AUT)
For more than a decade, our AUT technologies have been deployed globally to inspect pipelines with diameters from 4 to 48 inches.
## Vendor Inspection Services
Ensuring quality and on-time delivery
Our vendor inspection services position us as the key interface to verify that the requirements you have outlined and the quality standards you expect are fully satisfied before a product is dispatched. Our highly skilled teams offer comprehensive services to meet your diverse needs, from vendor audits to shipping inspections.
[ Learn More ](https://www.oceaneering.com/asset-integrity-management/inspection/vendor-inspection/)## Crane and Lifting Equipment Testing and Qualification
Comprehensive services for critical equipment We offer extensive services for inspection, third-party verification, and certification of cranes and lifting equipment. Our offerings include consultancy, design, and manufacturing of specially designed, purpose-built cranes and lifting gear. We also complete compliance evaluations; risk analysis; and failure mode, effects, and criticality analysis (FMECA).
[ Learn More ](https://www.oceaneering.com/asset-integrity-management/inspection/crane-lifting/)# Contact Us
## Our team of experts is ready to help you get started.
Oceaneering offers best-in-class products and solutions, backed by unparalleled quality, reliability, and global support. Fill out the inquiry form to start a conversation today.
**Categories:** Asset Integrity Management, In-Service Inspection
**Search Tags:** Asset Integrity, inspection
---
### [Pressure Systems](https://www.oceaneering.com/asset-integrity-management/pressure-systems/)
**Published:** March 13, 2025
**Author:** Monica Dahl
**Content:**
[ Discuss a Project ](/asset-integrity/#contact) Asset Integrity # Pressure Systems
Mitigate risks, extend asset life, and ensure the reliability of your offshore and onshore pressure systems.
## Reduce Unplanned Shutdowns and Safety Hazards
Transform how you ensure the compliance of your pressure systems by moving from a reactive to proactive integrity management approach. We use data-driven, integrated services to help you optimize inspection planning and focus resources where they are needed most.
## Tailored Integrity Services for Pressure Systems
Use our expertise in corrosion, operations, and inspection, supported by software tools to identify, assess, and mitigate risks in your critical pressure system equipment.
### Risk-Based Inspection (RBI) and Integrity Assessments
Prioritize inspections, minimize downtime, and ensure regulatory compliance with data-driven risk evaluations.
### Lifecycle Management and Asset Life Extension
Strategic guidance on aging infrastructure, modifications, and decommissioning planning.
### Non-Intrusive Inspection (NII) and Advanced Monitoring
Conduct NII assessments to determine the most appropriate inspection and monitoring techniques, including drones and predictive analytics.
### Tailored Solutions
Meet the RBI requirements of your equipment with specialist designs, varied operational conditions, and specific regulatory company and regional requirements.
### Fitness-for-Service (FFS) and Failure Analysis
Use finite element analysis (FEA), computational fluid dynamics (CFD), and real-time monitoring to assess structural integrity, predict failures, and recommend maintenance.
### Corrosion and Material Degradation Management
Mitigate [internal and external corrosion risks](https://www.oceaneering.com/corrosion-management/) while optimizing material selection and cathodic protection strategies.
### INFORM™ Software Suite
Our INFORM™ Software Suite integrates advanced analytics, information from digital twins, and customizable Risk-Based Inspection (RBI) frameworks to enhance your asset management. The platform’s modules combine real-time monitoring, predictive maintenance capabilities, and user-friendly interfaces to streamline data analysis and decision-making.
[ Learn More ](https://www.oceaneering.com/asset-integrity-management/digitizing-integrity/) ### Inspection Services
Our pressure systems inspection services use advanced non-destructive testing (NDT) techniques including radiography and ultrasonic tools to evaluate structural integrity, detect corrosion, and monitor the health of your assets.
[ Learn More ](https://www.oceaneering.com/asset-integrity-management/inspection/)### Field Proven. Industry Leading.
Read our case studies detailing our expertise working with pressure systems.
[ See All Case Studies ](https://oceaneering.com/resources/?_content_types=case-study) Previous Next [ ### Oceaneering Completes Non-Intrusive Inspection of Pressure Vessels for North Sea Operator
### Oceaneering Completes Non-Intrusive Inspection of Pressure Vessels for North Sea Operator
In mid 2021, Oceaneering started an 18-month project to complete non-intrusive inspection (NII) services as part of…
Learn More ](https://www.oceaneering.com/case-studies/oceaneering-completes-non-intrusive-inspection-of-pressure-vessels-for-north-sea-operator/) [ ### Applying a Generic Approach to Risk-Based Inspection of Pressure Systems in Northwest Africa
### Applying a Generic Approach to Risk-Based Inspection of Pressure Systems in Northwest Africa
The application of a traditional risk-based inspection (RBI) approach is typically labor and time intensive. Oceaneering was…
Learn More ](https://www.oceaneering.com/case-studies/applying-a-generic-approach-to-risk-based-inspection-of-pressure-systems-in-northwest-africa/) [ ### Oceaneering Enables Safe, Continued Production by Mitigating the Risk of Fatigue on a Thermowell
### Oceaneering Enables Safe, Continued Production by Mitigating the Risk of Fatigue on a Thermowell
Learn More ](https://www.oceaneering.com/case-studies/oceaneering-enables-safe-continued-production-by-mitigating-the-risk-of-fatigue-on-a-thermowell/) [ ### Oceaneering Ensures Integrity of Pressurized Well Pad Equipment for an Onshore Operator in Texas
### Oceaneering Ensures Integrity of Pressurized Well Pad Equipment for an Onshore Operator in Texas
Learn More ](https://www.oceaneering.com/case-studies/oceaneering-ensures-integrity-of-pressurized-well-pad-equipment-for-an-onshore-operator-in-texas/)# Contact Us
## Our team of experts is ready to help you get started.
Oceaneering offers best-in-class products and solutions, backed by unparalleled quality, reliability, and global support. Fill out the inquiry form to start a conversation today.
**Categories:** Asset Integrity Management
---
### [Submarine Rescue Solutions](https://www.oceaneering.com/oceaneering-technologies/submarine-rescue-solutions/)
**Published:** June 22, 2025
**Author:** Kristen Thurman
**Excerpt:** For more than 30 years, we have supported critical submarine rescue missions, developing and modifying specialized systems to meet U.S. Navy requirements for life-saving operations under extreme conditions.
**Content:**
[ Discuss a Project ](https://oceaneering.com/oceaneering-technologies/#contact) Oceaneering Technologies (OTECH)
# Submarine Rescue Solutions
Combining proven expertise, global resources, and field-tested technology to ensure submarine rescue readiness.
## Safe, Robust, and Ready Submarine Rescue Capability
Our submarine rescue solutions are built on decades of experience, combining innovative engineering with uncompromising safety standards. Designed to perform in the most challenging underwater environments, our platforms deliver operational readiness, durability, and versatility.
## Securing Contract with U.S. Navy
In 2020, Oceaneering was awarded the U.S. Navy’s Submarine Rescue Operations and Maintenance Contract (SROMC), supporting the operation and sustainment of the Navy’s Submarine Rescue System (SRS) and associated equipment. [ Read the Press Release ](https://investors.oceaneering.com/news/news-details/2020/Oceaneering-Secures-Contract-with-U.S.-Navy-for-Submarine-Rescue-Systems-09-29-2020/default.aspx)
## Rapid-Response Rescue-Ready When It Matters Most
From concept and design through fabrication, certification, and deployment, we deliver mission-ready submarine rescue solutions. Our teams bring deep offshore and subsea experience to ensure fast, efficient system mobilization-anywhere, anytime.
 
## Proven Performance and Global Reach
With over three decades of support to the U.S. Navy Submarine Rescue Program, we offer unmatched technical experience and a robust portfolio of capabilities:
- [Hyperbaric chambers](https://www.oceaneering.com/hyperbaric-systems/)
- [Remotely operated vehicles (ROVs)](https://www.oceaneering.com/rov-services/)
- Manned submersibles
- Launch and recovery systems
- [Commercial diving services](https://www.oceaneering.com/diving/)
- Vessel-of-opportunity operations, analysis, and selection
- Mooring and dynamic positioning systems
- System mobilization, integration, and verification testing
- Integrated logistics support (ILS) management
- Advanced intervention systems, including ROVs and atmospheric diving systems (ADS)
- Navigation, tracking, and positioning systems
- Active participation in international rescue exercises
[ Submarine Rescue System ](https://oceaneering.canto.com/download/document/ft8m6fmbg90n7dbur9vs2t6u1c/original.pdf)
## Experience You Can Trust
### SROMC
U.S. Navy Submarine Rescue Operations and Maintenance Contractor (SROMC)
### TUP
U.S. Navy Submarine Rescue System – Transfer Under Pressure (TUP) System Engineer and Integrator
### NAVSEA
NAVSEA Note 5000 Authorized Activity
### COMPLIANCE
Experience working with certification authorities, including ABS, DNV-GL, and Lloyd’s Register
### ROV
Owner/operator of world’s largest work class remotely operated vehicle (ROV) fleet
### SMERWG
NATO Submarine Escape and Rescue Working Group (SMERWG)
# Contact Us
## Our team of experts is ready to help you get started.
Oceaneering offers best-in-class products and solutions, backed by unparalleled quality, reliability, and global support. Fill out the inquiry form to start a conversation today.
**Categories:** Oceaneering Technologies (OTECH)
**Search Tags:** Oceaneering Technologies (OTECH), submarine rescue
---
### [Vibration Engineering](https://www.oceaneering.com/asset-integrity-management/integrity-engineering/vibration-engineering/)
**Published:** February 3, 2025
**Author:** Monica Dahl
**Content:**
[ Discuss a Project ](/asset-integrity/#contact)
# Vibration Engineering
Manage vibration and dynamic issues affecting your rotating equipment, pipework, and structures.
## Prevent Vibration-Related Downtime
Improve operational safety, reduce downtime, mitigate risks, ensure compliance, and keep your onshore and offshore operations running smoothly with tailored vibration engineering services. We help prevent vibration-related hydrocarbon releases that pose significant risks and can lead to costly shutdowns and environmental damage.
## Tailored Services for Safe Operations
Integrate our vibration management and wider integrity services, enabling your operations to benefit from proactive and reactive solutions, comprehensive risk assessments, and continuous monitoring. Our global footprint with engineers and technicians already deployed on-site in key regions means your assets are covered around the clock and issues are addressed before they escalate.
### On-Site Measurement and Troubleshooting
Vibration surveys, Operational Deflection Shape (ODS), and modal testing to identify vibration causes in pipework and structures.
### Advanced Monitoring
Continuous vibration and stress monitoring systems, including intrinsically safe options.
### Rotating Equipment Condition Monitoring
Monitoring program development and deployment of personnel-supported and automated monitoring systems.
### Motion Amplification Analysis
Visualizes structural movements to diagnose vibration issues.
### Acoustic Induced Vibration (AIV) Analysis
Analysis and mitigation of AIV to prevent fatigue cracking in high-pressure gas systems.
### Flow Induced Vibration (FIV) Analysis
Comprehensive analysis and mitigation of FIV in piping systems, using measurements, calculations, and Computational Fluid Dynamics (CFD).
### Thermowell Vortex Induced Vibration (VIV) Analysis
Analysis and mitigation of thermowell VIV to prevent mechanical and sensing element failures.
### Pulsation Analysis
Analysis and mitigation of pressure pulsations in piping systems.
### Dynamic Finite Element Analysis (FEA)
FEA to assess structural dynamics, vibration, and stress in structures and piping.
### Dynamic Stress and Fatigue Life Assessment
Fatigue analysis using S-N curves and fracture mechanics to predict component life.
### Risk-Based Pipework Assessment to EI Guidelines
Screening assessment of mainline and small-bore connection pipework considering mechanical design and process conditions.
### Engineered Solutions
Custom solutions to mitigate vibration, including structural modifications, damping, and isolation.
### Anti-vibration Pipe Support Design
Bespoke support design to prevent fatigue failures in pipework subjected to vibration.
## Vibration Monitoring Solutions
Our monitoring solutions deliver reliable vibration related data and help maintain your system integrity and reliability. The Oceaneering Vibration Management System (OVMS) Portable, OVMS Wireless monitoring system, and Long-Term Monitoring Systems (LTMS) provide create a cohesive and robust framework for effective vibration monitoring across scenarios and requirements.
### OVMS Portable
Handheld screening tool for trained personnel under guidance from our vibration experts.
### OVMS Wireless Monitoring
Ex-rated autonomous vibration monitoring triggers on schedule or in response to vibration events.
### Long-Term Monitoring Systems
Continuous high-resolution monitoring of vibration and stress for critical systems.
# Contact Us
## Our team of experts is ready to help you get started.
Oceaneering offers best-in-class products and solutions, backed by unparalleled quality, reliability, and global support. Fill out the inquiry form to start a conversation today.
---
### [Operational Reliability](https://www.oceaneering.com/maintenance-and-reliability/operational-reliability/)
**Published:** May 16, 2024
**Author:** Monica Dahl
**Content:**
[ Contact Us ](https://www.oceaneering.com/maintenance-and-reliability/#contact) Maintenance and Reliability Solutions
# Operational Reliability
Enhance your asset performance and reliability by using a combination of proactive and reactive techniques to identify and address equipment issues.
## Achieve True Asset Potential
Improve your equipment uptime and efficiency with our operational reliability services, delivered by our experienced team of engineers.
### Equipment Performance Analysis
Deteriorating equipment performance can impact reliability and efficiency but often goes unrecognized. Analyzing existing process values and condition monitoring measurements enables early intervention to safeguard operational efficiency.
### Vulnerability Assessments
Knowing your operational vulnerabilities enables you to act. Assessments review your process conditions, historical failures, applied maintenance practices, and spare parts inventory and obsolescence to ensure operational continuity.
### Reliability Studies
For equipment or systems with recurrent reliability issues, a review of historical equipment failures is a powerful tool in understanding and categorizing problems. Through quantitative and qualitative analysis, recommendations are provided to positively influence operational reliability.
### Root Cause Analysis
Specific failure events may have many underlying causes. Structured analysis drills down to the root cause of failures and generates actionable recommendations to mitigate recurrence, enhancing reliability and minimizing downtime.
### Field Proven. Industry Leading.
Read our case studies detailing successful Maintenance and Reliability projects.
[ Read Relevant Case Studies ](https://www.oceaneering.com/resources/?_content_types=case-study&_resource_categories=maintenance-and-reliability) Previous Next [ ](https://www.oceaneering.com/case-studies/using-process-data-to-evaluate-pump-operating-performance/)
### Private: Using Process Data to Evaluate Pump Operating Performance
### Private: Using Process Data to Evaluate Pump Operating Performance
Overview Pumps play a vital role in many industries worldwide. But inefficient pump operation can lead to costly…
[Learn More ](https://www.oceaneering.com/case-studies/using-process-data-to-evaluate-pump-operating-performance/) [ ](https://www.oceaneering.com/case-studies/supporting-client-with-long-term-fpso-maintenance-plan/)
### Supporting Client with Long-Term FPSO Maintenance Plan
### Supporting Client with Long-Term FPSO Maintenance Plan
The Challenge A client needed a thorough maintenance management system for its floating production storage and offloading (FPSO)…
[Learn More ](https://www.oceaneering.com/case-studies/supporting-client-with-long-term-fpso-maintenance-plan/) [ ](https://www.oceaneering.com/case-studies/embedded-engineers-improve-operational-reliability-for-global-operator/)
### Embedded Engineers Improve Operational Reliability for Global Operator
### Embedded Engineers Improve Operational Reliability for Global Operator
Overview A global operator sought to underpin the operational reliability, uptime, and maintenance efficiency of their new-build development…
[Learn More ](https://www.oceaneering.com/case-studies/embedded-engineers-improve-operational-reliability-for-global-operator/) [ ](https://www.oceaneering.com/case-studies/maintenance-build-for-fpso-and-offloading-terminal-maximizes-uptime-with-optimized-approach/)
### Maintenance Build for FPSO and Offloading Terminal Maximizes Uptime with Optimized Approach
### Maintenance Build for FPSO and Offloading Terminal Maximizes Uptime with Optimized Approach
Overview In December 2023, Oceaneering’s Maintenance and Reliability Solutions team completed a three-year maintenance build scope for two…
[Learn More ](https://www.oceaneering.com/case-studies/maintenance-build-for-fpso-and-offloading-terminal-maximizes-uptime-with-optimized-approach/) [ ](https://www.oceaneering.com/case-studies/enhancing-pump-system-reliability/)
### Private: Enhancing Pump System Reliability
### Private: Enhancing Pump System Reliability
Overview In 2023, engineers from Oceaneering’s Maintenance and Reliability Solutions team were tasked with establishing why the variable…
[Learn More ](https://www.oceaneering.com/case-studies/enhancing-pump-system-reliability/) [ ](https://www.oceaneering.com/case-studies/updating-maintenance-plans-for-uk-regulatory-compliance/)
### Private: Updating Maintenance Plans for UK Regulatory Compliance
### Private: Updating Maintenance Plans for UK Regulatory Compliance
Overview An oil and gas operator recently expanded its operations into the UK North Sea for the first…
[Learn More ](https://www.oceaneering.com/case-studies/updating-maintenance-plans-for-uk-regulatory-compliance/) [ ](https://www.oceaneering.com/case-studies/development-of-maintenance-program-for-the-worlds-largest-offshore-wind-farm/)
### Development of Maintenance Program for the World’s Largest Offshore Wind Farm
### Development of Maintenance Program for the World’s Largest Offshore Wind Farm
Overview Oceaneering was contracted to complete the comprehensive maintenance scope for the Dogger Bank A offshore wind development…
[Learn More ](https://www.oceaneering.com/case-studies/development-of-maintenance-program-for-the-worlds-largest-offshore-wind-farm/) [ ](https://www.oceaneering.com/case-studies/comprehensive-hierarchy-build-enables-optimized-maintenance-build-scope/)
### Comprehensive Hierarchy Build Enables Optimized Maintenance Build Scope
### Comprehensive Hierarchy Build Enables Optimized Maintenance Build Scope
[Learn More ](https://www.oceaneering.com/case-studies/comprehensive-hierarchy-build-enables-optimized-maintenance-build-scope/) [ ](https://www.oceaneering.com/case-studies/delivery-of-maintenance-and-inspection-strategies-for-three-fsru-conversion-projects/)
### Delivery of Maintenance and Inspection Strategies for Three FSRU Conversion Projects
### Delivery of Maintenance and Inspection Strategies for Three FSRU Conversion Projects
[Learn More ](https://www.oceaneering.com/case-studies/delivery-of-maintenance-and-inspection-strategies-for-three-fsru-conversion-projects/) [ ](https://www.oceaneering.com/case-studies/using-bills-of-materials-boms-to-improve-brownfield-facilities-inventory-levels/)
### Using Bills of Materials (BOMs) to Improve Brownfield Facilities’ Inventory Levels
### Using Bills of Materials (BOMs) to Improve Brownfield Facilities’ Inventory Levels
[Learn More ](https://www.oceaneering.com/case-studies/using-bills-of-materials-boms-to-improve-brownfield-facilities-inventory-levels/)
# Contact Us
## Our team of experts is ready to help you get started.
Oceaneering offers best-in-class products and solutions, backed by unparalleled quality, reliability, and global support. Fill out the inquiry form to start a conversation today.
**Categories:** Maintenance and Reliability
---
### [Offshore Structural Inspection](https://www.oceaneering.com/asset-integrity-management/inspection/offshore-structural-inspection/)
**Published:** October 19, 2023
**Author:** Louder Agency
**Content:**
[ Discuss a Project ](/asset-integrity/#contact)
# Offshore Structural Inspection
Regulatory-compliant structural inspections for offshore platforms.
As your trusted integrity management partner, Oceaneering leverages over 50 years of industry experience to ensure your structural inspections comply with governmental regulations, including Bureau of Safety and Environmental Enforcement (BSEE) and U.S. Coast Guard.
## Maintain Compliance
We deliver holistic and cost effective inspection and regulatory compliance programs to ensure your offshore assets continue to perform at safe, optimal levels, in line with your commercial and operational drivers.
Across all areas of the Gulf of Mexico we provide API RP 2A level 1 inspections and Office of Structural and Technical Support (OSTS) reporting to help you continue to operate under all legislative conditions. We offer non-destructive testing (NDT), rope access, confined space management to support topside, hull and splash zone inspections.
### Oceaneering also delivers comprehensive underwater inspection offering including data capture and reporting.
- API RP 2A level 1,2,3,4 inspections
- BSEE OSTS compliance reports
- Floating and fixed platform in-service inspection program (ISIP)
- Structural integrity management
- Confined space entry, attendance, and rescue
- Rope access services
- Underwater inspection in lieu of dry-docking (UWILD)
- Conventional and advanced NDT
### Additional services
- ISIP hull gauging and critical weld inspection
- Crane and lifting equipment inspection and certification
- Alternating current field measurement (ACFM) inspections
- Cathodic protection surveys
- Unmanned aerial vehicle (UAV) inspection for underdeck or flare tower surveys
- Coatings, passive fire protection (PFP), and insulation surveys
# Contact Us
## Our team of experts is ready to help you get started.
Oceaneering offers best-in-class products and solutions, backed by unparalleled quality, reliability, and global support. Fill out the inquiry form to start a conversation today.
**Categories:** Asset Integrity Management, Inspection Management
**Search Tags:** Asset Integrity, inspection
---
### [Low Earth Orbit (LEO) Correction Services](https://www.oceaneering.com/positioning-solutions/low-earth-orbit-leo-correction-services/)
**Published:** June 3, 2025
**Author:** Monica Dahl
**Content:**
[ Discuss a Project ](https://www.oceaneering.com/positioning-solutions/#contact) C-NAV® Positioning Solutions
# C-Nav® LEO (Low Earth Orbit) Correction Services
Transforming offshore positioning through the world’s only LEO delivered GNSS augmentation service.
## Revolutionizing Global Navigation Satellite System (GNSS) Augmentation
Traditional GNSS augmentation solutions use geostationary satellites placed 35,000 km from Earth. Geostationary satellites’ coverage can have gaps and does not reach higher latitudes. C-Nav® LEO uses Iridium® satellites that orbit 780 km from the Earth. These provide stronger and faster signals, truly global coverage and full technical independence from solutions dependent upon geo-stationary satellites.
0+
Operational Satellites
0
In-orbit Spares
0
Orbital Planes
## Providing You with Stronger Signals and Faster Connections
Iridium LEO satellites provide better coverage in challenging operational scenarios due to constant movement of communication satellites overhead.
 Play Video
### Unmatched Global Reach
Ensure your GNSS solutions work flawlessly anywhere, from equatorial regions to the poles.
### Enhanced Reliability
Enjoy peace of mind with a network designed for maximum uptime and equipped with unparalleled redundancy and resilience.
### Superior Performance
Benefit from strong signals and rapid connections, crucial for time-sensitive and precision-dependent applications.
### Constant Coverage
C-Nav LEO leverages the constant movement of Iridium’s communication satellites in low earth orbit to ensure vessels always have a satellite passing overhead, providing continuous, uninterrupted coverage, even in cluttered workspaces.
### Iridium LEO L-Band Delivery
Iridium is the only LEO satellite constellation with L-band delivery, long trusted for mission critical data delivery.
### Seamless Integration
The C-NavX3 receiver is designed to integrate smoothly with the vessel’s station-keeping and survey systems to simplify operations and enhance accuracy.
## A Game-Changer for Survey and Dynamic Positioning Support Vessels
If a traditional geostationary satellite signal is blocked, it will stay blocked until the ship changes position. Iridium satellites move quickly so that any blockage is temporary and will not affect positioning performance. C-Nav LEO is a game-changer for the maritime industry, particularly for offshore survey and construction vessels that require precise positioning and reliable data for dynamic positioning systems (DPS) and survey operations.
# Contact Us
## Our team of experts is ready to help you get started.
Oceaneering offers best-in-class products and solutions, backed by unparalleled quality, reliability, and global support. Fill out the inquiry form to start a conversation today.
“\*” indicates required fields
\* = required fields Nature of Enquiry\* Please select Product/Service Sales Technical Support Service Activation Please click this link [C-Nav® Activation License Request (oceaneering.com)](https://cnavauthcode.oceaneering.com/cnavportal/requestauthcodeexternal.aspx) for further assistance. You do not need to complete rest of form.Company\*Country\* Please Select Afghanistan Albania Algeria American Samoa Andorra Angola Anguilla Antarctica Antigua and Barbuda Argentina Armenia Aruba Australia Austria Azerbaijan Bahamas Bahrain Bangladesh Barbados Belarus Belgium Belize Benin Bermuda Bhutan Bolivia Bonaire, Sint Eustatius and Saba Bosnia and Herzegovina Botswana Bouvet Island Brazil British Indian Ocean Territory Brunei Darussalam Bulgaria Burkina Faso Burundi Cabo Verde Cambodia Cameroon Canada Cayman Islands Central African Republic Chad Chile China Christmas Island Cocos Islands Colombia Comoros Congo Congo, Democratic Republic of the Cook Islands Costa Rica Croatia Cuba Curaçao Cyprus Czechia Côte d’Ivoire Denmark Djibouti Dominica Dominican Republic Ecuador Egypt El Salvador Equatorial Guinea Eritrea Estonia Eswatini Ethiopia Falkland Islands Faroe Islands Fiji Finland France French Guiana French Polynesia French Southern Territories Gabon Gambia Georgia Germany Ghana Gibraltar Greece Greenland Grenada Guadeloupe Guam Guatemala Guernsey Guinea Guinea-Bissau Guyana Haiti Heard Island and McDonald Islands Holy See Honduras Hong Kong Hungary Iceland India Indonesia Iran Iraq Ireland Isle of Man Israel Italy Jamaica Japan Jersey Jordan Kazakhstan Kenya Kiribati Korea, Democratic People’s Republic of Korea, Republic of Kuwait Kyrgyzstan Lao People’s Democratic Republic Latvia Lebanon Lesotho Liberia Libya Liechtenstein Lithuania Luxembourg Macao Madagascar Malawi Malaysia Maldives Mali Malta Marshall Islands Martinique Mauritania Mauritius Mayotte Mexico Micronesia Moldova Monaco Mongolia Montenegro Montserrat Morocco Mozambique Myanmar Namibia Nauru Nepal Netherlands New Caledonia New Zealand Nicaragua Niger Nigeria Niue Norfolk Island North Macedonia Northern Mariana Islands Norway Oman Pakistan Palau Palestine, State of Panama Papua New Guinea Paraguay Peru Philippines Pitcairn Poland Portugal Puerto Rico Qatar Romania Russian Federation Rwanda Réunion Saint Barthélemy Saint Helena, Ascension and Tristan da Cunha Saint Kitts and Nevis Saint Lucia Saint Martin Saint Pierre and Miquelon Saint Vincent and the Grenadines Samoa San Marino Sao Tome and Principe Saudi Arabia Senegal Serbia Seychelles Sierra Leone Singapore Sint Maarten Slovakia Slovenia Solomon Islands Somalia South Africa South Georgia and the South Sandwich Islands South Sudan Spain Sri Lanka Sudan Suriname Svalbard and Jan Mayen Sweden Switzerland Syria Arab Republic Taiwan Tajikistan Tanzania, the United Republic of Thailand Timor-Leste Togo Tokelau Tonga Trinidad and Tobago Tunisia Turkmenistan Turks and Caicos Islands Tuvalu Türkiye US Minor Outlying Islands Uganda Ukraine United Arab Emirates United Kingdom United States Uruguay Uzbekistan Vanuatu Venezuela Viet Nam Virgin Islands, British Virgin Islands, U.S. Wallis and Futuna Western Sahara Yemen Zambia Zimbabwe Åland Islands CountryName\* First LastEmail\* PhoneVesselEnd Use Application\* Please Select Dynamic Positioning DP & Offshore Survey (Dual Use) Offshore Survey (O&G) Offshore Survey (Renewables) Position Monitoring (e.g. FPSO) Nearshore Survey Government/Research MessageEmailThis field is for validation purposes and should be left unchanged. Δ
**Categories:** C-Nav® Positioning Solutions
---
### [About Us](https://www.oceaneering.com/about/)
**Published:** March 3, 2023
**Author:** Andrew Dodson
**Content:**
[ Contact Us ](https://oceaneering.com/about/#contact)# About Oceaneering
To solve your toughest challenges, we do things differently, creatively, and smarter. As your trusted partner, our unmatched experience and truly innovative portfolio of technologies and solutions give us the flexibility to adapt and evolve, regardless of market conditions.
We provide engineered services and products primarily to the offshore energy industry. Today, we also use applied technology expertise to serve the defense, material handling, aerospace, science, and renewable energy industries. ### Remotely Operated Vehicles
### Remotely Operated Vehicles
World’s premier ROV fleet and piloting capabilities.
### Subsea Hardware
### Subsea Hardware
Unmatched subsea connection reliability and customization.
### Project Management
### Project Management
Decades of experience across some of the industry’s most complex projects.
## Customer Commitment
Only by working together will we safely and reliably re-shape the futures of the industries we serve. ## Corporate Social Responsibility
At Oceaneering, [Corporate Social Responsibility](https://oceaneering.com/sustainability/) is built around our Core Values. We believe in managing our business in a way that promotes safety and health, the environment, and strong ethics, while supporting the communities in which we live and work.
## Oceaneering Mission, Vision, and Values
Our mission is to solve the unsolvable. We thrive by creating industry-changing technically creative solutions for the most complex operational challenges under water, on land, and in space. Our five core values establish a common culture and demonstrate what is most important for us as a company.
[ Learn More ](https://oceaneering.com/about/mission-vision-and-values/) ## The Oceaneering Story
From a small diving company to a leading global
provider of engineered products and services. In 1964, Mike Hughes and Johnny Johnson formed a Gulf of Mexico diving company called World Wide Divers. The company grew in response to increasing demand for their services and in 1969 merged with two other diving companies to form Oceaneering International, Inc.
Since the beginning, the company has transformed from a small regional diving company into a global provider of engineered products and services.
Today, we develop products and services for use throughout the lifecycle of an offshore oilfield, from drilling to decommissioning. We operate the world’s premier fleet of work class ROVs. Additionally, we are a leader in offshore oilfield maintenance services, umbilicals, subsea hardware, and tooling.
We also serve the aerospace, defense, and theme park industries.
# Contact Us
## Our team of experts is ready to help you get started.
Oceaneering offers best-in-class products and solutions, backed by unparalleled quality, reliability, and global support. Fill out the inquiry form to start a conversation today.
**Search Tags:** About us
---
### [Environmental](https://www.oceaneering.com/sustainability/environmental-sustainability/)
**Published:** November 7, 2023
**Author:** Kristen Thurman
**Content:**
[ Contact Us ](https://oceaneering.com/sustainability/#contact)# Oceaneering and the Environment
We are committed to engineering advanced technologies that enable the low carbon future. We have processes and solutions in place that assist in limiting the impact of operational activities on the environment.
Oceaneering is an engineering and technology-focused company that enables safer, efficient and more productive operations for the science and research, aerospace, logistics, renewable energy, and oil and gas sectors. ISO 14001 Certified in 13 Areas ## Environmental Management System
ISO 14001 Environmental Management System (EMS) is a systematic framework to manage the immediate and long term environmental impacts of an organization’s products, services and processes. With ISO 14001 certification, we demonstrate that our environmental management system meets international industry-specific environmental standards.
- Angola
- Australia
- Brazil
- Canada
- Ghana
- India
- Indonesia
- Malaysia
- Norway
- Singapore
- United Arab Emirates
- United Kingdom
- United States
## Sustainable Development Goals
Oceaneering is committed, where possible, to supporting the United Nations Sustainable Development Goals, particularly in the environments in which we work and in the fields of gender equality, human rights and quality education.
##### 3. Good Health and Well-Being
##### 3. Good Health and Well-Being
Whether it is a blood drive in Azerbaijan, a local soccer match in the U.K., a cricket game in India or the annual Heart Walk Fundraiser in Houston, benefiting the American Heart Association, Oceaneering employees are actively focused on good health and well-being.
##### 4. Quality Education
##### 4. Quality Education
Every child deserves a quality education. Oceaneering actively support science, technology, engineering and math (STEM) programs around the world, including the MATE International ROV Competition, NASA in Aberdeen, and other events and internships.
##### 5. Gender Equality
##### 5. Gender Equality
We are committed to ensuring that no modern slavery or human trafficking occurs in our business or supply chain. Our Oceaneering Women’s Network offers networking and career enrichment opportunities to help women and men achieve their full career potential.
##### 7. Affordable and Clean Energy
##### 7. Affordable and Clean Energy
We are committed to the research and development of products and services that enable our clients to produce energy safely and securely, with decreased risk to both humans and sea life, and create a lower cost of ownership.
##### 10. Reduced Inequalities
##### 10. Reduced Inequalities
We heavily invest in the countries in which we operate to provide local workforce training that includes practical workshops, simulators, and other online programs. We are also committed to closing the gender pay gap and reporting our progress.
##### 14. Life below Water
##### 14. Life Below Water
We are committed to reducing marine pollution. Our newbuild MSV Ocean Evolution is an ecologically-friendly subsea construction vessel, holding a Green Passport, equipped with low-emission EPA Tier 4 diesel engines. See our other technologies below.
## Research and Development
Our Research and Development efforts focus on introducing technologies that improve work activities and efficiency while reducing environmental impact. Our objective is to engineer the low carbon future with our advanced technologies. To accomplish this goal, we are working to advance remote operations, which reduces carbon footprints by transferring offshore workers to onshore control centers, which allows for less risk, greater collaboration and faster response.
As a trusted subsea engineering partner, Oceaneering has transferred its extensive knowledge to the [Offshore Renewables](https://oceaneering.com/renewable-energy-solutions/offshore-renewables/) market. Oceaneering is able to provide field development through to decommissioning services, including seabed preparation, route clearance, trenching services, survey, installation and commissioning, and inspection, maintenance and repair services.
Our [Remote Piloting and Automated Control Technology (RPACT)](https://oceaneering.com/rov-services/rov-technology/) diminishes operational and environmental risks by reducing the need for personnel on board and related mobilization requirements.
Our [Onshore Remote Operations Center](https://oceaneering.com/rov-services/rov-technology/#OROC) provides a convenient onshore base for to serve client representatives, ROV pilots, and subject matter experts who are available 24/7 to meet any challenge.
Our [E-ROV](https://oceaneering.com/rov-services/next-generation-subsea-vehicles/liberty-e-rov/) (Empowered ROV) is a self-contained, battery-powered, work class vehicle capable of carrying out inspection, maintenance and repair, commissioning, and underwater intervention activities. E-ROV is controllable from one of our onshore control centers, with communication provided by a 4G/LTE broadband network from the buoy, thus eliminating the need for a dedicated support vessel.
[Freedom ROV](https://oceaneering.com/rov-services/next-generation-subsea-vehicles/freedom-autonomous-underwater-vehicle/) is our newest resident vehicle. It is supported by a docking station at the seabed and is capable of operating in autonomous and tethered modes. In tethered mode, Freedom can be flown from our onshore control centers.
## Industry Leadership
To help reduce the environmental impact of our operations, we work together with several organizations to lend aid and resources, increase public awareness and assist with educational, research and leadership programs.
The Petroleum Equipment & Services Association (PESA) promotes innovation, health, safety and the environment, education, workforce development, energy security and job creation. Oceaneering supports PESA through the election of our President and CEO Rod Larson as Vice Chair of the Board of Directors for the 2019-2020 term. Our Director of Compliance, Jock Pool, serves as co-chair of PESA’s Environmental, Social and Governance Committee.
Member since 2006
[Ocean Exchange](https://www.oceanexchange.org/), a 501c3 with the sole mission to help advance the adoption of solutions in the field of sustainability. By connecting innovators and organizations, Ocean Exchange empowers the successful application of solutions for the greater good. An Oceaneering employee has served on the Board of Governors since 2014.
Member since 2014
# Contact Us
## Our team of experts is ready to help you get started.
Oceaneering offers best-in-class products and solutions, backed by unparalleled quality, reliability, and global support. Fill out the inquiry form to start a conversation today.
**Categories:** Sustainability
**Search Tags:** Sustainability
---
### [Grayloc® Universal Ball Joints](https://www.oceaneering.com/grayloc-home/grayloc-universal-ball-joints/)
**Published:** October 18, 2023
**Author:** Louder Agency
**Content:**
[ Contact Grayloc ](https://oceaneering.com/grayloc-home/#contact)# Grayloc® Universal Ball Joints
Add flexibility to piping spools in static and dynamic applications with our high integrity connectors. [ Watch the Video ](https://oceaneering.canto.com/direct/video/ps5at33sf57u163sf2cgiot557/7SL_Cuop-LTNN1eq6FLy7g-Adbg/original?content-type=video%2Fmp4&name=Grayloc+-+Universal+Ball+joint.mp4) [ Read the Catalog ](https://oceaneering.canto.com/download/document/hn33j5prfl1dn3dle5e6d8mv46/original.pdf) Grayloc Universal Ball Joints\* provide secure, flexible connections between pipes and support the transfer of high temperature and high pressure process fluids across your operations. Our flexi-ball and uni-ball configurations ensure ease of maintenance while protecting the integrity of your piping systems.
\*Formerly the SMX International Universal Ball Joint
### Compensate for pipe misalignment and movement
### Accommodate thermal expansion
### Reduce pipe stress
## Easy Integration and Superior Performance
Shipped factory hydrotested, pre-torqued, and ready for welding, our Universal Ball Joints incorporate a reliable high-temperature, high-pressure Graphoil® seal. Flexi-ball and uni-ball configurations are easily integrated to meet your diverse needs.  ## Technical Specifications
Design Parameters Material Specifications Applicable Design Codes, Standards, and Specifications Design Parameters
| |
|---|
| Nominal pipe size (NPS) | 1 to 24 in |
| Design pressure rating | Suitable for ANSI Class 150 up to 10,000 psig |
| Hydrostatic test pressure | 1.5 times design pressure rating rounded up to nearest 25 psig |
| Design temperature range | Up to 1,000°F (556°C) |
Material Specifications
| |
|---|
| Body | Nickel alloy, carbon, low-alloy, stainless, and duplex stainless steels |
| Ball | Nickel alloy, carbon, low-alloy, stainless, and duplex stainless steels |
| Ball coating | Contact Grayloc® Products |
| Packing | Graphoil® |
| Injection port | Type 316 stainless steel, 4140 low-alloy steel, or Inconel 718 |
| External coating | Per customer specifications |
Applicable Design Codes, Standards, and Specifications
| |
|---|
| ASME B31.1, Power Piping |
| ASME B31.3, Process Piping |
| ASTM F1298, Standard Specification for Flexible, Expansion-Type Ball Joints for Marine Applications |
| API 6FA, Specification for Fire Test for Valves |
| ISO 9001: 2008 |
## Product Documents
[ Grayloc® Universal Ball Joints Catalog ](https://oceaneering.canto.com/download/document/hn33j5prfl1dn3dle5e6d8mv46/original.pdf) [ Grayloc® Universal Ball Joints ](https://oceaneering.canto.com/download/document/6htlgtdgph4i5cclgtm105tc16/original.pdf)  Play Video ## Typical Applications
##### Angular Misalignment
- Compensates for misalignment between joining legs of piping systems
- Provides effective seal whether the two lines are parallel and offset or come together at an acute angle over a short piping distance
##### Marine Loading Piping Systems
- Used in marine loading applications where other technologies (hoses) are not suitable
- Multiple flexi-ball joints in a series create a flexible pipe spool with reliable sealing for dynamic and static marine loading applications
##### Pipe Movement
- Used when hose is not suitable due to size, pressure, or temperature limitations
- Suitable for use in low or high cycle applications
##### Solar Energy Piping Systems
- Provides required pipe spool flexibility for solar tracking movement and thermal expansion
##### Storage Tank Settlement
- Mitigates the effects of tank settling and tilting
- Eliminates potentially damaging pipe stresses to the header piping and tank nozzles
##### Subsea
- Accommodates static misalignment and pipe movement
- Reduces stress on flowline connectors
##### Thermal Expansion in Piping Systems
- Accommodates expansion and contraction of piping systems as hot transferred mediums (steam) are taken from a cold state to operating temperature
- Reduces pipe stresses
##### Thermal Oil Extraction
- Accommodates wellhead movement in enhanced oil recovery processes such as steam assisted gravity drainage (SAGD), cyclic steam stimulation (CSS), solvent-aided process (SAP), and toe-to-heel air injection (THAI)
## Product Variations
### Expansion Arms
Custom-fabricated expansion arms suitable for thermal oil extraction applications.
### Alignment Connectors
Flanged universal ball joints alleviate onsite alignment concerns.
## Field Inspection and Maintenance Services
Grayloc offers on-site inspection and maintenance services to ensure the integrity of our connectors and to facilitate the return of worn or damaged hubs to within factory specifications.
[ Contact us for more information ](https://www.oceaneering.com/grayloc-home/#contact)# Contact Us
## The Grayloc® Products team is ready to help you.
We offer best-in-class products, backed by unparalleled quality, reliability, and global support. Complete the form and your message will be sent directly to a Grayloc representative in your region.
Grayloc® Products operates worldwide. [Explore our locations](https://www.oceaneering.com/locations/?_location_type=grayloc#locations).
"\*" indicates required fields \* = required fields Name\* First Last Country\*Please SelectÅland IslandsAfghanistanAlbaniaAlgeriaAmerican SamoaAndorraAngolaAnguillaAntarcticaAntigua and BarbudaArgentinaArmeniaArubaAshmore and Cartier Islands (Australia)AustraliaAustriaAzerbaijanBaker Island (US)BahamasBahrainBangladeshBarbadosBelarusBelgiumBelizeBeninBermudaBhutanBoliviaBonaire, Sint Eustatius and SabaBosnia and HerzegovinaBotswanaBouvet IslandBrazilBritish Indian Ocean TerritoryBrunei DarussalamBulgariaBurkina FasoBurundiCabo VerdeCambodiaCameroonCanadaCanary Islands (Spain)Cayman IslandsCentral African RepublicCeuta (Spain)ChadChannel Islands (UK)ChileChinaChristmas IslandClipperton Island (France)Cocos IslandsColombiaComorosCongo / Republic of the CongoCongo, Democratic Republic of the CongoCook IslandsCoral Sea Islands (Australia)Costa RicaCroatiaCubaCuraçaoCyprusCzechiaCôte d'IvoireDenmarkDjiboutiDominicaDominican RepublicEaster Island (Chile)EcuadorEgyptEl SalvadorEquatorial GuineaEritreaEstoniaEswatiniEthiopiaFalkland IslandsFaroe IslandsFijiFinlandFranceFrench GuianaFrench PolynesiaFrench Southern TerritoriesGabonGalapagos Islands (Ecuador)GambiaGeorgiaGermanyGhanaGibraltarGreeceGreenlandGrenadaGuadeloupeGuamGuatemalaGuernseyGuineaGuinea-BissauGuyanaHaitiHeard Island and McDonald IslandsHoly SeeHondurasHong KongHowland Island (US)HungaryIcelandIndiaIndonesiaIranIraqIrelandIsle of ManIsraelItalyJarvis Island (US)JamaicaJapanJerseyJohnston Atoll (US)JordanKazakhstanKenyaKingman Reef (US)KiribatiNorth Korea, Democratic People's Republic of KoreaSouth Korea, Republic of KoreaKosovoKuwaitKyrgyzstanLao People's Democratic RepublicLatviaLebanonLesothoLiberiaLibyaLiechtensteinLithuaniaLuxembourgMacaoMadagascarMadeira (Portugal)MalawiMalaysiaMaldivesMaliMaltaMarshall IslandsMartiniqueMauritaniaMauritiusMayotteMelilla (Spain)MexicoMicronesiaMidway Atoll (US)MoldovaMonacoMongoliaMontenegroMontserratMoroccoMozambiqueMyanmarNamibiaNavassa Island (USA)NauruNepalNetherlandsNew CaledoniaNew ZealandNicaraguaNigerNigeriaNiueNorfolk IslandNorth MacedoniaNorthern Ireland (UK)Northern Mariana IslandsNorwayNueva Esparta (Venezuela)OmanPakistanPalauPalestine, State ofPalmyra Atoll (US)PanamaPapua (Indonesia)Papua New GuineaParaguayPelagie Islands (Italy)PeruPhilippinesPitcairnPlazas de Soberania (Spain)PolandPortugalPuerto RicoQatarRomaniaRussian FederationRwandaRéunionSaba (Netherlands)Saint BarthélemySaint Helena, Ascension and Tristan da CunhaSaint Kitts and NevisSaint LuciaSaint MartinSaint Pierre and MiquelonSaint Vincent and the GrenadinesSamoaSan Andrés and Providencia (Colombia)San MarinoSao Tome and PrincipeSaudi ArabiaSenegalSerbiaSeychellesSierra LeoneSingaporeSint EustatiusSint MaartenSlovakiaSloveniaSocotra Archipelago (Yemen)Solomon IslandsSomaliaSouth AfricaSouth Georgia and the South Sandwich IslandsSouth SudanSpainSri LankaSudanSurinameSvalbard and Jan MayenSwedenSwitzerlandSyria Arab RepublicTaiwanTajikistanTanzania, the United Republic ofThailandTimor-LesteTogoTokelauTongaTrinidad and TobagoTunisiaTurkmenistanTurks and Caicos IslandsTuvaluTürkiyeUS Minor Outlying IslandsUgandaUkraineUnited Arab EmiratesUnited KingdomUnited StatesUruguayUzbekistanVanuatuVenezuelaViet NamVirgin Islands, BritishVirgin Islands, U.S.Wake Island (US)Wallis and FutunaWest Papua (Indonesia)Western SaharaYemenZambiaZimbabweCompany\*Email\* PhoneProduct Type\*Please SelectClamp ConnectorsNon-Slam Nozzle Check ValvesUniversal Ball JointsCompact FlangesRemotely Operated ConnectorsClosure SystemsOtherMessage\*NameThis field is for validation purposes and should be left unchanged. Δ
**Categories:** Grayloc
**Search Tags:** Grayloc, grayloc ball joint
---
### [Grayloc® Compact Flanges](https://www.oceaneering.com/grayloc-home/grayloc-compact-flanges/)
**Published:** October 17, 2023
**Author:** Louder Agency
**Content:**
[ Contact Grayloc ](https://oceaneering.com/grayloc-home/#contact)# Grayloc® Compact Flanges
Efficient, compact, and lightweight alternative that outperforms conventional flanges. [ Read the brochure ](https://oceaneering.canto.com/download/document/s7k31lvdqh3mb461vvk99dlq4l/original.pdf) Our Compact Flanges integrate field-proven, metal-to-metal bore seal technology into a conventional flange layout to deliver robust, leak-free connectors suitable for extreme temperatures and pressures. The flange’s geometry, lightweight design, and small footprint enable you to optimize system design and reduce costs while benefiting from ease of installation and maintenance.
### Eliminate fugitive emissions
### Reduce installation time
### Decrease maintenance costs and inventory requirements
## Technical Specifications
Design Parameters Material Specifications Applicable Design Codes, Standards, and Specifications Design Parameters
| |
|---|
| Nominal pipe size | ½ to 82 in |
| Design pressure rating | From full vacuum up to 48,000 psig |
| Design temperature range | -423 to 1500°F / -253 to 815°C |
Material Specifications
| |
|---|
| Compact Flange | Nickel alloys, carbon, low-alloy, stainless and duplex stainless steels |
| Seal Ring | Nickel alloys, low-alloy, stainless and duplex stainless steels |
| Bolting | Nickel alloys, low-alloy, stainless and duplex stainless steels |
Applicable Design Codes, Standards, and Specifications
| |
|---|
| ASME B31.1, Power Piping |
| ASME B31.3, Process Piping |
| ASME B31.4, Pipeline Transportation Systems for Liquids and Slurries |
| ASME B31.8, Gas Transmission and Distribution Piping |
| ASME B31.12, Hydrogen Piping & Pipelines |
| ASME Section I |
| ASME Section VIII Div. 1 |
| ASME Section VIII Div. 2 |
| ASME Section VIII Div. 3 |
| API 6A: Specification for Wellhead and Christmas Tree Equipment |
## Product Documents
[ Grayloc® Compact Flanges ](https://oceaneering.canto.com/download/document/s7k31lvdqh3mb461vvk99dlq4l/original.pdf)## Typical Applications
##### Aerospace and Defense
- Maintains sealing performance while withstanding the extreme pressure, temperature, and external load requirements of the most challenging testing and operational applications
##### Biomass and Renewable Natural Gas
- Eliminates fugitive emissions in addition to reducing the size and weight of your facility
- Supports high-temperature and high-pressure applications
##### Hydrogen
- Ensures no leakage and eliminates fugitive emissions
##### Nuclear
- Superior sealing capability and easier and quicker to assemble than conventional flanges
##### Offshore
- Reduces risks with expedited assembly times
- Smaller, lightweight footprint enables optimized system design
##### Oil and Gas
- Superior sealing capabilities eliminate fugitive emissions and associated unplanned outages
- Smaller, lightweight footprint enables optimized system design
- Quick assembly time saves cost in initial integration and future plant maintenance
##### OEM Product Integration
- Easily integrated into original equipment manufacturer designs
##### Pipelines and Compressor Stations
- Available in large diameters to support integration with transmission pipelines
- Improves the reliability of transmission infrastructure with highly resistant seal and zero leakage
##### Power and Utilities
- Supports hydrocarbon, steam, and other difficult to seal services
##### Petrochemical and Refining
- Reduces space requirements with lightweight design
- Improves sealing performance for critical applications including hydrogen production and refining
## Field Inspection and Maintenance Services
Grayloc offers on-site inspection and maintenance services to ensure the integrity of our connectors and to facilitate the return of worn or damaged hubs to within factory specifications.
[ Contact us for more information ](https://www.oceaneering.com/grayloc-home/#contact)# Contact Us
## The Grayloc® Products team is ready to help you.
We offer best-in-class products, backed by unparalleled quality, reliability, and global support. Complete the form and your message will be sent directly to a Grayloc representative in your region.
Grayloc® Products operates worldwide. [Explore our locations](https://www.oceaneering.com/locations/?_location_type=grayloc#locations).
"\*" indicates required fields \* = required fields Name\* First Last Country\*Please SelectÅland IslandsAfghanistanAlbaniaAlgeriaAmerican SamoaAndorraAngolaAnguillaAntarcticaAntigua and BarbudaArgentinaArmeniaArubaAshmore and Cartier Islands (Australia)AustraliaAustriaAzerbaijanBaker Island (US)BahamasBahrainBangladeshBarbadosBelarusBelgiumBelizeBeninBermudaBhutanBoliviaBonaire, Sint Eustatius and SabaBosnia and HerzegovinaBotswanaBouvet IslandBrazilBritish Indian Ocean TerritoryBrunei DarussalamBulgariaBurkina FasoBurundiCabo VerdeCambodiaCameroonCanadaCanary Islands (Spain)Cayman IslandsCentral African RepublicCeuta (Spain)ChadChannel Islands (UK)ChileChinaChristmas IslandClipperton Island (France)Cocos IslandsColombiaComorosCongo / Republic of the CongoCongo, Democratic Republic of the CongoCook IslandsCoral Sea Islands (Australia)Costa RicaCroatiaCubaCuraçaoCyprusCzechiaCôte d'IvoireDenmarkDjiboutiDominicaDominican RepublicEaster Island (Chile)EcuadorEgyptEl SalvadorEquatorial GuineaEritreaEstoniaEswatiniEthiopiaFalkland IslandsFaroe IslandsFijiFinlandFranceFrench GuianaFrench PolynesiaFrench Southern TerritoriesGabonGalapagos Islands (Ecuador)GambiaGeorgiaGermanyGhanaGibraltarGreeceGreenlandGrenadaGuadeloupeGuamGuatemalaGuernseyGuineaGuinea-BissauGuyanaHaitiHeard Island and McDonald IslandsHoly SeeHondurasHong KongHowland Island (US)HungaryIcelandIndiaIndonesiaIranIraqIrelandIsle of ManIsraelItalyJarvis Island (US)JamaicaJapanJerseyJohnston Atoll (US)JordanKazakhstanKenyaKingman Reef (US)KiribatiNorth Korea, Democratic People's Republic of KoreaSouth Korea, Republic of KoreaKosovoKuwaitKyrgyzstanLao People's Democratic RepublicLatviaLebanonLesothoLiberiaLibyaLiechtensteinLithuaniaLuxembourgMacaoMadagascarMadeira (Portugal)MalawiMalaysiaMaldivesMaliMaltaMarshall IslandsMartiniqueMauritaniaMauritiusMayotteMelilla (Spain)MexicoMicronesiaMidway Atoll (US)MoldovaMonacoMongoliaMontenegroMontserratMoroccoMozambiqueMyanmarNamibiaNavassa Island (USA)NauruNepalNetherlandsNew CaledoniaNew ZealandNicaraguaNigerNigeriaNiueNorfolk IslandNorth MacedoniaNorthern Ireland (UK)Northern Mariana IslandsNorwayNueva Esparta (Venezuela)OmanPakistanPalauPalestine, State ofPalmyra Atoll (US)PanamaPapua (Indonesia)Papua New GuineaParaguayPelagie Islands (Italy)PeruPhilippinesPitcairnPlazas de Soberania (Spain)PolandPortugalPuerto RicoQatarRomaniaRussian FederationRwandaRéunionSaba (Netherlands)Saint BarthélemySaint Helena, Ascension and Tristan da CunhaSaint Kitts and NevisSaint LuciaSaint MartinSaint Pierre and MiquelonSaint Vincent and the GrenadinesSamoaSan Andrés and Providencia (Colombia)San MarinoSao Tome and PrincipeSaudi ArabiaSenegalSerbiaSeychellesSierra LeoneSingaporeSint EustatiusSint MaartenSlovakiaSloveniaSocotra Archipelago (Yemen)Solomon IslandsSomaliaSouth AfricaSouth Georgia and the South Sandwich IslandsSouth SudanSpainSri LankaSudanSurinameSvalbard and Jan MayenSwedenSwitzerlandSyria Arab RepublicTaiwanTajikistanTanzania, the United Republic ofThailandTimor-LesteTogoTokelauTongaTrinidad and TobagoTunisiaTurkmenistanTurks and Caicos IslandsTuvaluTürkiyeUS Minor Outlying IslandsUgandaUkraineUnited Arab EmiratesUnited KingdomUnited StatesUruguayUzbekistanVanuatuVenezuelaViet NamVirgin Islands, BritishVirgin Islands, U.S.Wake Island (US)Wallis and FutunaWest Papua (Indonesia)Western SaharaYemenZambiaZimbabweCompany\*Email\* PhoneProduct Type\*Please SelectClamp ConnectorsNon-Slam Nozzle Check ValvesUniversal Ball JointsCompact FlangesRemotely Operated ConnectorsClosure SystemsOtherMessage\*CommentsThis field is for validation purposes and should be left unchanged. Δ
**Categories:** Grayloc
**Search Tags:** Grayloc
---
### [Grayloc® Closure Systems](https://www.oceaneering.com/grayloc-home/grayloc-closure-systems/)
**Published:** October 17, 2023
**Author:** Louder Agency
**Content:**
[ Contact Grayloc ](https://oceaneering.com/grayloc-home/#contact)# Grayloc® Closure Systems
Providing easy, quick, and safe access. [ Read the Brochure ](https://oceaneering.canto.com/download/document/nfi0h4psst015a75mtgc17l34k/original.pdf) Our Closure Systems provide simpler and faster access to pressure vessels and other pressurized equipment by combining our Grayloc Clamp Connector with clamp supports and a hinged door. Suitable for use in extreme temperatures and pressures, the customizable systems can be oriented vertically or horizontally to meet your operational needs.
### Well-suited for large diameter applications
### Enable safe, rapid, and frequent access
### Eliminate fugitive emissions
## Technical Specifications
Design Parameters Material Specifications Applicable Design Codes, Standards, and Specifications Design Parameters
| |
|---|
| Nominal pipe size | 6 to 36 in, larger sizes available upon request |
| Design pressure rating | From full vacuum up to 60,000 psig |
| Design temperature range | -423 to 1700°F / -253 to 927°C |
Material Specifications
| |
|---|
| Hub | Nickel alloys, carbon, low-alloy, stainless and duplex stainless steels |
| Seal Ring | Nickel alloys, low-alloy, stainless and duplex stainless steels |
| Bolting | Nickel alloys, carbon, low-alloy, stainless and duplex stainless steels |
| Trunnion | Nickel alloys, carbon, low-alloy, stainless and duplex stainless steels |
| Support plate | Nickel alloys, carbon, low-alloy, stainless and duplex stainless steels |
| Drive screw | Nickel alloys, low-alloy, stainless and duplex stainless steels |
| Hinge pin | Nickel alloys, carbon, low-alloy, stainless and duplex stainless steels |
Applicable Design Codes, Standards, and Specifications
| |
|---|
| ASME B31.1, Power Piping |
| ASME B31.3, Process Piping |
| ASME B31.4, Pipeline Transportation Systems for Liquids and Slurries |
| ASME B31.8, Gas Transmission and Distribution Piping |
| ASME B31.12, Hydrogen Piping & Pipelines |
| ASME Section I |
| ASME Section VIII Div. 1 |
| ASME Section VIII Div. 2 |
| ASME Section VIII Div. 3 |
| API 6A: Specification for Wellhead and Christmas Tree Equipment |
## Product Documents
[ Grayloc® Closure Systems ](https://oceaneering.canto.com/download/document/nfi0h4psst015a75mtgc17l34k/original.pdf)## Optional Features
Our self-contained, ready-to-install closure assemblies can be customized to meet your project and access requirements.
- Seal ring retention system
- Sight glass
- Pressure sensor
- Bolt shrouds
- Temperature sensor
- Adjustable hinges
- Safety interlock systems
- Hydraulic nuts for bolt tensioning
- Zero pressure verification (vent valve)
- Single drive screw (remote clamp layout)
- Automated opening and closing
- ASME code stamped
## Typical Applications
##### Food
- Simplifies access to food processing vessels, including those used in supercritical applications
##### Nuclear
- Provides easy, safe access in hazardous environments including fueling applications
- Increases safety with fully automated, remotely operated opening and closing
##### OEM Product Integration
- Provides a customizable solution for integration into original equipment manufacturer designs
##### Oil and Gas
- Provides safe access to pressure equipment requiring frequent internal access for cleaning or product removal
- Ideal for use in areas where external lifting options and access are limited
##### Pig Launchers and Receivers
- Supports easy and quick launching and recovery of pipeline pigs
##### Pressure Vessels
- Enables simplified access and exceptionally quick opening and closing
##### Refineries
- Provides easy and quick access to vessels and other equipment with fewer personnel and no external lifting requirements
- Enables safe, frequent access to vessels that require regular cleaning
## Product Variations
[  Vertical Closure – Closed ](https://www.oceaneering.com/wp-content/uploads/2023/11/2P94-VERTICAL_Close-2-1.jpeg) [  Vertical Closure – Open ](https://www.oceaneering.com/wp-content/uploads/2023/11/2P94-VERTICAL_Open-2-1.jpeg) [  Remote Closure – Closed ](https://www.oceaneering.com/wp-content/uploads/2023/11/H800307-2384_Close_A2-2-1.jpeg) [  Remote Closure – Open ](https://www.oceaneering.com/wp-content/uploads/2023/11/H800307-2384_Open_A2-2-1.jpeg) [  Horizontal Closure – Closed ](https://www.oceaneering.com/wp-content/uploads/2023/11/H800307-1627_Close-2-1.jpeg) [  Horizontal Closure – Open ](https://www.oceaneering.com/wp-content/uploads/2023/11/H800307-1627_Open-2-1.jpeg) ## Field Inspection and Maintenance Services
Grayloc offers on-site inspection and maintenance services to ensure the integrity of our connectors and to facilitate the return of worn or damaged hubs to within factory specifications.
[ Contact us for more information ](https://www.oceaneering.com/grayloc-home/#contact)# Contact Us
## The Grayloc® Products team is ready to help you.
We offer best-in-class products, backed by unparalleled quality, reliability, and global support. Complete the form and your message will be sent directly to a Grayloc representative in your region.
Grayloc® Products operates worldwide. [Explore our locations](https://www.oceaneering.com/locations/?_location_type=grayloc#locations).
"\*" indicates required fields \* = required fields Name\* First Last Country\*Please SelectÅland IslandsAfghanistanAlbaniaAlgeriaAmerican SamoaAndorraAngolaAnguillaAntarcticaAntigua and BarbudaArgentinaArmeniaArubaAshmore and Cartier Islands (Australia)AustraliaAustriaAzerbaijanBaker Island (US)BahamasBahrainBangladeshBarbadosBelarusBelgiumBelizeBeninBermudaBhutanBoliviaBonaire, Sint Eustatius and SabaBosnia and HerzegovinaBotswanaBouvet IslandBrazilBritish Indian Ocean TerritoryBrunei DarussalamBulgariaBurkina FasoBurundiCabo VerdeCambodiaCameroonCanadaCanary Islands (Spain)Cayman IslandsCentral African RepublicCeuta (Spain)ChadChannel Islands (UK)ChileChinaChristmas IslandClipperton Island (France)Cocos IslandsColombiaComorosCongo / Republic of the CongoCongo, Democratic Republic of the CongoCook IslandsCoral Sea Islands (Australia)Costa RicaCroatiaCubaCuraçaoCyprusCzechiaCôte d'IvoireDenmarkDjiboutiDominicaDominican RepublicEaster Island (Chile)EcuadorEgyptEl SalvadorEquatorial GuineaEritreaEstoniaEswatiniEthiopiaFalkland IslandsFaroe IslandsFijiFinlandFranceFrench GuianaFrench PolynesiaFrench Southern TerritoriesGabonGalapagos Islands (Ecuador)GambiaGeorgiaGermanyGhanaGibraltarGreeceGreenlandGrenadaGuadeloupeGuamGuatemalaGuernseyGuineaGuinea-BissauGuyanaHaitiHeard Island and McDonald IslandsHoly SeeHondurasHong KongHowland Island (US)HungaryIcelandIndiaIndonesiaIranIraqIrelandIsle of ManIsraelItalyJarvis Island (US)JamaicaJapanJerseyJohnston Atoll (US)JordanKazakhstanKenyaKingman Reef (US)KiribatiNorth Korea, Democratic People's Republic of KoreaSouth Korea, Republic of KoreaKosovoKuwaitKyrgyzstanLao People's Democratic RepublicLatviaLebanonLesothoLiberiaLibyaLiechtensteinLithuaniaLuxembourgMacaoMadagascarMadeira (Portugal)MalawiMalaysiaMaldivesMaliMaltaMarshall IslandsMartiniqueMauritaniaMauritiusMayotteMelilla (Spain)MexicoMicronesiaMidway Atoll (US)MoldovaMonacoMongoliaMontenegroMontserratMoroccoMozambiqueMyanmarNamibiaNavassa Island (USA)NauruNepalNetherlandsNew CaledoniaNew ZealandNicaraguaNigerNigeriaNiueNorfolk IslandNorth MacedoniaNorthern Ireland (UK)Northern Mariana IslandsNorwayNueva Esparta (Venezuela)OmanPakistanPalauPalestine, State ofPalmyra Atoll (US)PanamaPapua (Indonesia)Papua New GuineaParaguayPelagie Islands (Italy)PeruPhilippinesPitcairnPlazas de Soberania (Spain)PolandPortugalPuerto RicoQatarRomaniaRussian FederationRwandaRéunionSaba (Netherlands)Saint BarthélemySaint Helena, Ascension and Tristan da CunhaSaint Kitts and NevisSaint LuciaSaint MartinSaint Pierre and MiquelonSaint Vincent and the GrenadinesSamoaSan Andrés and Providencia (Colombia)San MarinoSao Tome and PrincipeSaudi ArabiaSenegalSerbiaSeychellesSierra LeoneSingaporeSint EustatiusSint MaartenSlovakiaSloveniaSocotra Archipelago (Yemen)Solomon IslandsSomaliaSouth AfricaSouth Georgia and the South Sandwich IslandsSouth SudanSpainSri LankaSudanSurinameSvalbard and Jan MayenSwedenSwitzerlandSyria Arab RepublicTaiwanTajikistanTanzania, the United Republic ofThailandTimor-LesteTogoTokelauTongaTrinidad and TobagoTunisiaTurkmenistanTurks and Caicos IslandsTuvaluTürkiyeUS Minor Outlying IslandsUgandaUkraineUnited Arab EmiratesUnited KingdomUnited StatesUruguayUzbekistanVanuatuVenezuelaViet NamVirgin Islands, BritishVirgin Islands, U.S.Wake Island (US)Wallis and FutunaWest Papua (Indonesia)Western SaharaYemenZambiaZimbabweCompany\*Email\* PhoneProduct Type\*Please SelectClamp ConnectorsNon-Slam Nozzle Check ValvesUniversal Ball JointsCompact FlangesRemotely Operated ConnectorsClosure SystemsOtherMessage\*EmailThis field is for validation purposes and should be left unchanged. Δ
**Categories:** Grayloc
**Search Tags:** Grayloc
---
### [Grayloc® Remotely Operated Connectors](https://www.oceaneering.com/grayloc-home/grayloc-remotely-operated-connectors/)
**Published:** October 18, 2023
**Author:** Louder Agency
**Content:**
[ Contact Grayloc ](https://oceaneering.com/grayloc-home/#contact)# Grayloc® Remotely Operated Connectors
Industry-leading remote, quick-opening connectors. [ Read the Brochure ](https://oceaneering.canto.com/download/document/suke5r9lot3s5a1s7ln76f2p31/original.pdf) Our Remotely Operated Connectors are designed for use in hazardous, subsea, and personnel restricted applications. Actuated manually or with hydraulic, pneumatic, or electrical power, the connectors provide the highest level of performance and leak-free service. The integration of a reliable trunnion and screw mechanism into a three-piece clamp layout enables the connector to be disconnected in seconds.
### Rapid assembly
### Reduce risk and increase operational safety
### Suitable for hazardous environments
## Technical Specifications
Design Parameters Material Specifications Applicable Design Codes, Standards, and Specifications Design Parameters
| |
|---|
| Nominal pipe size | ½ to 60 in |
| Design pressure rating | From full vacuum up to 60,000 psig |
| Design temperature range | -423 to 1700°F / -253 to 927°C |
Material Specifications
| |
|---|
| Hub | Nickel alloys, carbon, low-alloy, stainless and duplex stainless steels |
| Seal ring | Nickel alloys, low-alloy, stainless and duplex stainless steels |
| Bolting | Nickel alloys, carbon, low-alloy, stainless and duplex stainless steels |
| Trunnion | Nickel alloys, carbon, low-alloy, stainless and duplex stainless steels |
| Support plate | Nickel alloys, carbon, low-alloy, stainless and duplex stainless steels |
| Drive screw | Nickel alloys, low-alloy, stainless and duplex stainless steels |
| Hinge pin | Nickel alloys, carbon, low-alloy, stainless and duplex stainless steels |
Applicable Design Codes, Standards, and Specifications
| |
|---|
| ASME B31.1, Power Piping |
| ASME B31.3, Process Piping |
| ASME B31.4, Pipeline Transportation Systems for Liquids and Slurries |
| ASME B31.8, Gas Transmission and Distribution Piping |
| ASME B31.12, Hydrogen Piping & Pipelines |
| ASME Section I |
| ASME Section VIII Div. 1 |
| ASME Section VIII Div. 2 |
| ASME Section VIII Div. 3 |
| API 6A: Specification for Wellhead and Christmas Tree Equipment |
## Product Documents
[ Grayloc® Remotely Operated Connectors ](https://oceaneering.canto.com/download/document/suke5r9lot3s5a1s7ln76f2p31/original.pdf) ## Typical Applications
##### Nuclear
- Enables remote actuation in hazardous environments with limited access
##### OEM Product Integration
- Provides a bespoke solution for integration into original equipment manufacturer designs
##### Refineries
- Provides safe, easy, and quick and access to pressure vessels
##### Subsea
- Suitable for diverless ROV operations including installation, testing, and retrieval of the connectors
- Customizable to suit operational and testing needs
##### Testing Applications
- Enables quick and efficient testing in extreme operating conditions
## Product Variations
[  ](https://www.oceaneering.com/wp-content/uploads/2023/11/Remote-Connector_0006_Remote-Clamp-V01_Open_V04.png-1-1536x1536-1.jpg) [  ](https://www.oceaneering.com/wp-content/uploads/2023/11/Remote-Connector_0000_Remote-Clamp-V01_Close.png-1-1536x1536-1.jpg) [  ](https://www.oceaneering.com/wp-content/uploads/2023/11/Remote-Connector_0002_Remote-Clamp-V01_Close_V05-1.png-1-1536x1536-1.jpg) [  ](https://www.oceaneering.com/wp-content/uploads/2023/11/Remote-Connector_0003_Remote-Clamp-V01_Open.png-1-1536x1536-1.jpg)## Field Inspection and Maintenance Services
Grayloc offers on-site inspection and maintenance services to ensure the integrity of our connectors and to facilitate the return of worn or damaged hubs to within factory specifications.
[ Contact us for more information ](https://www.oceaneering.com/grayloc-home/#contact)# Contact Us
## The Grayloc® Products team is ready to help you.
We offer best-in-class products, backed by unparalleled quality, reliability, and global support. Complete the form and your message will be sent directly to a Grayloc representative in your region.
Grayloc® Products operates worldwide. [Explore our locations](https://www.oceaneering.com/locations/?_location_type=grayloc#locations).
"\*" indicates required fields \* = required fields Name\* First Last Country\*Please SelectÅland IslandsAfghanistanAlbaniaAlgeriaAmerican SamoaAndorraAngolaAnguillaAntarcticaAntigua and BarbudaArgentinaArmeniaArubaAshmore and Cartier Islands (Australia)AustraliaAustriaAzerbaijanBaker Island (US)BahamasBahrainBangladeshBarbadosBelarusBelgiumBelizeBeninBermudaBhutanBoliviaBonaire, Sint Eustatius and SabaBosnia and HerzegovinaBotswanaBouvet IslandBrazilBritish Indian Ocean TerritoryBrunei DarussalamBulgariaBurkina FasoBurundiCabo VerdeCambodiaCameroonCanadaCanary Islands (Spain)Cayman IslandsCentral African RepublicCeuta (Spain)ChadChannel Islands (UK)ChileChinaChristmas IslandClipperton Island (France)Cocos IslandsColombiaComorosCongo / Republic of the CongoCongo, Democratic Republic of the CongoCook IslandsCoral Sea Islands (Australia)Costa RicaCroatiaCubaCuraçaoCyprusCzechiaCôte d'IvoireDenmarkDjiboutiDominicaDominican RepublicEaster Island (Chile)EcuadorEgyptEl SalvadorEquatorial GuineaEritreaEstoniaEswatiniEthiopiaFalkland IslandsFaroe IslandsFijiFinlandFranceFrench GuianaFrench PolynesiaFrench Southern TerritoriesGabonGalapagos Islands (Ecuador)GambiaGeorgiaGermanyGhanaGibraltarGreeceGreenlandGrenadaGuadeloupeGuamGuatemalaGuernseyGuineaGuinea-BissauGuyanaHaitiHeard Island and McDonald IslandsHoly SeeHondurasHong KongHowland Island (US)HungaryIcelandIndiaIndonesiaIranIraqIrelandIsle of ManIsraelItalyJarvis Island (US)JamaicaJapanJerseyJohnston Atoll (US)JordanKazakhstanKenyaKingman Reef (US)KiribatiNorth Korea, Democratic People's Republic of KoreaSouth Korea, Republic of KoreaKosovoKuwaitKyrgyzstanLao People's Democratic RepublicLatviaLebanonLesothoLiberiaLibyaLiechtensteinLithuaniaLuxembourgMacaoMadagascarMadeira (Portugal)MalawiMalaysiaMaldivesMaliMaltaMarshall IslandsMartiniqueMauritaniaMauritiusMayotteMelilla (Spain)MexicoMicronesiaMidway Atoll (US)MoldovaMonacoMongoliaMontenegroMontserratMoroccoMozambiqueMyanmarNamibiaNavassa Island (USA)NauruNepalNetherlandsNew CaledoniaNew ZealandNicaraguaNigerNigeriaNiueNorfolk IslandNorth MacedoniaNorthern Ireland (UK)Northern Mariana IslandsNorwayNueva Esparta (Venezuela)OmanPakistanPalauPalestine, State ofPalmyra Atoll (US)PanamaPapua (Indonesia)Papua New GuineaParaguayPelagie Islands (Italy)PeruPhilippinesPitcairnPlazas de Soberania (Spain)PolandPortugalPuerto RicoQatarRomaniaRussian FederationRwandaRéunionSaba (Netherlands)Saint BarthélemySaint Helena, Ascension and Tristan da CunhaSaint Kitts and NevisSaint LuciaSaint MartinSaint Pierre and MiquelonSaint Vincent and the GrenadinesSamoaSan Andrés and Providencia (Colombia)San MarinoSao Tome and PrincipeSaudi ArabiaSenegalSerbiaSeychellesSierra LeoneSingaporeSint EustatiusSint MaartenSlovakiaSloveniaSocotra Archipelago (Yemen)Solomon IslandsSomaliaSouth AfricaSouth Georgia and the South Sandwich IslandsSouth SudanSpainSri LankaSudanSurinameSvalbard and Jan MayenSwedenSwitzerlandSyria Arab RepublicTaiwanTajikistanTanzania, the United Republic ofThailandTimor-LesteTogoTokelauTongaTrinidad and TobagoTunisiaTurkmenistanTurks and Caicos IslandsTuvaluTürkiyeUS Minor Outlying IslandsUgandaUkraineUnited Arab EmiratesUnited KingdomUnited StatesUruguayUzbekistanVanuatuVenezuelaViet NamVirgin Islands, BritishVirgin Islands, U.S.Wake Island (US)Wallis and FutunaWest Papua (Indonesia)Western SaharaYemenZambiaZimbabweCompany\*Email\* PhoneProduct Type\*Please SelectClamp ConnectorsNon-Slam Nozzle Check ValvesUniversal Ball JointsCompact FlangesRemotely Operated ConnectorsClosure SystemsOtherMessage\*PhoneThis field is for validation purposes and should be left unchanged. Δ
**Categories:** Grayloc
**Search Tags:** Grayloc
---
### [Grayloc® Non-Slam Nozzle Check Valves](https://www.oceaneering.com/grayloc-home/grayloc-non-slam-nozzle-check-valves/)
**Published:** October 18, 2023
**Author:** Louder Agency
**Content:**
[ Discuss a Project ](https://oceaneering.com/grayloc-home/#contact)# Grayloc® Non-Slam Nozzle Check Valves
Delivering superior performance and reliability in a maintenance-free design. [ Watch the Video ](https://oceaneering.canto.com/direct/video/soc3dbbk9l5u9abloqb30srh1b/-amu96tpdt5xssBWJ5HTJ6aZ9SQ/original?content-type=video%2Fmp4&name=Grayloc+Nozzle+Check+Valve.mp4) [ Read the Brochure ](https://oceaneering.canto.com/download/document/8nh3itepmp44la7ihbritjm84v/original.pdf) Our Non-Slam Nozzle Check Valve includes an optimized flow profile and unique dual-spring design to solve operational issues, including pressure loss and reverse flow, common with alternative check valve designs. Low friction movement, low part weight, and short disc stroke ensure stable, maintenance-free operation, even in low flow applications. Our customizable and inherently fire-safe valves can be installed horizontally, vertically, and diagonally to meet your most challenging operational needs.
### Sized to eliminate disc chatter
### Eliminates reverse flow and hammer
### Optimized for low pressure loss
### Unique dual-spring design enables fast dynamic response
## Technical Specifications
Design Parameters Material Specifications Applicable Design Codes, Standards, and Specifications Design Parameters
| |
|---|
| Nominal pipe size | 1 to 72 in |
| End connections | Grayloc clamp connectors and compact flanges, ASME B16.5 flanges, ASME B16.47 flanges, ASME B16.25 weld ends, NORSOK L-005 compact flanges, AS4087 flanges, and API 6A flanges Other end connections available upon request |
| Design pressure rating | Suitable for ANSI Class 150 up to 10,000 psig |
| Design temperature range | Per material limit (full metal construction) |
| Flow orientation | Up, down, diagonal, and horizontal |
Material Specifications
| |
|---|
| Body (forged or cast) | Nickel alloys, carbon, low-alloy, stainless and duplex stainless steels |
| Disc (forged or cast) | Nickel alloys, carbon, low-alloy, stainless and duplex stainless steels |
| Body seat | All API trims. Custom trims available upon request. |
| Disc seat | All API trims. Custom trims available upon request. |
| Internal coating | Fusion bonded epoxy or as specified by customer |
| External coating | Per customer specifications |
Applicable Design Codes, Standards, and Specifications
| |
|---|
| ASME B16.34, Valves – Flanged, Threaded, and Welding End |
| ASME B16.10, Face-to-Face and End-to-End Dimensions of Valves |
| AS4794, Non-Return Valves for Waterworks Purposes |
| API 6A, Specification for Wellhead and Christmas Tree Equipment |
| API 6D, Specification for Pipeline Valves |
| API 594, Check Valves: Flanged, Lug, Wafer and Butt-Welding |
| API 598, Valve Inspection and Testing |
## Product Documents
[ Grayloc® Non-Slam Nozzle Check Valve Catalog ](https://oceaneering.canto.com/download/document/jkgjruh0c54i7b536jo6kd5r51/original.pdf) [ Grayloc® Hub Ended Nozzle Check Valve ](https://oceaneering.canto.com/download/document/4cntb05k055qn5n7ia57lnk97p/original.pdf) [ Grayloc® Non-Slam Nozzle Check Valve ](https://oceaneering.canto.com/download/document/8nh3itepmp44la7ihbritjm84v/original.pdf)  Play Video ## Typical Applications
##### Compressor Stations
- A highly reliable, maintenance-free design coupled with a low pressure loss flow profile is ideal for integration in compressor applications including reciprocating compressors
##### Cryogenic
- One-piece body and full metal construction remove leak paths while providing simplified, predictable use in cryogenic applications
##### Desalination
- Full metal construction is available in a wide variety of materials which are easily tailored to the metallurgical requirements of critical processing infrastructure at desalination facilities
##### Natural Gas, Water, Oil, and Fuel Pipelines
- Maintenance-free design supports reliable, long-term use in a variety of fluid transmission applications
##### Nuclear
- Maintenance-free design and high cycle capability supports critical nuclear system applications
##### Refineries
- One-piece valve body and integral seat are ideal for the severe service processes found in typical refining applications
##### Subsea
- One-piece body and full metal construction remove leak paths while providing simplified, predictable use
- Easily integrated into subsea infrastructure including pipelines, flowlines, manifolds, and pig launchers and receivers
##### Water Management
- Fast dynamic response ensures that no water hammer occurs, protecting critical piping and transmission components
# Contact Us
## The Grayloc® Products team is ready to help you.
We offer best-in-class products, backed by unparalleled quality, reliability, and global support. Complete the form and your message will be sent directly to a Grayloc representative in your region.
Grayloc® Products operates worldwide. [Explore our locations](https://www.oceaneering.com/locations/?_location_type=grayloc#locations).
"\*" indicates required fields \* = required fields Name\* First Last Country\*Please SelectÅland IslandsAfghanistanAlbaniaAlgeriaAmerican SamoaAndorraAngolaAnguillaAntarcticaAntigua and BarbudaArgentinaArmeniaArubaAshmore and Cartier Islands (Australia)AustraliaAustriaAzerbaijanBaker Island (US)BahamasBahrainBangladeshBarbadosBelarusBelgiumBelizeBeninBermudaBhutanBoliviaBonaire, Sint Eustatius and SabaBosnia and HerzegovinaBotswanaBouvet IslandBrazilBritish Indian Ocean TerritoryBrunei DarussalamBulgariaBurkina FasoBurundiCabo VerdeCambodiaCameroonCanadaCanary Islands (Spain)Cayman IslandsCentral African RepublicCeuta (Spain)ChadChannel Islands (UK)ChileChinaChristmas IslandClipperton Island (France)Cocos IslandsColombiaComorosCongo / Republic of the CongoCongo, Democratic Republic of the CongoCook IslandsCoral Sea Islands (Australia)Costa RicaCroatiaCubaCuraçaoCyprusCzechiaCôte d'IvoireDenmarkDjiboutiDominicaDominican RepublicEaster Island (Chile)EcuadorEgyptEl SalvadorEquatorial GuineaEritreaEstoniaEswatiniEthiopiaFalkland IslandsFaroe IslandsFijiFinlandFranceFrench GuianaFrench PolynesiaFrench Southern TerritoriesGabonGalapagos Islands (Ecuador)GambiaGeorgiaGermanyGhanaGibraltarGreeceGreenlandGrenadaGuadeloupeGuamGuatemalaGuernseyGuineaGuinea-BissauGuyanaHaitiHeard Island and McDonald IslandsHoly SeeHondurasHong KongHowland Island (US)HungaryIcelandIndiaIndonesiaIranIraqIrelandIsle of ManIsraelItalyJarvis Island (US)JamaicaJapanJerseyJohnston Atoll (US)JordanKazakhstanKenyaKingman Reef (US)KiribatiNorth Korea, Democratic People's Republic of KoreaSouth Korea, Republic of KoreaKosovoKuwaitKyrgyzstanLao People's Democratic RepublicLatviaLebanonLesothoLiberiaLibyaLiechtensteinLithuaniaLuxembourgMacaoMadagascarMadeira (Portugal)MalawiMalaysiaMaldivesMaliMaltaMarshall IslandsMartiniqueMauritaniaMauritiusMayotteMelilla (Spain)MexicoMicronesiaMidway Atoll (US)MoldovaMonacoMongoliaMontenegroMontserratMoroccoMozambiqueMyanmarNamibiaNavassa Island (USA)NauruNepalNetherlandsNew CaledoniaNew ZealandNicaraguaNigerNigeriaNiueNorfolk IslandNorth MacedoniaNorthern Ireland (UK)Northern Mariana IslandsNorwayNueva Esparta (Venezuela)OmanPakistanPalauPalestine, State ofPalmyra Atoll (US)PanamaPapua (Indonesia)Papua New GuineaParaguayPelagie Islands (Italy)PeruPhilippinesPitcairnPlazas de Soberania (Spain)PolandPortugalPuerto RicoQatarRomaniaRussian FederationRwandaRéunionSaba (Netherlands)Saint BarthélemySaint Helena, Ascension and Tristan da CunhaSaint Kitts and NevisSaint LuciaSaint MartinSaint Pierre and MiquelonSaint Vincent and the GrenadinesSamoaSan Andrés and Providencia (Colombia)San MarinoSao Tome and PrincipeSaudi ArabiaSenegalSerbiaSeychellesSierra LeoneSingaporeSint EustatiusSint MaartenSlovakiaSloveniaSocotra Archipelago (Yemen)Solomon IslandsSomaliaSouth AfricaSouth Georgia and the South Sandwich IslandsSouth SudanSpainSri LankaSudanSurinameSvalbard and Jan MayenSwedenSwitzerlandSyria Arab RepublicTaiwanTajikistanTanzania, the United Republic ofThailandTimor-LesteTogoTokelauTongaTrinidad and TobagoTunisiaTurkmenistanTurks and Caicos IslandsTuvaluTürkiyeUS Minor Outlying IslandsUgandaUkraineUnited Arab EmiratesUnited KingdomUnited StatesUruguayUzbekistanVanuatuVenezuelaViet NamVirgin Islands, BritishVirgin Islands, U.S.Wake Island (US)Wallis and FutunaWest Papua (Indonesia)Western SaharaYemenZambiaZimbabweCompany\*Email\* PhoneProduct Type\*Please SelectClamp ConnectorsNon-Slam Nozzle Check ValvesUniversal Ball JointsCompact FlangesRemotely Operated ConnectorsClosure SystemsOtherMessage\*PhoneThis field is for validation purposes and should be left unchanged. Δ
**Categories:** Grayloc
**Search Tags:** Grayloc
---
### [Remote Asset Monitoring](https://www.oceaneering.com/data-management/remote-asset-monitoring/)
**Published:** October 13, 2023
**Author:** Kristen Thurman
**Content:**
[ Discuss a Project ](https://oceaneering.com/data-management/#contact)# Remote Asset Monitoring
## Your offshore operations team is busy.
They are responsible for ensuring that downtime is kept to a minimum, that drilling operations are performed in a safe manner, and that production keeps running at the targeted rate. Monitoring vessels passing nearby is not going to be high on the list of things that require 24/7 attention. ## Asset Monitoring Intelligence Center (AMIC)
At the Asset Monitoring Intelligence Center (AMIC), we provide customers with comprehensive, centralized offshore asset monitoring and protection services. With full visibility of current asset status, even across large fleets, we improve the decision-making process and optimize the efficiency of routine and emergency operations.
Our team of experts provides unmatched remote processing of collision and encroachment alerts. We use real-time information to filter out false-negative alarms and to notify onboard personnel only when necessary. # Contact Us
## Our team of experts is ready to help you get started.
Oceaneering offers best-in-class products and solutions, backed by unparalleled quality, reliability, and global support. Fill out the inquiry form to start a conversation today.
**Search Tags:** Remote Services
---
### [Media and Integrity Management](https://www.oceaneering.com/data-management/media-and-integrity-management/)
**Published:** October 13, 2023
**Author:** Kristen Thurman
**Content:**
[ Discuss a Project ](https://oceaneering.com/data-management/#contact)# Media and Integrity Management
The Oceaneering Media Vault (OMV) enables you to upload and access data-rich files via a secure web connection regardless of location or internet speed.
We specialize in delivering 4K streaming video from the most remote locations at some of the deepest depths in the world, so it is only natural that we would provide an intuitive solution for storing these content-rich files. Our customers have seen significant value in consolidating antiquated disk space and obscure data lakes into a globally accessible and secure web-based suite.
Microsoft Azure’s optical character recognition, speech-to-text, and machine vision features have greatly accelerated the path toward automation and efficiency for OMV users. Human cognition is no longer required to search through terabytes of video, enabling you to focus on your core business.
### Brochures
[ Oceaneering® Media Vault ](https://oceaneering.canto.com/download/document/obi7vkr4r931pefv15g160q90u/original.pdf) [ Video Services ](https://oceaneering.canto.com/download/document/kcsetoq8257ob890p7lfo7mc0h/original.pdf)### OMV users enjoy the following solution benefits:
- Accessibility
- Security
- Scalability
- Inter-operability
## Common Use Cases
Transition decades of analog film to a digital rights-protected platform
Experience seamless playback of archived and real-time media content
Share globally your best practices, safety, and strategy media
Integrate surveillance video with badge systems, fire alarms, and fiber perimeter detection
We leverage our knowledge of proprietary interfaces and applications to truly align with your vision.  Play Video # Contact Us
## Our team of experts is ready to help you get started.
Oceaneering offers best-in-class products and solutions, backed by unparalleled quality, reliability, and global support. Fill out the inquiry form to start a conversation today.
---
### [Legacy Products](https://www.oceaneering.com/positioning-solutions/legacy-products/)
**Published:** July 25, 2024
**Author:** Monica Dahl
**Content:**
[ Discuss a Project ](https://www.oceaneering.com/positioning-solutions/#contact) End of Life (EOL) # Legacy Products
These legacy products are End-of-Life (EOL) and are no longer available to purchase new.
### C-Nav5000™ GNSS Receiver
The C-Nav5000 GNSS Receiver builds on the previous C-Nav3050 technology. It provides 4cm-level position accuracy, using the C-Nav Correction Service (CCS). Powered by the new Onyx GNSS Engine the C-Nav5000 is capable of tracking GPS, GLONASS. It has all-in-view parallel tracking with 252 channels for navigation, SBAS and 3 channels for CCS. Includes 4 serial ports, USB, and up to 8 Ethernet connections.
[ C-Nav5000™ ](https://www.oceaneering.com/positioning-solutions/C-Nav5000.pdf) [ C-NavC3 EoL Bulletin ](https://oceaneering.canto.com/direct/document/2bbpn53bkh7n77r4eepbgsre4q/IIQBsLpZzzntBsXE1FYtNuyO-qU/original?content-type=application%2Fpdf&name=CNAV-BUL-0001_C-Nav+Corrections+Service+EoL.pdf) ### R330 GNSS Receiver
Oceaneering is an authorized reseller of the Hemipshere® R330 GNSS receiver-a full solution product in a compact enclosure. The R330 use the Hemisphere GNSS’ Eclipse™ platform and the latest GNSS patented technology. The R330 provides accurate positioning using several differential correction methods such as Athena™ RTK, Atlas® L-band corrections (Atlas Basic, H30, H10), Beacon, and SBAS. Patented Multifunction Application (MFA) firmware enables the R330 to smoothly transition between DGNSS systems.
[ R330 GNSS Receiver ](https://www.oceaneering.com/positioning-solutions/R330.pdf) ### C-Nav3050®
The C-Nav3050 global navigation satellite system (GNSS) receiver provides 66-channel tracking with multi-constellation support for GPS, GLONASS, C-Nav™, and SBAS (WAAS/EGNOS) signals, and accepts external RTCM input corrections via the internet.
A choice of data rates makes corrections via the CSS over-the-internet (OTI) delivery option a practical solution for reception at higher latitudes and in shadow zones.
[ C-Nav3050® ](https://www.oceaneering.com/positioning-solutions/C-Nav3050.pdf) [ C-NavC3 EoL Bulletin ](https://oceaneering.canto.com/direct/document/2bbpn53bkh7n77r4eepbgsre4q/IIQBsLpZzzntBsXE1FYtNuyO-qU/original?content-type=application%2Fpdf&name=CNAV-BUL-0001_C-Nav+Corrections+Service+EoL.pdf) ### C-Nav286
The C-Nav286 is a GNSS antenna (AT1675-286) housed in a radome-thermoplastic enclosure. This antenna is listed in the NOAA GNSS Antenna Calibration tables as [CNVC-NAV286](https://www.ngs.noaa.gov/ANTCAL/LoadFile?file=CNVC-NAV286_NONE.atx).
[ C-Nav286 Antenna ](https://www.oceaneering.com/positioning-solutions/C-Nav286.pdf) ### AD591
The AD591 antenna is a GNSS antenna (ALIAD591) housed in hard anodized, dichromate, and nickel-acetate-sealed aluminum with a 4-mm GRP pressure-molded radome. It has > 95 dB of out-of-band-rejection of the Inmarsat uplink.
[ AD591 Antenna ](https://www.oceaneering.com/positioning-solutions/AD591.pdf) ### Standard Antennas
We offer both standard integrated and compact GNSS antennas, enabling excellent tracking performance. The compact antenna is listed in the NOAA GNSS Antenna Calibration tables as [NAV-ANT3001R](http://www.ngs.noaa.gov/ANTCAL/LoadFile?file=NAV_ANT3001R_NONE.atx).
[ NAV-ANT3001R Calibraton Tables ](https://www.oceaneering.com/positioning-solutions/3001R) ### C-NaviGator III
C-NaviGator III software is an intuitive touchscreen controller that provides real-time system accuracy and performance parameters for multiple GNSS receivers. The rugged and reliable wheelhouse-friendly display supports multiple NMEA inputs and outputs. It is fully compliant with the latest guidelines for GNSS positioning within the oil and gas industry per the International Association of Oil & Gas Producers and International Marine Contractors Association.
[ C-NaviGator III ](https://www.oceaneering.com/positioning-solutions/C-NaviGatorIII.pdf)# Contact Us
## Our team of experts is ready to help you get started.
Oceaneering offers best-in-class products and solutions, backed by unparalleled quality, reliability, and global support. Fill out the inquiry form to start a conversation today.
"\*" indicates required fields \* = required fields Nature of Enquiry\*Please selectProduct/Service SalesTechnical SupportService ActivationPlease click this link [C-Nav® Activation License Request (oceaneering.com)](https://cnavauthcode.oceaneering.com/cnavportal/requestauthcodeexternal.aspx) for further assistance. You do not need to complete rest of form.Company\*Country\* Please SelectAfghanistanAlbaniaAlgeriaAmerican SamoaAndorraAngolaAnguillaAntarcticaAntigua and BarbudaArgentinaArmeniaArubaAustraliaAustriaAzerbaijanBahamasBahrainBangladeshBarbadosBelarusBelgiumBelizeBeninBermudaBhutanBoliviaBonaire, Sint Eustatius and SabaBosnia and HerzegovinaBotswanaBouvet IslandBrazilBritish Indian Ocean TerritoryBrunei DarussalamBulgariaBurkina FasoBurundiCabo VerdeCambodiaCameroonCanadaCayman IslandsCentral African RepublicChadChileChinaChristmas IslandCocos IslandsColombiaComorosCongoCongo, Democratic Republic of theCook IslandsCosta RicaCroatiaCubaCuraçaoCyprusCzechiaCôte d'IvoireDenmarkDjiboutiDominicaDominican RepublicEcuadorEgyptEl SalvadorEquatorial GuineaEritreaEstoniaEswatiniEthiopiaFalkland IslandsFaroe IslandsFijiFinlandFranceFrench GuianaFrench PolynesiaFrench Southern TerritoriesGabonGambiaGeorgiaGermanyGhanaGibraltarGreeceGreenlandGrenadaGuadeloupeGuamGuatemalaGuernseyGuineaGuinea-BissauGuyanaHaitiHeard Island and McDonald IslandsHoly SeeHondurasHong KongHungaryIcelandIndiaIndonesiaIranIraqIrelandIsle of ManIsraelItalyJamaicaJapanJerseyJordanKazakhstanKenyaKiribatiKorea, Democratic People's Republic ofKorea, Republic ofKuwaitKyrgyzstanLao People's Democratic RepublicLatviaLebanonLesothoLiberiaLibyaLiechtensteinLithuaniaLuxembourgMacaoMadagascarMalawiMalaysiaMaldivesMaliMaltaMarshall IslandsMartiniqueMauritaniaMauritiusMayotteMexicoMicronesiaMoldovaMonacoMongoliaMontenegroMontserratMoroccoMozambiqueMyanmarNamibiaNauruNepalNetherlandsNew CaledoniaNew ZealandNicaraguaNigerNigeriaNiueNorfolk IslandNorth MacedoniaNorthern Mariana IslandsNorwayOmanPakistanPalauPalestine, State ofPanamaPapua New GuineaParaguayPeruPhilippinesPitcairnPolandPortugalPuerto RicoQatarRomaniaRussian FederationRwandaRéunionSaint BarthélemySaint Helena, Ascension and Tristan da CunhaSaint Kitts and NevisSaint LuciaSaint MartinSaint Pierre and MiquelonSaint Vincent and the GrenadinesSamoaSan MarinoSao Tome and PrincipeSaudi ArabiaSenegalSerbiaSeychellesSierra LeoneSingaporeSint MaartenSlovakiaSloveniaSolomon IslandsSomaliaSouth AfricaSouth Georgia and the South Sandwich IslandsSouth SudanSpainSri LankaSudanSurinameSvalbard and Jan MayenSwedenSwitzerlandSyria Arab RepublicTaiwanTajikistanTanzania, the United Republic ofThailandTimor-LesteTogoTokelauTongaTrinidad and TobagoTunisiaTurkmenistanTurks and Caicos IslandsTuvaluTürkiyeUS Minor Outlying IslandsUgandaUkraineUnited Arab EmiratesUnited KingdomUnited StatesUruguayUzbekistanVanuatuVenezuelaViet NamVirgin Islands, BritishVirgin Islands, U.S.Wallis and FutunaWestern SaharaYemenZambiaZimbabweÅland Islands Country Name\* First Last Email\* PhoneVesselEnd Use Application\*Please SelectDynamic PositioningDP & Offshore Survey (Dual Use)Offshore Survey (O&G)Offshore Survey (Renewables)Position Monitoring (e.g. FPSO)Nearshore SurveyGovernment/ResearchMessagePhoneThis field is for validation purposes and should be left unchanged. Δ
**Categories:** C-Nav® Positioning Solutions
---
### [Trade Shows, Webinars and Events](https://www.oceaneering.com/news-media/events/)
**Published:** October 12, 2023
**Author:** Andrew Dodson
**Content:**
Oceaneering
# Trade Shows and Webinars
[](https://www.oceaneering.com/tradeshows/promat-2025/) Trade Show ### [ProMAT 2025](https://www.oceaneering.com/tradeshows/promat-2025/)
March 17 – 20, 2025 ---
Visit our booth S3879 at ProMat 2025 to see our autonomous mobile robots and speak with our experts how to elevate your operations. We will be showcasing the MaxMover counterbalance forklift and UniMover underride.
[Learn More](https://www.oceaneering.com/tradeshows/promat-2025/) [](https://www.oceaneering.com/tradeshows/logimat-2025/) Trade Show ### [LogiMAT 2025](https://www.oceaneering.com/tradeshows/logimat-2025/)
March 11 – 13, 2025 ---
Visit us at LogiMAT 2025, in Germany, Hall 8, booth 8B21, the international tradeshow for intralogistics. We will be showcasing our mobile robot MaxMover counterbalance forklift.
[Learn More](https://www.oceaneering.com/tradeshows/logimat-2025/) [](https://www.oceaneering.com/webinars/accelerate-your-digital-transition-with-the-rotator-topside-chemical-throttle-valve/) Webinar ### [Accelerate Your Digital Transition with the Rotator® Topside Chemical Throttle Valve](https://www.oceaneering.com/webinars/accelerate-your-digital-transition-with-the-rotator-topside-chemical-throttle-valve/)
On-Demand ---
The Oceaneering® Rotator® Topside Chemical Throttle Valve (T-CTV) is a fully automated chemical dosing package that combines continuous and accurate flow measurement with automatic flow regulation in a modular, plug-an
[Learn More](https://www.oceaneering.com/webinars/accelerate-your-digital-transition-with-the-rotator-topside-chemical-throttle-valve/) [](https://www.oceaneering.com/webinars/boost-efficiency-and-reliability-with-field-proven-subsea-connection-solutions/) Webinar ### [Boost Efficiency and Reliability with Field-Proven Subsea Connection Solutions](https://www.oceaneering.com/webinars/boost-efficiency-and-reliability-with-field-proven-subsea-connection-solutions/)
On-Demand ---
Oceaneering’s highly reliable M5 Connection System provides an easy-to-install solution, enabling injection of gas or chemicals into subsea infrastructure and serves as an access point for future intervention during the life of the field.
[Learn More](https://www.oceaneering.com/webinars/boost-efficiency-and-reliability-with-field-proven-subsea-connection-solutions/) [](https://www.oceaneering.com/webinars/creating-a-custom-solution-for-problematic-xmas-trees-and-manifolds/) Webinar ### [Creating a Custom Solution for Problematic Xmas Trees and Manifolds](https://www.oceaneering.com/webinars/creating-a-custom-solution-for-problematic-xmas-trees-and-manifolds/)
On-Demand ---
As a trusted subsea services provider, Oceaneering often tackles difficult subsea challenges in order to get our customers back in operation quickly. Our Engineered Solutions group works to develop and qualify new, existing and custom techn
[Learn More](https://www.oceaneering.com/webinars/creating-a-custom-solution-for-problematic-xmas-trees-and-manifolds/) [](https://www.oceaneering.com/webinars/creating-bespoke-solutions-for-subsea-valve-repair/) Webinar ### [Creating Bespoke Solutions for Subsea Valve Repair](https://www.oceaneering.com/webinars/creating-bespoke-solutions-for-subsea-valve-repair/)
On-Demand ---
Complex challenges call for creative solutions. A client approached Oceaneering to repair failed valves on a subsea manifold. In this webinar, we will demonstrate how Oceaneering collaborated globally, from design through operations, to cre
[Learn More](https://www.oceaneering.com/webinars/creating-bespoke-solutions-for-subsea-valve-repair/) [](https://www.oceaneering.com/webinars/enabling-remote-surveys-through-secure-data-communications/) Webinar ### [Enabling Remote Surveys Through Secure Data Communications](https://www.oceaneering.com/webinars/enabling-remote-surveys-through-secure-data-communications/)
On-Demand ---
Remote operations are the future of offshore work. Oceaneering offers several solutions including Remotely Operated Surveys and Integrated Rig Solutions to boost worker safety, simplify logistics, and lower carbon footprints.
[Learn More](https://www.oceaneering.com/webinars/enabling-remote-surveys-through-secure-data-communications/) [](https://www.oceaneering.com/webinars/freedom-autonomous-robotics-software-platform/) Webinar ### [Freedom™ Autonomous Robotics Software Platform](https://www.oceaneering.com/webinars/freedom-autonomous-robotics-software-platform/)
On-Demand ---
The Freedom™ autonomous vehicle combined with its control software offer full autonomy, as well as maintenance-free, long duration deployments. We discuss the timeline of Freedom’s autonomy as well as future vehicle features.
[Learn More](https://www.oceaneering.com/webinars/freedom-autonomous-robotics-software-platform/) [](https://www.oceaneering.com/webinars/freedom-autonomous-vehicle-development-overview/) Webinar ### [Freedom™ Autonomous Vehicle Development Overview](https://www.oceaneering.com/webinars/freedom-autonomous-vehicle-development-overview/)
On-Demand ---
The next-generation Freedom™ autonomous vehicle provides increased autonomy and endurance while performing common ROV and AUV tasks, including survey, inspection, valve, and torque tool operations, manipulator-related activities, and underw
[Learn More](https://www.oceaneering.com/webinars/freedom-autonomous-vehicle-development-overview/) [](https://www.oceaneering.com/webinars/autonomous-testing-and-qualification/) Webinar ### [Freedom™ Autonomous Vehicle Testing and Qualification](https://www.oceaneering.com/webinars/autonomous-testing-and-qualification/)
On-Demand ---
Watch a live demonstration of the Freedom™ autonomous vehicle as it completes a dive mission at our Living Lab in Tau, Norway. If you are curious about our facilities and rigorous testing schedule, don’t miss this opportunity to see our Fre
[Learn More](https://www.oceaneering.com/webinars/autonomous-testing-and-qualification/) [](https://www.oceaneering.com/webinars/generating-real-co2-savings-offshore-with-oceaneerings-liberty-e-rov/) Webinar ### [Generating Real CO2 Savings Offshore with Oceaneering’s Liberty™ Resident System](https://www.oceaneering.com/webinars/generating-real-co2-savings-offshore-with-oceaneerings-liberty-e-rov/)
On-Demand ---
Oceaneering’s self-contained, battery-powered Liberty™️️ Resident System delivers CO2 emissions savings versus conventional ROVs. Learn how the Liberty System and remote operations can improve the environmental performance of yo
[Learn More](https://www.oceaneering.com/webinars/generating-real-co2-savings-offshore-with-oceaneerings-liberty-e-rov/) [](https://www.oceaneering.com/webinars/liberty-e-rov-resident-subsea-vehicle/) Webinar ### [Liberty™ E-ROV – Resident Subsea Vehicle](https://www.oceaneering.com/webinars/liberty-e-rov-resident-subsea-vehicle/)
On-Demand ---
The Liberty™ E-ROV resident vehicle has achieved several milestones since its launch. Learn more about Liberty’s technological advancements and the future of resident subsea vehicles.
[Learn More](https://www.oceaneering.com/webinars/liberty-e-rov-resident-subsea-vehicle/) [](https://www.oceaneering.com/webinars/making-subsea-factories-a-reality-with-subsea-pumping-technology-spt/) Webinar ### [Making Subsea Factories a Reality with Subsea Pumping Technology (SPT)](https://www.oceaneering.com/webinars/making-subsea-factories-a-reality-with-subsea-pumping-technology-spt/)
On-Demand ---
Oceaneering’s Subsea Pumping Technology (SPT) system facilitate the electrification of field developments and helps reduce or eliminate your total cost of ownership. Watch our webinar to learn how SPT can help reduce topside footprint and o
[Learn More](https://www.oceaneering.com/webinars/making-subsea-factories-a-reality-with-subsea-pumping-technology-spt/) [](https://www.oceaneering.com/webinars/mitigate-wellhead-fatigue-and-reduce-hse-risks-with-wellhead-load-relief-wlr-solution/) Webinar ### [Mitigate Wellhead Fatigue and Reduce HSE Risks with Wellhead Load Relief (WLR) Solution](https://www.oceaneering.com/webinars/mitigate-wellhead-fatigue-and-reduce-hse-risks-with-wellhead-load-relief-wlr-solution/)
On-Demand ---
Oceaneering’s Wellhead Load Relief (WLR) system is a compact, high-capacity BOP tethering system suitable for template and seabed anchoring. This system mitigates wellhead fatigue, reduces deck spread, increases efficiency, and lowers costs
[Learn More](https://www.oceaneering.com/webinars/mitigate-wellhead-fatigue-and-reduce-hse-risks-with-wellhead-load-relief-wlr-solution/) [](https://www.oceaneering.com/webinars/real-time-decision-making-streaming-video-to-remote-piloting/) Webinar ### [Real-Time Decision Making – Streaming Video to Remote Piloting](https://www.oceaneering.com/webinars/real-time-decision-making-streaming-video-to-remote-piloting/)
On-Demand ---
Rethink the way you complete operations by using an onshore operational base to simplify logistics, reduce carbon footprint, and lower risk to employees.
[Learn More](https://www.oceaneering.com/webinars/real-time-decision-making-streaming-video-to-remote-piloting/)
**Search Tags:** Events, News and Media, Trade Shows, Webinars
---
### [Hydrogen Support Services](https://www.oceaneering.com/renewable-energy-solutions/hydrogen-support-services/)
**Published:** May 29, 2024
**Author:** Monica Dahl
**Content:**
[ Discuss a Project ](https://oceaneering.com/renewable-energy-solutions/#contact) Renewable Energy Solutions # Hydrogen Support Services
Elevating clean energy with reliable, sustainable solutions for hydrogen production, storage, and transportation.
[ Delivering Solutions for Hydrogen Projects ](https://oceaneering.canto.com/download/document/nkbbmg090p59lcodi3hl7t3f5e/original.pdf)## Decarbonizing Industry and Beyond
Hydrogen technology stands at the forefront of the energy revolution, offering solutions for industrial decarbonization, energy security, and grid stability. Oceaneering® Grayloc® Products and Asset Integrity Management services play a key role in your global hydrogen projects, reducing the carbon footprint across manufacturing, providing sustainable commercial and residential heating, and enabling greener transport solutions.
### Minimize risk associated with working in hazardous environments
### Reduce downtime and lower operational costs
### Improve safety and efficiency of hydrogen infrastructure
Pressure-containing connectors, flanges, valves, and closure systems ## Oceaneering® Grayloc® Products: Designed for Extremes
We deliver field-proven, industry-leading pressure-containing connections suitable for use in your most extreme hydrogen environments. Designed for use in high-pressure and high-temperature services, Grayloc connectors deliver leak-free performance in compact, lightweight designs.
[ Grayloc® Products For The Energy Transition ](https://oceaneering.canto.com/download/document/utfqucmj8d4gnbaag4icpngc31/original.pdf) [ ### Clamp Connectors
### Clamp Connectors
Clamped pipe connection featuring our reusable zero-leakage metal-to-metal seal.
Learn More ](https://www.oceaneering.com/grayloc-home/grayloc-clamp-connectors/) [ ### Compact Flanges
### Compact Flanges
Compact and lightweight flange featuring our reusable zero-leakage metal-to-metal seal.
Learn More ](https://www.oceaneering.com/grayloc-home/grayloc-compact-flanges/) [ ### Remotely Operated Connectors
### Remotely Operated Connectors
A quick opening clamp connector with remote capability actuated by a single drive screw.
Learn More ](https://www.oceaneering.com/grayloc-home/grayloc-remotely-operated-connectors/) [ ### Closure Systems
### Closure Systems
Clamp connector closures featuring hinged blinds and clamp support systems to improve ease of use.
Learn More ](https://www.oceaneering.com/grayloc-home/grayloc-closure-systems/) [ ### Non-Slam Nozzle Check Valves
### Non-Slam Nozzle Check Valves
No maintenance, low-pressure-loss check valves featuring a one-piece zero leakage valve body and a metal-to-metal seal.
Learn More ](https://www.oceaneering.com/grayloc-home/grayloc-non-slam-nozzle-check-valves/) Uncompromised Safety and Reliability ## Hydrogen Asset Integrity Management
Our teams use existing experience with natural gas assets to develop risk-based engineering models that support the full asset lifecycle of global hydrogen production, storage, and transportation projects. This knowledge transfer is key to addressing industry concerns as the scale of projects increases exponentially, demanding a low-carbon supply chain and innovative technology integration to meet evolving requirements.
- Increase asset uptime
- Improve process safety
- Adopt risk- and data-based engineering to optimize OPEX
## Maintain Asset Integrity with Full Lifecycle Services
We offer comprehensive support to ensure asset integrity throughout the entire lifecycle of hydrogen projects. Our services ensure that every phase of your project, from facility fabrication to ongoing maintenance and eventual decommissioning, is managed with the highest standards of quality and reliability.
Fabrication Services Operations and Maintenance Support Integrity Engineering Services Fabrication Services 
### Fabrication Services
- Onshore civil and structural engineering
- Welding and mechanical quality assurance (QA) and quality checks (QC)
Operations and Maintenance Support 
### Operations and Maintenance Support
- Conventional and advanced non-destructive testing (NDT) methodologies (advanced ultrasonics, eddy current, internal and external robotic crawler systems)
- Address common damage mechanisms across assets, including embrittlement, hydrogen induced cracking (HIC), and linear blistering
- Solutions for storage, production, and transportation infrastructure including production vessels and piping, spheres and cylinders, and transportation vessel and pipelines
Integrity Engineering Services ### 
### Integrity Engineering Services
- Extensive expertise across engineering areas ensures timely, data-based insight to support decision making
- Integrates condition monitoring, predictive analytics, and reliability and maintenance engineering to optimize inspection intervals, proactively address integrity concerns, and increase uptime
- Services include vibration analysis, pipeline integrity analysis, fitness for service engineering, failure analysis, materials engineering, and reliability and maintenance engineering
## Engineering the Low-Carbon Energy Future
As a global provider of engineered products and services, we are committed to reducing our carbon footprint in the many industries we serve. We continuously invest in the development of our products and services to create resilient, safe, and environmentally friendly advanced technologies that enable greater collaboration amongst our customers and faster response time.
[ Learn more about our sustainability ](https://www.oceaneering.com/sustainability/) ### Field Proven. Industry Leading.
Read more about how our products and services have supported hydrogen projects.
[ See All Case Studies ](https://oceaneering.com/resources/?_content_types=case-study) Previous Next [ ### Grayloc® Connectors Survive High-Pressure Hydrogen Fire with Sealing Integrity Intact
### Grayloc® Connectors Survive High-Pressure Hydrogen Fire with Sealing Integrity Intact
Overview The gas leak, traced to an external packing gland, occurred in the hydrogen processing unit, which contained…
Learn More ](https://www.oceaneering.com/case-studies/grayloc-connectors-survive-high-pressure-hydrogen-fire-with-sealing-integrity-intact/)# Contact Us
## Our team of experts is ready to help you get started.
Oceaneering offers best-in-class products and solutions, backed by unparalleled quality, reliability, and global support. Fill out the inquiry form to start a conversation today.
**Categories:** Renewables
**Search Tags:** Renewable Energy
---
### [Geostationary Satellite Calculator](https://www.oceaneering.com/positioning-solutions/geostationary-satellite-calculator/)
**Published:** November 9, 2023
**Author:** Madelyn Werner
**Content:**
[ Make Sales Enquiry ](mailto:cnav-sales@oceaneering.com?subject=C-Nav%20Sales%20Enquiry%20from%20Web%20Page)# Geostationary Satellite Calculator
# Contact Us
## Our team of experts is ready to help you get started.
Oceaneering offers best-in-class products and solutions, backed by unparalleled quality, reliability, and global support. Fill out the inquiry form to start a conversation today.
"\*" indicates required fields \* = required fields Nature of Enquiry\*Please selectProduct/Service SalesTechnical SupportService ActivationPlease click this link [C-Nav® Activation License Request (oceaneering.com)](https://cnavauthcode.oceaneering.com/cnavportal/requestauthcodeexternal.aspx) for further assistance. You do not need to complete rest of form.Company\* Country\* Please SelectAfghanistanAlbaniaAlgeriaAmerican SamoaAndorraAngolaAnguillaAntarcticaAntigua and BarbudaArgentinaArmeniaArubaAustraliaAustriaAzerbaijanBahamasBahrainBangladeshBarbadosBelarusBelgiumBelizeBeninBermudaBhutanBoliviaBonaire, Sint Eustatius and SabaBosnia and HerzegovinaBotswanaBouvet IslandBrazilBritish Indian Ocean TerritoryBrunei DarussalamBulgariaBurkina FasoBurundiCabo VerdeCambodiaCameroonCanadaCayman IslandsCentral African RepublicChadChileChinaChristmas IslandCocos IslandsColombiaComorosCongoCongo, Democratic Republic of theCook IslandsCosta RicaCroatiaCubaCuraçaoCyprusCzechiaCôte d'IvoireDenmarkDjiboutiDominicaDominican RepublicEcuadorEgyptEl SalvadorEquatorial GuineaEritreaEstoniaEswatiniEthiopiaFalkland IslandsFaroe IslandsFijiFinlandFranceFrench GuianaFrench PolynesiaFrench Southern TerritoriesGabonGambiaGeorgiaGermanyGhanaGibraltarGreeceGreenlandGrenadaGuadeloupeGuamGuatemalaGuernseyGuineaGuinea-BissauGuyanaHaitiHeard Island and McDonald IslandsHoly SeeHondurasHong KongHungaryIcelandIndiaIndonesiaIranIraqIrelandIsle of ManIsraelItalyJamaicaJapanJerseyJordanKazakhstanKenyaKiribatiKorea, Democratic People's Republic ofKorea, Republic ofKuwaitKyrgyzstanLao People's Democratic RepublicLatviaLebanonLesothoLiberiaLibyaLiechtensteinLithuaniaLuxembourgMacaoMadagascarMalawiMalaysiaMaldivesMaliMaltaMarshall IslandsMartiniqueMauritaniaMauritiusMayotteMexicoMicronesiaMoldovaMonacoMongoliaMontenegroMontserratMoroccoMozambiqueMyanmarNamibiaNauruNepalNetherlandsNew CaledoniaNew ZealandNicaraguaNigerNigeriaNiueNorfolk IslandNorth MacedoniaNorthern Mariana IslandsNorwayOmanPakistanPalauPalestine, State ofPanamaPapua New GuineaParaguayPeruPhilippinesPitcairnPolandPortugalPuerto RicoQatarRomaniaRussian FederationRwandaRéunionSaint BarthélemySaint Helena, Ascension and Tristan da CunhaSaint Kitts and NevisSaint LuciaSaint MartinSaint Pierre and MiquelonSaint Vincent and the GrenadinesSamoaSan MarinoSao Tome and PrincipeSaudi ArabiaSenegalSerbiaSeychellesSierra LeoneSingaporeSint MaartenSlovakiaSloveniaSolomon IslandsSomaliaSouth AfricaSouth Georgia and the South Sandwich IslandsSouth SudanSpainSri LankaSudanSurinameSvalbard and Jan MayenSwedenSwitzerlandSyria Arab RepublicTaiwanTajikistanTanzania, the United Republic ofThailandTimor-LesteTogoTokelauTongaTrinidad and TobagoTunisiaTurkmenistanTurks and Caicos IslandsTuvaluTürkiyeUS Minor Outlying IslandsUgandaUkraineUnited Arab EmiratesUnited KingdomUnited StatesUruguayUzbekistanVanuatuVenezuelaViet NamVirgin Islands, BritishVirgin Islands, U.S.Wallis and FutunaWestern SaharaYemenZambiaZimbabweÅland Islands Country Name\* First Last Email\* PhoneVessel End Use Application\*Please SelectDynamic PositioningDP & Offshore Survey (Dual Use)Offshore Survey (O&G)Offshore Survey (Renewables)Position Monitoring (e.g. FPSO)Nearshore SurveyGovernment/ResearchMessageNameThis field is for validation purposes and should be left unchanged. Δ
**Categories:** C-Nav® Positioning Solutions
**Search Tags:** C-Nav Positioning Solutions
---
### [Quality Moments](https://www.oceaneering.com/sustainability/health-safety-and-quality-hse/quality-moments/)
**Published:** November 7, 2023
**Author:** Kristen Thurman
**Content:**
[ Contact Us ](https://oceaneering.com/sustainability/#contact)# Quality Moments
At Oceaneering, we strive to ensure that our products and services are consistent and meet our clients’ high standards of excellence. Our library of quality moment slides are available for consideration of issues such as waste or non-conformance – in a timely, clear and brief way at the start of any meeting.
## A Decade of Growth
Learn more about our quality journey.
[ Global Quality Day (100 years of quality) ](https://oceaneering.canto.com/direct/document/4gl5a2l4m51jh89d4pp7k7837h/IskK37-Em7PjxU7Kzjb5OA-bZYI/original?content-type=application%2Fpdf&name=Global-Quality-Day-%28100-years-of-quality%29+%281%29.pdf)  [  ](https://oceaneering.com/wp-content/uploads/2023/11/Quality_Verifications.pdf)## Quality Moment of the Month
Download this month’s slide to highlight quality in a timely and clear way at your next meeting.
[ Download PDF ](https://oceaneering.com/wp-content/uploads/2023/11/Quality_Verifications.pdf) [ Download JPEG ](https://oceaneering.com/wp-content/uploads/2023/11/Quality_Verifications.jpeg)## All Quality Moments
[  Quality Moment ### Quality Tenet Self Verifications
](https://www.oceaneering.com/wp-content/uploads/2023/11/Quality_Verifications.pdf) [  Quality Moment ### Lessons Learned
](https://www.oceaneering.com/wp-content/uploads/2023/11/Lessons-Learned.pdf) [  Quality Moment ### QMS Documentation Hierarchy
](https://www.oceaneering.com/wp-content/uploads/2023/11/QMS-Documentation-Hierarchy.pdf) [  Quality Moment ### Cost of Poor Quality
](https://www.oceaneering.com/wp-content/uploads/2023/11/Cost-of-Poor-Quality.pdf) [  Quality Moment ### Nonconformance
](https://www.oceaneering.com/wp-content/uploads/2023/11/Nonconformance.pdf) [  Quality Moment ### Problem Solving Techniques
](https://www.oceaneering.com/wp-content/uploads/2023/11/Problem-Solving-Techniques.pdf) [  Quality Moment ### Oceaneering’s Journey
](https://www.oceaneering.com/wp-content/uploads/2023/11/QT-banner-2020.pdf) [  Quality Moment ### 2020 Quality Tenets
](https://www.oceaneering.com/wp-content/uploads/2023/11/2020-Quality-Tenets.pdf) [  Quality Moment ### COPQ Quality Moment
](https://www.oceaneering.com/wp-content/uploads/2023/11/COPQ-Quality-Moment.pdf) [  Quality Moment ### Current Processes
](https://www.oceaneering.com/wp-content/uploads/2023/11/Current-Processes.pdf) [  Quality Moment ### Costs Of Nonconformance
](https://www.oceaneering.com/wp-content/uploads/2023/11/Costs-Of-Nonconformance.pdf) [  Quality Moment ### Ways To Stay Focused At Work Through The Holidays
](https://www.oceaneering.com/wp-content/uploads/2023/11/Ways-To-Stay-Focused-At-Work-Through-The-Holidays.pdf) [  Quality Moment ### Eight Wastes
](https://www.oceaneering.com/wp-content/uploads/2023/11/Eight-Wastes.pdf) [  Quality Moment ### Get to know Oceaneering Quality Core Processes
](https://www.oceaneering.com/wp-content/uploads/2023/11/Get-to-know-Oceaneering-Quality-Core-Processes.pdf) [  Quality Moment ### Supplier Evaluation And Monitoring
](https://www.oceaneering.com/wp-content/uploads/2023/11/Supplier-Evaluation-And-Monitoring.pdf) [  Quality Moment ### Tips For Increasing Productivity
](https://www.oceaneering.com/wp-content/uploads/2023/11/Tips-For-Increasing-Productivity.pdf) [  Quality Moment ### Focus On Quality, Not Quantity
](https://www.oceaneering.com/wp-content/uploads/2023/11/Focus-On-Quality-Not-Quantity.pdf) [  Quality Moment ### Collaboration Challenge
](https://www.oceaneering.com/wp-content/uploads/2023/11/Collaboration-Challenge.pdf) [  Quality Moment ### Owning the Challenge: Holding Yourself Accountable
](https://www.oceaneering.com/wp-content/uploads/2023/11/Owning-the-Challenge.pdf) [  Quality Moment ### The Value of Correct Documentation
](https://www.oceaneering.com/wp-content/uploads/2023/11/The-Value-of-Correct-Documentation.pdf) [  Quality Moment ### Integrated Management of Change
](https://www.oceaneering.com/wp-content/uploads/2023/11/Integrated-Management-of-Change.pdf)# Contact Us
## Our team of experts is ready to help you get started.
Oceaneering offers best-in-class products and solutions, backed by unparalleled quality, reliability, and global support. Fill out the inquiry form to start a conversation today.
**Categories:** Sustainability
**Search Tags:** Health, Safety, Security, Environment, and Quality, News and Media, Quality Moments
---
### [Sustainability](https://www.oceaneering.com/sustainability/)
**Published:** November 6, 2023
**Author:** Kristen Thurman
**Content:**
[ Contact Us ](https://oceaneering.com/sustainability/#contact)# Sustainability
At Oceaneering, we believe in managing our business in a way that promotes safety, health, the environment, and strong ethics, while supporting the communities in which we live and work. Our Core Values are at the heart of everything we do.
[Sustainability Accounting Standards Board (SASB) Reports](https://oceaneering.com/sustainability/ethics-and-compliance/#sasb)
[Task Force on Climate-Related Financial Disclosures (TCFD) Reports](https://oceaneering.com/sustainability/ethics-and-compliance/#sasb) ## Our Mission: We Solve the Unsolvable.
## Safety
Safety is the foundation of all Oceaneering operations. We take the safety of our employees, contractors and communities seriously and it remains our highest priority.
[ Learn More ](https://oceaneering.com/sustainability/health-safety-and-quality-hse/)  ## Environmental
As a service provider to the global energy industry, we are committed to engineering advanced technologies that enable the low carbon future.
[ Learn More ](https://oceaneering.com/sustainability/environmental-sustainability/)## Reducing CO2 Emissions
Learn how we are advancing technologies for use on land, underwater, and in space that help ensure worker safety and reduce environmental impacts.
[ Learn More ](https://oceaneering.com/sustainability/co2/)  ## Governance
We have built our reputation as an organization that requires ethical business practices and high levels of integrity in all of our business transactions. This is set forth in our [Code of Conduct](https://s201.q4cdn.com/108344635/files/doc_downloads/govdocs/2023/10/Code_of_Conduct_English.pdf) and related policies and procedures, which guide our employees and business associates on a daily basis. We make it easy to [report complaints or concerns](https://secure.ethicspoint.com/domain/media/en/gui/41815/index.html) on a confidential and anonymous basis.
[ Learn More ](https://investors.oceaneering.com/governance/governance-documents/default.aspx)## Social Impact
Oceaneering is committed to building a strong, diverse workforce to enable us to engineer advanced technologies and services for all the industries we serve.
[ Learn More ](https://oceaneering.com/sustainability/social-impact/)  ## Ethics & Compliance
We are committed to responsible business practices within our organization and our supply chain around the world. We strive to regularly improve within the areas of human rights, labor standards and the environment and to work against any form of corruption.
[ Learn More ](https://oceaneering.com/sustainability/ethics-and-compliance/)# Contact Us
## Our team of experts is ready to help you get started.
Oceaneering offers best-in-class products and solutions, backed by unparalleled quality, reliability, and global support. Fill out the inquiry form to start a conversation today.
**Categories:** Sustainability
**Search Tags:** Sustainability
---
### [ROV Workover Control Systems (RWOCS)](https://www.oceaneering.com/workover-control-systems/rwocs/)
**Published:** November 8, 2023
**Author:** Andrew Dodson
**Content:**
[ Discuss a Project ](https://oceaneering.com/workover-control-systems/#contact)# ROV Workover Control Systems (RWOCS)
Our multi-functional, configurable RWOCS enables remote operation of subsea well equipment, lowering risk to personnel, and generating cost savings.
Our RWOCS offers a robust solution that leverages Oceaneering’s remote piloting and intervention experience, cross-trained personnel, and technological advancements to reduce personnel on board, free up valuable deck space, and enable cost savings.
## Benefits
### Reduces topside space up to 70%
### Reduces crew size by one-third
### Enables remote piloting from shore
### Faster completion and installation activities
### Eliminates HSE risks
### Reduces CO2 emissions by 40%
## Do more with an ROV
RWOCS optimizes completions, tree installation, workovers, intervention, and plug and abandonment operations. The solution removes the need for large, surface-controlled equipment, moving service activity subsea.
## Key features
- Designed to function with multiple OEM tree designs
- Full FMEA and TRL studies performed
- Multi-use applications for installation of trees, manifolds, and jumpers
- Built-in redundancy for critical components
- Extensive components qualification program
- Chemical supply available
- Capable of subsea pumping at 15k psi (HP supply) and 5k PSI (LP supply)
- Fluid Storage for control fluids or chemical returns
- Tray based design for quick simple replacement of components
- Event logging throughout the operations
- Modular design enables project-specific configuration
## How it works
RWOCS delivers fluid at up to 15,000 psi to any subsea infrastructure with a tie-in point from manifolds and pipelines to pipeline end terminations (PLETs), and trees.
The solution supports completion of systems diagnostics while providing communications and data streaming, enabling reliable remote operations and onshore oversight of activities in real time.
Oceaneering’s RWOCS offers a clear advantage by providing valuable operational savings for deployment, hook up, test and commissioning, and recovery to topside.
[ RWOCS Case Study ](https://oceaneering.com/case-studies/oceaneering-uses-compact-rwocs-to-complete-vertical-tree-installation-in-the-north-sea/) [ RWOCS Brochure ](https://oceaneering.canto.com/download/document/t2pbf7bk8h3151gd8jsb7fph7p/original.pdf) ## RWOCS configurations
### ROV Skid
Complete shorter operations with our ROV-mounted skid. This configuration requires less fluid, especially for vessel-based operations where an available ROV is already onboard, offering significant cost benefits.
### ROV Compact Skid
Our compact ROV-mounted RWOCS is specifically designed and engineered for shallow water applications and boasts a lower ROV payload requirement, increasing its ROV compatibility.
### Standalone
The standalone RWOCS benefits from an additional 150 gal of fluid from housed in an extra reservoir and the ability to be deployed subea for longer durations. The standalone version eliminates the dedicated use of an ROV, freeing up a rig or vessel’s ROV to execute other operations and further optimizing efficiency.
 Play Video ## The evolution of our experience
Over the last 10 years, Oceaneering has continued to innovate and evolve our workover and control products to take on larger and more complex scopes. Our skids are robust with additional added features.
2010
### Tree On Wire Installation (TOWI)
ROV skid based solution to perform Wellhead & Flowline Connector operation and testing activities.
2011
### Umbilical Less Tubing Hanger Installation (ULTHI)
ROV skid based solution to replace the umbilical during tubing hanger installation and testing activities.
2012
### ROV Operated XT & Tubing Hanger Installation (ROXTTHI)
Subsea solution to replace the open water umbilical during the XT installation and completion activities whilst providing a communication link with SCM.
2016
### Power Skids
ROV skid solution with increased hydraulic and electrical functionality to replace the open water umbilical during a XT installation and completion.
2017
### ROV Workover Controls System (RWOCS)
Evolution of our skid based solutions with inbuilt redundancy and onboard fluid capacity. Designed to replace the open water umbilical during XT installation & completion activities whilst providing a communication link with the SCM. Further added benefit of providing chemical pumping capabilities during subsea activities
2019
### Compact RWOCS (CRWOCS)
Compact system with all functions required to replace the open water umbilical during a XT completion as well as communication link with SCM.
# Contact Us
## Our team of experts is ready to help you get started.
Oceaneering offers best-in-class products and solutions, backed by unparalleled quality, reliability, and global support. Fill out the inquiry form to start a conversation today.
**Categories:** Workover Control Systems
**Search Tags:** Workover Control Systems
---
### [Intervention Workover Control Systems (IWOCS)](https://www.oceaneering.com/workover-control-systems/iwocs/)
**Published:** November 8, 2023
**Author:** Andrew Dodson
**Content:**
[ Discuss a Project ](https://oceaneering.com/workover-control-systems/#contact)# Intervention Workover Control Systems (IWOCS)
As your trusted IWOCS service partner for over 25 years, we help customers simplify operations, and deliver projects on-time and on-budget. Our systems are designed for both rig- and vessel-based operations, and are adaptable to provide the utmost operational flexibility.
## An Experienced Global IWOCS Specialist
- Tree installation
- Completion
- Workover
- Intervention
- Plug and abandonment (P&A)
## Multiple Deployment Options
With four standard deployment options available, there is more flexibility in configuring your ideal IWOCS solution, than with any other service company. The ideal deployment method depends on project specifics, rig configuration, and your philosophy.
Clamped to Riser Dual Guide Wires LARS (Open Water) Self-Supporting LARS Clamped to Riser This method is the most simple and space saving in the moonpool area, but is only able to be deployed / retrieved with the marine riser.
#### Features and Benefits
- Not as affected by currents
- Small footprint
- Field-proven
Dual Guide Wires The system can be deployed and retrieved independently from the marine riser.
#### Features and Benefits
- Not as affected by currents
- For older rigs, this may be the best IWOCS option
- Dual Guidewire is a time-proven reliable method
LARS (Open Water) This method improves deployment time, reduces equipment, and offers flexible placement on the rig or vessel.
#### Features and Benefits
- Used on either a rig or vessel
- Fast deployment – No guidewires and guide funnels needed
- Flexible placement of equipment SIMOPS
- Reduced amount of equipment
Self-Supporting LARS A proprietary high-pressure IWOCS solution utilizing industry-leading self-supporting umbilical technology.
#### Features and Benefits
- Reduces footprint on rig/vessel by 50%
- Reduces crew size by 33%
- Combats VIV (Vortex Induced Vibration)
- Eliminates crews suspended above water
- Multi-use for installation of trees, manifolds, and jumpers
- Used on either a rig or vessel
- Away from moonpool area – flexible placement of equipment
## How Does it Work?
An IWOCS is a temporary control system used to commission, workover, troubleshoot, or decommission subsea wells. Specialized equipment such as umbilical reels, hydraulic power units (HPUs), and winches are used to enable hydraulic and electrical control of subsea trees and related hardware.
## Reliable and Cost-Effective Operations
Our systems can be used to control all subsea trees and/or landing strings, regardless of equipment manufacturer, configuration, or work scope. Adaptable equipment and experienced personnel significantly reduce your interface risk. Our IWOCS fleet can be mobilized and operated from a wide range of vessels and rigs.
 0+ IWOCS jobs performed
 0 dedicated technicians available worldwide
 0% uptime
 0/7 x 365 support
 0psi Working pressure up to 15,000 psi
## IWOCS Service Models
Choose the model that fits your needs
### Rental
- Onshore and offshore operations
- SIT and EFAT services
- Interface engineering
### Leasing
- Commercial options tailored to client requirements
### Customer Owned
- Storage, maintenance and operation
- Onshore and offshore
- SIT and EFAT services
- Interface engineering
# Contact Us
## Our team of experts is ready to help you get started.
Oceaneering offers best-in-class products and solutions, backed by unparalleled quality, reliability, and global support. Fill out the inquiry form to start a conversation today.
**Categories:** Workover Control Systems
**Search Tags:** Intervention Workover Control Systems (IWOCS), Workover Control Systems
---
### [Light Well Intervention](https://www.oceaneering.com/well-intervention/light-well-intervention/)
**Published:** November 6, 2023
**Author:** Andrew Dodson
**Content:**
[ Discuss a Project ](https://oceaneering.com/well-intervention/#contact)# Light Well Intervention
Plan better and achieve your downhole objectives faster with reliable and efficient access to live, deepwater wells via our light well intervention (LWI) solutions.
The interchangeable riserless intervention system (IRIS) and the Blue Ocean riserless intervention system (BORIS) are designed to perform reliably in depths to 10,000 ft (3,000 m) and pressures to 10,000 psi.
[ Interchangeable Riserless Intervention System (IRIS) \| Letter ](https://oceaneering.canto.com/download/document/n1kfghppg97flfsvd58llcr148/original.pdf) [ Blue Ocean Riserless Intervention System (BORIS) \| Letter ](https://oceaneering.canto.com/download/document/v0h1ku62v510l7tanga6h4nj58/original.pdf)  Play Video ## Proven Well Access Capabilities
We have a successful track record running the IRIS system in a variety of common and atypical downhole scenarios. The system is integrated with a custom-fit subsea intervention lubricator (SIL) and is run using a deepwater umbilical with a pulling capacity of up to 20 tons.
Our fully integrated LWI systems offer the industry’s broadest functionality, resulting from extensive field experience and post-deployment analysis. We have achieved multiple industry firsts in riserless LWI.
- The world’s deepest water depth for riserless intervention-8,200 ft (2,500 m)-with both slickline and e-line
- The industry’s first riserless, live in-flow testing
- The first use of a 5/16-in e-line
## Solving Your Subsea Challenges
Our systems have been deployed to support various intervention activities.
- Running slickline, e-line, and braided wireline
- Milling, stroking, and tractor running
- Running, setting, and pulling tubing and trees
- Setting and removal of plugs
- Pumping cement plugs
- Actuating sliding sleeves
- Plug and abandonment
- Logging while flowing
- Perforating
- Fishing and bailing
Development of coiled tubing applications is underway to support your pill spotting and targeted acid treatment objectives.
## Hydraulic and Mechanical Intervention
Our hydraulic LWI system enables you to achieve critical well stimulation objectives, effectively restoring or enhancing production from subsea wells. We use hydraulic actuation to access live wells and carry out prescribed acidization or other light intervention programs.
During mechanical LWI, proprietary equipment and tool designs enable increased recovery while reducing costs in a wide range of subsea scenarios. We use fit-for-purpose wireline tractors, milling, and logging tools, and gauge rings to perform a wide range of tasks.
- Subsea well and infrastructure diagnostics
- Sliding sleeve intervention
- Remediation on damaged wells
- Plugging and abandonment
- Workovers
Each hydraulic or mechanical LWI operation is planned, deployed, and overseen by our experienced subsea engineers and technicians, downhole wireline engineers, and project managers. Our teams provide full-time site supervision and engage in close customer collaboration while adhering to rigorous QA/QC standards.
### Featured Case Studies
Explore how our services and technologies are solving customer challenges globally.
[ See All Case Studies ](https://oceaneering.com/resources/?_content_types=case-study) Previous Next [ ### Oceaneering Completes Riserless Live Well Production Logging and Inflow Testing
### Oceaneering Completes Riserless Live Well Production Logging and Inflow Testing
Learn More ](https://oceaneering.canto.com/download/document/knggce17th1htabv00fe7qti19/original.pdf) [ ### Riserless Light Well Intervention Reveals Extent of Production Tubing Damage
### Riserless Light Well Intervention Reveals Extent of Production Tubing Damage
Mechanical system identifies multiple thru-tubing leaks and enables effective remediation in subsea well.
Learn More ](https://oceaneering.canto.com/download/document/pgh4jkto296l3avmv30ivvls4o/original.pdf)# Contact Us
## Our team of experts is ready to help you get started.
Oceaneering offers best-in-class products and solutions, backed by unparalleled quality, reliability, and global support. Fill out the inquiry form to start a conversation today.
**Categories:** Light Well Intervention, Well Intervention
**Search Tags:** Light Well Intervention, Well Intervention
---
### [Well Stimulation](https://www.oceaneering.com/well-intervention/well-stimulation/)
**Published:** November 6, 2023
**Author:** Andrew Dodson
**Content:**
[ Discuss a Project ](https://oceaneering.com/well-intervention/#contact)# Well Stimulation
Restore production from your well faster with the industry’s most effective, safe, and reliable vessel-based well stimulation solution. We developed the industry’s first subsea rigless stimulation system and have performed dozens of successful deepwater interventions since.
You will benefit from tailored, project-specific solutions built from our suite of products and services, including [vessels](https://oceaneering.com/subsea-projects/vessel-fleet/), engineering analysis, [intervention tooling](https://oceaneering.com/intervention-tooling/), [remotely operated vehicles (ROVs)](https://oceaneering.com/rov-services/), and project management expertise. We restore production from your well faster and more cost-effectively by **Connecting What’s Needed with What’s Next™**.
## We have increased customer production by more than 15 Million Barrels
  Play Video Our production enhancement experts deliver complete project management, engineering support, and offshore service to ensure fully integrated, successful stimulation operations.
## Effective Damage Remediation
We help maximize flow and protect your subsea assets by safely and effectively remediating production-reducing damage mechanisms. We work with you to develop the best stimulation plan for your reservoir-from front-end engineering and design (FEED) studies to the development of an operability matrix. Even in the deepest waters, we remediate migrated sand and remove scale, wax, paraffins, and asphaltene formations to restore a positive productivity index. We have successfully stimulated subsea wells in up to 6,700 ft (2,042 m) of water.
[ Learn More ](https://oceaneering.com/flow-assurance/)## Innovative Tooling Solutions
Our industry-leading portfolio of subsea intervention tooling-including our proprietary well stimulation tool (WST) and [rapid access tool (RAT)](https://oceaneering.com/brochures/rapid-access-tool-rat/)-provide reliable access to your wellbore. Unlike traditional rig-based well stimulation systems, ours does not require the use of a blowout preventer (BOP). We ensure safe operations by providing a double barrier for well control.
Our WST features redundant disconnect systems with spill-proof connections-an emergency quick disconnect (EQD) system ensures that the vessel can detach from the wellhead with zero leakage. Our EQD can be actuated on-command from surface, or automatically subsea in case of unexpected pressure increases.
[ Learn More ](https://oceaneering.com/intervention-tooling-search/)## Rapid, Rigless Deployment
By using an [Oceaneering vessel](https://oceaneering.com/subsea-projects/vessel-fleet/) or a vessel of opportunity, we reduce overall project costs by as much as 50%, and deliver solutions when and where you need them. The relative ease with which we can mobilize our systems is especially significant during multi-well stimulation campaigns. Our MSVs are ready to solve a range of challenges with onboard ROVs, subsea heave-compensated cranes, built-in chemical storage (5,000 bbl), fire suppression, high-horsepower pumping, dual open water coiled tubing risers, and flying leads.
[ Learn More about ROV Services ](https://oceaneering.com/rov-services/)## Improved Subsea Flow Performance
We achieve pumping rates up to 15,000 psi at 20 bbl/min, and can address multiple treatment stages. We ensure that, when there is not sufficient room to store pre-mixed chemicals onboard, we are prepared to mix chemicals on the fly. We keep your operations on schedule and within the ideal weather window. With seamless topside pumping integration and remote control of your well, we provide the most effective stimulation possible. We ensure that you have the access you need to properly dose acids, solvents, or diverters-in a matter of hours or days, not weeks.
### Featured Case Studies
Explore how our services and technologies are solving customer challenges globally.
[ See All Case Studies ](https://oceaneering.com/resources/type/case-study/) Previous Next [ ### Multi-Well Acid Stimulation
### Multi-Well Acid Stimulation
multi-well campaign – Ghana, West Africa
Learn More ](https://oceaneering.canto.com/download/document/cqdti8qmpp3abaurvjb63rj016/original.pdf) [ ### Single Well Acid Stimulation
### Single Well Acid Stimulation
GOM – Mississippi Canyon Block 899
Learn More ](https://oceaneering.canto.com/download/document/jv9qu695h166j7r2rm2d0v8e3d/original.pdf) [ ### Oceaneering Completes Dual-Well Hydraulic Intervention in Gulf of Mexico
### Oceaneering Completes Dual-Well Hydraulic Intervention in Gulf of Mexico
Innovative single-vessel stimulation saves operator time and money Learn More ](https://oceaneering.canto.com/download/document/3uauhp3k1p5ll0sum43jeknn7r/original.pdf)# Contact Us
## Our team of experts is ready to help you get started.
Oceaneering offers best-in-class products and solutions, backed by unparalleled quality, reliability, and global support. Fill out the inquiry form to start a conversation today.
**Categories:** Well Intervention, Well Stimulation
**Search Tags:** Well Intervention, Well Stimulation
---
### [Preservation, Storage, and Maintenance Services](https://www.oceaneering.com/subsea-projects/preservation-storage-and-maintenance-services/)
**Published:** October 26, 2023
**Author:** Louder Agency
**Content:**
[ Discuss a Project ](https://oceaneering.com/subsea-tiebacks/#contact)# Preservation, Storage, and Maintenance Services
Access your hardware when you need it most. Oceaneering’s flexible preservation, storage, and maintenance services enable the rapid deployment and mobilization of your critical equipment during planned and unplanned emergency call-offs.
Ensure equipment integrity and readiness by leveraging our innovative and in-house technical expertise.
### Storage and maintenance of technical packages
### Ensure your equipment’s constant state of readiness
### Cost-efficient management of your assets
### Customer focused packaged solutions
## Reduce Equipment Wait Time
Accessing and mobilizing your critical equipment and components when they are needed most is key to successfully executing your projects. We make sure **your critical equipment is correctly maintained, inspected, and tested** to maintain readiness and effectiveness. We offer training and competency for your personnel, including scheduled maintenance programs.
## Services Tailored to Meet Your Requirements
### Preservation
- Equipment preparation for storage to maintain optimum condition
- Maximize operational life of client equipment
### Storage
- Extensive indoor and outdoor storage options
- Climate-controlled storage available
### Maintenance, Testing, and Refurbishment
- Risk-based inspection
- Fully equipped high bay workshops and pressure testing facilities
- Indoor and outdoor Systems Integration Testing capabilities
### Asset Management
- Mobile asset management system
- Barcode identification enables efficient tracking and management of multiple items
### Customer-Focused Packages
With our long-standing industry expertise, we can manage and maintain your assets with i**ntegrated, purpose-built facilities, well-trained personnel, and globally supported services.** Oceaneering’s facilities offer world-class oilfield and subsea equipment storage and maintenance solutions that ensure our clients can meet their toughest challenges across the world.
##### Client-Owned Equipment Packages
We manage and maintain over 1,000+ client-owned tooling on-site and provide integrated support through several services including life-of-field, asset integrity management and inspection, offshore hydraulic or electrical system refurbishment and upgrades, and system integration tests.
##### Subsea Emergency Response Packages
Respond to subsea incidents with reliable and primed equipment. Our on-site emergency packages include various debris clearance modules, subsea dispersant modules, and Blowout Preventer (BOP) intervention modules. All equipment stored at our facilities undergo regular periodic maintenance. All tooling undergoes yearly function tests and relevant inspections.
These emergency packages are ready for immediate deployment and include equipment, cranes, forklifts, personnel, and supervision.
##### Emergency Pipeline Repair Systems
Ensure your emergency pipeline repair systems are kept in a constant state of readiness when an incident occurs. Oceaneering’s maintenance and storage criteria follow original equipment manufacturer (OEM) standards, contract requirements, and our own recommended best practices to ensure your critical systems are available whenever you need them most.
##### Subsea Pig Launchers
Experienced engineers, technical and asset management teams supervise the storage and maintenance of customer-owned subsea pig launcher systems and ancillary equipment. Regular communication between the project and client team helps to maintain equipment effectively and efficiently.
##### Customer-Owned Electro-Mechanical and Hydraulic Equipment
Oceaneering offers solutions for asset integrity, storage, inspection, and maintenance for complex hydraulic and electronic components as well as complex control systems through inspection, test, and service at regular intervals.
## Global Footprint, Local Presence
Oceaneering is committed to delivering projects using local content. We are strategically located in Australasia, Europe, Africa, Brazil, and Azerbaijan. <p>All</p>
- <p>All</p>
- Australasia
- Europe
- Africa
- Brazil
- Azerbaijan
[  ](https://www.oceaneering.com/wp-content/uploads/2023/11/IMG_8329-scaled-1.jpeg) [  ](https://www.oceaneering.com/wp-content/uploads/2023/11/DC-218-Oceaneering-111.jpeg) [  ](https://www.oceaneering.com/wp-content/uploads/2023/11/Oceaneering-Nov-14-14-023-scaled-1.jpeg) [  ](https://www.oceaneering.com/wp-content/uploads/2023/11/DC-218-Oceaneering-196.jpeg) [  ](https://www.oceaneering.com/wp-content/uploads/2023/11/DC-218-Oceaneering-194.jpeg) [  ](https://www.oceaneering.com/wp-content/uploads/2023/11/PC020431-1-1.jpeg) [  ](https://www.oceaneering.com/wp-content/uploads/2023/11/image003-1.png) [  ](https://www.oceaneering.com/wp-content/uploads/2023/11/image010.jpeg) [  ](https://www.oceaneering.com/wp-content/uploads/2023/11/image004-1.png) [  ](https://www.oceaneering.com/wp-content/uploads/2023/11/Trucks-with-containers-1.jpeg) [  ](https://www.oceaneering.com/wp-content/uploads/2023/11/image008.png) [  ](https://www.oceaneering.com/wp-content/uploads/2023/11/3.jpeg) [  ](https://www.oceaneering.com/wp-content/uploads/2023/11/image007-1.png) [  ](https://www.oceaneering.com/wp-content/uploads/2023/11/2021-0275860-Market-Survey-Deepwater-Pipeline-Repair-System_Page_20_Image_0001.jpeg) [  ](https://www.oceaneering.com/wp-content/uploads/2023/11/thumbnail-1-1.jpeg) [  ](https://www.oceaneering.com/wp-content/uploads/2023/11/2021-0275860-Market-Survey-Deepwater-Pipeline-Repair-System_Page_20_Image_0002.jpeg) [  ](https://www.oceaneering.com/wp-content/uploads/2023/11/2021-0275860-Market-Survey-Deepwater-Pipeline-Repair-System_Page_21_Image_0003-cropped2.jpeg) [  ](https://www.oceaneering.com/wp-content/uploads/2023/11/2021-0275860-Market-Survey-Deepwater-Pipeline-Repair-System_Page_21_Image_0001.jpeg) [  ](https://www.oceaneering.com/wp-content/uploads/2023/11/Norway-Regional-Headquarters.jpeg) [  ](https://www.oceaneering.com/wp-content/uploads/2023/11/DSC_1619-scaled-1.jpeg) [  ](https://www.oceaneering.com/wp-content/uploads/2023/11/DSC_6023.jpeg) [  ](https://www.oceaneering.com/wp-content/uploads/2023/11/tooling-workshop-sqaure.jpeg) [  ](https://www.oceaneering.com/wp-content/uploads/2023/11/Angola-header4.jpeg) [  ](https://www.oceaneering.com/wp-content/uploads/2023/11/viana-manufacturing.jpeg) [  ](https://www.oceaneering.com/wp-content/uploads/2023/11/Angola-header.jpeg) [  ](https://www.oceaneering.com/wp-content/uploads/2023/11/19ER-0232-scaled.jpeg) [  ](https://www.oceaneering.com/wp-content/uploads/2023/11/19ER-0013-scaled.jpeg) [  ](https://www.oceaneering.com/wp-content/uploads/2023/11/19ER-0389-Brazil.jpeg) [  ](https://www.oceaneering.com/wp-content/uploads/2023/11/19ER-0432-scaled.jpeg) [  ](https://www.oceaneering.com/wp-content/uploads/2023/11/19ER-0402-scaled.jpeg) [  ](https://www.oceaneering.com/wp-content/uploads/2023/11/ER19-6427-scaled.jpeg) [  ](https://www.oceaneering.com/wp-content/uploads/2023/11/ER19-6302-scaled.jpeg) [  ](https://www.oceaneering.com/wp-content/uploads/2023/11/ER19-6397-Brazil.jpeg) [  ](https://www.oceaneering.com/wp-content/uploads/2023/11/14JC027-scaled.jpeg) [  ](https://www.oceaneering.com/wp-content/uploads/2023/11/19ER-0334-scaled.jpeg) [  ](https://www.oceaneering.com/wp-content/uploads/2023/11/04fw90.jpeg) [  ](https://www.oceaneering.com/wp-content/uploads/2023/11/04fw88.jpeg) [  ](https://www.oceaneering.com/wp-content/uploads/2023/11/19ER-5981-scaled.jpeg) [  ](https://www.oceaneering.com/wp-content/uploads/2023/11/19ER-5979-scaled.jpeg) [  ](https://www.oceaneering.com/wp-content/uploads/2023/11/19ER-5989-scaled.jpeg) [  ](https://www.oceaneering.com/wp-content/uploads/2023/11/ER19-6343-scaled.jpeg) [  ](https://www.oceaneering.com/wp-content/uploads/2023/11/ER19-6332-scaled.jpeg) [  ](https://www.oceaneering.com/wp-content/uploads/2023/11/19ER-6001-scaled.jpeg) [  ](https://www.oceaneering.com/wp-content/uploads/2023/11/ER19-6365-scaled.jpeg) [  ](https://www.oceaneering.com/wp-content/uploads/2023/11/ER19-6352-scaled.jpeg) [  ](https://www.oceaneering.com/wp-content/uploads/2023/11/image14.png) [  ](https://www.oceaneering.com/wp-content/uploads/2023/11/image19.png) [  ](https://www.oceaneering.com/wp-content/uploads/2023/11/image15.png) [  ](https://www.oceaneering.com/wp-content/uploads/2023/11/image18.png) [  ](https://www.oceaneering.com/wp-content/uploads/2023/11/image20.png) [  ](https://www.oceaneering.com/wp-content/uploads/2023/11/image22.png)# Contact Us
## Our team of experts is ready to help you get started.
Oceaneering offers best-in-class products and solutions, backed by unparalleled quality, reliability, and global support. Fill out the inquiry form to start a conversation today.
**Search Tags:** Preservation, Storage, and Maintenance
---
### [Subsea Pumping Technology](https://www.oceaneering.com/subsea-distribution-solutions/subsea-pumping-technology/)
**Published:** October 26, 2023
**Author:** Louder Agency
**Content:**
[ Discuss a Project ](https://oceaneering.com/subsea-distribution-solutions/#contact)# Subsea Pumping Technology (SPT)
Reduce or eliminate your topside footprint by moving chemical storage and injection systems subsea, reducing the cost and complexity of conventional umbilicals. With SPT, operators can reduce or completely eliminate their topside footprint by moving chemical storage and injection capabilities subsea, offering alternate value-added contributions to subsea tieback architectures and other operational applications where chemicals or hydraulics are required for operational integrity management or flow assurance purposes on subsea production systems.
 Play Video  OTC Spotlight on New Technology® Award Our Subsea Technology Pumping (SPT) was selected based on its innovative technology, broad appeal to the industry, and significant impact with benefits beyond existing technologies. [ Read the news release ](https://oceaneering.com/oceaneerings-subsea-pumping-technology-wins-otc-spotlight-on-new-technology-award/)### Making Subsea Factories a Reality
Our Subsea Pumping Technology (SPT) offers value-added contributions to tieback architectures and applications where chemicals are required for operational integrity management or flow assurance purposes. The SPT system reduces or eliminates the storage, pumping, and delivery systems that typically occupy valuable topside real estate and the interface resources associated with topside chemical storage, bunkering, and handling. Multiple efficiencies can be realized by moving the equipment to the seabed and positioning them locally to the points of demand. Tanks of chemical product are replenished via tank exchange or filling from support vessel down lines. Additionally, the local storage and injection concept is a strong enabler for longer subsea tiebacks, where chemical delivery and distribution to the fields via long and or multiple umbilical sections is challenging and costly. [ Subsea Pumping Technology (SPT) ](https://oceaneering.canto.com/download/document/jtke2gicrh6pj62eeb3a8rmr7m/original.pdf)  Webinar ## Making Subsea Factories a Reality with Subsea Pumping Technology (SPT)
May 25, 2021 [ Watch On Demand ](https://oceaneering.com/webinars/making-subsea-factories-a-reality-with-subsea-pumping-technology-spt/) # Contact Us
## Our team of experts is ready to help you get started.
Oceaneering offers best-in-class products and solutions, backed by unparalleled quality, reliability, and global support. Fill out the inquiry form to start a conversation today.
**Categories:** Subsea Distribution Solutions
**Search Tags:** Subsea Distribution Solutions, Subsea Pumping Technology
---
### [Flowline Connection Systems](https://www.oceaneering.com/flowline-connection-systems/)
**Published:** November 13, 2023
**Author:** Monica Dahl
**Content:**
[ Discuss a Project ](https://oceaneering.com/subsea-connection-systems/#contact) Subsea Connection Systems # Flowline Connection Systems
Our flowline connection systems provide cost-effective subsea connection solutions and are based on our proven Oceaneering® Grayloc® metal-to-metal sealing technology.
## Vertical and Horizontal Connectors
Our vertical and horizontal connectors use a single drive screw and a standard API torque bucket for makeup by an industry-standard, remotely operated vehicle (ROV) torque tool. The vertical flowline connector does not require a bespoke installation tool, and provides an economical solution that requires fewer ROV trips to complete tie-ins.
### Compliant
API 6A, 17D, and 17R compliant
### Small Footprint
Small footprint minimizes real estate occupied on subsea trees or infrastructure
### Cost-Effective
Cost-effective, reliable, field-proven design
### Easy Installation
Easy-to-install, diverless installation
### Availiable Solutions
Turnkey jumper solutions available
### Availiable Tooling
Connector intervention ROV tooling available
 Play Video ### Horizontal Connector
Our ROV-operated flowline connectors enable a fast and reliable connection between pipelines and flowlines to new production fields or field expansions.
[ Horizontal Diverless Connection System ](https://oceaneering.canto.com/download/document/qi7tgobjbt08n4pvg1ja2h877v/original.pdf)  Play Video ### Vertical Connector
Tie in your flowlines and pipelines to subsea infrastructures with our cost-effective, reliable, and easy-to-install flowline connectors.
[ Vertical Flowline Connection System ](https://oceaneering.canto.com/download/document/ombsm6ok410ntc68ms33s2li7u/original.pdf)### See Our Case Studies
Explore how our services and technologies are solving customer challenges globally.
Previous Next [ ### Innovative Subsea Flowline Pressure Containing Clamp System Reduces Intervention Time and Cost
### Innovative Subsea Flowline Pressure Containing Clamp System Reduces Intervention Time and Cost
Unique, one-stop-shop hydrate remediation solution enables client to efficiently access and unblock flowline.
Learn More ](/innovative-subsea-flowline-pressure-containing-clamp-system-reduces-intervention-time-and-cost) [ ### Oceaneering Completes Water Injection Pipeline Repair at Field Offshore Angola
### Oceaneering Completes Water Injection Pipeline Repair at Field Offshore Angola
Successful repair enables customer to resume operations and enhance production. Learn More ](https://oceaneering.canto.com/download/document/r11bmat0054f7bk0oo48qno33v/original.pdf) [ ### Oceaneering Completes Installation of Pipeline Repair Clamps
### Oceaneering Completes Installation of Pipeline Repair Clamps
Project restores flow to 48 in pipelines off the coast of Singapore. Learn More ](https://oceaneering.canto.com/download/document/blhk1da4p12ef5dvlf8mff6j14/original.pdf) [ ### Oceaneering Delivers Subsea Pig Launcher Solution
### Oceaneering Delivers Subsea Pig Launcher Solution
A customer contracted Oceaneering to design, build, and qualify a deepwater, reusable subsea pig launcher and associated support hardware.
Learn More ](https://oceaneering.canto.com/download/document/f1ogrum4cd08ne1ovf49dugt34/original.pdf)  Webinar ### Boost Efficiency and Reliability with Field-Proven Subsea Connection Solutions
**Energy Product Webinar Series**
Oceaneering’s highly reliable M5 Connection System provides an easy-to-install solution, enabling injection of gas or chemicals into subsea infrastructure and serves as an access point for future intervention during the life of the field.
[ Watch On Demand ](https://oceaneering.com/webinars/boost-efficiency-and-reliability-with-field-proven-subsea-connection-solutions/)# Contact Us
## Our team of experts is ready to help you get started.
Oceaneering offers best-in-class products and solutions, backed by unparalleled quality, reliability, and global support. Fill out the inquiry form to start a conversation today.
**Categories:** Subsea Connection Systems
**Search Tags:** Subsea Connection System
---
### [Rotary Control Valves (RCV)](https://www.oceaneering.com/rotator-technologies/rotary-control-valves/)
**Published:** October 2, 2023
**Author:** Madelyn Werner
**Content:**
[ Discuss a Project ](https://oceaneering.com/rotator-technologies/#contact)# Rotary Control Valves (RCV)
Our high-pressure, zero-leak RCVs meet your toughest challenges from topside to subsea.
[ Rotary Control Valves ](https://oceaneering.canto.com/download/document/coakr817pl47tcvhd19dthg15n/original.pdf) Our range of topside and subsea RCVs are suitable for harsh environments and use with pressures up to 10,000 psi (690 bar). With high pressure capability and zero-leak performance, our portfolio is designed and manufactured to meet your requirements with a range of actuation and flow options.  Play Video ## Metal-to-Metal Seal Technology
The true advantage of our RCVs is the proven metal-to-metal seal principle that is also used in our [hydraulic directional control valve](https://oceaneering.com/rotator-technologies/hydraulic-directional-control-valves/) product line.
- Designed for use in most hydraulic circuits and compatible with majority of hydraulic fluids
- Negligible internal leakage when compared with conventional valves
- Material options for internal components
- High resistance to wear
- Service life of at least 30 years
## RCV Image Gallery
[  ](https://oceaneering.com/wp-content/uploads/2023/11/200526_RCV_Render_01-1.jpeg) [  ](https://oceaneering.com/wp-content/uploads/2023/11/200526_RCV_Render_02-1-1.jpeg) [  ](https://oceaneering.com/wp-content/uploads/2023/11/200526_RCV_Render_03_Optional-1.jpeg) [  ](https://oceaneering.com/wp-content/uploads/2023/11/200526_RCV_Render_03-1-1.jpeg) [  ](https://oceaneering.com/wp-content/uploads/2023/11/200522_RCV_Render_04-1-1.jpeg) Previous Next # Contact Us
## Our team of experts is ready to help you get started.
Oceaneering offers best-in-class products and solutions, backed by unparalleled quality, reliability, and global support. Fill out the inquiry form to start a conversation today.
**Categories:** Valves (Rotator Technologies)
**Search Tags:** Rotator, Rotator Technologies
---
### [Hydraulic Directional Control Valves (HCV)](https://www.oceaneering.com/rotator-technologies/hydraulic-directional-control-valves/)
**Published:** October 2, 2023
**Author:** Madelyn Werner
**Content:**
[ Discuss a Project ](https://oceaneering.com/rotator-technologies/#contact)# Hydraulic Directional Control Valve (HCV)
Our HCVs control critical functions in 40 percent of the world’s subsea wells.
HCVs control critical subsea Xmas tree (XMT) and well access tooling functions within subsea manifolds and control systems.  Play Video ## Delivering Reliable Solutions
Our HCVs are suitable for use in harsh subsea environments and are designed to meet pressure requirements up to 20,000 psi (1380 bar) and working depths of 13,120 ft (4000 m). Our metal-to-metal design improves performance, reliability, and robustness.
- High pressure ratings
- Robust and contamination-tolerant design
- Main stage operated via electro-hydraulic pilot or direct hydraulics
- Solenoid or direct hydraulic operated
- Certified for use in safety integrity level (SIL) systems
- Extensive product line for multiple subsea applications
## HCVs for Any Application
No matter what your requirements, there’s an HCV to fit your project. Our product portfolio offers 900 HCV types. Our most common series types include: ##### HCV 15 Series
- Our most popular HCV
- Up to 20,000 psi (1380 bar) and depths of 13,120 ft (4000 m)
##### HCV 16 Series
- For critical high-flow applications
- Up to 5,000 psi (345 bar) and depths of 13,120 ft (4000 m)
##### HCV 18 Series
- Compact design with option for pressure transmitter
- Up to 20,000 psi (1380 bar) and depths of 13,120 ft (4000 m)
##### HCV Shuttle Valve
- Automatically selects between two hydraulic supply lines
- Up to 10,000 psi (690 bar) and depths of 13,120 ft (4000 m)
##### HCV Change Over Valve
- Allows the user to select between two hydraulic supply lines
- Up to 20,000 psi (1380 bar) and depths of 13,120 ft (4000 m)
##### Topside High-Pressure Valve
- A full range of topside valves
## MiniPod Subsea Control Unit
Add additional control lines to your system The MiniPod subsea control unit combines premium hydraulic control valves with the interface of the most common subsea electrical connectors.
- Pressure-compensated, silicone-filled enclosures for depths up to 9,850 ft (3000 m)
- Fixed or retrievable solutions
- Housing for electrical connectors and HCVs
### Brochures
[ Hydraulic Directional Control Valve (Series 15 – HCV 151.11.50.00-3.2) ](https://oceaneering.canto.com/download/document/h2tf4p2ajd60teqobg5ls0f95j/original.pdf) [ Hydraulic Directional Control Valve (Series 15 – HCV 151.11.51.00-3.2) ](https://oceaneering.canto.com/download/document/a0a6l0tfv92kramj18i7i4b573/original.pdf) [ MiniPod Subsea Control Unit ](https://oceaneering.canto.com/download/document/sa876fdojp1ibb2lmn8daccg7t/original.pdf)# Contact Us
## Our team of experts is ready to help you get started.
Oceaneering offers best-in-class products and solutions, backed by unparalleled quality, reliability, and global support. Fill out the inquiry form to start a conversation today.
**Categories:** Valves (Rotator Technologies)
**Search Tags:** Rotator, Rotator Technologies
---
### [Topside Chemical Throttle Valves (T-CTV)](https://www.oceaneering.com/rotator-technologies/topside-chemical-throttle-valves/)
**Published:** October 2, 2023
**Author:** Madelyn Werner
**Content:**
[ Discuss a Project ](https://oceaneering.com/rotator-technologies/#contact)# Topside Chemical Throttle Valve (T-CTV)
Our T-CTV is a fully-automated, filter-free chemical dosing package that combines continuous and accurate flow measurement in a modular, plug-and-play design.
[ Topside Chemical Throttle Valve (T-CTV) ](https://oceaneering.canto.com/download/document/q724qeep9105l989bvem5t0a5g/original.pdf) The T-CTV delivers precisely metered flow independent of fluid type, viscosity, and system pressure. The valve’s Coriolis flow measurement technology ensures superior, continuous, and best-in-class chemical dosing accuracy. ### Best-in-Class Accuracy
+/- 0.2% of reading
### Contamination Tolerant
Filter-free-design
### Remote Connectivity Capability
Future-proof
### Easy System Integration
Plug-and-play
 Play Video ## Versatile and Robust Design
We deliver the industry’s most versatile, accurate, and robust T-CTV. Its modular plug-and-play design ensures it is easily integrated into both new and existing systems.  Variable Restrictor ###### **Variable Restrictor**
Valve Body ###### **Valve Body**
Ex d Controller Housing ###### **Ex d Controller Housing**
Ex e Junction Box ###### **Ex e Junction Box**
Coriolis Flow Meter Module ###### **Coriolis Flow Meter Module**
## Self-Cleaning, Filter-Free Design
Our T-CTV is the industry’s only design that integrates a combined full-flush position with an integrated mechanical scraper. This feature ensures superior contamination tolerance and delivers unmatched, accurate, long-term performance without the need for filters. ## Accelerate Your Digital Transition
Our future-proof T-CTV is designed to accelerate your digital transition. The T-CTV is ideal for unmanned and remotely-operated applications across industries and can be configured with optional Wi-Fi capabilities. ### Oil and Gas
### Chemical Processing
### Waste Water Treatment
### Medical and Pharmaceutical
## T-CTV Image Gallery
[  ](https://oceaneering.com/wp-content/uploads/2023/11/201230_T-CTV_01-1-1.png) [  ](https://oceaneering.com/wp-content/uploads/2023/11/Back-View-Tiny.jpeg) [  ](https://oceaneering.com/wp-content/uploads/2023/11/Rotator-Display-Layout-2.jpeg) [  ](https://oceaneering.com/wp-content/uploads/2023/11/Front-View-Tiny.jpeg) [  ](https://oceaneering.com/wp-content/uploads/2023/11/201230_T-CTV_05-1.jpeg) [  ](https://oceaneering.com/wp-content/uploads/2023/11/201230_T-CTV_03-1.jpeg) [  ](https://oceaneering.com/wp-content/uploads/2023/11/201230_T-CTV_06-1.jpeg) [  ](https://oceaneering.com/wp-content/uploads/2023/11/201230_T-CTV_04-1.jpeg) [  ](https://oceaneering.com/wp-content/uploads/2023/11/Shot_13_Transparent_BG-Tiny.png) [  ](https://oceaneering.com/wp-content/uploads/2023/11/201117_Shot_10_Transparent_BG_V2.jpeg) Previous Next ## On Demand Webinar
Check out our webinar about the Rotator® Topside Chemical Throttle Valve. [ Watch On Demand ](https://oceaneering.com/webinars/accelerate-your-digital-transition-with-the-rotator-topside-chemical-throttle-valve/) # Contact Us
## Our team of experts is ready to help you get started.
Oceaneering offers best-in-class products and solutions, backed by unparalleled quality, reliability, and global support. Fill out the inquiry form to start a conversation today.
**Categories:** Valves (Rotator Technologies)
**Search Tags:** Rotator Technologies, Subsea Valves
---
### [Chemical Throttle Valves (CTV)](https://www.oceaneering.com/rotator-technologies/chemical-throttle-valves/)
**Published:** October 2, 2023
**Author:** Madelyn Werner
**Content:**
[ Discuss a Project ](https://oceaneering.com/rotator-technologies/#contact)# Chemical Throttle Valve (CTV)
Our CTVs are installed on subsea trees and manifolds to provide continuous, accurate subsea injection of chemicals into your production systems.
CTVs effectively eliminate the need for topside injection and dedicated umbilical lines, enabling the design and deployment of simplified and more efficient umbilicals. We deliver a full product line that is both remotely operated and ROV-retrievable to meet all subsea chemical injection requirements. We have provided the market with a superior, self-cleaning and clog-resistant design since 1995. ### Smallest and Lightest
### Contamination Tolerant
### Horizontal & Vertical Installation
### 30-Year Design Life
## CTV Video Gallery
[  Play Video ](https://oceaneering.canto.com/direct/video/a744jt74a93rd40j7k7oef3u63/LXVO-saQtQMnCDYUxNwbGqBTp-Q/original?content-type=video%2Fmp4&name=CTV-Ultra+Flow.mp4) [  Play Video ](https://oceaneering.canto.com/direct/video/sfcsn82o394fj1llr2057o4c29/Jb512SduPckfCGJfaDEQHcvTiIU/original?content-type=video%2Fmp4&name=CTV-LF_720p.mp4) [  Play Video ](https://oceaneering.canto.com/direct/video/tnvb17r2j96pf171c3bd34pm2b/iKr8GmZ_-1BizCMsTEQTTwGfgLc/original?content-type=video%2Fmp4&name=CTV-Torque_Tool_TorKey.mp4) Previous Next ## Orientation Independent Design
Suitable for Horizontal and Vertical Installations CTV-LF-15K
RCH-LF-15K
Receptacle with CTV-LF-15K Installed
RCH-LF-15K (front view)
RCH-LF-15K (rear view)
Receptacle with CTV-LF-15K Installed (front view)
## Engineered for Harsh Environments
Our CTVs are engineered for use in harsh subsea environments. They are designed to meet pressure requirements up to 15,000 psi (1035 bar) and working depths of up to 13,123 ft (4000 m).  Weldless D-Handle ###### **Weldless D-Handle**
Electronic Controller ###### **Electronic Controller**
Flow Trim ###### **Flow Trim**
Electrical Connector ###### **Electrical Connector**
Hydraulic Couplers ###### **Hydraulic Couplers**
Drivetrain ###### **Drivetrain**
Compensator Hose ###### **Compensator Hose**
Pressure Sensors ###### **Pressure Sensor**
Locking Mechanism ###### **Locking Mechanism**
## Self-Cleaning, Filter-Free Design
Our CTV is the industry’s only design that combines a full-flush position with an integrated mechanical scraper. This feature ensures superior contamination tolerance and delivers unmatched, accurate, long-term performance without the need for subsea filters.  ## Products and Flow Ranges
### CTV Low-Flow (CTV-LF-15K)
Flow range: 0.038 to 2,282 gal/day (0.001 to 6 l/min). Available in variants optimized for specific parts of flow range.
### CTV Medium-Flow (CTV-MF-15K)
Flow range: 190 to 6,847 gal/day (0.5 to 18 l/min)
### CTV High-Flow (CTV-HF)
Flow range: 760 to 76,081 gal/day (2 to 200 l/min)
### CTV Ultra-Flow (CTV-UF-10K)
Flow range: 760 to 380,407 gal/day (2 to 1000+ l/min)
### CTV Simulator
Compatible with entire product line
Flow ranges are dependent on viscosity and differential pressure.
### Brochures
[ Chemical Injection Throttle Valve (CTV) ](https://oceaneering.canto.com/download/document/jd05u167nd2dla4vljhh9rqc02/original.pdf) [ Chemical Throttle Valve (CTV-LF-15K) ](https://oceaneering.canto.com/download/document/5dclkvcfg161f3iub7nvcdrj72/original.pdf) [ Chemical Throttle Valve (CTV-MF-15K) ](https://oceaneering.canto.com/download/document/ncppk1csmp6d1fmcvpg9md0s04/original.pdf) [ TorKey CTV Torque Tool ](https://oceaneering.canto.com/download/document/n84pcps4ht5u50mt1d6tbmcn5b/original.pdf) [ Simulator for Chemical Injection Throttle Valves ](https://oceaneering.canto.com/download/document/pn431n5lqd12b1ukspua181b0i/original.pdf)# Contact Us
## Our team of experts is ready to help you get started.
Oceaneering offers best-in-class products and solutions, backed by unparalleled quality, reliability, and global support. Fill out the inquiry form to start a conversation today.
**Categories:** Valves (Rotator Technologies)
**Search Tags:** Rotator, Rotator Technologies
---
### [Pipeline Repair Connections (PCRS)](https://www.oceaneering.com/pipeline-repair-systems/)
**Published:** October 17, 2023
**Author:** Kristen Thurman
**Content:**
[ Discuss a Project ](/pipeline-repair/#contact)# Pipeline Repair Connections (PCRS)
Our portfolio of pipeline repair connections meets your requirements for planned and unplanned pipeline intervention. ## Complete solutions for compromised pipelines
We provide the engineering and hardware required to address issues from minor defects to catastrophic failures that result in adverse effects, both environmentally and economically.
Our integrated, turnkey coating removal, pipeline preparation, inspection, and repair solutions provide optimal results.
- Deliver cost efficiency
- Streamline activities
- Maximize uptime
- Ensure safe and timely flow assurance
## Smart Flange Plus Connectors
Our field-proven connectors attach to and seal against the pipeline or riser to enable the safe completion of permanent subsea repairs, providing a robust, structural connection point subsea. These connectors are capable of withstanding full pipeline axial, bending, and torsional loads while maintaining full line pressure integrity.
- Used to complete thousands of repairs in shallow-water to ultra-deepwater applications
- Eliminates the need for hyperbaric welding
- ROV-operated hydraulic smart flange (HSF) connectors support diverless applications
[ Smart Flange Plus Connector (Diver-Installed) ](https://oceaneering.canto.com/download/document/vbo1iu2f0l51l9iftrpq9irm47/original.pdf) [ Hydraulic Smart Flange (Diverless) ](https://oceaneering.canto.com/download/document/324u6q3qrt7n7dnkboou8sgi6s/original.pdf)## Hydraulic Double Grip and Seal Connector
The hydraulic double grip and seal connector builds on the success of our field-proven technologies and delivers a solution for deepwater connections between existing subsea pipelines. This connector’s design includes the internal components of two sets of our hydraulic smart flange connectors.
- Suitable for deepwater applications
- Provides a robust, structural connection
[ Hydraulic Double Grip and Seal Connector ](https://oceaneering.canto.com/download/document/7hirf70vvp7at7cfactdc7mf2r/original.pdf) ## Smart Clamp
Our smart clamp helps you avoid costly shutdowns and expensive hyperbaric welding by repairing damaged or leaking pipelines with our diver-installable and diverless permanent repair clamp. The smart clamp design, available in structural and non-structural versions, provides a permanent, high-quality seal, reinforcement, and pressure containment within the encapsulated area for the duration of the design life of the pipeline.
[ Smart Clamp (Diver-Installed) ](https://oceaneering.canto.com/download/document/7via1227mt2lf7uqef7gcib31f/original.pdf) [ Smart Clamp (Diverless) ](https://oceaneering.canto.com/download/document/7ocrfr3jdt4d71adr261n8793q/original.pdf)## Smart Tap Fitting and Hot Tapping Services
Our smart tap fitting enables efficient operations with a flanged branch for hot tapping an existing pipeline and tying in a new, lateral pipeline.
- Enables tie-in to existing an pipeline without a pipeline shutdown or hyperbaric welding
- Permanent, high-quality seal suitable for design life of pipeline
[ Smart Tap ](https://oceaneering.canto.com/download/document/2flhlaqpbh6pdc4hi9mtgk2s63/original.pdf)  Play Video ## B-CON Misalignment Ball Connector
The B-CON misalignment ball connector is designed to increase installation efficiency when working with piping and pipeline systems where misalignment of connecting pipe ends is a challenge. The B-CON connector has performance characteristics and versatility that exceed those of welded pipe or conventional flanges. While primarily intended for subsea piping operations, the B-CON connector is a valuable piece of equipment in any application-topside or subsea-where misalignment is a concern.
- Significantly reduces subsea pipeline connection installation time
- Provides a leak-tight metal seal
- Suitable for topside and subsea installation
[ B-CON ](https://oceaneering.canto.com/download/document/8q687f988d4sb8rmk4ifs64v5n/original.pdf)## Additional Pipeline Repair Solutions
[  ](https://oceaneering.canto.com/download/document/cdqdpeb9vp1jn1kd5i0d6njk5b/original.pdf)### [ Piggable Wye ](https://oceaneering.canto.com/download/document/cdqdpeb9vp1jn1kd5i0d6njk5b/original.pdf "Piggable Wye")
Provides solutions for pipeline pigging
- Available in symmetrical and asymmetrical forged or cast designs
- Pigs can be deployed from either inlet branch toward a single outlet
- Industry-accepted intersection supports most common pipeline pigs
[ Piggable Wye Fitting ](https://oceaneering.canto.com/download/document/cdqdpeb9vp1jn1kd5i0d6njk5b/original.pdf) [  ](https://oceaneering.canto.com/download/document/ujflmdjem14k575btqj387ff7l/original.pdf)### [ Pressure-Balanced Breakaway Joint ](https://oceaneering.canto.com/download/document/ujflmdjem14k575btqj387ff7l/original.pdf "Pressure-Balanced Breakaway Joint")
Enabling planned and safe mechanical separation
- Intentional separation protects pipelines from overloading
- Prevents damage to such structures as platforms, risers, offshore tankers, and pipeline tie-ins
- Provides a controlled release in unplanned situations
[ Pressure-Balanced Breakaway Joint ](https://oceaneering.canto.com/download/document/ujflmdjem14k575btqj387ff7l/original.pdf) [  ](https://oceaneering.canto.com/download/document/1r6182pak55cr7n75pcro3653b/original.pdf)### [ Smart Vent Safety System ](https://oceaneering.canto.com/download/document/1r6182pak55cr7n75pcro3653b/original.pdf "Smart Vent Safety System")
Providing a cost-efficient solution to maximize the safety and efficiency of riser repairs
- Field-proven solution
- Vents hazardous vapors away from the workstation
- Does not require flooding or purging the riser
[ Smart Vent Safety System ](https://oceaneering.canto.com/download/document/1r6182pak55cr7n75pcro3653b/original.pdf) [  ](https://oceaneering.canto.com/download/document/mm2ktpj5ht7llb69ii8cebom5c/original.pdf)### [ Swivel-Ring Flange ](https://oceaneering.canto.com/download/document/mm2ktpj5ht7llb69ii8cebom5c/original.pdf "Swivel-Ring Flange")
Designed to enable easy alignment of bolt holes during flange makeup
- Supports free rotation around the inner weld-neck hub to enable accurate positioning of bolt holes
- Suitable for use with common flanges including those defined by ASME B16.5, MSS SP-44, and API 6A
[ Swivel Ring Flange ](https://oceaneering.canto.com/download/document/mm2ktpj5ht7llb69ii8cebom5c/original.pdf)# Contact Us
## Our team of experts is ready to help you get started.
Oceaneering offers best-in-class products and solutions, backed by unparalleled quality, reliability, and global support. Fill out the inquiry form to start a conversation today.
**Categories:** Pipeline Repair
**Search Tags:** PCRS, pipeline
---
### [Maintenance Engineering](https://www.oceaneering.com/maintenance-and-reliability/maintenance-engineering/)
**Published:** May 16, 2024
**Author:** Monica Dahl
**Content:**
[ Contact Us ](https://www.oceaneering.com/maintenance-and-reliability/#contact) Maintenance and Reliability Solutions # Maintenance Engineering
We develop, review, and validate your asset management program to achieve maintenance excellence, ensuring safety and compliance while maximizing uptime.
## Building Maintenance Excellence
Transform your asset management data with our flexible and comprehensive maintenance engineering services.
### Asset Register Development
Asset register and technical hierarchy development services provide the structured data backbone for the asset management program held within your Computerized Maintenance Management System (CMMS).
### Criticality Assessment
Asset criticality assessments consistently and efficiently establish the relative importance of your assets to enable a risk-based and cost-effective application of resources.
### Maintenance Management
Bespoke maintenance strategies are designed to deliver optimal asset uptime – whether it’s preventative, condition-based, or predictive maintenance that is required.
### Spare Parts Analysis
Spare part availability is vital to operational continuity. Ensure cost-effective and seamless operations by establishing spares strategies, assessing critical spares, generating Bill of Materials (BOM), and setting stock levels.
### CMMS Services
Ever evolving asset portfolios can place your organization at risk if your asset management program doesn’t keep pace. Management of Change (MOC) services address this challenge through the management and implementation of data updates within your CMMS, keeping your operations aligned and efficient.
### Field Proven. Industry Leading.
Read our case studies detailing successful Maintenance and Reliability projects.
[ Read Relevant Case Studies ](https://www.oceaneering.com/resources/?_content_types=case-study&_resource_categories=maintenance-and-reliability) Previous Next [ ### Private: Using Process Data to Evaluate Pump Operating Performance
### Private: Using Process Data to Evaluate Pump Operating Performance
Overview Pumps play a vital role in many industries worldwide. But inefficient pump operation can lead to costly…
Learn More ](https://www.oceaneering.com/case-studies/using-process-data-to-evaluate-pump-operating-performance/) [ ### Supporting Client with Long-Term FPSO Maintenance Plan
### Supporting Client with Long-Term FPSO Maintenance Plan
The Challenge A client needed a thorough maintenance management system for its floating production storage and offloading (FPSO)…
Learn More ](https://www.oceaneering.com/case-studies/supporting-client-with-long-term-fpso-maintenance-plan/) [ ### Embedded Engineers Improve Operational Reliability for Global Operator
### Embedded Engineers Improve Operational Reliability for Global Operator
Overview A global operator sought to underpin the operational reliability, uptime, and maintenance efficiency of their new-build development…
Learn More ](https://www.oceaneering.com/case-studies/embedded-engineers-improve-operational-reliability-for-global-operator/) [ ### Maintenance Build for FPSO and Offloading Terminal Maximizes Uptime with Optimized Approach
### Maintenance Build for FPSO and Offloading Terminal Maximizes Uptime with Optimized Approach
Overview In December 2023, Oceaneering’s Maintenance and Reliability Solutions team completed a three-year maintenance build scope for two…
Learn More ](https://www.oceaneering.com/case-studies/maintenance-build-for-fpso-and-offloading-terminal-maximizes-uptime-with-optimized-approach/) [ ### Private: Enhancing Pump System Reliability
### Private: Enhancing Pump System Reliability
Overview In 2023, engineers from Oceaneering’s Maintenance and Reliability Solutions team were tasked with establishing why the variable…
Learn More ](https://www.oceaneering.com/case-studies/enhancing-pump-system-reliability/) [ ### Private: Updating Maintenance Plans for UK Regulatory Compliance
### Private: Updating Maintenance Plans for UK Regulatory Compliance
Overview An oil and gas operator recently expanded its operations into the UK North Sea for the first…
Learn More ](https://www.oceaneering.com/case-studies/updating-maintenance-plans-for-uk-regulatory-compliance/) [ ### Development of Maintenance Program for the World’s Largest Offshore Wind Farm
### Development of Maintenance Program for the World’s Largest Offshore Wind Farm
Overview Oceaneering was contracted to complete the comprehensive maintenance scope for the Dogger Bank A offshore wind development…
Learn More ](https://www.oceaneering.com/case-studies/development-of-maintenance-program-for-the-worlds-largest-offshore-wind-farm/) [ ### Comprehensive Hierarchy Build Enables Optimized Maintenance Build Scope
### Comprehensive Hierarchy Build Enables Optimized Maintenance Build Scope
Learn More ](https://www.oceaneering.com/case-studies/comprehensive-hierarchy-build-enables-optimized-maintenance-build-scope/) [ ### Delivery of Maintenance and Inspection Strategies for Three FSRU Conversion Projects
### Delivery of Maintenance and Inspection Strategies for Three FSRU Conversion Projects
Learn More ](https://www.oceaneering.com/case-studies/delivery-of-maintenance-and-inspection-strategies-for-three-fsru-conversion-projects/) [ ### Using Bills of Materials (BOMs) to Improve Brownfield Facilities’ Inventory Levels
### Using Bills of Materials (BOMs) to Improve Brownfield Facilities’ Inventory Levels
Learn More ](https://www.oceaneering.com/case-studies/using-bills-of-materials-boms-to-improve-brownfield-facilities-inventory-levels/)# Contact Us
## Our team of experts is ready to help you get started.
Oceaneering offers best-in-class products and solutions, backed by unparalleled quality, reliability, and global support. Fill out the inquiry form to start a conversation today.
**Categories:** Maintenance and Reliability
---
### [Nuclear Power Solutions](https://www.oceaneering.com/renewable-energy-solutions/nuclear-power-solutions/)
**Published:** June 10, 2024
**Author:** Monica Dahl
**Content:**
[ Discuss a Project ](https://oceaneering.com/renewable-energy-solutions/#contact) Renewable Energy Solutions # Nuclear Power Solutions
Delivering the uncompromised data quality and robust connection products your facilities demand.
## Innovation for Reliable, Low-Carbon Nuclear Energy
Nuclear power provides a reliable and large-scale low-carbon energy source, diversifying the grid and helping meet growing electricity demands to ensure a greener, cleaner, more sustainable future. Our products and services support global nuclear power facilities and continue to evolve to meet your demands, including solutions for emerging technologies such as Generation IV and small modular reactors (SMRs).
### Leverage unmatched expertise in hazardous environments
### Meet or exceed stringent safety and compliance criteria
### Benefit from integrated solutions and global support
## Asset Integrity and Inspection Services
Leveraging the industry’s most experienced personnel and advanced technologies, our teams deliver unparalleled and uncompromised data quality and industry insight across disciplines. Our multi-certified inspection personnel and engineering teams complete bespoke, nuclear-focused training and develop and execute inspection programs for nuclear power station components including:
- Reactor liner plates
- Turbine blades and components
- Nuclear island balance pipework
- Waste disposal boxes
## Comprehensive, Full Lifecycle Support
With more than 30 years’ experience in the nuclear power industry, we cover your full project lifecycle, from new build facilities and ongoing maintenance to auditing third-party providers and delivering decommissioning support.
### New Build
---
Crucial to ensure safety, reliability, and regulatory compliance, our services prevent costly failures and ensure long-term operational efficiency.
Learn More ### New Build
---
- Inspection planning
- On-site and off-site operations
- Radiography
- Conventional and advanced non-destructive testing (NDT)
### Maintenance
---
We deliver vital maintenance programs that support continuous safe operation, prevent unexpected shutdowns, and extend the lifespan of critical infrastructure. Learn More ### Maintenance
---
- Managed audits
- Compliance and condition monitoring
- Multi-qualified PCN/ASNT Level 3 Engineers
- Phased array
- Eddy current tube inspection
- Hydroform
- Conventional and advanced NDT methods
### Decommissioning
---
Our teams deliver asset integrity support essential for the safe dismantling and decommissioning of nuclear facilities, minimizing environmental impact, and ensuring compliance with stringent regulatory standards.
Learn More ### Decommissioning
---
- On-site and off-site operations
- Radiography
- Ultrasonic methods
## Grayloc® Products for Critical Applications
We deliver field-proven and industry-leading pressure-containing connectors for use in your most extreme environments. Leak-free performance, high pressure and temperature tolerance, and safety- and commercial-grade designs ensure ease of integration into your reactor and cooling systems, including water, steam, gases, molten salt, and supercritical fluid applications.
### Clamp Connectors
Clamped pipe connection featuring our reusable zero-leakage metal-to-metal seal. [ View Product ](https://oceaneering.com/grayloc-home/grayloc-clamp-connectors/) ### Non-Slam Nozzle Check Valves
No maintenance, low-pressure-loss check valves featuring a one-piece zero leakage valve body and a metal-to-metal seal. [ View Product ](https://oceaneering.com/grayloc-home/grayloc-non-slam-nozzle-check-valves/) ### Universal Ball Joints
Accommodate misalignments and thermal expansion, ensuring smooth operation in complex piping systems [ View Product ](https://oceaneering.com/grayloc-home/grayloc-universal-ball-joints/) ### Compact Flanges
Compact and lightweight flange featuring our reusable zero-leakage metal-to-metal seal. [ View Product ](https://oceaneering.com/grayloc-home/grayloc-compact-flanges/) ### Remotely Operated Connectors
A quick opening clamp connector with remote capability actuated by a single drive screw. [ View Product ](https://oceaneering.com/grayloc-home/grayloc-remotely-operated-connectors/) ### Closure Systems
Clamp connector closures featuring hinged blinds and clamp support systems to improve ease of use. [ View Product ](https://oceaneering.com/grayloc-home/grayloc-closure-systems/)### Field Proven. Industry Leading.
Read more about how our products and services have supported nuclear projects.
[ See All Case Studies ](https://oceaneering.com/resources/?_content_types=case-study) Previous Next [ ### Multi Qualified Level 3 Engineers Complete Managed Audit Program for UK Nuclear Power Plants
### Multi Qualified Level 3 Engineers Complete Managed Audit Program for UK Nuclear Power Plants
Overview Oceaneering recently completed its sixth year delivering managed audit support at UK nuclear power plants as part…
Learn More ](https://www.oceaneering.com/case-studies/multi-qualified-level-3-engineers-complete-managed-audit-program-for-uk-nuclear-power-plants/) [ ### Nuclear-Focused Inspection Team Supports Newbuild Power Plant In The UK
### Nuclear-Focused Inspection Team Supports Newbuild Power Plant In The UK
Overview Oceaneering recently completed the fourth year of a long-term contract to provide inspection services at a nuclear…
Learn More ](https://www.oceaneering.com/case-studies/nuclear-focused-inspection-team-supports-newbuild-power-plant-in-the-uk/) [ ### Successful NDT Enables Decommissioning of Nuclear Power Facilities in UK
### Successful NDT Enables Decommissioning of Nuclear Power Facilities in UK
Overview In February 2023, Oceaneering completed a two-and-a-half-year project providing non-destructive testing (NDT) services to support the safe…
Learn More ](https://www.oceaneering.com/case-studies/successful-ndt-enables-decommissioning-of-nuclear-power-facilities-in-uk/)# Contact Us
## Our team of experts is ready to help you get started.
Oceaneering offers best-in-class products and solutions, backed by unparalleled quality, reliability, and global support. Fill out the inquiry form to start a conversation today.
**Categories:** Renewables
**Search Tags:** Renewable Energy
---
### [Privacy Policy](https://www.oceaneering.com/privacy-policy/)
**Published:** March 3, 2023
**Author:** Andrew Dodson
**Content:**
# Website Privacy and Cookies Policy
Effective: 25 May 2018
### INTRODUCTION
This Website Privacy and Cookies Policy (“Privacy Policy”) describes how Oceaneering International (Oceaneering International and the affiliates listed here) (“Oceaneering”) collects, uses, shares, and otherwise processes individually identifiable data about visitors to this Site (defined below) as well as contact persons of our corporate customers, vendors, and suppliers (“Personal Data”). This Privacy Policy applies to Personal Data that we collect through our websites (“Site”), as well as through trade shows, seminars, conferences, and other offline means.
### COLLECTION OF PERSONAL DATA
As a business-to-business (“B2B”) organization, we collect name, contact details, and other Personal Data related to our commercial relationships. We collect the following categories of Personal Data:
- **Basic Data:** Name, title, company, region, job responsibilities, phone number, mailing address, email address, contact details, age and/or date of birth if requested, and any other personal data that you submit to us during the course of correspondence with us.
- **Registration Data:** Newsletter and/or other alert requests, subscriptions, downloads, and
registration to seminars, courses, or conferences.
- **Marketing Data:** Data about individual participation in trade shows, seminars, and conferences, credentials, associations, product interests, query information, and preferences.
- **Job Applicant Data:** Data provided by job applicants or others on our Site or offline means in
connection with employment opportunities. Additional notice will be provided via separate
privacy statement(s) where applicable.
- **Device Data:** Computer Internet Protocol (IP) address, unique device identifier (UDID), cookies and other data linked to a device, and data about usage of our Site (Usage Data). Note, however, we do not consider Device Data to be Personal Data except where we can link it to you as an individual or where applicable law provides otherwise.
### USE OF PERSONAL DATA
We use the above categories of Personal Data for the following purposes:
| PURPOSE OF USE | CATEGORIES OF PERSONAL DATA |
|---|---|
| Perform transactions and respond to your inquiries | Basic Data, Registration Data, and Device Data |
| Manage your accounts and maintain our business operations | Basic Data, Registration Data, and Device Data |
| Make our Site more intuitive and easy to use | Device Data |
| Protect the security and effective functioning of our Site and information technology systems | Basic Data, Registration Data, and Device Data |
| Provide relevant marketing | Basic Data, Registration Data, Device Data, and Marketing Data |
| Address our compliance and legal obligations and exercise our legal rights | Basic Data, Registration Data, and Device Data |
| Consider individuals for employment and contractor opportunities and manage on-boarding procedures | Job Applicant Data |
### SHARING OF PERSONAL DATA
We may share Personal Data with the following categories of recipients:
- **Affiliates:** We share Personal Data within the Oceaneering group of affiliated companies as necessary for the purposes identified above. As noted above, the list of affiliates within the Oceaneering group is provided here.
- **Suppliers and service providers:** We share Personal Data with suppliers and service providers to enable such parties to perform functions on our behalf and under our instructions in order to carry out the purposes identified above. We require such parties by contract to provide reasonable security for Personal Data and to use and process such Personal Data only on our behalf.
- **Auditors, and advisors:** We share Personal Data with auditors for the performance of audit functions, and with advisors for the provision of legal and other advice.
Business reorganization: We share Personal Data with any corporate purchaser or prospect to the extent permitted by law as part of any merger, acquisition, sale of company assets, or transition of service to another provider, as well as in the event of insolvency, bankruptcy, or receivership in which Personal Data would be transferred as an asset of Oceaneering.
- **Mandatory disclosures and legal rights:** We share Personal Data in order to comply with any
subpoena, court order or other legal process, or other governmental request. We also share Personal Data to establish or protect our legal rights, property, or safety, or the rights, property, or safety of others, or to defend against legal claims.
If you have questions about the parties with which we share Personal Data, please contact us as specified below.
### MARKETING CHOICES
You have control regarding our use of your Personal Data for directing marketing. If you no longer wish to receive any marketing communications, remain on a mailing list to which you previously subscribed, or receive any other marketing communication, you can choose to not receive such communications at any time. Please follow the unsubscribe link in the relevant communication or contact us as detailed
below. #### COOKIES
We use and allow certain third parties to use cookies, web beacons, and similar tracking technologies (collectively, “cookies”) on our Site.
*What are cookies?* Cookies are small amounts of data that are stored on your browser, device, or the page you are viewing. Some cookies are deleted once you close your browser, while other cookies are retained even after you close your browser so that you can be recognized when you return to a website. More information about cookies and how they work is available at [www.allaboutcookies.org](http://www.allaboutcookies.org). *How do we use cookies?*
We use cookies to provide the Site and services, gather information about your usage patterns when you navigate this Site in order to enhance your personalized experience, and to understand usage patterns to improve our Site, products, and services. We also allow certain third parties to place cookies on our Site in order to collect information about your online activities on our Site over time and across different websites that you visit. This information is used to provide advertising tailored to your interests on websites you visit, also known as interest based advertising, and to analyze the effectiveness of such advertising. Cookies on our Site are generally divided into the following categories:
| STRICTLY NECESSARY | ANALYTICAL/PERFORMANCE | TARGETING |
|---|---|---|
| These are required for the operation of our Site. These cookies are session cookies that are erased when you close your browser. | These allow us to recognize and count the number of users of our Site and understand how such users navigate through our Site. This helps to improve how our Site works, for example, by ensuring that users can find what they are looking for easily. These cookies are session cookies which are erased when you close your browser. We use Google Analytics, and you can see below for how to control the use of cookies by Google Analytics. | These record your visit to our Site and the pages you have visited. You can delete these cookies via your browser settings. See below for further details on how you can control third party targeting cookies. |
*What are your options if you do not want cookies on your device?* You can review your Internet browser settings, typically under the sections “Help” or “Internet Options,” to exercise choices you have for certain cookies. If you disable or delete certain cookies in your Internet browser settings, you might not be able to access or use important functions or features of this Site, and you may be required to re-enter your log-in details. To learn more about the use of cookies for Google analytics and to exercise choice regarding such cookies, please visit <https://tools.google.com/dlpage/gaoptout>.
To learn more about certain cookies used for interest based advertising by third parties, including through cross-device tracking, and to exercise certain choices regarding such cookies, please visit the Digital Advertising Alliance, Network Advertising Initiative, Digital Advertising Alliance- Canada, European Interactive Digital Advertising Alliance or your or your device settings if you have the DAA or other mobile application.
## DATA SUBJECT RIGHTS
Where required by applicable law, you have the right to obtain confirmation that we maintain certain Personal Data relating to you, to verify its content, origin, and accuracy, as well as the right to access, review, port, delete, block or withdraw consent to the processing of certain Personal Data (without affecting the lawfulness of processing based on consent before its withdrawal), by contacting us as detailed below. In particular, you have the right to object to our use of your Personal Data for direct marketing, and in certain other situations at any time. Contact us below for more details. Please note that we need to retain certain Personal Data as required or permitted by applicable law.
## DATA SECURITY
We maintain reasonable technical and organizational measures to protect Personal Data from loss, misuse, alteration, or unintentional destruction. However, no security measure can guarantee against compromise. You also have an important role in protecting your Personal Data. You should not share your username and password with anyone, and you should not re-use passwords across more than one website. If you have any reason to believe that your username or password has been compromised, please contact us as detailed below.
## CROSS-BORDER DATA TRANSFERS
We transfer Personal Data to various jurisdictions as necessary for the purposes described above, including to jurisdictions that may not provide the same level of data protection as your home country. We provide appropriate protections for cross-border transfers as required by applicable law for international data transfers. With respect to transfers originating from the European Economic Area (“EEA”), we implement standard contractual clauses approved by the European Commission, and other appropriate solutions to address cross-border transfers as required by applicable law. Where required by such laws, you may request a copy of the suitable mechanisms we have in place by contacting us as detailed below.
## OTHER ISSUES
*What is the legal basis of processing?*
Some jurisdictions require an explanation of the legal basis for collecting and processing Personal Data. We have several different legal grounds on which we collect and process Personal Data, including:
1. as necessary to perform a transaction (such as when we respond to your requests);
2. as necessary to comply with a legal obligation (such as when we use Personal Data for recordkeeping to
substantiate tax liability);
3. consent (where you have provided consent as appropriate under applicable law, such as for direct
marketing or certain cookies); and
4. necessary for legitimate interests (such as when we act to maintain our business generally, including
maintaining the safety and security of the Site).
With respect to legitimate interests, given that we are a B2B company, we typically collect and process limited Personal Data about customer contacts and other individuals acting in their business capacities, as part of our overall effort to reduce the privacy impact on individuals.
*What are the consequences of not providing Personal Data?*
You are not required to provide all Personal Data identified in this Privacy Policy to use our Site or to interact with us offline, but certain functionality will not be available if you do not provide certain Personal Data. If you do not provide certain Personal Data, we may not be able to respond to your requests, perform a transaction with you, or provide you with marketing that we believe you would find valuable. *Do we engage in automated decision-making without human intervention?*
Except with regard to certain recruitment activities, which are detailed in a separate privacy statement, we do not use automated decision-making without human intervention, including profiling, in a way that produces legal effects concerning you or otherwise significantly affects you. *Does the Site honor do not track (“DNT”) signals sent via browsers?*
Yes, we DO honor DNT signals. *How long do we retain Personal Data?*
We typically retain Personal Data related to marketing activities for as long as you accept marketing communications from us and then generally for up to 2 years. After 2 years, or upon request, we will generally securely delete such data in accordance with applicable law. For Personal Data that we collect and process for other purposes, as described above, we typically retain such Personal Data for no longer than the period necessary to fulfill the purposes outlined in this Privacy Policy, and as otherwise needed to address tax, corporate, compliance, employment, litigation, and other legal rights and obligations. *Are third party websites governed by this Privacy Policy?*
This Site contains links and references to other websites administered by unaffiliated third parties. This Privacy Policy does not apply to such third party websites. When you click a link to visit a third party website, you will be subject to that website’s privacy practices. We encourage you to familiarize
yourself with the privacy and security practices of any linked third party websites before providing any Personal Data on those websites. *How does Oceaneering handle employee and contractor privacy issues?*
Personal Data about our employees and contractors are addressed through internal company policies and procedures, and are outside the scope of this Privacy Policy. *How will we handle any changes to this Privacy Policy?*
We may update this Privacy Policy from time-to-time as our services and privacy practices change, or as required by law. The effective date of our Privacy Policy is posted below, and we encourage you to visit our Site periodically to stay informed about our privacy practices. We will post the updated version of the Privacy Policy on our Site, and ask for your consent to the changes if legally required. ## CONTACT US
If you have questions or comments regarding this Privacy Policy or our privacy practices, please contact us at <legal@oceaneering.com>. You may also have a right to lodge a complaint with a data protection supervisory authority.
**Search Tags:** Privacy Policy
---
### [Survey and Positioning](https://www.oceaneering.com/survey-and-mapping/survey-and-positioning/)
**Published:** October 26, 2023
**Author:** Louder Agency
**Content:**
[ Discuss a Project ](https://oceaneering.com/survey-and-mapping/#contact)# Survey and Positioning
## We improve efficiency throughout the marine construction process by providing accurate and precise positioning services for drilling rigs, pipeline lay and derrick barges, and dynamically positioned (DP) multi-purpose construction vessels.
## Marine Construction
Our integrated surface positioning solutions combine Oceaneering® C-Nav3050® differential global navigation satellite system (DGNSS) receivers, gyrocompasses, and inertial navigation systems with state-of-the-art navigation software modules.
We offer integrated subsea solutions including ultra-short baseline (USBL) and long baseline (LBL) positioning, subsea gyros, Doppler velocity logs, and a variety of sonar systems for positioning and orienting subsea assets such as wellheads, trees, pipeline end terminations (PLETs), pipeline end manifolds (PLEMs), umbilicals, seabed well templates, flowlines, pipelines, and suction piles.
[ Marine Construction Surveys ](https://oceaneering.com/wp-content/uploads/2023/11/SS-Marine-Construction-Surveys.pdf)## Decommissioning and Abandonment Surveys
Using our own geographic information system (GIS) database, we determine if any evidence of pipelines, hazards, or other subsea infrastructure exists, thus helping you reduce risk during the process. If required, detailed geophysical surveys map or exclude the existence of such hazards and identify appropriate anchoring locations.
We also offer positioning services to anchor vessels during salvage operations. Our surface navigation support continues for the entire decommissioning fleet during removal and subsequent abandonment and reefing operations.
When severing and lifting jackets from the seabed, we use scanning sonar technology to provide positioning services to heavy lift barges along tow routes to avoid existing infrastructure and hazards. Upon completing decommissioning operations, we provide surveys and support, including trawl boat clearance surveys, 360º scanning sonar surveys, diver positioning, and remotely operated vehicle (ROV) positioning.
## Diver Survey Support
To support divers and reduce bottom time during surveying, we use acoustic positioning and 360º scanning sonar technology to provide a high-resolution 360° or sector view of the subsea environment. Our system is also used to locate, investigate, and confirm existing hazards or obstacles while providing a dynamic screen presentation of the diver and targets of interest.
We also offer acoustic positioning and other support services, including survey support for pipeline depth-of-burial surveys, along with determination of pipeline locations by using magnetometers and probes, debris searches, and spool piece or jumper installations.
## GIS Support
### We use our GIS database to investigate route scenarios and isolate publically recognized hazards.
The database comprises publically available data researched and assimilated by Oceaneering professionals. Additionally, we can gain further insights by pulling in proprietary survey data.
- Bureau of Ocean Energy Management (BOEM) and Bureau of Safety and Environmental Enforcement (BSEE) pipeline locations
- Tropical storms (historical and real time)
- Wells, platforms, artificial reefs, and leases
- Coastlines
- Cultural data
- Unexploded ordinances and naval mine areas
- Administrative and international boundaries
- Designated pinnacle trends and live-bottom stipulation areas
- Fairways and anchorages
- Marine fisheries and wildlife management areas
- Military warning areas
- Outer Continental Shelf (OCS) sediment resource areas
- Dump sites
- Designated hard banks
- Archaeological resource areas
## Pipeline Construction Survey Support
We support the entire pipeline laying process from developing an appropriate route to positioning surface vessels, monitoring the pipeline’s touchdown point, executing post-lay surveys, and reporting. Prior to pipeline construction, we use our GIS database to evaluate the proposed route for layout dimensions, alignment configuration, and hazard identification. In addition to positioning pipelay barges, we also provide remotely operated vehicle (ROV) positioning for pipeline touchdown monitoring and pre-route inspection.
Additionally, we provide USBL and LBL positioning, positioning for as-built surveys, depth-of-burial surveys, mat placement, and any pipeline activity requiring surface or subsea positioning.
## Remotely Operated Survey
We offer an integrated ROV and survey service for offshore drilling support, which eliminates survey personnel on board a vessel during a rig move. Our integrated remotely operated survey (ROS) solution enables rig moves to be carried out by qualified surveyors at any Oceaneering survey service office with 24/7 operations. With this service, you receive a certified final location plat based on the remotely generated data.
[ Remotely Operated Survey ](https://oceaneering.canto.com/download/document/ubbqme3jk95jh8jrb71gt1pb63/original.pdf)## Rig Positioning
We have decades of experience in positioning jackups, anchor rigs, dynamically positioned (DP) rigs, submersibles, and semisubmersibles. We also provide route planning and navigation support to reposition mobile offshore drilling units (MODUs). Using proprietary data from our GIS database, our team establishes the safest and most appropriate route to the rig’s new location. We provide field navigation along the track for both the rig and tow vessels.
For complex projects or those involving the positioning of multiple vessels, we use our field-proven graphic navigation package incorporating differential global positioning system (DGPS) units, gyrocompasses, and a network of radio communication links stationed on the rig and on each handling vessel.
Each finalized well location is verified, and the results are presented in a formal survey report that includes the methodologies used, measurements acquired, calculated-minus-observed observations, final conclusions, a graphical representation of the results, a certified plat of the well, and a final anchor location layout.
## ROV Positioning
To accurately position ROVs subsea, we use a combination of USBL and LBL positioning. Our cost-effective USBL system is most often used in ROV, AUV, and towfish tracking. Our LBL system uses five or more transponders deployed on the seabed or a subsea structure to precisely measure relative distances, effectively forming an underwater navigation network. LBL positioning offers the highest available subsea accuracy and repeatability, and can be configured to support all types of deepwater construction projects. Typical LBL operations may involve positioning multiple ROVs working in close proximity.
We provide ROV subsea positioning services for inspection, maintenance, and repair (IMR) operations involving choke changes, power pod replacements, and flying lead repairs. We routinely provide a variety of ROV positioning services, including touchdown monitoring of pipelines and umbilicals, archaeological shipwreck inspections, push coring acquisition, pipeline depth-of-burial surveys, and detailed inspections of pre-lay pipeline routes.
## Jumper and Spool Metrology
We are experienced in performing subsea metrology. We use specialized acoustic, inertial, and photogrammetric metrology techniques to accurately measure distances, elevations, and orientations between connecting hubs. As spool pieces or jumpers are fabricated, our survey engineers ensure precise adherence to all measurements. During the subsea assembly process of these components, we provide comprehensive positioning services for derrick barges, divers, and ROVs.
## Remotely Operated Metrology
We have decades of experience performing surface navigation and subsea metrology. We use specialized inertial and acoustic metrology techniques to accurately measure distances, elevations, and orientations of connecting surfaces of subsea assets. With advancements in technology and industry demand for efficient, risk-reducing solutions, we offer remotely operated metrology services.
[ Remotely Operated Metrology ](https://oceaneering.com/wp-content/uploads/2023/11/SS-Remotely-Operated-Metrology.pdf)### Field Proven. Industry Leading.
Read our case studies detailing successful survey and positioning projects.
[ See All Case Studies ](https://oceaneering.com/resources/?_content_types=case-study) Previous Next [ ### Advanced Subsea Visual Metrology Solution Delivers Improved Data Quality for External Wall Loss Measurement
### Advanced Subsea Visual Metrology Solution Delivers Improved Data Quality for External Wall Loss Measurement
Overview In November 2023, Oceaneering was contracted by a major oil and gas operator to complete a work…
Learn More ](https://www.oceaneering.com/case-studies/advanced-subsea-visual-metrology-solution-delivers-improved-data-quality-for-external-wall-loss-measurement/) [ ### Advanced Subsea Visual Metrology Solution Provides Images and 3D Modelling of Exceptional Quality
### Advanced Subsea Visual Metrology Solution Provides Images and 3D Modelling of Exceptional Quality
Overview In August 2023, Oceaneering deployed its Advanced Subsea Visual Metrology (ASVM) suite to collect data related to…
Learn More ](https://www.oceaneering.com/case-studies/advanced-subsea-visual-metrology-solution-provides-images-and-3d-modelling-of-exceptional-quality/)# Contact Us
## Our team of experts is ready to help you get started.
Oceaneering offers best-in-class products and solutions, backed by unparalleled quality, reliability, and global support. Fill out the inquiry form to start a conversation today.
**Categories:** Survey and Mapping
**Search Tags:** Survey and Positioning
---
### [UniMover™ U 1500](https://www.oceaneering.com/unimover-u-1500/)
**Published:** October 10, 2023
**Author:** Louder Agency
**Content:**
# UniMover™ U 1500
 Underrides ## UniMover™ U 1500
The UniMover™ U 1500 is a member of Oceaneering’s family of underride mobile robots. It offers high payload capability to accommodate a wide range of load types and fast lifting speeds to reduce overall transport times. The robot also offers optional deck attachments to enable non-standard load types to be handled safely and easily. As with all our mobile robots, the UniMover™ U 1500 can be operated in mixed fleets. ##### Suitable for transporting single heavy payloads:
- Car bodies
- Palletized goods
- Parts assemblies
##### Brochures
[ Download Letter ](https://oceaneering.canto.com/download/document/ennsu4gstt2upf9gahv5me9h6r/original.pdf) [ Download A4 ](https://oceaneering.canto.com/download/document/b1ii2dn3vh2sj7usqqhc5nbk7b/original.pdf) [ Download A4 \| German ](https://oceaneering.canto.com/download/document/uup0o070op16509rjhio6n2u2a/original.pdf) ### Drive
Unidirectional
### Drive speed
Up to 5.3 ft/s \| 1.6 m/s
### Navigation
Natural Feature
### Handling height
26.8 in / 680 mm
### Max payload
3,300 lb / 1500 kg
[  ](https://oceaneering.com/wp-content/uploads/2023/10/UniMover-U-1500-220317_Minimover_01-edited-position-1.png) [  ](https://oceaneering.com/wp-content/uploads/2023/10/UniMover-U-1500-220317_Minimover_02-1.png) [  ](https://oceaneering.com/wp-content/uploads/2023/10/UniMover-U-1500-20323_Minimover_03-1.png) Previous Next Contact Us ### Our team of experts is ready to help you get started.
Oceaneering offers best-in-class products and solutions, backed by unparalleled quality, reliability, and global support. Fill out the inquiry form to start a conversation today.
"\*" indicates required fields First Name\* Last Name\* Email Address\* Phone Number\* Company\* Country\*Please SelectAfghanistanAlbaniaAlgeriaAmerican SamoaAndorraAngolaAnguillaAntarcticaAntigua and BarbudaArgentinaArmeniaArubaAustraliaAustriaAzerbaijanBahamasBahrainBangladeshBarbadosBelarusBelgiumBelizeBeninBermudaBhutanBoliviaBonaire, Sint Eustatius and SabaBosnia and HerzegovinaBotswanaBouvet IslandBrazilBritish Indian Ocean TerritoryBrunei DarussalamBulgariaBurkina FasoBurundiCambodiaCameroonCanadaCape VerdeCayman IslandsCentral African RepublicChadChileChinaChristmas IslandCocos IslandsColombiaComorosCongo, Democratic Republic of theCongo, Republic of theCook IslandsCosta RicaCroatiaCubaCuraçaoCyprusCzech RepublicCôte d'IvoireDenmarkDjiboutiDominicaDominican RepublicEcuadorEgyptEl SalvadorEquatorial GuineaEritreaEstoniaEswatini (Swaziland)EthiopiaFalkland IslandsFaroe IslandsFijiFinlandFranceFrench GuianaFrench PolynesiaFrench Southern TerritoriesGabonGambiaGeorgiaGermanyGhanaGibraltarGreeceGreenlandGrenadaGuadeloupeGuamGuatemalaGuernseyGuineaGuinea-BissauGuyanaHaitiHeard and McDonald IslandsHoly SeeHondurasHong KongHungaryIcelandIndiaIndonesiaIranIraqIrelandIsle of ManIsraelItalyJamaicaJapanJerseyJordanKazakhstanKenyaKiribatiKuwaitKyrgyzstanLao People's Democratic RepublicLatviaLebanonLesothoLiberiaLibyaLiechtensteinLithuaniaLuxembourgMacauMacedoniaMadagascarMalawiMalaysiaMaldivesMaliMaltaMarshall IslandsMartiniqueMauritaniaMauritiusMayotteMexicoMicronesiaMoldovaMonacoMongoliaMontenegroMontserratMoroccoMozambiqueMyanmarNamibiaNauruNepalNetherlandsNew CaledoniaNew ZealandNicaraguaNigerNigeriaNiueNorfolk IslandNorth KoreaNorthern Mariana IslandsNorwayOmanPakistanPalauPalestine, State ofPanamaPapua New GuineaParaguayPeruPhilippinesPitcairnPolandPortugalPuerto RicoQatarRomaniaRussiaRwandaRéunionSaint BarthélemySaint HelenaSaint Kitts and NevisSaint LuciaSaint MartinSaint Pierre and MiquelonSaint Vincent and the GrenadinesSamoaSan MarinoSao Tome and PrincipeSaudi ArabiaSenegalSerbiaSeychellesSierra LeoneSingaporeSint MaartenSlovakiaSloveniaSolomon IslandsSomaliaSouth AfricaSouth GeorgiaSouth KoreaSouth SudanSpainSri LankaSudanSurinameSvalbard and Jan Mayen IslandsSwedenSwitzerlandSyriaTaiwanTajikistanTanzaniaThailandTimor-LesteTogoTokelauTongaTrinidad and TobagoTunisiaTurkeyTurkmenistanTurks and Caicos IslandsTuvaluUS Minor Outlying IslandsUgandaUkraineUnited Arab EmiratesUnited KingdomUnited StatesUruguayUzbekistanVanuatuVenezuelaVietnamVirgin Islands, BritishVirgin Islands, U.S.Wallis and FutunaWestern SaharaYemenZambiaZimbabweÅland IslandsCity\* State or ProvincePlease SelectAlabamaAlaskaArizonaArkansasCaliforniaColoradoConnecticutDelawareDistrict of ColumbiaFloridaGeorgiaHawaiiIdahoIllinoisIndianaIowaKansasKentuckyLouisianaMaineMarylandMassachusettsMichiganMinnesotaMississippiMissouriMontanaNebraskaNevadaNew HampshireNew JerseyNew MexicoNew YorkNorth CarolinaNorth DakotaOhioOklahomaOregonPennsylvaniaRhode IslandSouth CarolinaSouth DakotaTennesseeTexasUtahVermontVirginiaWashingtonWest VirginiaWisconsinWyomingArmed Forces AmericasArmed Forces EuropeArmed Forces PacificAlbertaBritish ColumbiaManitobaNew BrunswickNewfoundland and LabradorNorthwest TerritoriesNova ScotiaNunavutOntarioPrince Edward IslandQuebecSaskatchewanYukonAre you currently looking for an OMR Solution?\* Yes No If yes, how soon do you plan to invest in a solution?3 Months6 Months1 Year2 YearsWhich industry are you active in?\*AutomotiveDistributionElectronicsFood and BeverageGeneral ManufacturingHospitalsPharmaceuticalsPlasticsMachineryWarehousingOtherI would like to receive regular updates regarding Oceaneering Mobile Robotics (OMR) news, insights, and upcoming events Yes, I would
I consent to Oceaneering processing my personal data in order to send information on Oceaneering events, products and services. I understand that I may withdraw my consent at any time using the unsubscribe option. Δ
**Categories:** Mobile Robotics
**Search Tags:** Mobile Robotics, Underrides
---
### [UniMover™ D 100](https://www.oceaneering.com/unimover-d-100/)
**Published:** October 10, 2023
**Author:** Louder Agency
**Content:**
# UniMover™ D 100
 Underrides ## UniMover™ D 100
The UniMover™ D 100 is a member of Oceaneering’s family of underride mobile robots. Its compact design enables operations in busy areas. Tailored for a wide variety of applications, the robot offers safe and predictable behavior, including natural feature navigation. As with all our mobile robots, it can be operated in mixed fleets. ##### Suitable for transporting light goods:
- Boxes
- Totes
- Trays
- Individual items
##### Brochures
[ Download Letter ](https://oceaneering.canto.com/download/document/efqro1nsb50918urj4o7d3k41q/original.pdf) [ Download A4 ](https://oceaneering.canto.com/download/document/jrmefpr1f151heskk3brabui2m/original.pdf) [ Download A4 \| German ](https://oceaneering.canto.com/download/document/v34lhab5296r9cb19htpm1mv5t/original.pdf) ### Drive
Differential
### Drive speed
Up to 4.9 ft/s \| 1.5 m/s
### Navigation
Natural Feature
### Handling height
Dependent on handling module
### Max payload
220 lb / 100 kg
[  ](https://oceaneering.com/wp-content/uploads/2023/10/220317_AGV_01-1.png) [  ](https://oceaneering.com/wp-content/uploads/2023/10/UniMover-D100-220317_AGV_02-1.png) Previous Next Contact Us ### Our team of experts is ready to help you get started.
Oceaneering offers best-in-class products and solutions, backed by unparalleled quality, reliability, and global support. Fill out the inquiry form to start a conversation today.
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**Categories:** Mobile Robotics
**Search Tags:** Mobile Robotics, Underrides
---
### [Terms and Conditions](https://www.oceaneering.com/terms-and-conditions/)
**Published:** August 25, 2023
**Author:** Andrew Dodson
**Content:**
# Terms and Conditions
### Terms and Conditions
Oceaneering.com (“Site”) is an Internet property of Oceaneering International, Inc. or of its subsidiary or affiliated company (“OII”). PLEASE READ THE TERMS AND CONDITIONS OF USE (“TERMS”) CAREFULLY BEFORE USING THIS SITE.
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### Notices and Contact Information
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### Governing Law
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**Search Tags:** About us
---
### [C-Nav Alert Signup](https://www.oceaneering.com/positioning-solutions/c-nav-alert-signup/)
**Published:** November 9, 2023
**Author:** Madelyn Werner
**Content:**
# C-Nav Alert Signup
Please complete the form below to receive email alerts regarding Oceaneering® C-Nav® system updates, outages, and maintenance periods.
First Name\*
Last Name\*
Company\*
Email\*
\* indicates a required field
SubmitBy submitting this form, you are agreeing to our Terms of Use. Any data you provide to us is governed by the terms of the Oceaneering Global [Privacy Policy](https://oceaneering.com/privacy-policy/).
**Categories:** C-Nav® Positioning Solutions
**Search Tags:** C-Nav Positioning Solutions
---
### [Areas of Focus](https://www.oceaneering.com/sustainability/health-safety-and-quality-hse/hse-areas-of-focus/)
**Published:** November 7, 2023
**Author:** Kristen Thurman
**Content:**
# Areas of Focus
## As safety is the foundation of all Oceaneering operations, our Areas of Focus are the foundation of our approach to safety.
These processes are implemented by our operating groups and aim to prevent injuries and damage to equipment and the environment, thereby improving our safety culture and overall health, safety and environmental (HSE) performance.
# Contact Us
Our team of experts is ready to help you get started.
Oceaneering offers best-in-class products and solutions, backed by unparalleled quality, reliability, and global support. Fill out the inquiry form to start a conversation today.
**Categories:** Sustainability
**Search Tags:** Health, Safety, Security, Environment, and Quality
---
### [Subsea Projects](https://www.oceaneering.com/subsea-projects/)
**Published:** October 24, 2023
**Author:** Louder Agency
**Content:**
[ Discuss a Project ](https://oceaneering.com/subsea-tiebacks/#contact)# Subsea Projects
We contract, manage, engineer, and execute projects using our global vessel fleet, advanced technologies, and highly skilled personnel. ## Our integrated teams of project managers, engineers, and technicians collaborate to meet the requirements of your scope of work.
We deliver project-specific, integrated solutions to meet your requirements.
- Cost efficiency
- Risk reduction
- Flexibility in scheduling
- Streamlined vendor management
- Application of advanced technologies
- Regulatory compliance
## From Engineering Design to Decommissioning
Focusing on deepwater subsea installations and field developments, we deliver tailored solutions-from the routine to the extreme. We provide fit-for-purpose engineering design through the entire asset lifecycle, including decommissioning. [ Learn more about our integrated subsea project solutions ](https://oceaneering.com/subsea-projects/integrated-subsea-project-solutions/)## Our broad capabilities include a wide portfolio of integrated subsea project solutions.
- Project management and engineering services
- Inspection, maintenance, repair (IMR), and refurbishment of subsea facilities
- Deepwater subsea tie-back installation and intervention
- [Subsea inspection](https://oceaneering.com/asset-integrity/in-service-inspection/subsea-inspection/) and [integrity management](https://oceaneering.com/asset-integrity/integrity-management/)
- Design, fabrication, and installation of I- and J-tube clamp systems
- Procurement and installation of subsea coiled tubing flowlines, flexible flowlines, [umbilicals](https://oceaneering.com/subsea-distribution-solutions/products/), flying leads, jumpers, pipeline end terminations (PLETs), and subsea structures
- Flowline pigging and testing programs
- Deepwater pipeline hot taps and pipeline remediation projects
- Plug and abandonment (P&A) of subsea trees and infrastructure
- Manned saturation [diving](https://oceaneering.com/diving/) services
- Subsea development surveys, salvage operations, long baseline (LBL) arrays, ultrashort baseline (USBL) arrays
- Strake installation to tension leg platforms (TLPs)
- Hydrotesting and commissioning of subsea field developments
- Steel catenary riser (SCR) tie-ins
- Choke and pod change-outs
- Mattress installations
Project scopes are supported by our fleet of multi-service vessels (MSVs), diving support vessels (DSVs), and research vessels.
[ Learn more about our vessel fleet ](https://oceaneering.com/subsea-projects/vessel-fleet/)## We increase safety and efficiency during installation, operation, and recovery.
# Contact Us
## Our team of experts is ready to help you get started.
Oceaneering offers best-in-class products and solutions, backed by unparalleled quality, reliability, and global support. Fill out the inquiry form to start a conversation today.
**Search Tags:** Subsea Projects
---
### [Integrated Subsea Project Solutions](https://www.oceaneering.com/subsea-projects/integrated-subsea-project-solutions/)
**Published:** October 24, 2023
**Author:** Louder Agency
**Content:**
[ Discuss a Project ](https://oceaneering.com/subsea-tiebacks/#contact)
# Integrated Subsea Project Solutions
We provide tailored solutions for your subsea facilities and asset requirements – from fit-for-purpose engineering design through the lifecycle management of equipment and final decommissioning.
## From Installation to Decommissioning
Our experienced teams manage subsea operations from installation and startup through decommissioning. We combine our product portfolio and services to provide optimized, turnkey solutions for the complete management of your subsea operational activities.
We integrate our field-proven solutions to deliver cost-effective integrated project scopes.
- [Remotely operated vehicle (ROV)](https://oceaneering.com/rov-services/) inspection
- [Deepwater surveys](https://oceaneering.com/survey-and-mapping/survey-and-positioning/#marine-construction)
- [Pipeline repair](https://oceaneering.com/pipeline-repair/)
## Well Construction and Installation
We are an industry leader in well management support services that ensure the successful design and installation of your critical subsea infrastructure. From engineering services to offshore support, our solutions are tailored to your project needs. 
### Engineering Services
- Development of subsea installation and intervention procedures
- Assessment of rig capability
- Preparation of lifting plans and deck layouts
### Equipment
- Procurement of required equipment
- Refurbishment and preparation of existing equipment
### Engineering Supervision
- Provision of experienced supervising engineers, offshore and onshore
- Coordination and management of ROV interfaces
## Seabed Trenching, Burial, and Route Preparation
We provide unmatched experience and innovative technologies to deliver solutions for the global offshore fixed and floating wind, tidal, wave, and interconnector projects.
From site investigations to cable lay and foundation installation support, we provide full life of field solutions that safely de-risk operations, increase reliability, and enable a lower total cost of ownership.
[ Learn More ](https://oceaneering.com/renewable-energy-solutions/)
## FAT, SIT, and Offshore Execution
Our highly experienced teams work to ensure the suitability of your infrastructure by completing factory acceptance testing (FAT) and systems integration testing (SIT). We execute project-specific testing and generate required reports, and are well equipped to complete immediate intervention and troubleshooting in the unlikely event that testing reveals a nonconformity.
## Tie-In, Hook-Up, and Commissioning (HUC)
We help you achieve first production on time and within budget, regardless of installation type. Our extensive experience positions us well to meet your requirements for solutions and support ranging from deepwater gas fields and floating production, storage, and offloading (FPSO) units to onshore facilities.
## Deepwater Operations
We deliver leading solutions for deepwater operations-from routine to extreme. We meet your requirements for global support in commissioning and operating subsea systems in the harshest and most challenging of environments.
## Interventions, Workovers, and Decommissioning
We meet your needs for global subsea intervention, work over, and decommissioning using ROV- and diver-based methods. Using our experience and expertise in subsea engineering and project management, we develop subsea intervention and abandonment procedures and complete rig capability assessments.
Our innovative and practical designs provide tailored solutions to improve efficiency of well interventions and activities.
- Light workovers
- Subsea control module and pod replacement
- Buoy and mooring system repairs
- Well abandonment
- Final field abandonment
## Inspection, Maintenance, and Repair (IMR)
We ensure you are able to maintain uptime and mitigate the effects of unplanned repairs with our comprehensive inspection, maintenance, and repair programs. We develop fully-integrated subsea project solutions using the latest standards and risk-based methodologies. Our services cover the full life cycle model of production monitoring, inspection execution, engineering criticality assessment (ECA), maintenance planning, and scheduling.
We provide turnkey solutions tailored to meet the requirements of your scope of work.
- Vessel and equipment charter
- Offshore integration of inspection, digital video, ROV, survey, and NDT
- Engineering, procedures, and design
- Production of inspection data sets
- Generation of final reports
## Asset Refurbishment
We use our experience working with assets to offer services to complete the refurbishment, modification, and testing of subsea equipment including risers, subsea trees, and subsea manifolds.
# Contact Us
## Our team of experts is ready to help you get started.
Oceaneering offers best-in-class products and solutions, backed by unparalleled quality, reliability, and global support. Fill out the inquiry form to start a conversation today.
**Search Tags:** Subsea Projects
---
### [Brazil](https://www.oceaneering.com/locations/brazil/)
**Published:** November 9, 2023
**Author:** Madelyn Werner
**Search Tags:** Brazil
---
### [India](https://www.oceaneering.com/locations/india/)
**Published:** November 9, 2023
**Author:** Madelyn Werner
**Search Tags:** India
---
### [Middle East](https://www.oceaneering.com/locations/middle-east/)
**Published:** November 9, 2023
**Author:** Madelyn Werner
**Search Tags:** Middle East
---
### [Norway](https://www.oceaneering.com/locations/norway/)
**Published:** November 9, 2023
**Author:** Madelyn Werner
**Search Tags:** Norway
---
### [Vessel-Based Wellhead Removal](https://www.oceaneering.com/decommissioning/vessel-based-wellhead-removal/)
**Published:** October 16, 2023
**Author:** Louder Agency
**Content:**
[ Discuss a Project ](https://oceaneering.com/decommissioning/#contact)# Vessel-Based Wellhead Removal
Benefit from our efficient, vessel-based wellhead removal system, which cuts and retrieves casings with safe, reliable, and flexible solutions.
## Our field-proven solutions have been used with a
  ## Turnkey Solution. Maximized Benefits.
Participation in our Rig Chase vessel-based wellhead removal program offers numerous advantages.
- Individual well site assessment prior to execution phase
- Completion of seabed clearance surveys
- Additional work on site if required (dredging, marine growth removal, soil sampling, surveying)
- Lump-sum-based contract for expenditure predictability
- Reduced risks and costs by moving non-value-adding activities from rig
- Significant cost savings by multi- and single-client campaign planning and execution
- Reduced waiting-on-weather time
[ Rig Chase ](https://oceaneering.canto.com/download/document/50d925f4t97bhda14oh4jqvd6u/original.pdf)  Play Video ## Increase Efficiency with Multi-Client Campaigns
When you participate in our annual multi-client campaign, you benefit from greater efficiency and cost savings in several areas.
- Mobilization
- Transit and fuel costs
- Equipment spread rates
- Personnel
## Case Studies
 [ 2015 Q3 Wellhead Removal Campaign ](https://oceaneering.canto.com/direct/document/9va3nq5qht3t5brvgavi24520h/x8OOnG3Hdaa1yDqh5ygZeqB7m_Q/original?content-type=application%2Fpdf&name=Case-Study-2015-Q3-Well-Abandonment-Campaign.pdf)  [ 2016 Q3 Wellhead Removal Campaign ](https://oceaneering.canto.com/direct/document/dd0dasiej178b0uefma54tct70/8Xo8LPV-A7VbrU7ju0nHZZ3CjfY/original?content-type=application%2Fpdf&name=Case-Study-2016-Q3-Wellhead-Removal-Campaign.pdf)  [ Well Severance (Rig Chase) ](https://oceaneering.canto.com/direct/document/e5tlbne85d6rdbp0d25td1j53u/1leZTs57bsOxFHIsJ4s3uZJLoQY/original?content-type=application%2Fpdf&name=Case-Study-Well-Severance-%28Rig-Chase%29.pdf)  [ Wellhead Clean Up and Inspection Campaign ](https://oceaneering.canto.com/direct/document/1t9c9nl8vt2qfd0t6nq6pbih1v/yj1mh4W5I4n7OU90TrXKc-N6eZc/original?content-type=application%2Fpdf&name=Case-Study-Wellhead-Clean-Up-and-Inspection-Campaign.pdf)# Contact Us
## Our team of experts is ready to help you get started.
Oceaneering offers best-in-class products and solutions, backed by unparalleled quality, reliability, and global support. Fill out the inquiry form to start a conversation today.
**Categories:** Decommissioning, Plug and Abandonment
**Search Tags:** Decommissioning, Subsea Well
---
### [Dredging](https://www.oceaneering.com/decommissioning/dredging/)
**Published:** October 16, 2023
**Author:** Louder Agency
**Content:**
[ Discuss a Project ](https://oceaneering.com/decommissioning/#contact)# Dredging
Our diver- or ROV-deployed dredges excavate pipelines for abandonment, inspection, and maintenance work by removing clay, rock dump, and other sediments.
## Pile Dredging
Use our pile dredges for both abandonment and new field development, in both deep and shallow waters. Our hydraulic pile dredges are best suited for shallow-water use.
Our deepwater pile dredge, a 2015 Offshore Technology Conference (OTC) Spotlight on New Technology℠ award winner, is electrically driven with pumps that provide water jetting and suction to excavate piles to 10,000 fsw (3,000 msw).
The jetting provides a 360° pattern to fluidize the soil inside the pile, and then suction pumps remove the soil from the pile.
[ Deepwater Pile Dredge ](https://oceaneering.canto.com/download/document/44mv74p8ol79n2k2maahnidv3s/original.pdf)## Conventional Dredging
To effectively remove subsea sediment and soil, we offer a broad range of dredge sizes and deployment options. Our 6-in (150-mm) dredge can be deployed as a stand-alone system manipulated by a diver at the seafloor, or as part of an integrated ROV package. When used with an ROV, the dredge can be cage or belly mounted.
For pipeline excavation, cuttings remediation, salvage, and other offshore tasks, we offer expanded dredge sizes from 10 in (254 mm) to 16 in (406 mm). Our larger dredges can be deployed as stand-alone systems to remove greater volumes of seafloor debris.
## Backfilling and Cuttings Remediation
Our dredges have a proven record of successfully backfilling previously excavated locations.
For deeper wells and larger wellhead structures containing increased drill cuttings deposits, our dredging equipment collects and transports cuttings to designated disposal areas. Subsea dredges with attached collection buckets keep drill sites clear of debris. We use an ROV to make subsea connections, and our drill cuttings collection tool can be deployed without a rig.
# Contact Us
## Our team of experts is ready to help you get started.
Oceaneering offers best-in-class products and solutions, backed by unparalleled quality, reliability, and global support. Fill out the inquiry form to start a conversation today.
**Categories:** Decommissioning, Plug and Abandonment
**Search Tags:** Decommissioning, Dredge
---
### [Cutting](https://www.oceaneering.com/decommissioning/cutting-solutions/)
**Published:** October 16, 2023
**Author:** Louder Agency
**Content:**
[ Discuss a Project ](https://oceaneering.com/decommissioning/#contact)# Cutting Solutions
## Our ROV- or diver-deployed cutting solutions ensure reliable and efficient severing of subsea assets.
We use the abrasive waterjet cutting (AWJC) method during well abandonment and platform decommissioning operations. With AWJC, a high-energy jet of water-borne abrasive particles is used to quickly and safely cut hard steel alloys. This technology eliminates the use of explosives and reduces the risk of ignition. External abrasive waterjet cutting tools are used for cold cutting applications. The diver-deployed solutions are available for shallow-water applications, while our ROV-deployed solutions meet the demands of deepwater decommissioning and cutting activities. ## Internal AWJC Solutions
Internal cutting enables complete severance and confirmation of subsea cuts. ## External AWJC Solutions
External cutting solves cold cutting challenges in deep and shallow waters. #### Deepwater Abrasive Waterjet Cutting
Our ROV-operated external cutting tool (ECT) enables external cutting of jacket legs, pipelines, and bracing, as well as subsea window cutting of tubulars. The tool uses a high-pressure slurry hose from the surface to feed the abrasive material. The ECT cuts 16-in to 72-in OD pipe, and can cut more than 10-in wall thicknesses (or several layers) at speeds up to 20 in/min.
#### Shallow-Water and Surface Abrasive Waterjet Cutting
We also offer shallow-water and surface-installed AWJC tools for cold cutting operations. Various configurations enable a range of applications, including linear cutting of windows on a sunken submarine, splitting a 20-ft (6-m) pressure vessel in half, and abrasive hole cutting.
## Mechanical Cutting
Our mechanical cutting solutions deliver safe, complete cuts in less time. ## High-Pressure Cleaning and Coating Removal
We combine abrasive waterjet technology and high-pressure pumping systems to provide high-pressure cleaning of marine growth from hulls, risers, strakes, and fairings.
We have coating removal services for fusion bond epoxy (FBE), concrete weight coating (CWC), thermal insulation materials, and other protective sheathes.
[ Coating Removal Tool ](https://oceaneering.canto.com/download/document/hka39719mh677dfvoonqdr7l0t/original.pdf) [ Coating and Weld Seam Removal Tool ](https://oceaneering.canto.com/download/document/hhgt3e8h1922fcs7t0epkgbc4n/original.pdf)# Contact Us
## Our team of experts is ready to help you get started.
Oceaneering offers best-in-class products and solutions, backed by unparalleled quality, reliability, and global support. Fill out the inquiry form to start a conversation today.
**Categories:** Decommissioning
**Search Tags:** Cutting, Cutting Transport, Decommissioning
---
### [Gaspar Maissilas](https://www.oceaneering.com/gaspar-maissilas/)
**Published:** November 9, 2023
**Author:** Madelyn Werner
**Content:**
# Meet Gaspar Maissilas
I work as a stock keeper at the warehouse. My role is to manage the warehouse, such as receiving materials in the system, making supplies, ensuring that stock complies with the system, and serving our internal and external customers. I have been with Oceaneering for six years.
#### What department do you work in?
I work in the Supply Chain Management department.
#### How has your role progressed?
The progress I’ve made is indisputable. Today, I have greater visibility in the company, and not only have I learned a lot, I am able to work here with the latest technology, which has helped me to perform my duties more efficiently.
What I love about my job is that it does not have a routine. There is never a dull moment because there is always a lot to do.
#### What made you want to work for Oceaneering and why do you enjoy working here?
I wanted to work for Oceaneering because it is an ambitious company. A few years ago, Oceaneering started with only the ROV departement, and today Oceaneering have added other capabilities to better serve the local oil industry. I like Oceaneering because I was able to develop as an employee and receive more training that strengthened me in what I do. The dynamics that the company demands is salutary.
#### Tell us about a project on which you recently worked and what was memorable about it and what valuable lessons did you learn?
One memorable project was the modification frame. It was good because we had a lot of pressure, but we were encouraged to stay calm and see the piece totally remodeled. I learned that there is no impossible job, especially when there is commitment from everyone!
#### What was the challenge?
The challenge was to provide the material that was needed at the time as quickly as possible, otherwise we would delay the project.
#### What was the plan/solution?
The solution was to have dedicated personnel checking picking plans daily.
#### How was the job executed?
We went to our stock area and selected all raw material which was to be used in the project. We then notified our purchasing team, to ensure that we did not make mistakes in the project. Since it was the first major project of this type to be awarded, we knew it could lead to future work. Because it was so important, it was like a test for me.
#### How have you seen our Mission, Vision, and Values (MVV) in action during your time at Oceaneering?
The Mission, Vision, and Values are ambitious. It drives us to have a different work culture and because of them, we have become more and more professional.
**Search Tags:** '-Regions, Angola
---
### [Neide Gourgel](https://www.oceaneering.com/neide-gourgel/)
**Published:** November 9, 2023
**Author:** Madelyn Werner
**Content:**
# Meet Neide Gourgel
Oceaneering is a multinational company and offers great opportunities for growth by using Advanced Technology. I enjoy working for Oceaneering because it offers a good work environment, and they provide the proper tools to advance my career, such as training.
#### How long have you worked for Oceaneering?
I have worked for Oceaneering for five years.
#### What is your role in Oceaneering?
HR Coordinator.
#### What department do you work in?
The HR department.
#### How did you start?
I started as a HR Technician and after 1.5 years, I was promoted to HR Coordinator.
I have the opportunity to get to know as well as work with all the departments. It has pushed me to be dynamic and organized by using various softwares.
#### Tell us about a project on which you recently worked and what was memorable about it and what valuable lessons did you learn?
It was really memorable to work on the HR Department objectives for 2018, where most of the tasks were accomplished. Shared knowledge.
#### What was the challenge?
Fulfill the work in time.
#### What was the plan/solution?
The plan was to divide the tasks (HR – Angola).
#### How did you come up with the solution?
We all contributed ideas.
#### How have you seen our Mission, Vision, and Values (MVV) in action during your time at Oceaneering?
The MVV of Oceaneering in Angola has been of great value. We Angolans are constantly learning. The MVV provides a very capable and efficient market view, with significant values for customers and employees.
**Search Tags:** Angola
---
### [Raul Monteiro](https://www.oceaneering.com/raul-monteiro/)
**Published:** November 9, 2023
**Author:** Madelyn Werner
**Content:**
# Meet Raul Monteiro
I came to Oceaneering because of the company’s history of technology advancements. I enjoy working at Oceaneering because of the way we assess challenges, and the way we handle each operation effectively, with great safety and quality.
#### How long have you worked for Oceaneering?
I have been with Oceaneering for 12 years.
#### What is your role in Oceaneering?
I am a Workshop Manager.
#### What department do you work in?
ROV / STR.
#### How did you start?
I started as a trainee in 2007.
I love the challenges we encounter every day. There are always new projects that need a solution. Our mission is to act quickly and look for a solution to all problems, and to do so quickly, effectively and with quality in mind.
#### How has your role progressed?
When I started at the company, I was a trainee ROV pilot, and eventually progressed to Supervisor 3. Oceaneering then offered me a new position, where I transferred to the Tooling side in order to support the Subsea Project Group engineers on a project. After that, I started a new role as Workshop Manager (ROV-STR).
#### How long have you worked in your department?
I started as an ROV trainee. In my seven years with ROV, I have covered different roles and attained the ROV Supervisor 3 role. I was invited to switch to DTS/STR and move into the position I have today.
#### Tell us about a project on which you recently worked and what was memorable about it and what valuable lessons did you learn?
One that comes to mind is a local light well intervention (LWI) project. We had a short time to organize and test the equipment, but because of our great organization, we achieved the results on time. I learned that if we are organized, then we can more quickly achieve positive results.
#### What was the challenge?
The challenge was to get the equipment tested and prepared on time in order to be transferred to Sonils base.
#### What was the plan/solution?
We divided the team into groups. One team tested the equipment receiving support for the engineer team. Another group took inventory for the equipment. Another team checked the lifting certifications for all equipment and recertified all of them. Another team looked for cranes and trucks to transfer the equipment. We used 11 trucks at the same time. We also discussed all safety points, including all risks involved in the operation.
Four weeks before, we moved to Sonils to get a meeting with their logistic department’s main team to discuss the space needed to offload all equipment from the trucks, got all documents in place and followed all rules from Sonils to mitigate problems during the operation.
#### How did you come up with the solution?
We have a great team. We have internal meetings where everyone collaborates and proposes ideas. We included our logistic team so we truly worked as a team.
#### How was the job executed?
The job was great. We achieved positive results starting from the mobilization and the operation offshore through to the demobilization.
#### What was the highlight?
Our team’s strength and motivation allows us to get positive results.
#### How have you seen our Mission, Vision, and Values (MVV) in action during your time at Oceaneering?
I would say the Mission, Vision and Values have grown since I started. In Angola, we started with ROV and we grew to include more business units. It is remarkable.
With MVV, we look for more challenges in order to solve complex problems for different clients. We are always looking for solutions every time we do different jobs. We have a great engineering team that gives support for solutions. We have a good machine shop where we can do welding and coating jobs. We can also do survey jobs and diving. We have more tooling offerings for clients like our new skids (HYLO SKID, FRS and HRS skid, etc.), Our engineering team have more challenges, and they create more tools to offer solutions for the clients.
I can see that Oceaneering is looking to get more local techs in higher positions. I see myself and others valued at the company. We have more space and opportunity to grow and establish good careers.
**Search Tags:** Angola
---
### [Trip Avoidance X-ray Inspection (TAXI) System](https://www.oceaneering.com/asset-integrity-management/inspection/taxi/)
**Published:** November 9, 2023
**Author:** Madelyn Werner
**Content:**
# Trip Avoidance X-ray Inspection (TAXI)™ System
Perform safe radiography near nucleonic control instrumentation and avoid plant shutdowns with our field-proven (TAXI)™ system.
# Safely Maximize Plant Uptime
Radiation typically upsets nucleonic level control instrumentation on pressure vessels, causing ‘trips’ that result in costly plant shutdowns and increased process safety risks. The TAXI system provides a safe alternative, enabling Oceaneering’s inspectors to perform radiography on installations with nucleonic level control instrumentation.
An unacceptable number of loss of pressure containment (LOPC) incidents are due to corrosion failures in piping, typically from corrosion under insulation (CUI). Our TAXI system is field-proven and provides the optimal non-destructive testing (NDT) solution to detect corrosion and loss of integrity.
Our equipment doesn’t require plant isolation, avoids process control blind spots, maximizes plant uptime and most significantly, eliminates any risk from trips.
It is beneficial for aging assets where inspection has been deferred for many years and can be used efficiently and cost-effectively as part of routine or planned inspection campaigns.
 Play Video ## Key benefits of the TAXI™ system
- Early detection of pipe corrosion and wall thickness loss
- No risk of unplanned process outages or shutdowns
- Mitigates equipment failure risks and LOPC
- No impact on process operations control
- Higher plant and equipment uptime
- Provides accurate assessment of CUI
Contact Us ### Our team of experts is ready to help you get started.
Oceaneering offers best-in-class products and solutions, backed by unparalleled quality, reliability, and global support. Fill out the inquiry form to start a conversation today.
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**Categories:** Asset Integrity Management, In-Service Inspection
**Search Tags:** Asset Integrity, inspection, TAXI™
---
### [Subsea Valves](https://www.oceaneering.com/subsea-valves/)
**Published:** November 9, 2023
**Author:** Madelyn Werner
**Content:**
# Valves
We leverage more than 35 years of experience in subsea and topside valves to provide increased control and field-proven, reliable solutions.
We deliver superior products by maintaining in-house control over development, design, engineering, manufacturing, testing, and qualification.
## Subsea and Topside Products
## Product Qualification and Testing
Our valves are developed with an uncompromised focus on safety, quality, and reliability. Our robust systems for production, testing, and qualification ensure that we deliver the control solutions you require and support them with complete product traceability.
We use state-of-the-art test equipment to perform the qualification testing and factory acceptance testing (FAT) required to comply with stringent international market standards. Let our team qualify your product and ensure its readiness for the market. [ Learn More ](https://oceaneering.com/global-component-and-product-testing-and-qualification-capabilities/) Contact Us
### Our team of expert is ready to help you get started.
Oceaneering offers best-in-class products and solutions, backed by unparalleled quality, reliability, and global support. Fill out the inquiry form to start a conversation today.
“\*” indicates required fields
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**Categories:** Valves (Rotator Technologies)
**Search Tags:** Rotator Technologies, Subsea Valves
---
## Blogs
### [Why Standard ROV Tooling Kits Improve Offshore Readiness](https://www.oceaneering.com/blogs/standard-rov-tooling-kits-offshore-readiness/)
**Published:** October 16, 2026
**Author:** Monica Dahl
**Content:**
## When Repeat Work Still Creates Repeat Challenges
Offshore projects often involve familiar scopes, yet the same tooling issues continue to create delays. Interface mismatches, missing accessories, and last-minute engineering changes can disrupt schedules, increase vessel costs, and reduce operational efficiency. The question is no longer whether these risks exist, but how early they can be removed.
> The question becomes straightforward. When preparing tooling for offshore operations, why start from zero every time?
## Start with ROV Tooling Kits That Work
A [standard ROV tooling](https://www.oceaneering.com/rov-services/rov-tooling/) kit is not theory. It is built from offshore experience, shaped by what has been required, mobilized, and proven across hundreds, if not thousands, of campaigns.
These kits group together tools, interfaces, and supporting equipment commonly used for defined tasks such as inspection, cleaning, torquing, or light intervention. Instead of assembling tooling component by component, project teams start with a proven baseline that reflects how work is completed offshore.
This approach does two things immediately:
- Reduces engineering and planning time during early project phases
- Identifies interface requirements and constraints earlier in the schedule
Just as importantly, ROV tooling kit configurations included the accessories and spares that keep operations moving.
## What Does a Standard ROV Tooling Kit Include?
A standard ROV tooling kit is defined by function rather than a fixed list of components. The exact configuration will vary depending on the scope of work, but most kits are structured around a combination of core tools, interfaces, and supporting equipment required to execute common subsea tasks safely and efficiently.
For typical inspection, maintenance, and light intervention scopes, a standard kit may include:
- **Core intervention tools** such as cleaning tools, torque tools, and manipulators used to perform routine subsea operations
- **Interface hardware and adapters** to ensure compatibility between tooling, ROV systems, and subsea assets
- **Hydraulic and electrical distribution equipment** required to power and control tools offshore
- **Control systems and software interfaces** that allow for consistent operation and integration with the host vehicle
- **Handling and deployment equipment** to support safe mobilization, installation, and recovery
- **Spare parts and consumables** identified through previous deployments to maintain operational continuity
The value of the kit is not just in the components themselves, but in how they are packaged and validated as a working system. Equipment is selected based on how it performs together, not in isolation.
## Engineering Out Mobilization Risk
Where do most delays typically happen?
In many cases, they emerge during tooling mobilization and integration. Issues that are not complex in isolation become critical when identified late. In some cases, vessel schedules are fixed, offshore time is constrained, and the cost of change is significantly higher.
Standard tooling kits address this by shifting risk earlier in the lifecycle.
- Interfaces are defined and validated in advance.
- Tool compatibility is understood before equipment reaches the vessel.
- Supporting documentation is developed alongside project development rather than as an afterthought.
The approach helps reduce late-stage surprises from subsea operations, reduce rework, shorten integration time onboard, and improve the ability to maintain project schedules.
## Consistency Without Losing Flexibility
Standardization is sometimes viewed as a constraint. In practice, it provides a reliable starting point.
When tooling configurations are consistent, [ROV crews](https://www.oceaneering.com/rov-services/rov-personnel-training/) are more likely to be familiar with the equipment they are operating. This reduces the need for workarounds offshore and supports execution during time-critical activities.
For ROV tooling teams, standardization simplifies how equipment is maintained, stored, and tracked. Lessons learned from one campaign using a standardized tooling kit can be applied directly to the next.
At the same time, these kits are not fixed solutions. Tools and spares can be added or remove to suit specific project requirements. Procedures can be adjusted to reflect the demands of the job.
Flexibility remains. The difference is that it is applied from a stable, proven tooling kit foundation rather than built from first principles each time.
## How Offshore Lessons Improve Future Campaigns
Standard tooling kits are continuously refined and improved through use. Feedback from offshore teams plays a central role in how kits evolve.
- Tools that improve efficiency become part of the standard kit
- Components that introduce friction are reassessed
- New technologies are incorporated once proven in the field
This creates a practical feedback loop between engineering, operations, and asset management.
## Turning Experience into Readiness
Standardization is not about limiting engineering flexibility. It is about starting from proven configurations that reduce uncertainty and allow project teams to focus their effort where it creates the most value. By applying lessons learned across offshore campaigns, standardized ROV tooling kits help improve readiness, reduce mobilization risk, and support more predictable project execution.
**Authors:** Brent Blanchard
---
### [How Does Remote ROV Piloting Compare to the Traditional Offshore Model?](https://www.oceaneering.com/blogs/remote-rov-piloting-vs-traditional-offshore-model/)
**Published:** October 14, 2026
**Author:** Monica Dahl
**Content:**
Offshore operators continue to face pressure to improve vessel utilization, reduce travel requirements, access specialized expertise faster, and maintain operational continuity. Remote ROV piloting is emerging as a practical way to address these challenges while preserving the operational effectiveness of traditional offshore ROV operations.
> Remote ROV piloting is often described in terms of technology. For operators, the more important question is what changes operationally.
Offshore crews are still essential. Technicians, supervisors, deck crews, and project teams continue to provide the hands-on expertise needed to execute offshore work safely and effectively. What changes is how expertise is deployed, how quickly support can be accessed, and what happens when operations don’t go according to plan.
## Access Expertise Without Personnel Mobilization
**Traditional model:** When specialist support is needed, people travel.
**Remote model:** When specialist support is needed, people connect.
Unexpected challenges are part of offshore operations. Equipment issues arise. Non-routine activities require additional expertise. Decisions need to be made quickly.
In a traditional model, solving the problem may require mobilizing another specialist offshore. In a remote model, pilots, engineers, subject matter experts, project teams, and decision makers can connect through the Virtual Command Center (VCC) without waiting for an offshore mobilization. Where connectivity and system readiness are already established, the right person can be reviewing live video, operational data, and the worksite within minutes. Where remote piloting is required, the proper authorization, system readiness checks, and operating procedures are still in place.
For many operators, that speed of access becomes just as valuable as any direct reduction in travel costs. The benefit isn’t eliminating offshore personnel. The benefit is reducing the number of people exposed to the offshore environment and reducing the logistical burden associated with crew changes, helicopter flights, vessel transfers, and accommodation constraints.
For campaigns where bed space is limited or multiple projects are competing for resources, even modest reductions in offshore headcount can create valuable operational flexibility.
## Maintain Operational Continuity
**Traditional model:** Unexpected issues can mean waiting on people, equipment, or mobilization.
**Remote model:** Expertise is available when problems occur, helping operations keep moving.
Projects spend less time waiting for specialists to arrive. Questions can be answered while work is underway. Technical challenges can be addressed before they develop into larger operational problems. Rather than mobilizing additional personnel every time expertise is required, our [Onshore Remote Operations Centers (OROCs)](https://www.oceaneering.com/remote-services/onshore-remote-operations-centers-orocs/) enable operators to access support remotely.
We’ve seen this in situations where remote teams have supported critical-path offshore activities following equipment failures, provided engineering support during first-of-kind offshore deployments, and enabled customers to participate in acceptance testing without travelling offshore.
Those benefits rarely appear as a standalone line item on a project budget, but they can have a significant impact on schedule performance, resource utilization, and operational efficiency.
## Maintain Safety and Situational Awareness When Things Don’t Go to Plan
**Traditional model:** Emergency response focuses on getting people to safety, often reducing operational visibility.
**Remote model:** Offshore support may help maintain subsea visibility while offshore emergency procedures and the safety of personnel take priority.
Reducing offshore exposure is one of the most obvious benefits of remote piloting, but the safety story goes beyond moving people out of a challenging environment.
Consider a gas alarm.
In a traditional operation, offshore personnel follow the asset’s emergency procedures, leaving their workstations and proceeding to the designated muster location. Personnel safety remains the priority.
Where connectivity, power, and operating arrangements allow, an onshore team may [continue monitoring the subsea environment and help maintain operational visibility](https://www.oceaneering.com/blogs/safety-in-remote-rov-piloting-maintaining-clear-operational-control/). This can provide the wider response team with useful real-time information without changing or delaying the established emergency procedures.
> The objective is not to continue operations at the expense of safety. It is to preserve situational awareness where conditions and procedures permit.
That same capability delivers value during everyday operations. Whether supporting a critical subsea task, bringing additional engineering expertise into a project, or responding to an unexpected equipment issue, operators have access to expertise when it is needed rather than after another mobilization.
## Expanding the Talent Pool with Workforce Flexibility
**Traditional model:** Expertise must travel to the operation.
**Remote model:** Expertise can connect to the operation.
In a conventional offshore environment, participating in ROV operations typically requires extended periods offshore. Remote piloting creates additional flexibility by enabling appropriate operational and support roles to be performed from shore while remaining connected to ongoing work.
Many pilots continue to move between offshore and onshore assignments, bringing practical operational experience into both environments. The result is a more flexible workforce model that can help operators access expertise, support knowledge transfer, and create additional career pathways for experienced personnel.
[Remote operations](https://www.oceaneering.com/remote-services/) can also help make careers in offshore robotics accessible to a broader range of people. Technologies such as Oceaneering’s Asset Agnostic Piloting Console can be configured to accommodate different operating preferences and physical requirements, including wheelchair users, while adjustable workstations support individual ergonomic needs.
> As the industry competes for skilled ROV professionals, flexibility and accessibility may become just as important as the technology itself.
## Combining Offshore and Onshore Strengths
Remote piloting isn’t about choosing between offshore and onshore operations. It’s about combining the strengths of both.
Offshore crews provide the local knowledge, physical presence, and hands-on capability needed at the worksite. Remote teams provide rapid access to expertise, operational flexibility, and additional support when conditions change.
| **Traditional Model** | **Remote Model** |
|---|---|
| Specialist support often requires offshore mobilization | Specialist support can connect without offshore mobilization |
| Expertise travels to the worksite | Expertise can support the worksite remotely |
| Additional personnel may be required offshore | Smaller offshore footprint with onshore support |
| Unexpected issues can delay operations while teams wait for support | Expertise can be brought into the operation while work continues |
| Mobilization follows the problem | Connected expertise can respond as issues arise |
| Operations may pause while waiting for people, equipment, or decisions to be made | Teams can assess issues without waiting for another mobilization |
| Emergency response can reduce operational visibility | Onshore support may help maintain situational awareness during an emergency |
| Offshore personnel carry the full operational burden | Offshore and onshore teams work together through a shared operating model |
For operators, the question is not whether offshore or remote piloting is the better model. It is where a hybrid approach can provide faster access to expertise, reduce unnecessary offshore exposure, ease logistical demands, and strengthen operational support when conditions change.
**Authors:** Christopher Lyon
---
### [Safety in Remote ROV Piloting: Maintaining Clear Operational Control](https://www.oceaneering.com/blogs/safety-in-remote-rov-piloting-maintaining-clear-operational-control/)
**Published:** August 21, 2026
**Author:** Monica Dahl
**Content:**
As remote operations become more common across the offshore industry, questions around safety and accountability naturally follow. One of the most frequent concerns is whether moving ROV piloting onshore reduces offshore control.
> In reality, the opposite is true. Remote operations extend control.
Rather than a loss of control offshore, there’s an extension of control using a defined structure. It is procedure-driven and supported by multiple layers of connectivity and communication. From Macaé, every remote ROV piloting activity is built on a framework that ensures control is clear.
## A Proven Framework for Control Handover
Our [Macaé Onshore Remote Operations Center (OROC) ](https://www.oceaneering.com/locations/brazil/remote-operations-brazil/ "Remote Operations in Brazil")builds on a long history of remote ROV piloting where a dual-pilot architecture drives operations and ensures continuity of control. Every handover is governed by a detailed procedure. The onshore and offshore teams ensure readiness, communication stability, and operational status. Every transfer of control is deliberate and calculated.
## Three Design Safeguards That Keep Control Clear and Safe
Remote operations from Macaé are not dependent on a single system or individual. They are built around multiple layers of operational control, connectivity, communication, and cybersecurity safeguards designed to protect operational data and communications. Three of the core safeguards that help keep control clear and safe are outlined below.
### 1. Dual-Pilot Control Architecture
Control is never isolated to one location. The offshore pilot remains the controlling authority, while the onshore pilot mirrors the operation in real time with full visibility. This structure ensures that if conditions change or support is required, a qualified pilot is already synchronized and ready to act.
### 2. Procedure-Driven, Verified Handovers
Transfer of control from offshore to onshore and back again is never ad hoc. Every handover follows a defined, step-by-step procedure that confirms system status, communication stability, and pilot readiness before control is transferred. Each transition is deliberate, clearly communicated, and acknowledged by both teams to remove ambiguity.
### 3. Continuous System Visibility and Status Feedback
Both offshore and onshore teams operate with the same real-time data, system states, and alarms. This shared visibility ensures that decisions are based on aligned information, reducing the risk of misinterpretation during complex or changing conditions.
## When Conditions Change, Control Remains
Fire alarms, weather escalation, or other unplanned events can require the offshore team to step away from direct operations with little notice. Remote ROV piloting from Macaé is designed to manage these situations without introducing uncertainty.
In these scenarios, the transition of control follows the same structured process used during planned handovers. The offshore pilot initiates the transfer when possible, confirming system status and readiness before passing control. Where immediate action is required, predefined response procedures guide how control is stabilized and transferred safely.
Because the onshore pilot is already connected, synchronized, and operating with full system visibility, they are not stepping into an unknown situation. They are assuming control with the same data, status awareness, and operational context as the offshore team.
**Examples of where this capability becomes critical:**
- **Emergency situations**, such as fire alarms, where offshore personnel must evacuate or focus on safety protocols
- **Weather-driven interruptions**, where offshore asset motion or conditions limit safe offshore operation
- **Unplanned events**, including technical issues or temporary loss of offshore resources
In each case, control is not improvised. It is transferred through a defined pathway, supported by shared visibility and established procedures. This enables operations to be paused, stabilized, or continued safely, depending on the situation, without any confusion around who is in control.
> The result is not just operational flexibility. It is operational resilience, where control remains clear even when challenges arise.
#### Watch a live, real-time transfer of ROV control from offshore to our Macae OROC:
**Authors:** Guilherme Matos
---
### [The Top 5 Most Used ROV Tools in Subsea Operations](https://www.oceaneering.com/blogs/the-top-5-most-used-rov-tools-for-safer-subsea-operations/)
**Published:** August 13, 2026
**Author:** Monica Dahl
**Content:**
ROV tooling plays a critical role in how efficiently subsea work gets done. The right tool does more than complete a task. It helps reduce intervention time, improves reliability, and gives operators greater control in complex offshore environments.
> But what makes an ROV tool stand out?
It is not necessarily the newest design or the most specialized application. The tools that earn a permanent place in offshore operations are the ones crews trust and depend on to perform consistently, project after project, in conditions where delays, rework, and uncertainty come at a cost.
This isn’t a ranking based on engineering novelty or marketing preference. These are among the most frequently deployed tools in [our ROV Rental Tooling Catalog](https://www.oceaneering.com/rov-services/rov-tooling/rov-rental-tooling/ "ROV Rental Tooling") because they help solve some of the most common subsea challenges safely, efficiently, and repeatably.
Starting at number five, we’re counting down some of the [ROV tools](https://www.oceaneering.com/rov-services/rov-tooling/ "ROV Tooling") our teams rely on most in the field.
## [No. 5 – High-Low BOP Intervention Skid](https://www.oceaneering.com/products/high-low-bop-intervention-skid-gen-2/ "High-Low BOP Intervention Skid Gen. 2")
Keeping blowout preventer (BOP) intervention flexible is not always straightforward. Different operating conditions can require different pressure capabilities, creating added complexity for offshore teams that need to respond quickly and safely. The skid addresses that challenge by enabling both high- and low-pressure BOP intervention through a single API 53-compliant system.
### Key Capabilities
- Intervention across multiple pressure regimes
- BOP testing, monitoring, and control
- Reduced need for multiple intervention setups
### Why it Made the List
Offshore projects don’t want additional equipment complexity. This skid helps streamline intervention activities while giving operators greater flexibility when conditions change.
## [No. 4 – Flying Lead Orientation Tool (FLOT)](https://www.oceaneering.com/products/flying-lead-orientation-tool/ "Flying Lead Orientation Tool (FLOT)")
Getting flying lead alignment right the first time can have a significant impact on installation efficiency.
Limited visibility, restricted access, and challenging subsea conditions can make precise alignment difficult, increasing the risk of connector damage, extended installation times, and rework.
The FLOT helps operators achieve more accurate and repeatable flying lead installations by improving control during landing and engagement.
### Key Capabilities
- Accurate alignment prior to connection
- Improved installation control
- Reduced risk of misalignment
- Repeatable deployment across multiple assets
### Why it Made the List
Success offshore often comes down to consistency. By helping improve first-time alignment, the FLOT supports reliable installation outcomes while reducing risk to critical infrastructure.
## [No. 3 – Dynaset 7.5ksi High-Pressure Jetting Unit](https://www.oceaneering.com/products/dynaset-7-25-ksi-high-pessure-jetting-unit/ "Dynaset 7.5ksi High Pressure Jetting Unit")
Subsea cleaning and preparation work often comes down to controlled, reliable jetting power at the point of work. Whether removing marine growth, debris, or buildup from subsea infrastructure, operators need a compact tool that can help support effective cleaning without adding unnecessary complexity offshore.
The Dynaset Jetting Unit converts ROV hydraulic power into high-pressure water for subsea jetting applications. Integrated with work class ROV systems, it gives offshore teams a reliable option for cleaning, preparation, and intervention support where access, visibility and control matter.
### Key Capabilities
- High-pressure water jetting for subsea cleaning and preparation
- Compact integration with work class ROVs
- Reliable deepwater performance
### Why it Made the List
Cleaning and preparation can have a direct impact on subsea work. The Dynaset unit helps crews deliver focused high-pressure jetting at the worksite, supporting safer, more efficient execution without surface-driven complexity.
## [No. 2 – 18 ¾-Inch Wellhead Cleaning Tool](https://www.oceaneering.com/products/wellhead-and-hub-cleaning-tools/ "Wellhead and Hub Cleaning Tools")
Subsea wellheads are critical interfaces, but debris, marine growth, and accumulated residue can quickly turn routine operations into more complex challenges.
Before installation, intervention, or re-entry work can begin, operators need confidence that sealing surfaces and profiles are clean and ready.
The 18 ¾-Inch Wellhead Cleaning Tool is designed to restore these interfaces through controlled, thorough cleaning in demanding subsea conditions.
### Key Capabilities
- Removal of debris and buildup from critical surfaces
- Preparation for installation and intervention activities
- Reduced risk of sealing and alignment issues
- Stable operation in challenging environments
### Why it Made the List
Small amounts of contamination can create significant operational headaches. This tool helps operators prepare wellhead interfaces with greater confidence while supporting reliable downstream operations.
## [No. 1 – Class 1-4 Torque Tool](https://www.oceaneering.com/products/class-1-4-torque-tool/ "Class 1-4 Torque Tool")
More subsea activities depend on controlled torque than almost any other intervention capability.
From valve operations and flying lead installation to production system maintenance, accurate torque application is critical to getting the job done safely and correctly.
The Class 1-4 Torque Tool combines high-torque capability with real-time torque monitoring and secure engagement features, providing operators with precise, repeatable control across a wide range of applications.
### Key Capabilities
- Controlled high-torque output
- Compatibility with industry-standard interfaces
- Precise actuation of valves and connectors
- Real-time torque feedback
- Reliable performance in demanding subsea environments
- Available in electric and hydraulic versions
### Why it Earned the Top Spot
Applying too little torque can leave critical operations incomplete. Applying too much can damage equipment and create costly delays. The Class 1-4 Torque Tool has become one of the most frequently used tools in the fleet because it helps operators deliver the right amount of force with confidence, consistency, and repeatability.
## The Bigger Picture: Trusted Tools Deliver Better Outcomes
Looking across these five tools, a common theme emerges.
> The most valuable ROV tools are not necessarily the newest or most complex. They’re the ones operators trust to deliver consistent results, project after project.
Whether supporting intervention, installation, torque, or cleaning scopes, these tools help offshore teams work with greater control, reduce operational uncertainty, and improve execution in challenging environments.
Backed by decades of subsea experience, engineering expertise, and a global support network, our [ROV tooling](https://www.oceaneering.com/rov-services/rov-tooling/ "ROV Tooling") is designed to help operators:
- Reduce intervention time and offshore exposure
- Improve first-time-right execution
- Enhance control in complex environments
- Support scalable, repeatable operations
Explore our [online ROV Rental Tooling Catalog](https://www.oceaneering.com/rov-services/rov-tooling/rov-rental-tooling/ "ROV Rental Tooling") for more information.
**Authors:** Blanca Montoya
---
### [5 Questions Every Asset Integrity Manager Should Be Asking Their Software Vendor](https://www.oceaneering.com/blogs/5-questions-every-asset-integrity-manager-should-be-asking-their-software-vendor/)
**Published:** August 3, 2026
**Author:** James Stahl
**Content:**
## Asset integrity teams have access to more technology and data than ever before
Platforms promise centralized data management and automation. Vendors promote advanced analytics, dashboards, digital twins, artificial intelligence, and predictive maintenance capabilities. The marketplace continues to grow as organizations invest in digital transformation initiatives designed to improve asset reliability, operational efficiency, safety and decision-making. Yet for many operators, the fundamental challenges remain unchanged.
Inspection findings, anomaly records, repair histories, engineering assessments, and maintenance information often remain distributed across multiple systems. Some organizations struggle with decades of accumulated data. Others inherit assets with incomplete histories following acquisitions or ownership changes. In many cases, the challenge is not a lack of information—it is understanding what information can be trusted and how it supports operational decisions. One major industry challenge is that historical asset data remains fragmented across multiple systems, stored in inconsistent formats, and linked to different asset identifiers or tags. Without effective data governance, cleansing, and alignment, this information is difficult to trust, compare, or use – making decisions slower, less consistent, and more uncertain.
> That raises an important question: Are organizations evaluating asset integrity software based on the capabilities that matter most?
## How the Industry Traditionally Evaluated Software
Historically, software selection centered on functionality.
- Can the platform store data?
- Can it generate reports?
- Can it support compliance requirements?
- Can it integrate with existing systems?
These remain important considerations. However, many integrity teams have discovered that software functionality alone does not solve the broader challenge of visibility. Information can still remain disconnected. Data can still be difficult to find. Engineering context can still be missing.
As integrity programs become more complex, software is increasingly expected to do more than manage information. It must help organizations understand it. The software must provide a solution aligned to the specific challenges and outcomes desire, not just a series of functionality that can be enabled/disabled.
## Why Traditional Evaluation Criteria Are Becoming Less Effective
Several factors are changing what operators need from asset integrity software.
### Data Is More Complex Than Ever
Organizations are collecting significantly more inspection and condition monitoring data than in the past. The challenge is no longer acquiring information. It is connecting information in a meaningful way across both time and systems.
### Integrity Programs Involve More Stakeholders
Today’s decisions often involve multiple stakeholders from IT, supply chain, technical integrity professionals, digital transformation teams and operational leadership. When a company needs to purchase software, these decisions can involve both technical integrity professionals and digital or operational technology leadership. Teams have different expectations, aspirations and requirements for a software solution with regards to how it can support their requirements.
### Knowledge Is Becoming Harder to Preserve
Many organizations face challenges preserving knowledge, whether it’s a new or aging asset.
When new assets are handed over from projects into operations, there’s a period of operational readiness that, if not completed in advance, can impact the immediate operational success and effective planning for the foreseeable future. Ensuring data is transferred in a native format, readily accessible, and supported by the necessary software from day one helps organizations avoid disruption and capitalize on opportunities to optimize operations.
When critical asset knowledge exists primarily in reports, disconnected databases, or institutional memory, maintaining continuity becomes increasingly difficult, especially when simultaneously managing aging infrastructure and workforce transition. As a result, organizations are beginning to ask different questions.
## What Leading Operators Are Asking Software Vendors
### 1. Can the Platform Connect the Full Integrity Story?
Inspection data rarely exists in isolation. The most valuable insights often emerge when historical inspections, data trends, anomalies, engineering assessments and planned activities are viewed together. Rather than asking whether a platform can store information, operators increasingly ask whether it can connect information through multiple interfaces.
### 2. Can It Help Create Confidence in Our Data?
The challenge isn’t always fragmented information.
- The challenge isn’t always fragmented information.
- Sometimes it is too much information.
- Sometimes it is incomplete information.
Sometimes it’s 30 years of data stored against an asset with multiple identifiers/tags across different systems, unable to be easily brought together.
Leading operators want platforms that leverage the existing data to improve visibility, traceability, and confidence in the information used to support decisions. Where there are gaps in information, operators want to leverage predictive and analytical capabilities to assess the ‘unknown’ risks associated with their data.
### 3. Does the Platform Support Decisions or Just Documentation?
Recording data is important. Understanding what action should happen next is often more important. Asset Integrity Managers, Reliability Engineers, and Operations Leaders are increasingly evaluating whether software helps identify risks, prioritize resources, and support decision-making—not simply document activities.
The software must allow skilled professionals to focus on engineering and analysis, not data collation and review. Documentation and data becomes a minimum requirement to drive software efficiencies.
### 4. Can Teams Understand Asset Condition in Context?
A spreadsheet may show that an anomaly exists. It does not always explain its significance or context.
This is why many organizations are adopting technologies that improve context through visualization, digital asset representations, and more connected ways of viewing integrity information. Increasingly, operators want software that helps them understand what information means—not simply display it.
### 5. Was the Platform Built Around Asset Integrity?
Perhaps the most important question is also the most straightforward. Does the vendor understand asset integrity? Managing corrosion, performing fitness-for-service assessments, prioritizing repairs, and extending asset life are engineering challenges—not simply data management challenges. Software designed around real inspection and integrity workflows is often better positioned to support practical decision-making because it reflects how integrity professionals actually work.
## From Information Management to Integrity Intelligence
That philosophy has shaped our digital asset integrity approach. [Inform™](https://www.oceaneering.com/asset-integrity-management/combining-engineering-data-and-visualization/ "Combining Engineering Data and Visualization") was designed by engineers for engineers to centralize inspection, anomaly, risk, and integrity information into a structured system of record. [Vision™](https://www.oceaneering.com/asset-integrity-management/combining-engineering-data-and-visualization/visualizing-3d-data-for-asset-integrity/ "Vision™") complements that approach by providing engineering-grade visualization that helps organizations understand asset condition within a broader operational context. Together, they help bridge the gap between information and decision-making.
> The most valuable software platforms are not necessarily those with the most features. They are the platforms that help organizations develop a clearer understanding of asset condition, risk, and performance.
Because ultimately, software should do more than manage information. It should help you manage integrity.
**Ready to move from data management to integrity intelligence? [Read the case study](https://www.oceaneering.com/case-studies/inform-risk-based-inspection-rbi-software-enables-operator-to-safely-extend-inspection-intervals/).**
**Authors:** Kristen Fraser
---
## Case Studies
### [How an Organization Evaluated AGV Automation in an Active Manufacturing Environment](https://www.oceaneering.com/case-studies/evaluating-agv-automation-in-active-manufacturing/)
**Published:** October 1, 2026
**Author:** Arushi Sharma
**Categories:** Mobile Robotics
**Content Types:** Case Studies
**Industries:** Material Handling
---
### [Increasing Throughput and Dock Capacity with MaxMover™ Pallet Sniffing Technology](https://www.oceaneering.com/case-studies/increasing-throughput-and-dock-capacity-with-maxmover-pallet-sniffing-technology/)
**Published:** October 1, 2026
**Author:** Arushi Sharma
**Categories:** Mobile Robotics
**Content Types:** Case Studies
**Industries:** Material Handling
---
### [Pipeline Out-of-Straightness Survey for Greenfield Development West Africa](https://www.oceaneering.com/case-studies/pipeline-out-of-straightness-survey-west-africa/)
**Published:** October 5, 2026
**Author:** Monica Dahl
**Content:**
## Overview
### In 2025, we were contracted by a major energy client to perform a comprehensive out-of-straightness survey at a greenfield block offshore West Africa.
The project required establishing a precise baseline for nearly 293 kilometers of newly installed pipelines, ranging from 6 to 30 inches in diameter, and spanning water depths from 30 meters to almost 3,000 meters. Our scope included not only the main survey, but also mattress and buoy installation, electrical flying lead installation, and integration of third-party data to create a complete field reference source for future use.
## Our Solution
### We delivered an integrated solution that combined advanced positioning technology, robust survey equipment, and a hybrid approach to data processing.
Central to our approach was the deployment of the Kongsberg HAIN 7000 INS/DVL/USBL positioning system, which was specifically chosen for its compatibility with the vessel’s USBL and its ability to meet exceptionally tight positional tolerances, less than three meters at a water depth of 2,800 meters. The project featured one of the widest water depth ranges our team has ever surveyed, from as shallow as 30 meters to nearly 3000 meters, requiring both deepwater and shallow water operations and presenting unique technical challenges. The surveyed field exhibited dramatic seabed variances, including steep shelves, sudden depth changes, and complex terrain that required careful navigation and precise mapping throughout the survey operations.
The Kongsberg HAIN system itself was new to our operations, with fewer than five units available globally. Our team worked closely with the manufacturer throughout the project, maintaining constant communication to fine-tune and optimize the system for deepwater use and to ensure accurate data collection even in the most demanding conditions.
We adopted a hybrid data processing model, combining the expertise of offshore and onshore personnel to efficiently manage and process over 4,000 hours of survey data collected by the system mounted on our [Magnum ROV](https://www.oceaneering.com/products/magnum-plus-rov/). We produced a wide range of deliverables for the client.
126 Charts 157 Listings 72 3D Data Sets 60 Field Reports and Memos ## Value Delivered
### Our approach provided the client with a reliable baseline for future pipeline inspections, enabling proactive asset management and rapid identification of any future out-of-straightness events.
By integrating third-party installation data and customizing the final report to serve as a comprehensive field reference, we made it easier for the client to access critical information and plan future surveys. The use of advanced positioning technology and efficient data processing minimized vessel time, reduced operational costs, and ensured the project was completed within the client’s schedule.
#### Key Takeaways and Benefits
- Delivered precise baseline data for 293 kilometers of pipeline
- Survey spanned water depths from 30 to 3,000 meters
- Produced over 4,000 hours of processed data
## From Baseline to Better Decisions
Turn precise out‑of‑straightness data into proactive asset management. Explore how our Survey Services can transform your operations. [ Learn More ](https://www.oceaneering.com/survey-and-mapping/) [ Contact ](#contact)## Contact Us
### Our team of experts is ready to help you get started.
Oceaneering offers best-in-class products and solutions, backed by unparalleled quality, reliability, and global support. Fill out the inquiry form to start a conversation today.
**Content Types:** Case Studies
**Industries:** Oil and Gas
**Regions:** Africa
---
### [High-Precision Subsea Survey and Torpedo Anchor Support for FPSO Mooring Line Hook Up](https://www.oceaneering.com/case-studies/subsea-survey-torpedo-anchor-support-fpso-mooring/)
**Published:** October 2, 2026
**Author:** Monica Dahl
**Content:**
Overview
## In 2025, our team completed a multi-year project focused on survey and installation scopes for a floating production, storage, and offloading (FPSO) mooring line project at a newly commissioned deepwater field in Brazilian waters.
The planning phase started in 2023, enabling our team to develop comprehensive procedures that aligned with client requirements. The project required precise mapping of subsea corridors, careful coordination of vessel activities, and the use of innovative anchor deployment monitoring technology to meet stringent regulatory and client specifications.
Our Plan ## Our approach centered on delivering high-precision survey services and technical support for the installation of torpedo anchors in a newly commissioned deepwater field.
From the outset, we prioritized innovation and operational excellence, using a combination of work-class [remotely operated vehicles (ROVs)](https://www.oceaneering.com/rov-services/) and advanced multi-beam sonar technology to map approximately 150 kilometers of subsea corridors. This meticulous mapping ensured best placement of mooring lines and anchors, meeting both regulatory and technical requirements.
A standout innovation in this project was the deployment of a real-time visual positioning system, marking Oceaneering’s first use of this technology in the region. This technology enabled our team to monitor and adjust torpedo anchors during free-fall installation with unprecedented accuracy. By using subsea cameras and coded targets, we could confirm anchor positions in real time, significantly enhancing both safety and operational efficiency. The system’s immediate feedback reduced risk, streamlined installation, and set a new benchmark for anchor deployment in deepwater environments.
Throughout the project, our survey and ROV teams worked collaboratively to adapt to evolving requirements and logistical challenges. The use of multi-beam sonar provided detailed seabed data, supporting precise decision-making and compliance with stringent specifications. Our team’s flexibility and expertise ensured that all survey deliverables and torpedo installation support were completed to the highest standards, even as vessel availability and project scope shifted.
Value Delivered ## We delivered high-precision survey services and technical support for the installation of the client’s torpedo anchors, prioritizing safety, efficiency, and innovation.
This meticulous mapping ensured optimal placement of mooring lines and anchors, meeting both regulatory and technical requirements. The anchors and the mooring lines are currently in-situ subsea, awaiting the arrival of the FPSO.
Key Takeaways and Benefits
- High-accuracy subsea positioning for critical installations using GNSS, INS, USBL, and V-Lock systems.
- Innovative torpedo pile installation: Deployed 24 torpedoes with real-time monitoring, improving safety and efficiency over traditional piling methods.
- Comprehensive data and reporting: Delivered 338 daily production reports (DRPs), 117 signed field memos, and 30 terabytes of survey data, supporting transparent decision-making.
- Local expertise and global support: Deployed 100 percent personnel local content and coordinated 28 offshore crew across three vessels, backed by 21 members of an onshore support team.
- Efficient operations: Maintained 100 percent uptime during the MBES campaign and delivered all milestones on schedule, despite changes in scope and vessel availability.
## Contact Us
### Our team of experts is ready to help you get started.
Oceaneering offers best-in-class products and solutions, backed by unparalleled quality, reliability, and global support. Fill out the inquiry form to start a conversation today.
**Content Types:** Case Studies
**Industries:** Oil and Gas
**Regions:** South America
---
### [Using Process Data to Evaluate Pump Operating Performance](https://www.oceaneering.com/case-studies/using-process-data-to-evaluate-pump-operating-performance/)
**Published:** September 10, 2024
**Author:** Monica Dahl
**Content:**
Overview
## Pumps play a vital role in many industries worldwide.
But inefficient pump operation can lead to costly failures and increased energy consumption, leading to significant financial and operational losses. For such situations, Oceaneering’s Maintenance and Reliability Solutions team provides operational reliability services on a consultancy basis or where our engineers are embedded into the client’s core operations, helping them maximize asset availability.
Challenge ## In 2023, Oceaneering helped a UK-based upstream oil and gas operator in monitoring pump performance, aiming to understand operating ranges, identify corrective actions, and mitigate risks to operations.
Understanding Performance Curves: The pump’s performance curve illustrates the relationship between the flow rate and the pressure. Operating a pump away from the optimal region can result in mechanical stress, vibration, and increased energy consumption. By periodically monitoring pump operating conditions operators can ensure efficient performance and an extended lifespan.
 Plot of vibration velocity data showing relative increase in hydraulically induced vibration as flow decreases as operation moves away from the optimal operating region. With large costs associated with production losses, the client understood the importance of understanding the risks associated with maintaining system function and maximizing pump reliability. As a result, a set of production critical pumps was selected for review.
Our Solution ## Historical process data was cleansed and analyzed to determine the various pump operating conditions over time in relation to variable liquid flow.
A simple overlay of this data onto the manufacturer’s pump performance curve was used to assess the operating conditions for the selected pumps and revealed deviations.
For instance, it was clear that one pump had previously operated for extended periods outside the API recommended operating range and had experienced low-flow conditions, as shown in the red-highlighted area in the graphic below.
 Plot of process data showing low-flow zone. Low flow can lead to issues such as excessive vibration, bearing wear, and mechanical seal failure. Further investigation revealed that one year previously a seized minimum flow valve had rendered the minimum flow function for the pump inoperable. Had proactive monitoring been in place at that point, the low-flow condition could have been detected, avoiding a production impact and a costly overhaul.
The review did not just identify performance issues. In another example, the two largest pumps on the facility were for water injection, operating in the seven-to-ten-megawatt range. The review confirmed that these high-ticket items were being operated within the manufacturer’s recommended range. This gave positive assurance to the business, providing a measure of confidence that critical machinery was likely to provide continued reliable service.
As an important review outcome, several pumps were identified as suitable for mid-life modification projects, promising returns on investment typically within 2-4 years. Based on projected reductions in failures, reduced energy consumption and carbon emissions, the net financial benefit over the remaining asset life is estimated to be up to 385M USD.
 Benefits ## Adopting a proactive approach to pump analysis offers organizations the potential of significant operational and financial benefits.
Timely analysis can help optimize pump performance, enhance uptime by prolonging asset lifespan, whilst reducing costs by avoiding costly failures and unnecessary energy consumption. This is a major move away from the fail-fix-fail-fix reactive maintenance cycle.
Whether through a one-off project or embedded within an operations team, Oceaneering’s operational reliability services can be tailored to meet organizational needs, offering innovative solutions to improve operational efficiency and reliability across a wide range of plant types.
## Ready to Learn More?
Explore our Maintenance and Reliability Solutions. [ Learn More ](https://www.oceaneering.com/maintenance-and-reliability/) [ Download Case Study ](https://oceaneering.canto.com/download/document/rmencvnf313nj6ce4ur2cgif0j/original.pdf)# Contact Us
## Our team of experts is ready to help you get started.
Oceaneering offers best-in-class products and solutions, backed by unparalleled quality, reliability, and global support. Fill out the inquiry form to start a conversation today.
**Categories:** Maintenance and Reliability
**Content Types:** Case Studies
**Industries:** Oil and Gas
**Regions:** Europe & Middle East
**Search Tags:** North Sea
---
### [Updating Maintenance Plans for UK Regulatory Compliance](https://www.oceaneering.com/case-studies/updating-maintenance-plans-for-uk-regulatory-compliance/)
**Published:** October 11, 2024
**Author:** Edgar Cordova
**Content:**
Overview
## An oil and gas operator recently expanded its operations into the UK North Sea for the first time with the construction of a brand-new offshore facility.
This expansion brought to light a critical challenge: the company’s standard preventative maintenance plans, while successful and adequate in other regions, were not always in line with the UK’s stringent Health, Safety, and Environment (HSE) regulations and best practices. The operator turned to Oceaneering’s [Maintenance and Reliability Solutions](https://www.oceaneering.com/maintenance-and-reliability/) team for support.
The primary challenge was the need to complete a gap analysis between the operator’s existing corporate maintenance plans used by the new facility with the often more rigorous requirements set forth by UK HSE regulations. The work instruction language in the corporate maintenance plans was typically more generic than equivalent UK work instructions, and at times frequencies did not align. With over 1,800 maintenance plans used across multiple equipment types, it required systematic scrutiny, review, and update which is not only vast but critical.
Execution Plan ## To address these challenges, the team is actively completing an intensive and thorough review of all preventative maintenance plans used by the facility, prioritizing those relating to safety-critical elements.
This includes a gap analysis to identify discrepancies or conflicts between current work instruction text, plan frequencies, and UK regulatory requirements. Where required, this is followed by an update of the work instructions to enrich the content and make it more specific, compliant, and detailed for UK operations. Plan frequencies are also realigned where necessary.
Integral to the success of the ongoing project is regular stakeholder engagement and collaboration with equipment specialists and UK regulatory experts who provide the team with specialized knowledge and insights into requirements for the revised maintenance plans.
Results ## The comprehensive review and update process by Oceaneering’s Maintenance and Reliability Solutions team has led to the development of robust maintenance plans that not only comply with UK HSE regulations but also set a new standard for maintenance excellence for the operator. These updated plans, while initially applied to the UK facility, have the potential to be adopted across similar facility types within the company’s global portfolio, enhancing safety and operational efficiency on a wider scale.
## Ready to Learn More?
Explore our Maintenance and Reliability Solutions. [ Learn More ](https://www.oceaneering.com/maintenance-and-reliability/) [ Download Case Study ](https://oceaneering.canto.com/download/document/vfls22vc6p6gb0h7h5si7g767p/original.pdf)# Contact Us
## Our team of experts is ready to help you get started.
Oceaneering offers best-in-class products and solutions, backed by unparalleled quality, reliability, and global support. Fill out the inquiry form to start a conversation today.
**Categories:** Maintenance and Reliability
**Content Types:** Case Studies
**Industries:** Oil and Gas
**Regions:** Europe & Middle East
**Search Tags:** North Sea
---
### [Subsea Distribution Solutions in Rosyth Completes Milestone Project](https://www.oceaneering.com/case-studies/subsea-distribution-solutions-in-rosyth-completes-milestone-project/)
**Published:** November 1, 2022
**Author:** Kristen Thurman
**Content:**
Overview
## In May 2022, Oceaneering successfully delivered the final piece of hardware on a multi-item project scope for a major operator in the North Sea.
Starting with a front end engineering and design study in 2017, the project included major milestones and industry-first. The team supplied more than 41km of umbilicals, flying leads and ancillary hardware to meet the client’s requirements.
Challenge ## The project presented several significant challenges.
The dynamic umbilicals included a 2 ½ inch steel tube in their cross section design, prompting the need to transform the manufacturing capabilities at the Rosyth site with the installation and commissioning of a purpose-built large bore tube welding line.
There was also a design requirement to include a direct current/fiber optic (DC/FO) cable in the dynamic umbilicals. As our team understands, this marked an industry-first integration. The complexity surrounding these delicate components demanded precision and advanced engineering.
Our Solution ## Planning was essential to the project’s successful completion. Process engineers developed the plans, using input from our Panama City site, to design the large bore tubing welding line.
The Manufactured Products team in Houston was responsible for many of the larger pieces of ancillary hardware, and the technical solutions engineers in Rosyth worked to optimize the umbilicals’ cross sections designs.
All umbilical manufacturing was completed in Rosyth, and extensive engineering interface management was required at every stage of the project, from kick off to packaging and load out of the reels. Project management was pivotal in handling the more than 100 interfaces created by such a complex scope.
Execution Plan ## From February to July 2017, the technical engineering team completed a complex and thorough front end engineering and design (FEED) study for the client.
The FEED study demonstrated Oceaneering’s extensive understanding of [subsea umbilicals and hardware](https://oceaneering.com/subsea-distribution-solutions/products/), manufacturing capability, and experience and Oceaneering was awarded the project’s contract in December 2017.
Upon award, preparations to transform the manufacturing capabilities at the Rosyth facility were started. Drawing on lessons learned and using equipment previously installed at the Panama City umbilical manufacturing site, the local team designed and installed a large bore tube welding line. The complexities of this foundational work were extreme and demonstrated ingenuity and experience. The project schedule was built to meet the staggered delivery dates required by the customer.
The large bore welding line was successfully commissioned in 2019, enabling the welding of 2 ½ inch, 10-meter-long straights that would later be integrated to some of the project’s umbilicals.
Manufacturing on the project’s umbilicals started with the completion of the welding line 2019 and ran through 2021. Ancillary equipment, flying lead termination heads including Oceaneering M1 junction plates, and subsea umbilical termination assemblies were manufactured at Oceaneering’s Manufactured Products facility in Houston and shipped to Rosyth for integration with the umbilicals.
Specialist technicians completed the umbilical cross section testing on site at Rosyth’s Testing, Qualification, and Reliability Laboratory. Samples of product underwent bend stiffness, combined tension with bed, crush, and flex fatigue testing to prove their performance factors met the required design criteria.
On the 29th of May 2021, the Oceaneering team in Rosyth (SDS-R) delivered the first two dynamic umbilicals. The final deliverable, a dynamic spare, left quayside in late May 2022, marking the culmination of the project.
Highlights ## The team successfully delivered 41.64 km of product made up various cross sections manufactured into:
- 3 Dynamic umbilicals (inclusive of 1 spare)
- 7 Production umbilicals
- 1 Production umbilicals incorporating DC/FO cables
- 2 Water injection umbilicals
- 2 Water injection umbilicals with DC/FO cables
- 5 Infield cables
- 6 Hydraulic flying leads
- 2 Fiber optic flying lead
- 12 Low voltage electrical flying leads
- 4 SA DC/FO cables
- 2 PRM FO cables
An array of ancillary hardware was also supplied as part of the contract. This included, but was not limited to, flying lead termination heads incorporating Oceaneering M1 junction plates, umbilical termination assemblies, mudmats, pulling heads and hang off collars, dynamic bend stiffeners, buoyancy modules, tie back collars, tie down collars, free-issued umbilical termination heads, and a variety of repair kits and spare parts.
RESULTS ## The final spare umbilical delivery in May 2022 marked the final milestone in a transformative project for the Rosyth site.
From commissioning a large bore tube welding line to completing the industry-first integration of DC/FO cables, the project provided the global and local teams with significant opportunities for lessons learned and demonstrated the Oceaneering can-do attitude.
The project was completed during the challenging circumstances of the Covid 19 pandemic and relied heavily on Oceaneering’s positive relationship with both the client and suppliers.
The client is now equipped with the infrastructure required to achieve first oil. They, too, have improved their understanding of the complexities involved with such challenging cross sections, but have been reassured and encouraged by the successful, safe completion of the project scope.
## Ready to learn more?
With world-class global manufacturing facilities and industry experience, we meet your complete subsea distribution requirements with optimized solutions. [ Learn More ](https://oceaneering.com/subsea-distribution-solutions/products/) [ Download Case Study ](https://oceaneering.canto.com/download/document/09g9mg1kp54e96achmpr5d8h7v/original.pdf)# Contact Us
## Our team of experts is ready to help you get started.
Oceaneering offers best-in-class products and solutions, backed by unparalleled quality, reliability, and global support. Fill out the inquiry form to start a conversation today.
**Categories:** Umbilicals and Ancillary Hardware
**Content Types:** Case Studies
**Industries:** Oil and Gas
**Regions:** Europe & Middle East
**Search Tags:** '-Regions, UK, Umbilical
---
### [Subsea Development Retrofitted to Enable Diverless Functionality](https://www.oceaneering.com/case-studies/subsea-development-retrofitted-to-enable-diverless-functionality/)
**Published:** August 5, 2019
**Author:** Kristen Thurman
**Content:**
Overview
## Over the span of two offshore campaigns, Oceaneering retrofitted subsea infrastructure in 450 foot water depths offshore Trinidad and Tobago to enable subsea connectivity with remotely operated vehicles (ROVs) and reconfigured the infrastructure to bring new production online.
The existing subsea system consisted of a four-slot manifold connected to three horizontal trees via flexible well jumpers, electrical flying leads, and steel flying leads. All the connections had been made with saturation diving support. Oceaneering successfully adapted existing API flanges to allow for alignment, pull in, and remote connection of flexible jumpers without typical connection systems.
 Issues ## The field did not produce for a three-year period after an attempt to bring production online failed.
During this time, the field was acquired by a new operator. The original operator had planned to use saturation divers to perform installation activities at the field. In the interests of safety and cost savings, however, the new operator approached Oceaneering in early 2017 to retrofit the field for diverless capacity and make connections to three new wells. The new operator’s decision was driven by the high cost of utilizing diving services in a remote location, and the weather and water currents that made the subsea infrastructure inaccessible to divers most of the time.
Executing the project would require the re-route of existing flexible jumpers and installation of new flexible jumpers to interface with the existing subsea production system. The project also involved horizontal flange connections. Without the use of divers, no standard solution existed for addressing these flanges.
Our Solution ## Oceaneering used company wide resources to create a comprehensive solution including onshore and offshore project management, engineering, assembly, testing, installation aids, and personnel for the project, including an ROV access study to prove tooling feasibility.
Oceaneering’s study concluded that, although the ROV access had extremely tight tolerances and some limitations, tooling and installation aids could be developed to overcome the challenges and ultimately provide a diverless installation solution to complete a three well tie-in, bringing the field into production.
 Execution Plan ## Work conducted in the first campaign-which took place during the first quarter of 2018-included the diverless conversion of two API flanges and the installation of a wet parked flexible jumper.
The manifold blind flange was removed using ROV-operable tools and the API Grayloc flange adapter tool was installed. Next, the pull-in frame was deployed and flexible jumper recovered to the hang off frame, where a Grayloc remotely operated connector was installed on the end fitting. The flexible jumper was then landed into the pull-in frame, aligned and the remote connection was made.
The second campaign in the third quarter of 2018 involved re-routing and performing the diverless conversion of an existing flexible jumper, making a remote connection on the flexible jumper bridge connection, and installing a new flexible jumper via a pull-in frame. To execute this work, the existing flexible jumper connection was removed and shifted to the bridge. The API flange was adapted by installing the flange adapter and the new extension flexible jumper was shifted into the bridge with the Grayloc remotely operated connector pre-installed. The bridge was then aligned and the remote connection made.
Next, the pull-in frame was deployed and installed onto the manifold. A new flexible jumper was deployed into the pull-in frame with a yoke assembly installed, aligned and the remote connection made. The final connections were tested via a multiple quick connect interface.
## Challenges
- Extremely tight schedule for project planning and engineering
- Extremely tight schedule for fabrication and testing of hardware and installation aids
- Executing an international project in a country where Oceaneering does not regularly import and export vessels and equipment
- Building equipment and tooling based on third-party construction drawings without access to perform a fit check prior to installation
- Subsea connections at the production manifold were API flanges recessed in the manifold’s super structure, intended for saturation divers to complete the tie-ins
- Recovering flexible jumpers to the side of the vessel and holding the assemblies while installing additional components
- Installing hardware subsea with +/- 5 inch tolerances
- Disconnecting and reutilizing existing subsea flexible jumpers via an Oceaneering bridging structure
- Installing ROV-friendly equipment onto assemblies built for diver use
- High current environmental conditions
 Equipment Highlights ## Oceaneering demonstrated its ability to innovate with its custom engineering of ROV specialty tools and installation equipment for the project.
### ROV Operable Flange Removal Tooling
### API x Grayloc Flange Adapter
- Diverless solution used to adapt an API flange to a Grayloc hub to enable remote clamp connection
- ROV deployable via installation tool designed to account for change in weight and center of gravity before and after installation
- Designed to adapt API 17D 5-⅛ in flange while retaining the gasket and mounting hardware required to make the connection by ROV
### Grayloc Remotely Operated Connectors
- Grayloc metal-to-metal seal
- API 17H Class 4 Torque Bucket interface
- Simple, reliable trunnion and screw mechanism
- Retained seal ring with test ports
### Flexible Jumper Bridge
- Diverless solution that connects two flexible jumpers subsea by providing adjustment in three dimensions
- Uses mechanical drive mechanisms through a API 17H Class 4 Torque Bucket interface
### Flexible Jumper Pull In Frame
- Diverless solution that connects a flexible jumper to a manifold by providing adjustment in three dimensions
- Uses hydraulic drive mechanisms through hot stab manifolds
### Flexible Jumper Hang Off Frame
- Designed to hold the recovered flexible jumpers on the side of the vessel during flooding, flange removals, make-ups and pressure testing
- Served to install the gooseneck and running tool for deployment and installation to the subsea trees
Results ## Oceaneering successfully removed existing flanges, adapted API flanges to enable remote connectivity, and aligned flexible jumpers for subsea make-up, ultimately resulting in the connection of flexible jumpers to three wells. The client safely and successfully initiated gas production from the field, which is expected to peak at 250 Mcf/d.
## Project Highlights
- Oceaneering ROVs performed delicate tasks for retrofitting subsea hardware to diverless functionality
- The design and fabrication of fit-for-purpose hardware to integrate with existing subsea architecture installed by ROVs
- Validation of products through controlled environment testing with ROVs at NASA’s Neutral Buoyancy Laboratory
- Future IMR can be accomplished with engineered solutions versus diver intervention
## Ready to learn more?
Explore Grayloc Products. [ Learn More ](https://oceaneering.com/grayloc-home/) [ Download Case Study ](https://oceaneering.canto.com/download/document/1l731epvet6k192avfgc0j6c56/original.pdf)# Contact Us
## Our team of experts is ready to help you get started.
Oceaneering offers best-in-class products and solutions, backed by unparalleled quality, reliability, and global support. Fill out the inquiry form to start a conversation today.
**Categories:** Grayloc, Remotely Operated Vehicles (ROVs), Subsea Connection Systems
**Content Types:** Case Studies
**Industries:** Oil and Gas
**Search Tags:** '-Regions, Gulf of Mexico
---
### [Risk-Based Inspection Assessment Enhances Safety And Efficiency For 19 Pipelines In West Africa](https://www.oceaneering.com/case-studies/risk-based-inspection-assessment-enhances-safety-and-efficiency-for-19-pipelines-in-west-africa/)
**Published:** December 11, 2024
**Author:** Edgar Cordova
**Content:**
Overview
## From December 2023 through March 2024, a team of Oceaneering pipeline and corrosion engineers completed a comprehensive condition assessment and risk-based inspection (RBI) evaluation of 19 pipelines at a client’s fields in West Africa. The project aimed to mitigate risks and any potential loss of containment while providing the client with recommendations for any subsequent inspection or intervention.
Execution Plan ## Oceaneering conducted a comprehensive review and risk assessment using historical integrity management reports provided by the client.
The engineers used our internally developed RBI software platform, aligned with DNV RP F116 standards, to provide a holistic view of the 19 pipelines, installed in the early 1990s and of varying diameters ranging from 2 to 24 inches. The process involved:
- Categorizing the pipelines into logical groups (topside, riser, platform safety zone, near-shore, onshore).
- Risk assessing all pipeline components and sections for internal and external threats.
- Providing recommendations on inspection frequency and methods, including corrosion assessment and modeling.
- Holding workshops with the client to explore challenges related to each of the pipelines.
Upon completion of a thorough RBI evaluation, we provided the client with a final report that identified high, medium, and low risk pipeline assets. The final report highlighted high-risk pipelines and provided guidance for future inspections and engineering challenges.
Results ## This quick-turnaround project, covering a total of 130 kilometers of pipeline, demonstrates Oceaneering’s efficiency and expertise in pipeline RBI assessments.
We provided the client and their senior management teams with valuable insights into the condition of their pipelines. Additionally, we recommended future inspection requirements, including frequency, methods, and locations.
We enabled the client to prioritize their inspection schedule and budget while maintaining safe operations. During workshops with the client’s operations and design team, we introduced various updates to operational procedures that enhance pipeline integrity, demonstrating our ability to implement immediate improvements that ensure continued operability and uptime.
## Ready to Learn More?
Explore our Engineering Services. [ Learn More ](https://www.oceaneering.com/asset-integrity/integrity-management/engineering-services/) [ Download Case Study ](https://oceaneering.canto.com/download/document/vss2fi5ubp0jj3bgmnrls11b6k/original.pdf)# Contact Us
## Our team of experts is ready to help you get started.
Oceaneering offers best-in-class products and solutions, backed by unparalleled quality, reliability, and global support. Fill out the inquiry form to start a conversation today.
**Categories:** Asset Integrity Management, Integrity Management
**Content Types:** Case Studies
**Industries:** Oil and Gas
**Regions:** Africa
---
### [First BOP Tethering Operation Performed Offshore Brazil](https://www.oceaneering.com/case-studies/performing-first-bop-tethering-operations-offshore-brazil-for-petrobras/)
**Published:** November 30, 2021
**Author:** Kristen Thurman
**Content:**
Overview
## Oceaneering was selected by Petrobras in 2020 to provide BOP tethering services for the operator offshore Brazil.
The scope of work includes data acquisition and real-time riser analysis for dynamic positioning (DP) rig operations for multiple wells in water depths ranging 150-700 m.
Our Solution ## Oceaneering’s Wellhead Load Relief (WLR) system is a compact, high-capacity BOP tethering system that is suitable for template and seabed anchoring. The WLR system mitigates wellhead fatigue, using adjustable tethers to enable efficient reconfiguration, eliminating the requirement for topside intervention during BOP jumps. The system is completely ROV-operated.
The WLR system consists of several tensioners individually tethered to the BOP. Each tensioner combines a hydraulic spooling unit with a hydraulic lock-and-pull mechanism to enable the ROV to pull tethers from slack to full 25-ton tension without any assistance from topside. The integrated load monitoring system ensures that the ROV can monitor and adjust tension force accurately in each WLR and acquire data to evaluate fatigue life and generate dynamic watch circles for DP rigs. The tensioner enables easy interfacing on all types of anchor points, both on templates and seabed, and has a 360-degree rotational range.
Challenges ## The project needed to be designed specifically for Petrobras’ operations. While Oceaneering has performed BOP tethering successfully in other areas of the world, this operation would be the first time executed in Brazil. The conditions to execute the work scope would be very different from how the operation would be performed overseas.
Oceaneering imported the WLR tensioners and monitoring system for this project while the Suction Anchors were manufactured locally.
The anchors with tensioners integrated being launched by an anchor handling tug supply (AHTS) vessel stern roller, a monitoring system installed at the rig to run an hourly riser analysis and all equipment being connected to the BOP.
RESULTS ## The BOP tethering system enables the DP rig to perform operations in adverse weather conditions, allowing drilling and workover activities to continue. This demonstrates the efficiency of using a DP rig instead of an anchored one for drilling and workover operations. Another benefit of this WLR system is that it can be used in older wells that were not designed to suffer high loads. These loads are carried by the tethering system and anchors.
On the first well at the Albacora field, the WLR system increased the operational window of the rig, opening the watch circle from 8 m to 53 m, allowing the feasibility of operations.
The operation successfully demonstrated and achieved the purpose of the project to minimize the loads on the wellhead with a red alert of 15 m minimum in a rig drift off situation.
## Project Highlights
- BOP tethering enables the DP rig to work through adverse weather conditions, performing services in shallow water depths, and ensuring that wellheads can bear high loads.
- The DP rig’s operational window was increased due to the WLR system, opening the watch circle from 8 m to 53 m.
- The tensioner enables easy interfacing on all types of anchor points, both on templates and seabed, and has a 360-degree rotational range.
## Ready to learn more?
Learn how we can increase the efficiency and flexibility of your rig or download a pdf of this case study. [ Learn More ](https://oceaneering.com/wellhead-load-relief/) [ Download Case Study ](https://oceaneering.canto.com/download/document/qq9ggt5b4h50v50ncbrk82gc2t/original.pdf)# Contact Us
## Our team of experts is ready to help you get started.
Oceaneering offers best-in-class products and solutions, backed by unparalleled quality, reliability, and global support. Fill out the inquiry form to start a conversation today.
**Categories:** BOP Intervention, Drilling Services
**Content Types:** Case Studies
**Industries:** Oil and Gas
**Search Tags:** Brazil, OPG, WLR
---
### [Optimizing Facility Maintenance Management in Norway](https://www.oceaneering.com/case-studies/optimizing-facility-management-in-norway/)
**Published:** December 18, 2024
**Author:** Edgar Cordova
**Content:**
Overview
## In February 2021, Oceaneering’s Maintenance and Reliability Solutions team embarked on a pilot project to develop and implement a facility maintenance management program for an established European energy industry client.
Following the success of the pilot in mid-2021, the project moved to the implementation of a comprehensive program covering twelve in country facilities. The scope included dedicated office spaces and other buildings collocated alongside the client’s various onshore process plants.
Having a long history of completing maintenance engineering projects for the client, Oceaneering was tasked with meeting their end goal: improving operational oversight while also increasing standardization of processes across facilities.
Our Solution ## The first phase of the project involved collating and evaluating all existing asset data related to the facilities and their systems.
Oceaneering engineers used their existing experience working with the client’s Computerized Maintenance Management System (CMMS) to develop standardized and flexible processes while combining data from various legacy systems into a single, central CMMS.
The maintenance strategy development then commenced, covering all maintainable equipment while placing primary focus on the facilities’ most critical infrastructure including elevators, fire doors, and fire detection and alarms. The development was aligned with national standards, ensuring all maintenance activities not only met regulatory requirements but also embodied best practices. Standardization was a primary goal, but our flexible framework also allowed for the incorporation of bespoke tasks, as needed.
The team also established a user-friendly Power Bi dashboard solution that unifies key data from the client’s CMMS and other databases, providing a clear, near real-time overview of the status of each individual facility. This centralized oversight is crucial for supporting exacting standards across all facilities.
Results ## Our comprehensive approach to integrating and aligning all data across the twelve facilities under a single CMMS has delivered significant benefits while providing the client with confidence the facilities are both safe and reliable.
With consistent and structured data and the adoption of user-friendly digital innovations, end users are able to improve decision making with enhanced oversight and easy access to relevant maintenance key performance indicators (KPIs).
Such was the success achieved across the initial twelve facilities, the project’s operational phase has been extended by the client, with efforts to expand the scope of our services to additional sites ongoing.
## Ready to Learn More?
Explore our Maintenance and Reliability Solutions. [ Learn More ](https://www.oceaneering.com/maintenance-and-reliability/) [ Download Case Study ](https://oceaneering.canto.com/download/document/sgm7ss7tah0dh8hbrt7bb8fs3m/original.pdf)# Contact Us
## Our team of experts is ready to help you get started.
Oceaneering offers best-in-class products and solutions, backed by unparalleled quality, reliability, and global support. Fill out the inquiry form to start a conversation today.
**Categories:** Maintenance and Reliability
**Content Types:** Case Studies
**Industries:** Oil and Gas
**Regions:** Europe & Middle East
---
### [Optimized FSPO Ballast Tank Inspection Scope Eliminates Confined Space Entry](https://www.oceaneering.com/case-studies/optimized-fspo-ballast-tank-inspection-scope-eliminates-confined-space-entry/)
**Published:** November 1, 2024
**Author:** Edgar Cordova
**Content:**
Overview
## In October 2023, Oceaneering completed a 13-day inspection scope on three dual-compartment L-shaped ballast tanks on a floating production, storage, and offloading (FPSO) vessel located in the Gulf of Mexico.
In-Service Inspection Plan (ISIP) requirements dictate the requirement to complete [ballast tank inspections](https://www.oceaneering.com/asset-integrity/floating-systems-inspection-and-integrity-services/) every five years, with intermediate inspections completed at two and a half year intervals. The primary focus of this inspection campaign was to complete both general and close visual inspection (GVI and CVI) of the identified ballast tanks, confirming the condition of assets and noting any degradation or areas of concern. The team was required to collect over 2,000 hull gauging readings for this inspection scope.
Our Solution ### Four highly skilled and experienced ballast tank inspection technicians were mobilized to the FPSO and used two observation class VideoRay Pro 5 vehicles with [ultrasonic testing](https://www.oceaneering.com/asset-integrity/in-service-inspection/conventional-ndt/) capability to complete the inspection.
The decision to use the compact [remotely operated vehicle systems](https://www.oceaneering.com/rov-services/rov-systems/) in ballast tanks filled with seawater delivered multiple advantages.
- Eliminated confined space entry and associated risk
- Did not require lengthy and difficult-to-schedule draining of the ballast tanks
- Enabled optimized, around the clock inspection operations
- Delivered high-quality data and collected a broader range of ultrasonic testing (UT) readings
We were also able to support the customer by generating updated gauging packs, detailing where UT readings needed to be captured and at what elevation. This live update was pivotal in ensuring the correct information was collected and provided to the class surveyor.
Challenge ## Our inspection approach always considers redundancy and our ability to provide continuity of service.
During operations, one of the [ROV systems](https://www.oceaneering.com/rov-services/rov-systems/) did suffer from a tether issue. The team acted immediately and an available back up system was deployed, maintaining the schedule. The client’s inspection plan included many hull gauging readings at various structural locations. These structural members varied in orientation and limited access to the surfaces made it difficult to capture the required UT readings. Oceaneering fabricated and integrated a flexible inspection system that enabled the UT sensor to be adjusted in both length and vertical orientation. This enabled the observation class [ROV system](https://www.oceaneering.com/rov-services/rov-systems/) to access all identified areas and capture UT readings at various degrees ranging from 90 degrees vertical up to 90 degrees vertical down.
[  ](https://www.oceaneering.com/wp-content/uploads/2024/11/Ballast-Tank-2.png) [  ](https://www.oceaneering.com/wp-content/uploads/2024/11/Ballast-Tank-1.png) [  ](https://www.oceaneering.com/wp-content/uploads/2024/11/Ballast-Tank-3.png) Results ## Oceaneering met the customer’s targets for an optimized inspection schedule, high data quality, and uncompromised safety.
By leveraging the correct personnel and equipment, we were able to support 24-hour operations, completing what would typically be a 21-day scope in 13 days. Over the inspection campaign, measurements were collected at over 2,000 unique locations as detailed below.
- WBT 6 P – 182
- WBT 6 S – 241
- WBT 4 P – 359
- WBT 4 S – 350
- WBT 1 P – 472
- WBT 1 S – 403
Not only did this approach eliminate all confined entry requirements, but it supplied the customer with video, photos, and reports required to maintain class certification from the American Bureau of Shipping (ABS).
## Ready to Learn More?
[ Explore our Special Periodic Survey and UWILD Services. ](https://www.oceaneering.com/asset-integrity/floating-systems-inspection-and-integrity-services/special-periodic-surveys-and-uwild/ "Explore our Special Periodic Survey and UWILD Services. ") [ Learn More ](https://oceaneering.com/inspection-maintenance-and-repair-imr-solutions/) [ Download Case Study ](https://oceaneering.canto.com/download/document/po89njfpsp1151uvutbbn82j01/original.pdf)# Contact Us
## Our team of experts is ready to help you get started.
Oceaneering offers best-in-class products and solutions, backed by unparalleled quality, reliability, and global support. Fill out the inquiry form to start a conversation today.
**Categories:** Remotely Operated Vehicles (ROVs), ROV Tooling, UWILD, Visual Inspection
**Content Types:** Case Studies
**Industries:** Oil and Gas
**Regions:** North America
**Search Tags:** Gulf of Mexico
---
### [The Isurus™ ROV reduces cost and carbon footprint while shortening project schedule](https://www.oceaneering.com/case-studies/oceaneerings-innovative-isurus-rov-reduces-cost-and-carbon-footprint-while-shortening-project-schedule/)
**Published:** April 9, 2021
**Author:** Kristen Thurman
**Content:**
Overview
## In late 2019, a major offshore wind developer mobilized Oceaneering’s Isurus™ ROV on one of its cable lay vessels.
The customer was interested in improving the performance of their vessel and enabling it to deliver more efficient cable lay activities. They contacted Oceaneering seeking a method to increase the operational window for Remotely Operated Vehicle (ROV) operations across their European offshore wind farm projects.
To support this, Oceaneering built on more than 60 years of expertise in the ROV industry to deliver Isurus – an next-generation ROV optimized for use in high currents and ideally suited for sea conditions often encountered in wind farm areas. ROVs are an essential component of cable laying activities as they facilitate touchdown monitoring.
Traditional ROV systems, however, are limited by the speed at which then can work and the currents their systems can withstand. The developer required an alternative to the traditional ROV systems that either slowed or stopped operations completely during rough sea conditions.
Execution Plan ## Oceaneering has both extensive experience and an industry-leading fleet of ROVs. Wanting to ensure the highest level of integration into already-existing infrastructure, especially where Oceaneering is the incumbent ROV on a vessel, the team behind Isurus started design efforts by reimagining the field-proven Magnum® Plus ROV.
By adapting the body shape to a more hydrodynamic design and equipping the ROV with highly-powerful thrusters, the operational capabilities were greatly increased. When compared to traditional ROV systems that were limited to speeds of 1.5 to 2 knots, Isurus stands out. With speeds up to 5 knots – 2.5 times faster than any other work class vehicle in the fleet – the step-change in performance transforms the ability to complete work scopes in high currents and harsh environments.
Vehicle engineering was completed by a global-based Oceaneering team and was manufactured in Morgan City, Louisiana, where it also underwent full and robust factory acceptance testing. In late 2019, Isurus completed speed and agility testing where its capabilities were confirmed. The vehicle was mobilized in October 2019 and has been delivering operational support since.
Since commencing operations in October 2019, the Isurus system has had zero downtime due to breakdown and has increased the developer’s operating window by up to six hours a day. The scopes of work included cable touch down monitoring (TDM), cable installation, monopile pull-ins, and as left/built surveys.
Isurus has enabled a reduction in project costs while delivering float to the project schedule thanks to its ability to hold station in ripping currents. It has proven itself as a strong platform for reliable sensor data in very strong currents where a standard work class ROV would fail to perform.
Results ## The mobilization and deployment of the Isurus™ ROV enabled the developer to complete work scopes in severe current conditions.
Isurus has enabled a reduction in project costs while delivering float to the project schedule thanks to its ability to hold station in ripping currents. It has proven itself as a strong platform for reliable sensor data in very strong currents where a standard work class ROV would fail to perform.
The ROV has provided, on average, an increased working window of six hours per day. With vessel day rates a high priority, this is clearly an advantage that can leverage to deliver the desired results to end clients. The ROV has been fundamental in driving down project costs with its agility to hold station in ripping currents and providing a strong platform for reliable sensor data in very strong currents where a standard work class ROV would fail.
The Isurus ROV is currently on a multi-year contract and the fleet is being expanded to meet increased demand.
## Ready to learn more?
Learn more about Oceaneering’s high-current capable Isurus ROV, or download a pdf of this case study. [ Learn More ](https://oceaneering.com/rov-services/next-generation-subsea-vehicles/isurus-rov/) [ Download Case Study ](https://oceaneering.canto.com/download/document/hbve7m9jtd5m52ntucvjbbuu4g/original.pdf)# Contact Us
## Our team of experts is ready to help you get started.
Oceaneering offers best-in-class products and solutions, backed by unparalleled quality, reliability, and global support. Fill out the inquiry form to start a conversation today.
**Categories:** Remotely Operated Vehicles (ROVs), Renewables, Resident ROVs
**Content Types:** Case Studies
**Industries:** Renewable Energy
**Regions:** Europe & Middle East
**Search Tags:** Fixed Offshore Wind, Norway, Remotely Operated Vehicles (ROV), Renewable Energy, UK
---
### [Oceaneering Uses Inform Predict™ To Improve Inspection Programs For North Sea Assets](https://www.oceaneering.com/case-studies/oceaneering-uses-inform-predict-to-improve-inspection-programs-for-north-sea-assets/)
**Published:** October 4, 2023
**Author:** Andrew Dodson
**Content:**
Overview
## In Q2 2023, a major operator contracted Oceaneering’s Energy Intelligence group to use our Inform Predict Analytics Software to improve inspection planning and execution.
Our Slution ## Oceaneering integrity engineers completed an import of approximately 25 years’ worth of inspection results and equipment data from the customer’s integrity data management system (IDMS).
The data was related to 13 individual corrosion circuits across three offshore assets, one of which was a floating production, storage, and offloading (FPSO) vessel.
Inform Predict used advanced algorithms to cleanse and correct the data inputs and the software generated a proposed inspection program based on the criticality of the equipment. The system selected inspection points which were grouped into risk categories, from test points with high risk needing inspection to test points safe in all reasonable scenarios.
Corrosion engineers used the outputs generated by Inform Predict to complete field inspections, confirming actual material loss measurements and assessing the state of equipment.
Results ## Using Inform Predict alleviated the burden of manually assessing historical data to identify key areas of concern.
Corrosion engineers were able to focus attention on higher risk test points, saving critical engineering effort and supporting the optimization of inspection planning and execution.
The customer adequately assessed risk and confirmed the integrity of their offshore assets. The new inspection data gathered can be input into the Inform Predict platform to be compared against the system’s calculations, confirming the software’s ability to predict precisely and deliver targeted inspection plans.
The customer was able to reduce overall inspection scopes and focus on key areas of concern, best leveraging the expertise of their skilled corrosion engineers. They are currently looking to integrate Inform Predict Analytics Software across additional assets.
## Ready to learn more?
Explore our Asset Integrity Solutions. [ Learn More ](https://oceaneering.com/asset-integrity/) [ Download Case Study ](https://oceaneering.canto.com/download/document/2mpi2dreel4jjbbnjlb6h0e65q/original.pdf)# Contact Us
## Our team of experts is ready to help you get started.
Oceaneering offers best-in-class products and solutions, backed by unparalleled quality, reliability, and global support. Fill out the inquiry form to start a conversation today.
**Content Types:** Case Studies
**Industries:** Oil and Gas
**Regions:** Europe & Middle East
---
### [Oceaneering Uses CRWOCS for Tree Installation in North Sea](https://www.oceaneering.com/case-studies/oceaneering-uses-compact-rwocs-to-complete-vertical-tree-installation-in-the-north-sea/)
**Published:** December 2, 2020
**Author:** Kristen Thurman
**Content:**
Overview
## In early 2020, Oceaneering was contracted to supply and operate its Compact ROV Workover Control System (CRWOCS) to support the installation of vertical Xmas trees (XT) for a major E&P company.
Due to the project site in the North Sea, the CRWOCS was an ideal solution to address space limitations while maintaining exceptional functionality and reliability. While the customer had various options to address their workover and completions needs, they ultimately chose Oceaneering based on our long track record in completing these work scopes in the North Sea. Since 2012, Oceaneering has successfully supported XT operations in the region, completing 26 mobilizations of the same technology to complete over 54 XT installation and plugging and abandonment projects.
Our Solution ## The CRWOCS boasts high functionality while being nimble enough to work within the confines of the subsea infrastructure.
The customer also required a system capable of being deployed from both a rig and a vessel as both methods were scheduled to be used during the installation operations. With reduced footprint, expedited mobilization, and the ability to reduce personnel on board, the CRWOCS provided the ideal solution.
Excecution Plan ## In order to support the successful installation of the first vertical tree, the Oceaneering team completed configuration of the system and system integration testing in Bergen, Norway, one week before offshore operations commenced.
The CRWOCS was deployed from Oceaneering’s facility in Stavanger, Norway. The system was installed onto an Oceaneering Magnum® work class ROV and successfully supported the installation activities over the course of less than two days. While the ROV was piloted by rig-based personnel, all technical support was delivered from onshore locations. Additionally, high bandwidth data communications enabled the customer to view real-time operations from their location.
RESULTS ## The CRWOCS delivered flexibility, adaptiveness, and responsiveness for the client’s operations.
The Oceaneering team was able to effectively and efficiently configure the skid to meet the project requirements and execute the project work scope in advance of the targeted completion date.
Providing the customer with real-time project monitoring added an extra level of reassurance of the status of operations while using the CRWOCS. This successful campaign marks the kick-off of a project work scope that is scheduled to stretch into mid-2021.
## Ready to learn more?
[ Learn More ](https://oceaneering.com/workover-control-systems/rwocs/) [ Download Case Study ](https://oceaneering.canto.com/download/document/9nqm9fae9157t4m3shahb9i109/original.pdf)# Contact Us
## Our team of experts is ready to help you get started.
Oceaneering offers best-in-class products and solutions, backed by unparalleled quality, reliability, and global support. Fill out the inquiry form to start a conversation today.
**Categories:** Remotely Operated Vehicles (ROVs), Workover Control Systems
**Content Types:** Case Studies
**Industries:** Oil and Gas
**Regions:** Europe & Middle East
**Search Tags:** '-Regions, Remotely Operated Vehicles (ROV)
---
### [Oceaneering Supports Major Operator with Bespoke Anti-Vibration Clamp](https://www.oceaneering.com/case-studies/oceaneering-supports-major-operator-with-bespoke-engineering-solution/)
**Published:** April 13, 2023
**Author:** Kristen Thurman
**Content:**
Overview
## In December, 2021, a global operator approached Oceaneering with an engineering challenge on four risers offshore Angola.
Risers on the operator’s installation were subjected to vibration, affecting their overall operating life. Working with the operator, Oceaneering designed, manufactured, tested, and installed a bespoke solution that addressed vibration, ensuring safe operation.
Challenge ## The vibration negatively impacted the risers’ overall lifespan. The client and Oceaneering collaborated on a similar project in 2017, the learnings from which were leveraged to meet this project’s ambitious timeline.
The client wanted to use a single design on all four risers without interrupting production or affecting any surrounding structures and set a tight period for delivery of nine months after front-end, engineering and design (FEED) concluded. The interfaces for the ROV-installed anti-vibration clamp were complex and required precise load calculations and survey information.
Another challenge was the deployment of the hardware. The clamps were to be installed 137 m deep in water depths exceeding 1000 m. Multiple scenarios were reviewed to determine the method that posed the least amount of risk to safety and operations.
The functional design specification (FDS) was continually updated through the process as assumptions were confirmed and elements evaluated.
  Our Solution ## The client wanted to use a past design from the 2017 project, as far as practicable.
Leveraging previous engineering, Oceaneering expedited clamp delivery without compromising on functionality or overlooking any unique design considerations specific to this project.
Oceaneering established project teams in Angola and Norway and collaborated with the client weekly to meet project objectives. In addition to the design and manufacture of the clamps, Oceaneering detailed a testing regime to confirm the functionality.
Execution Plan ## The FEED phase, conducted from Marc to-April 2022, incorporated client information and lessons learned.
The FEED study delivered a concept solution, including a visual representation of the clamp.
The project team and client established and contributed to a comprehensive clarification log and risk register throughout the project, addressing key considerations.
- Access and interfaces
- Drawings and surveys
- The complex nature of the subsea infrastructure
- Installation load limitations
- Clamping requirements
The design chosen included a four-screw mechanism function that was controlled by three methods. Prior to manufacturing, ROV personnel were also involved in evaluating the design and installation procedures.
Final engineering was completed in May 2022. A comprehensive review of the design, installation process, and risks was conducted.
Manufacturing followed in September with factory acceptance testing (FAT) and client-witnessed site integration testing (SIT) taking place in October at Oceaneering’s facility in Stavanger, Norway.
The clamps were shipped from Stavanger to Angola, enabling the client to use local facilities to mobilize the hardware to the offshore location.
  Challenge ## While a thorough review of risks and design was completed, an issue with bolt strength arose and was addressed before hardware integration.
This intervention was supported by Oceaneering’s state-of-the-art manufacturing facilities in Angola and verified for suitability before the clamps were shipped offshore for installation.
Results ## This collaborative approach resulted in an anti-vibration clamp design that met the project requirements for an ROV-operable solution that connected the vulnerable risers to a rigid structure subsea.
Oceaneering had a 10-day window to complete installation in December 2022. The clamps were installed successfully, on time, and without incident. The team completed the installation in less time than anticipated due to planning and evaluating potential challenges ahead of time.
Post-installation surveys confirmed there was no subsequent vibration, and the client now has reassurance that the site can safely reach its initial design life, remaining operational through 2034.
## Ready to learn more?
Explore our Integrated Solutions. [ Learn More ](https://oceaneering.com/inspection-maintenance-and-repair-imr-solutions/) [ Download Case Study ](https://oceaneering.canto.com/download/document/92i3a23ag12pda4dlo491hal7h/original.pdf)# Contact Us
## Our team of experts is ready to help you get started.
Oceaneering offers best-in-class products and solutions, backed by unparalleled quality, reliability, and global support. Fill out the inquiry form to start a conversation today.
**Categories:** Inspection, Maintenance, and Repair (IMR), Product Testing and Qualification, Project Services, Remotely Operated Vehicles (ROVs)
**Content Types:** Case Studies
**Industries:** Oil and Gas
**Regions:** Africa
**Search Tags:** '-Regions, Angola, Inspection, Maintenance, and Repair (IMR)
---
### [Oceaneering Supports Australian P&A Campaign with Bespoke Tooling and Hardware](https://www.oceaneering.com/case-studies/oceaneering-supports-australian-pa-campaign-with-bespoke-tooling-and-hardware/)
**Published:** November 2, 2023
**Author:** Kristen Thurman
**Content:**
Overview
## In early 2021, Oceaneering assisted with the permanent plug and abandonment (P&A) of two wells located approximately 120 miles offshore Northwest Australia. The field consisted of two-off deviated gas wells drilled at a water depth of approximately 135 m.
As part of the P&A operations, the existing horizontal X-mas tree (HXT) control interfaces needed to be removed via a recovery tool and were replaced with a subsea control interface skid to provide hydraulic control of HXT lines and valves using production and installation hydraulic flying leads (HFLs). The HXTs and associated subsea hardware were covered extensively in marine growth requiring the engineering and manufacture of custom control skids, marine growth acid cleaning shrouds, flying leads, and marine growth removal tools.
 Our Solution ## Project scheduling was particularly challenging due to a compressed design-to-delivery timeline. Our Australian-based team met the extensive design requirements by leveraging Oceaneering’s global design engineering pool to ensure around-the-clock progress across time zones.
As required, the project had operational support and increased its resource capacity by using Oceaneering’s design hubs in Stavanger, Norway; Houston, Texas; Morgan City, Louisiana; Aberdeen, Scotland; Rio de Janeiro, Brazil; and Chandigarh, India.
The complex design requirements were navigated through early engagement with the client, generation of design concepts, and production of detailed engineering drawings, and documentation to capture client feedback.
The team was required to complete the procurement, fabrication and machining, assembly and testing of the required equipment within a short timeframe. The team executed the project with detailed project and resource planning, exemplar supply chain management, and the provision of 24-hour operational support.
  Excecution Plan ## The full duration of the project from request for quotation (RFQ) to the offshore campaign spanned from May 2020 to March 2021.
The purchase order for the project was issued in September 2020, initiating the engineering and design phase (September-December 2020). Procurement and assembly activities were completed from November 2020 through January 2021 and the hardware underwent testing in January and February. The equipment was mobilized to site in February 2021 and the offshore campaign was executed in March 2021.
Results ## By leveraging its extensive experience in the design and build of subsea structures and subsea control systems, the Oceaneering team successfully and safely completed and delivered all services and equipment to the client within the agreed timeframe.
Contact Us ### Our team of experts is ready to help you get started.
Oceaneering offers best-in-class products and solutions, backed by unparalleled quality, reliability, and global support. Fill out the inquiry form to start a conversation today.
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**Categories:** Decommissioning, Plug and Abandonment
**Content Types:** Case Studies
**Industries:** Oil and Gas
**Regions:** Asia Pacific
**Search Tags:** '-Regions, Australia
---
### [Oceaneering Successfully Conducts Remote UWILD Operations Around the Globe](https://www.oceaneering.com/case-studies/oceaneering-successfully-conducts-remote-uwild-operations-around-the-globe/)
**Published:** December 18, 2021
**Author:** Louder Agency
**Content:**
Overview
## Over the past five years, Oceaneering has changed the way it offers Underwater Inspections In Lieu of Dry Docking (UWILDs).
We have completed several remote UWILDs for multiple operators on different vessels positioned around the globe, including in Guyana, Brazil and US Gulf of Mexico. The work scope included various maintenance activities required by standard inspection and classification bodies.
The Remote Approach ## With a remote approach that leverages our experience and expertise with high definition (HD) inspection streaming, we enable operators to successfully reduce personnel on board (POB) by up to three persons.
We increased schedule flexibility, reduced personnel mobilization risk, lowered associated costs, and successfully navigated the current COVID-19 quarantine limitations by providing HD quality inspection streaming from a home- or office-based office set-up. Subject matter experts for the UWILD program are centrally located in Houston, which enables the execution of high quality inspection without the exposure risk from traveling offshore.  Issues ## The operators were motivated to reduce risk and costs associated with inspection and cleaning activities for their respective projects.
The customers needed to evaluate the cost associated with the offshore UWILD operations, including mobilization, quarantine, and personnel accommodations. Even more pressing, in this particular work scope, was adherence to strict COVID-19 operating protocols once onboard. The operators wanted to use the most cost-efficient, effective, and risk-reducing approach to complete the required operations. The Oceaneering Solution ## Oceaneering proposed a remote UWILD solution that relied on our ability to provide high uptime and streaming capability to ensure the inspection activities could be monitored by the onshore class surveyor.
To achieve this, we leveraged our existing streaming infrastructure on our ROV system to provide a constant live stream of the work. No additional bandwidth was required. The additional offshore personnel typically required to execute this work scope was reduced from four to one. There were additional cost savings generated because there was no need to place those additional team members in quarantine for up to seven days, or incur any travel expenses. This was a successful outcome because there was limited bedspace for the team.
 Execution Plan ## The Oceaneering Remote UWILD team mobilized the necessary suite of equipment from our Houston facility. The equipment needed is minimal and can be hand carried, if required.
Technicians from our ROV and Remote Operations Groups will conduct preliminary tests to configure the live stream. Days prior to the UWILD operation, the team performs additional tests with shoreside personnel to assure connectivity. The video stream is tested in the presence of the attending class surveyor.
At the designated time of the inspection, critical personnel login to the viewing portal with a secure account. A satellite conference call is then initiated. The Millennium® work class ROV begins operations by cleaning the sea chests on the vessels. During this time, the customer and class surveyor view the live stream of all ROV activities.
The ROV carries out inspection of the ship’s sea chests gratings, bilge keels, moonpool, and overboard discharge valves. During this process, the viewing portal is used to collaborate with the customer and class surveyor. The highly trained and experienced Oceaneering project superintendents guide the viewers and direct the ROV supervisors to a satisfactory inspection.
  Results ## Oceaneering has completed nearly a dozen remote UWILDs operations in multiple countries.
By using remote operations, our customers are able to adhere to strict COVID-19 protocols thereby reducing both exposure risk to personnel and reducing POB. Another added benefit of this remote approach is our ability to compress the reporting time by half.
The customers’ vessels are now certified for another 2.5 years for safe commercial operation. The success of these operations will set a new industry standard. Remote UWILDs increase safety and enable cost reduction. Most importantly, remote UWILDs offer customers scheduling flexibility. With no need to mobilize personnel and equipment to go offshore, Oceaneering can conduct these UWILDs quickly and effectively, as soon as customers need them.
## Watch the UWILD video
 Play Video ## Ready to learn more?
Learn how we can provide you with an entire scope of inspection work, or download a pdf of this case study. [ Learn More ](https://oceaneering.com/asset-integrity/floating-systems-inspection-and-integrity-services/special-periodic-surveys-and-uwild/) [ Download Case Study ](https://oceaneering.canto.com/download/document/jj3japsng962jepkvspk3a5b34/original.pdf)# Contact Us
## Our team of experts is ready to help you get started.
Oceaneering offers best-in-class products and solutions, backed by unparalleled quality, reliability, and global support. Fill out the inquiry form to start a conversation today.
**Categories:** UWILD
**Content Types:** Case Studies
**Industries:** Oil and Gas
**Search Tags:** '-Regions, Gulf of Mexico, OPG, South America
---
### [Oceaneering Successfully Conducts Remote Inspection Scope Using LTE in GoM](https://www.oceaneering.com/case-studies/oceaneering-successfully-conducts-remote-inspection-scope-using-lte-in-gom/)
**Published:** January 5, 2023
**Author:** Andrew Dodson
**Content:**
Overview
## In October 2022, Oceaneering leveraged the expanding and improved Long-Term Evolution (LTE) coverage available in the Gulf of Mexico (GoM) to complete a remote inspection campaign at Shell’s Appomattox field.
Our Solution ## Oceaneering has completed more than 95,000 hours of remote piloting in the North Sea, which equates to around 8,000 personnel days removed from offshore worksites.
All but two percent of this activity has been executed using the LTE network, demonstrating the reliability of the coverage and encouraging forward-thinking customers in the GoM to adopt the same approach. Oceaneering collaborated closely with Shell to develop a fully integrated inspection scope that included remotely collecting video and cathodic protection (CP) readings of their subsea assets at Appomattox. The project was executed from [the Brandon Bordelon vessel](https://oceaneering.com/subsea-projects/vessel-fleet/), equipped with dual [Millennium® Plus remotely operated vehicles (ROVs)](https://oceaneering.com/rov-services/rov-systems/), piloted remotely from Oceaneering’s Onshore Remote Operations Center (OROC) in Morgan City, Louisiana.
 Execution Plan ## Shell was fully committed to using the expanding LTE network in the GoM to complete this scope of work via remote piloting.
Projects such as this are typically managed by a Shell Project Lead located on the vessel offshore, but for the Appomattox project they took the unprecedented step to relocate this person to the OROC. Shell and Oceaneering’s Offshore Projects Group worked to develop a comprehensive project plan that integrated the pilots and Shell Project Lead located onshore in Morgan City with the offshore crew based on the Brandon Bordelon.
Upon arrival at the inspection sites, an ROV equipped with a manipulator-held CP reading tool was deployed and completed the full inspection scope successfully. Pilots utilized Oceaneering’s [Remote Piloting and Automated Control Technology (RPACT)](https://oceaneering.com/rov-services/rov-technology/#rpact) to collect CP readings and conduct visual inspections of subsea assets identified by the client’s inspection plan.
This specialized control software includes a handshaking system that is used to transfer ROV control between local (offshore) and remote (onshore) pilots. By combining RPACT with visual and audible indicators, we ensured all pilots were fully aware of who was in control of the ROV at any given moment.
The RPACT software supports full and partial transfer of control. Partial transfer of control enables the local pilot to fly the ROV while the remote pilot operates manipulators, or vice versa. The software continuously monitors the quality of the connection and provides failsafe features that ensure control automatically defaults back to the local pilot if there is a failure in the communication link. These features were critical to ensuring the project’s remote inspection scope was conducted safely and reliably from shore.
Video from the ROV was streamed to [Oceaneering’s Media Vault](https://oceaneering.com/asset-intelligence-and-management/media-and-integrity-management/) enabling Shell representatives unable to travel to the OROC in person to watch operations live from any global location.
Results ## Video and CP readings gathered remotely during the operation provided Shell’s Project Lead located at the OROC with the data needed to confirm the integrity of the inspected subsea assets.
The project further confirmed the viability of using the LTE network to support remote operations in the GoM.
Oceaneering was able to use a fully integrated remote [Inspection, Maintenance, and Repair (IMR)](https://oceaneering.com/inspection-maintenance-and-repair-imr-solutions/) approach to help Shell meet their ambitious net zero goals by reducing the overall carbon footprint of the operations while simultaneously lowering risks associated with personnel mobilizations.
The flexibility provided by remote operations enables customers to better utilize remotely based subject matter experts across campaigns and as needed rather than deploying them offshore as default. This availability of resources supports improved collaboration and better decision making. As the LTE network continues to grow globally, we anticipate more operators adopting remote operations-from IMR and drill support to completions-as the norm.
## Ready to learn more?
Explore our Remote Services Offerings. [ Learn More ](https://oceaneering.com/remote-services/) [ Download Case Study ](https://oceaneering.canto.com/download/document/534r7u310l2ch76117fc39680m/original.pdf)# Contact Us
## Our team of experts is ready to help you get started.
Oceaneering offers best-in-class products and solutions, backed by unparalleled quality, reliability, and global support. Fill out the inquiry form to start a conversation today.
**Categories:** Remotely Operated Vehicles (ROVs)
**Content Types:** Case Studies
**Industries:** Oil and Gas
**Regions:** North America
**Search Tags:** '-Regions, Gulf of Mexico
---
### [Oceaneering ROVs Support Installation of Offshore Floating Wind Turbines off the French Coast](https://www.oceaneering.com/case-studies/oceaneering-rovs-support-installation-of-offshore-floating-wind-turbines-off-the-french-coast/)
**Published:** November 7, 2023
**Author:** Andrew Dodson
**Content:**
Overview
## In October 2023, Oceaneering’s remotely operated vehicles (ROVs) on the Normand Installer vessel finished a work scope supporting the installation of three floating wind turbines 16 km off the southern French coast.
Our Solution ## Two incumbent Oceaneering Millennium® ROVs supported by an Oceaneering seven-person crew and two third-party pilots provided the project with mixed discipline expertise.
While the project scope required a single ROV to execute operations, the availability of the second dive ready ROV assured continuity of service should the primary ROV need to be recovered.
In addition to the pre-survey activities for the three turbines, the project required intricate and precise piloting to navigate both complex operations and poor visibility conditions. A suction skid was fitted to the ROV to enable the landing out of suction piles. To engage the skid, pilots had to reverse onto an orientation plate and engage pins that secured the pile. Following this maneuver, the pilots needed to orient the pile and hold this position securely while it was lowered into the seabed.
Once piles were in place, the ROVs were used to install mooring lines, engaging locking pins, screwing on locking nuts, and engaging final locking pins. The tension lines were connected via pad eye at the seabed-all in poor visibility waters.
Results ## The reliability of the two ROVs used on the job was excellent, enabling the ROV-based operations to be completed on time and without incident.
Having both ROVs available enabled the crew to select which ROV to use for specified parts of the scope, improving efficiency, safety, and the quality of delivery.
## Ready to learn more?
Explore our Renewable Energy Solutions. [ Learn More ](https://oceaneering.com/renewable-energy-solutions/) [ Download Case Study ](https://oceaneering.canto.com/download/document/udvm2erotl4ldc0gvd95e5lt6p/original.pdf)# Contact Us
## Our team of experts is ready to help you get started.
Oceaneering offers best-in-class products and solutions, backed by unparalleled quality, reliability, and global support. Fill out the inquiry form to start a conversation today.
**Categories:** Renewables
**Content Types:** Case Studies
**Industries:** Renewable Energy
**Regions:** Europe & Middle East
**Search Tags:** Floating Offshore Wind, Renewable Energy
---
### [Refurbishing Offshore Pipe Handling Crane in Cost-Effective Manner](https://www.oceaneering.com/case-studies/oceaneering-refurbishes-offshore-pipe-handling-crane-in-cost-effective-manner/)
**Published:** November 3, 2023
**Author:** Louder Agency
**Content:**
Overview
## The overall condition of the crane was poor, with many parts requiring full replacement to meet current industry standards.
To refurbish the crane, Oceaneering sandblasted and painted the crane’s equipment and facilities, including the telescope cylinder, bandura-bolts, slewing ring, HVAC, electrical installations, gratings, railings, oil cooler/oil pump and cabin. Oceaneering also conducted a failure mode, effects, and criticality analysis (FMECA) test, and updated the crane’s user manual and document packages.
  Issues ## Both cost and schedule were priorities for our customer.
Any potential cost savings achieved through refurbishment could not outweigh the urgency of having the new crane and lifting equipment ready for the project.
Our Solution ## Oceaneering deployed a specialist team of integrity engineers to assess the viability of refurbishing the crane.
We were confident that we could save our customer time and money, but to be absolutely sure, we required the decommissioned crane to be dismantled and shipped onshore for further evaluation.
Our specialist team prepared all procedures for dismantling the crane and for lifting operations to transport the crane safely and efficiently. We also performed a GAP analysis to verify the differences between old and new standards, and provided a report to ensure any deviations were recorded in case the client chose to refurbish the crane.
FMECA analysis was performed to identify the crane’s maintenance routines and to ensure its safety and operational reliability. We then provided our customer with a full scope of work for refurbishment, which was accepted.
Excecution Plan ## The crane was shipped to our equipped workshop at Forus, Norway, so we could dismantle and refurbish it.
We performed shot-blasting on the boom’s pedestal and crane cabin, and conducted full nondestructive testing (NDT) on all the critical parts, including thickness measurement, faced array, eddy current, and magnetic particle inspection.
All cylinders were refurbished, and all the instrumentation and the cabin’s interior was removed. New flooring, walls and roof plates were installed, and all electrical cabling was replaced. To ensure compliance with new regulations regarding ergonomics, a new chair was installed, as well as a new HVAC to improve the cabin’s air environment.
The flanges for the slewing ring were machined to ensure they met the required tolerances, and a new slewing ring was mounted with replacement bolts and refurbished gears. All hydraulic piping and electrical cables were replaced, the electrical motor for the high pressure unit was refurbished, and a new oil cooler was installed.
We assembled the crane and provided full factory acceptance testing. The user manual, the tag lists, and the maintenance plan were all updated to match current standards. Oceaneering also conducted operator training on the updated standards.
Challenges ## The biggest challenge during the project was the test mounting onshore of the crane to its pedestal.
The procedure for applying the correct torque on the bolts proved insufficient, resulting in discussions that led to the development of a new procedure, including a special tool to apply the correct tension in the bolts to achieve the correct clamping force.
Results ## The result was a crane fully refurbished at 50% of the cost of buying a new crane.
We provided a fully functioning refurbished crane that not only met our customers’ needs, but achieved significant cost savings compared with purchasing new equipment.
## Project Highlights
- Reduced costs by 50% compared to purchasing a new pipe handler crane.
- Delivered project on an accelerated schedule, safely and cost effectively.
- Prolonged the crane’s asset life by an estimated 10 years.
## Ready to learn more?
Learn more about Oceaneering’s full Crane and Lifting capablities in Norway, or download a pdf of this case study. [ Learn More ](https://cl.oceaneering.no/) [ Download Case Study ](https://oceaneering.canto.com/download/document/0a2i5bi2fp3k78sl36gjlhmq13/original.pdf)# Contact Us
## Our team of experts is ready to help you get started.
Oceaneering offers best-in-class products and solutions, backed by unparalleled quality, reliability, and global support. Fill out the inquiry form to start a conversation today.
**Categories:** Inspection, Maintenance, and Repair (IMR), Product Testing and Qualification, Project Services
**Content Types:** Case Studies
**Industries:** Oil and Gas
**Regions:** Europe & Middle East
**Search Tags:** '-Regions, Norway
---
### [Oceaneering Reduces Customer's Asset Inspection Scope by Half](https://www.oceaneering.com/case-studies/oceaneering-energy-intelligence-uses-inform-predict-to-safely-reduce-inspection-scope-by-more-than-50-percent/)
**Published:** November 8, 2023
**Author:** Andrew Dodson
**Content:**
Overview
## In March 2023, a major operator contracted Oceaneering to use our Inform Predict Analytics Software to improve inspection planning and execution for one of its rigs in the Gulf of Mexico.
Our Solution ## Oceaneering integrity engineers completed an import of approximately 30 years’ worth of inspection results and equipment data from the customer’s integrity data management system (IDMS) and historical pdfs.
The scope covered the entire asset, inclusive of pipework and vessels, and was completed to provide the customer with an alternative to labor, cost, and time intensive development of a risk based inspection (RBI) program.
Over a four-week period, the Inform Predict software used advanced algorithms to cleanse and correct the data inputs. This exercise generated a proposed inspection program based on the criticality of equipment and identified inspection points which were grouped into risk categories. The software was able to differentiate inspection test points, confirming high-risk test points requiring inspection and noting test points deemed safe in all reasonable scenarios.
Corrosion engineers used the outputs generated by Inform Predict to complete field inspections, confirming actual material loss measurements and assessing the state of equipment.
Results ## The outputs of the data analysis have been shared with the client and their corrosion engineers are using the information to complete field inspections.
By leveraging the software’s ability to analyze data rapidly and effectively, the client has been able reduce the inspection scope across the asset by more than 50 percent.
The previous approach of using repeated inspection and predefined intervals had resulted in historic over inspection, increasing cost and exposure for inspection personnel. Inform Predict not only delivered a data driven RBI more cost-effectively and faster, but it also increases the accuracy and likelihood of identifying the key test points. Upon completion of inspection at the critical test points, the client will be equipped with information that confirms the accuracy of Inform Predict.
## Ready to learn more?
Explore our Asset Integrity Solutions. [ Learn More ](https://oceaneering.com/asset-integrity/) [ Download Case Study ](https://oceaneering.canto.com/download/document/87771m66s906f26r1asheg5c6s/original.pdf)# Contact Us
## Our team of experts is ready to help you get started.
Oceaneering offers best-in-class products and solutions, backed by unparalleled quality, reliability, and global support. Fill out the inquiry form to start a conversation today.
**Categories:** Asset Integrity Management, Inspection Management
**Content Types:** Case Studies
**Industries:** Oil and Gas
**Regions:** North America
---
### [Oceaneering Enables ROV Operations in Extreme Sea States and Currents in South Africa](https://www.oceaneering.com/case-studies/oceaneering-enables-rov-operations-in-extreme-sea-states-and-currents-in-south-africa/)
**Published:** August 30, 2022
**Author:** Louder Agency
**Content:**
Overview
## The Agulhas Current flows south along Africa’s east coast and forms the western boundary of the southwest Indian Ocean.
It is narrow, swift, and strong. It is often identified as the second swiftest current in the world, reaching more than 6 knots surface speed. Further complexities are added by combining the currents with significant wave heights of up to 6 m.
Remotely Operated Vehicles (ROVs) often struggle to perform in this geographic region and are subject to operational downtime due to the environmental conditions. They are also continually at risk of being damaged during operations. Oceaneering leveraged its extensive ROV and Engineering expertise to design a bend restrictor solution to enable operations in severe currents and wave heights.
Challenge ## Drilling operations in the area are performed by a vessel equipped with a harsh environment ROV hangar system.
Despite specialized infrastructure on the vessel, a significant challenge during high current operations is the ROV system drift-off during launch and recovery. The drift-off creates severe side loadings on the ROV’s control umbilical through the surface guide system. Side loading causes damage to the umbilical’s steel armoring and internal conductors and could risk the umbilical coming out of the sheave groove. Our Solution ## To mitigate damage to the ROV umbilical, Oceaneering designed an innovative rotary bend restrictor solution capable of adapting to the direction of the current.
Designed using field-specific metocean data and our experience with ROV operations in harsh conditions, a global team collaborated to develop the hardware.
A common misconception is that cursor-based systems can enhance operational capability in both high current and high wave conditions. In fact, these types of systems are limited to helping in high wave conditions. Our engineering team was able to convince stakeholders of the benefits of the proposed retrofit solution and its ability to mitigate risk introduced by high current conditions.
 Execution Plan ## The bend restrictor was designed, prefabricated, and tested onshore before installation onboard the rig.
Operational testing, including acceptance testing, was completed before the bend restrictor was approved for operations. The development process was completed in three months and the modification to install the bend restrictor was completed during the full winterization of the Oceaneering Magnum® 229 ROV facilities onboard the vessel.  Play Video RESULTS ## Oceaneering proactively worked with the customer to safeguard ROV operations by studying the environmental conditions from metocean data, identifying the specific operational risks, and designing a solution to successfully mitigate the risk.
The customer had previously experienced ROV-deployment system failures on the rig and we were able to engineer a solution to overcome these issues, enabling them to eliminate ROV downtime and consequent rig downtime. The campaign was completed successfully in two successive summers.
## Ready to learn more?
Explore our Explore our Remotely Operated Vehicle Capabilities [ Learn More ](https://oceaneering.com/rov-services/) [ Download Case Study ](https://oceaneering.canto.com/download/document/skjtrr9ak973n19p2e5f1ck02a/original.pdf)# Contact Us
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**Categories:** Product Testing and Qualification
**Content Types:** Case Studies
**Industries:** Oil and Gas
**Regions:** Africa
**Search Tags:** '-Regions, Angola
---
### [Oceaneering Develops Industry-First ROV-Installable Subsea Ultrasonic Flowmeter](https://www.oceaneering.com/case-studies/oceaneering-develops-industry-first-rov-installable-subsea-ultrasonic-flowmeter/)
**Published:** March 31, 2021
**Author:** Louder Agency
**Content:**
Overview
## Based on a unique customer requirement, Oceaneering developed an ROV-installable subsea ultrasonic flowmeter used to determine gas injection flow rate to an individual well offshore Australia.
This tool was designed to optimize injection of a sealant into the wellbore by measuring flow rate in a 3-inch gas lift jumper coated in three-layer polypropylene (3LPP).
Issues ## The customer had attempted to rectify a leak using a sealant.
Because they were unable to measure the gas injection to the well properly, the customer was unsuccessful in their efforts to repair the leak. The gas flow rate appeared to be “too high.” Oceaneering’s innovative solution provided the customer with an alternative to the only other solution-a costly rig-based workover.
 Our Solution ## We needed to successfully marinize an ROV-installable ultrasonic flowmeter.
For this to be possible, the flowmeter had to be fitted with a safe and reliable attachment mechanism. The mechanism was designed as a “push on” clamp so that in the event of a vessel runoff, the clamp would pull off without damaging either the pipeline or the clamp. An Oceaneering team based at the Jandakot, Australia, site worked with a team of local experts to create the solution.
Execution Plan ## Early engagement with the customer in January 2020 provided the development team with time to work with the distributor and original equipment manufacturer (OEM).
After assessing the technical risk of the project and developing a solid project concept, Oceaneering was awarded a contract to develop the new marinized flowmeter. The time from awarding of the purchase order to mobilization was eight weeks.  Results ## The flowmeter allowed the customer to inject proper amount of sealant.
The flowmeter identified that the choke indicator was incorrect. When the flowmeter was installed, and the choke “closed,” it was found it needed to be closed in two positions for flow to go to zero. The customer was then able to inject the correct rate of sealant based on gas flowrate.
This was the first time an ultrasonic flowmeter was installed and used by an ROV to measure gas or liquid subsea. Customers are now able to non-invasively verify choke positions, calibrate permanently installed flow meters, and validate flow assurance models by measuring gas or liquid flow on existing infrastructure.
With this ROV-deployable solution, Oceaneering can potentially help customers prevent a costly rig workover.
## Project Highlights
- Ability to correctly dose subsea chemicals, reducing waste and improve chemical efficiency
- Ability to calibrate the choke, delivering significant cost savings
## Ready to learn more?
Let us help you find the correct engineered solution to solve your toughest project challenges. [ Learn More ](https://oceaneering.com/intervention-tooling/subsea-engineered-solutions/) [ Download Case Study ](https://oceaneering.canto.com/download/document/udc9lklch112f6rk3uph793l0a/original.pdf)# Contact Us
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**Categories:** Product Testing and Qualification, Remotely Operated Vehicles (ROVs)
**Content Types:** Case Studies
**Industries:** Oil and Gas
**Regions:** Asia Pacific
**Search Tags:** '-Regions, Australia
---
### [Oceaneering Develops Industry-First ROV-Based Approach to Complete Annular Abandonment](https://www.oceaneering.com/case-studies/oceaneering-develops-industry-first-rov-based-approach-to-complete-annular-abandonment/)
**Published:** August 24, 2022
**Author:** Louder Agency
**Content:**
Overview
## In 2021, Oceaneering was tasked by a major operator in Southeast Asia to develop an ROV-based solution to mitigate annular gas and avoid HSE risks in their wellhead severance campaign.
By leveraging extensive global experience and combining field proven technologies, a Western Australian based team designed, built, and operated an ROV-based annular access methodology based on multi-string hot tapping in a world-first operation. The operator was able to eliminate HSE risks, traditionally required jack-up rigs with specialized equipment, and the need to complete a saturation diving campaign.
 Challenge ## The operator had more than 120 plugged exploration wells, in waters up to 85m depth, that required wellhead severance below mudline per decommissioning obligations.
A well survey discovered evidence of gas in the various annuli of 35 of the wells which would complicate severance and introduce additional HSE risk. Many of the wells had multiple annuli. The wellheads could not be safely severed until the annular gas was remediated by venting and cementing.
Our Solution ## With a focus on safety and reducing risk, the operator requested that Oceaneering develop a vessel-based ROV multi-string hot tapping solution that could be used to gain controlled access to each annulus, remediate the gas, and inject cement.
This solution avoided the HSE risk of divers in the water and eliminated the need for a jack-up rig with specialized pressure control equipment.
Oceaneering’s two decades worth of experience in relieving annular pressure in multistring wellheads using our Pressure Annular Relief (PAR) Tool was foundational in developing this innovative, ROV-based approach.
Execution Plan ## Oceaneering developed a suite of equipment for this industry-first approach in an expedited 20-week timeline, from initiation to project completion.ng
The project’s primary activity, including the design and manufacture of the majority of the suite’s hardware, was completed at Oceaneering’s state-of-the-art facilities in Perth, Australia. The Perth-based team was able to modify off-the-shelf hardware, use innovative design, and leverage positive vendor relationships to overcome pandemic-related supply chain challenges. Discrete items used to complete the suite were deployed from Oceaneering sites in the United Kingdom, Kuala Lumpur, Houston, and Angola. Once fully assembled in Perth, the hardware underwent a full testing program prior to being shipped to Thailand.
 Equipment #### Wellhead Clamp with Hang-off Collar
Provided a secure mount onto the wellhead for the tooling. The hang-off collar prevented the vessel from being connected to the wellhead and set the drill height. It was removable, leaving the wellhead clamp in place, so wellhead connectors could be used.
#### Sealing Assembly
Connected to the wellhead clamp and pressed a sealing nose against the spot face made by the PAR Tool. The sealing assembly had a double block and bleed setup with API6D valves. The back of the sealing assembly included an Oceaneering® Grayloc® remote clamp for connection to the hot tap or a downline.
#### Downline and Reeler with Mid-Line Breakaway
Provided the conduit from surface equipment, such as gas busters and cementing equipment, to the annulus via the sealing assembly. The mid-line breakaway was tethered to the wellhead with a dead-man cable and could close valves and break away in the event of a vessel run off, preventing uncontrolled release or damage to the equipment.
#### PAR Tool
The tool is a CNC drill with force, torque, and position feedback used for drilling through the wellhead and cement to the next tubular as well as spot facing the target tubular. Precise control and sensitive feedback indicated if the tool was drilling through cement, steel, or water/gas. The tool did not rely on set distances and compensated and detected centralizer fins, eccentric casing, or joints.
#### Hot Tap Machine
The machine was ROV-controlled and connected to the sealing assembly, forming a closed and pressure tested volume against the tubular. The drill extended through the sealing assembly and drilled a hole into the target annulus while maintaining a pressure barrier. The hot tap drill was removed by retracting the drill shaft and closing the valves on the sealing assembly.
#### Contingency Plugs
In the event we were unable to get good injectivity on the well and unable to remediate the annulus, Oceaneering developed a set of plugs that could be installed by the Hot Tap Machine under pressure as a barrier until a workover rig could be scheduled to intervene.
   RESULTS ## Our ROV-based solution enabled the customer to avoid major HSE risks and benefit from a more cost and time efficient means of remediating annuli prior to wellhead severance.
Oceaneering’s multi-string hot tapping suite remediated 14 wells over three months, requiring approximately 60% of the time and 40% of the day rate of a jack-up rig. This avoided additional risk and costs associated with both rig and saturation diving campaigns.
## Ready to learn more?
Explore our Decommissioning Solutions. [ Learn More ](https://oceaneering.com/decommissioning/) [ Download Case Study ](https://oceaneering.canto.com/download/document/1cumtmabql09vdj6l12rfsg33j/original.pdf)# Contact Us
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**Categories:** Decommissioning, Plug and Abandonment, Remotely Operated Vehicles (ROVs)
**Content Types:** Case Studies
**Industries:** Oil and Gas
**Regions:** Asia Pacific
**Search Tags:** '-Regions, APAC
---
### [Developing Bespoke Integrity Management Strategy for Internally Corroded Pipe Clamps](https://www.oceaneering.com/case-studies/oceaneering-develops-bespoke-integrity-management-strategy-for-internally-corroded-pipe-clamps/)
**Published:** October 14, 2021
**Author:** Louder Agency
**Content:**
Overview
## Oceaneering was tasked with developing a suitable integrity management strategy for an aging offshore asset in the North Sea. The scope of work focused on high-pressure pipe connectors on the Xmas tree configuration on the asset’s well heads.
This work included developing a strategy for identification of pipe clamp connectors with suspected metal loss, in-situ quantification of the metal loss, and development of acceptance criteria. Although all affected systems were designed for operation at the same maximum pressure, individual systems could be subjected to different levels of pipe stress and structural loads, with developed acceptance criteria to be generic in nature to avoid detail assessment of each individual affected clamp.
Issues ## While there are many advantages to using clamp connections instead of conventional flanged connections, their integrity is not given much consideration.
Susceptible degradation is typically limited to atmospheric corrosion, with integrity management normally consisting of visual inspection, periodic fabric maintenance, and replacement based on subjective assessment without any discernible guidance or well-defined acceptance criteria.
Removal of a clamp connection during routine maintenance on an aging asset revealed significant metal loss on the inner cylindrical surface of the clamp, even though the external clamp surface was in apparent good condition. Visual inspection of the corroded clamp discovered plugged relief grooves, preventing the free drainage of moisture from the uncoated inner cylindrical clamp surface. Inspection of a sample of similar clamps revealed plugging of relief holes and angled installation inhibiting draining on a large number of clamps in critical high-pressure applications.
our solution ## Following code design procedures and two-dimensional, linear-elastic finite element stress analysis, the maximum allowable axial force and bending moments for the clamp configuration at the maximum design pressure, was calculated.
The maximum allowable axial force, bending moments and pressure were subsequently applied to a three-dimensional elasto-plastic stress analysis model, while incrementally increasing metal loss, to determine the limits of permissible metal loss, while maintaining associated localized plastic deformation to code acceptable levels.
After determining the maximum allowable metal loss for worst-case design condition, sensitivity analysis was performed to determine the tolerance for further metal loss in the event of reduced levels of pipe stress and structural loads. A table of maximum allowable metal loss and corresponding level of maximum allowable structural load, expressed as weight force or “suspended load,” were developed for easy reference and expedient integrity evaluation of clamp condition without the need for additional calculative assessment.
Various ultrasonic thickness measurement techniques were tested on the corroded ex-service clamp to verify the effectiveness of detection and accuracy in quantification of metal loss. An appropriate inspection technique for bulk screening and detection of clamps with metal loss was identified, together with a more specialized technique for accurate quantification of metal loss in individual clamps. Appropriate, application-specific inspection procedures were developed for the selected inspection techniques.
[  ](https://oceaneering.com/wp-content/uploads/2023/11/figure3.jpg) [  ](https://oceaneering.com/wp-content/uploads/2023/11/Figure1.jpg) [  ](https://oceaneering.com/wp-content/uploads/2023/11/Figure2.jpg) Previous Next Challenges ## At the start of the project, potential challenges were identified. For example, the team knew that various clamps could be exposed to different pipe stress levels such as one well head having additional pipework connected to it, which adds further stress from a clamp that does not have a similar set up.
One difficulty for the team was to develop generic criteria that were independent of pipe stress. We accomplished this by looking at the data for ‘worst case’ pipe stress levels and developed a table for acceptance criteria that corresponds to specific pipe stress levels.
Another challenge would be how to measure metal loss on the inside of the clamp due to difficult clamp configurations. Some clamps had a surface finish with embossed lettering and rounded corners. The team conducted trial ultrasonic measurements through the clamp body using various non-destructive testing (NDT) techniques and verification. This allowed the team to identify NDT techniques for rapid screening and accurately measure the amount of metal loss to determine clamp acceptability.
RESULTS ## The results of the engineering study enable the client to implement a strategy of rapid screening of all suspect clamps using the core inspection team onboard. Affected clamps that are isolatable can either be identified for urgent replacement or further quantification of metal loss.
A specialist inspection team can subsequently be mobilized to quantify the metal loss in identified clamps remaining in service. Minimum measured thickness values can be compared with acceptance criteria for ‘worst case’ loading conditions. Clamps with an unacceptable thickness level can be further scrutinized with consideration of external loading and pipe stress, using the developed acceptance criteria based on reduced axial force levels.
Our Integrity Management and Digital Solutions group leveraged Oceaneering’s extensive expertise in integrity assessment and non-destructive testing to provide our client with a solution to rapidly assess the integrity and quantify the risk associated with a previously unknown integrity threat affecting a large number of critical components.
## Project Highlights
- A client came to us with a specific need for a strategy to assess internally corroded pipe clamps on a Xmas tree configuration on a North Sea asset’s well head. We developed suitable inspection plans and acceptance criteria for determining acceptability of metal loss on the clamps.
- The solution is not theoretical, but a fully implementable plan, enabling the client to strategize, inspect, and assess, to facilitate safety-critical decisions regarding continued operation or replacement.
## Ready to learn more?
Learn how we can create a bespoke integrity management plan for your assets or download a pdf of this case study. [ Learn More ](https://oceaneering.com/asset-integrity/integrity-management/) [ Download Case Study ](https://oceaneering.canto.com/download/document/cord7eps5p4kj8e6osec5qhc4g/original.pdf)# Contact Us
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**Categories:** Asset Integrity Management, Integrity Management
**Content Types:** Case Studies
**Industries:** Oil and Gas
**Regions:** Europe & Middle East
**Search Tags:** Norway, UK
---
### [Oceaneering Delivers Bespoke Patch Clamp Solution Offshore West Africa](https://www.oceaneering.com/case-studies/oceaneering-delivers-bespoke-patch-clamp-solution-offshore-west-africa/)
**Published:** May 16, 2023
**Author:** Louder Agency
**Content:**
Overview
## In early 2022, a major operator approached Oceaneering seeking a solution to address anomalies affecting production.
The client had noted pressure loss on one of their 12-inch water injection risers off the coast of West Africa. Further investigation completed by remotely operated vehicle (ROV) identified several leak paths that required expedited intervention. Our Solution ## The client wanted Oceaneering to develop an ROV-installable solution that would contain leaks on the riser and support production for the next two years.
Our team completed a comprehensive front end engineering and design (FEED) study using an agile process that supported concept development and enabled a narrowing of intervention solutions.
Using the FEED process, the team was able to identify the most viable approach, and experts at our Norway facilities started the detailed engineering process in August. They developed a lightweight, compact, and ROV-friendly design, capable of sealing a pressure of 245 bar. The development included a prototype and supporting systems integration testing hardware that simulated varied sealing criteria.
The clamp’s final design and supporting tooling included a patch clamp that was installed on the riser, visual indicators to ensure proper location on the asset, ROV installation tools, and cleaning tools capable of clearing extensive marine growth on the riser’s surface.
Oceaneering manufactured six of the bespoke patch clamps which were shipped to our facilities in Angola along with their supporting tooling. Oceaneering ROVs and technicians completed the installation in January 2023. The clamp was successfully located over the leak points, the surface area for the seal cleaned extensively to provide an adequate sealing face, and the clamp’s sealing plug inserted, locked in position, and torqued to complete the installation.
RESULTS ## The patch clamps were installed safely and have mitigated the pressure loss in the riser thereby restoring production levels.
The Oceaneering design provided not only a reliable seal but was easy and quick to install; two clamps were installed per shift.
This clamp design equips Oceaneering with a quick intervention solution that can be manufactured at a number of our global facilities and customized to suit leaks on a variety of pipe diameters.
 ## Ready to learn more?
Explore our Integrated Solutions. [ Learn More ](https://oceaneering.com/inspection-maintenance-and-repair-imr-solutions/) [ Download Case Study ](https://oceaneering.canto.com/download/document/vsjsdbmsr93dfeomfa2ppdfj26/original.pdf)# Contact Us
## Our team of experts is ready to help you get started.
Oceaneering offers best-in-class products and solutions, backed by unparalleled quality, reliability, and global support. Fill out the inquiry form to start a conversation today.
**Categories:** Inspection, Maintenance, and Repair (IMR), Pipeline Repair, Product Testing and Qualification, Project Services
**Content Types:** Case Studies
**Industries:** Oil and Gas
**Regions:** Africa
**Search Tags:** '-Regions, Inspection, Maintenance, and Repair (IMR), Norway
---
### [Oceaneering Completes Umbilical and Hardware Project Scope](https://www.oceaneering.com/case-studies/oceaneering-completes-umbilical-and-hardware-project-scope/)
**Published:** October 12, 2022
**Author:** Louder Agency
**Content:**
Overview
## In July 2022, Oceaneering’s Manufactured Products site in Rosyth completed the umbilical package and associated hardware for Phase 1 of a gas field development project.
The project’s scope included the design and manufacture of 30 km of umbilicals and 20 umbilical termination assemblies (UTAs). Oceaneering also completed the refurbishment of eight reels used to transport the umbilicals. The result of a fast-track tender, the manufacturing of all deliverables was completed in a compressed schedule of just 15 months.
Challenges ## Oceaneering project teams based in the UK, US, and India worked closely with and complemented client project teams in Malaysia, Turkey, France, and the UK.
The customer’s primary focus was placed on safety and quality. They were, however, under a tight schedule for delivery of first gas on time, which was identified as a major milestone. All parties worked diligently to ensure this aspect of overall project scope did not deviate from the end client’s targeted deadline.
A critical deliverable in Oceaneering’s scope of work were the UTAs as the hardware was being manufactured in Houston and shipped to Rosyth for integration into the complete umbilical package. Houston was the natural choice for the manufacturing of the project’s 20 UTAs as the facility has dedicated super duplex welding lines suitable for volume manufacture, enabling repeatable and high-quality welding. The interface between the Manufactured Product sites and teams in both Rosyth and Houston was pivotal to success.
Supplier selection, especially when considering the steel tubes included in the umbilical cross section, was also a key factor. Early upfront selection of a supplier prior to contract award meant that all tubing was delivered to Rosyth within six months, making it available for over sheathing prior to umbilical layup.
There were also additional challenges in relation to the subsea hardware material selection due to the environmental conditions present at the installation location. Thanks to Oceaneering’s engineering team and our strong supplier relationships, we were able to select appropriate materials and coatings that were suitable for the environment while also overcoming limitations on availability during a global pandemic.
Our Solution ## An execution plan was devised to split the scope within the Oceaneering team, utilizing global expertise and knowledge.
- The umbilical package, including manufacture, termination, and assembled product factory acceptance testing was completed in Rosyth.
- Manufacturing of the UTAs and mudmats was completed in Houston.
Project teams at both sites managed the distinct work scopes, but also regularly collaborated to reduce and simplify interfaces.
UTA fabrication was prioritized for delivery and integration into the umbilical package. One of the most critical and potentially biggest risks to the project was umbilical termination, particularly tie in welding. With 180 welds to be conducted across 20 UTAs, a mitigation plan was put into action. This one plan, actioned jointly by Houston and Rosyth, ensured not only schedule attainment but an unprecedented termination weld success rate of 96.7%. Termination welding for each UTA took approximately 36 hours including non-destructive examination of the welds.
The Rosyth facility focused on and ensured that parallel activities that would have meaningful schedule benefit could be performed. Critically, the umbilical factory acceptance testing (FAT) was parallel resourced so while one completed umbilical was being filled with fluid a second was able to be pressure tested. As the work progressed, multiple technician teams were engaged, one to prepare an umbilical for welding while a second was completing an umbilical termination assembly prior to final tie up of the umbilicals to reels. FAT took approximately four days and final assembly six days (100 days for the umbilical package back-to-back), so parallel activity in the right areas was critical in achieving the contract deadline.
Collaboration between the various teams and a can-do culture defined the successful outcome of this project. This included short targeted daily meetings between the various team members from projects, engineering, manufacturing, procurement, and quality to ensure there were no issues preventing progress.
Execution Plan ## Oceaneering was awarded the contract in early April 2021.
The scope included a single umbilical cross section design that integrated:
- 276.5 km of supplier-delivered super duplex steel tube
- 90 km of electric cable (gas and water blocked) for 1.5kV DC operation manufactured in house at Rosyth.
The 30 km of umbilicals were manufactured in 15 months. The site also completed the refurbishment of eight reels (9.2m and 10.4m in diameter) to meet the client’s requirements. Using refurbishment in lieu of procuring project-specific reels ensured we were able to meet the project’s deadline.
The umbilical design underwent API 17E testing at the Testing, Qualification, and Reliability Facility in Rosyth.
The project’s hardware was supplied by Oceaneering’s Manufactured Products division in Houston. Twenty UTAs were manufactured and shipped for termination onto the umbilicals at the Rosyth facility. The UTAs included one free issued hydraulic (9 way) multi quick connect (MQC) plate and three free issued electrical connectors. Upon completion of termination of the umbilical to a UTA at either end, the completed umbilicals were put through standard FAT.
The umbilicals and terminated hardware were loaded onto the customer’s vessel from quayside in Rosyth in late August 2022, marking the culmination of 15 months of work. The project’s mudmats will be manufactured in Houston and shipped directly to the field in two batches (July and August).
RESULTS ## The project demonstrated the site’s ability to meet a challenging deadline and meet the contractual ready for loadout date while upholding ambitious standards.
Achieving a high weld pass rate on both the umbilical components and hardware was essential to maintain costs and schedule and the team executed the process with exceptional success.
Oceaneering’s commitment to working as a team will enable the client to meet their project delivery goals in a quick turnaround scenario. It is anticipated that installation will progress in line with the schedule defined by Oceaneering’s client and the end client will now be able to achieve a first gas target in Q1 2023.
## Ready to learn more?
Explore our Subsea Distribution Solutions. [ Learn More ](https://oceaneering.com/subsea-distribution-solutions/) [ Download Case Study ](https://oceaneering.canto.com/download/document/q2614sqr0l3ohc6khg91357316/original.pdf)# Contact Us
## Our team of experts is ready to help you get started.
Oceaneering offers best-in-class products and solutions, backed by unparalleled quality, reliability, and global support. Fill out the inquiry form to start a conversation today.
**Categories:** Umbilicals and Ancillary Hardware
**Content Types:** Case Studies
**Industries:** Oil and Gas
**Regions:** Europe & Middle East
**Search Tags:** '-Regions, UK
---
### [Oceaneering Completes Successful Wind Turbine Anode Installation](https://www.oceaneering.com/case-studies/oceaneering-completes-successful-wind-turbine-anode-installation/)
**Published:** November 30, 2018
**Author:** Andrew Dodson
**Content:**
Overview
## Oceaneering was contracted by a leading geotechnical and offshore solutions provider to install anti-corrosion plate anode clamps on offshore wind turbine bases subsea.
In May 2017, [an Oceaneering® Magnum® Plus work class ROV](https://www.oceaneering.com/rov-services/rov-systems/) used a vendor-supplied torque tool to attach the anodes to the wind turbine bases. Water depths in the estatuary varied from
52 to 98 feet (16 to 30 meters). Challenges ## One of the major obstacles in this project was the currents in the estuary.
The currents significantly affected the available safe working window for the ROVs and had the potential to adversely influence the project schedule. At some points, the team was limited to 2-hour working windows.
Additionally, visibility in the estuary was often compromised. The location of the project meant that muddy waters often reduced visibility to 1.6 ft (0.5 m), if not less. This lack of sight, coupled with strong currents, presented a working environment in which completing tasks safely and successfully was a challenge.
Our Solution ## Oceaneering used tide tables, current meters, and onsite expertise to maximize dive time by operating within tidal windows to capitalize on as much time-on-location availability as possible.
When visibility dropped to almost zero, the Oceaneering team mobilized 3D imaging sonar and an image enhancer to keep the project moving forward. Larger jaws were sourced and fitted to the five-function manipulator so the ROV could grab onto the large-diameter structure while fitting clamps and thus hold station during high currents, again to maximize working windows.
During operations, the Oceaneering team made modifications to the torque tool to ensure its safe, efficient disengagement from the anode clamps. Additionally, a real-time imaging sonar fitted to the ROV provided valuable information during periods of low visibility. This enabled accurate navigation from the tether management system to the wind turbine pile
[  ](https://www.oceaneering.com/wp-content/uploads/2018/11/Case-Study-Oceaneering-completes-successful-wind-turbine-anode-installation-1.jpg) [  ](https://www.oceaneering.com/wp-content/uploads/2018/11/Case-Study-Oceaneering-completes-successful-wind-turbine-anode-installation-2.jpg) Results ## The project was completed on schedule, despite extremely challenging conditions.
The relative newness of the project scope and equipment spread were hurdles that the team was able to overcome by adapting quickly and dynamically, and by using their specialist knowledge and experience.
Without the project team’s flexibility and ingenuity, the customer may have needed to delay operations, incurring more costs. Oceaneering’s ability to troubleshoot and identify solutions resulted in a successful outcome and satisfied customer.
The highly capable Magnum Plus ROV enabled the safe installation of the anode clamps in harsh weather and high currents. Additionally, Oceaneering provided auxiliary support to the customer by aiding another ROV operator – who was using a small eyeball ROV nearby – to locate trapped messenger wires and free them, helping to complete their task.
## Ready to learn more?
Explore our Remotely Operated Vehicle Services. [ Learn More ](https://www.oceaneering.com/rov-services/) [ Download Case Study ](https://oceaneering.canto.com/download/document/g6ra4o8ovl6450uq3lv0p64i53/original.pdf)# Contact Us
## Our team of experts is ready to help you get started.
Oceaneering offers best-in-class products and solutions, backed by unparalleled quality, reliability, and global support. Fill out the inquiry form to start a conversation today.
**Categories:** Remotely Operated Vehicles (ROVs), Renewables
**Content Types:** Case Studies
**Industries:** Renewable Energy
**Search Tags:** Fixed Offshore Wind, Remotely Operated Vehicles (ROV), Renewable Energy
---
### [Oceaneering Addresses Stuck Valves and Restores Production for OKEA](https://www.oceaneering.com/case-studies/oceaneering-addresses-stuck-valves-and-restores-production-for-okea/)
**Published:** August 16, 2023
**Author:** Madelyn Werner
**Content:**
Overview
## In October 2020, Norwegian operator OKEA approached Oceaneering seeking a solution to address four stuck actuators located on subsea trees at the Draugen field.
The actuators, located in water depths of 300 m, were locked in an open position, prohibiting regular operations, and the cause was unknown.
 AWV AWV
AMV AMV
PAXV PAXV
Challenge ## Failing to return the valves to normal operation could have resulted in OKEA having to pull the tree.
OKEA wanted to resume full production as soon as possible, resulting in a very tight schedule for the ROV-operated tooling development.
Our Solution ## Oceaneering worked closely with the client and used schematics of the stuck actuators to develop potential repair solutions.
 Play Video *Tooling suite under development and testing.*
Several concepts for valve operation, using new and existing tools, were developed in parallel to ensure the operation was completed with minimum risk.
Engineers used 3D modelling software and extensive in-house 3D printing capabilities to develop and evaluate viable solutions.
After narrowing the concept pool to a bespoke project-specific tooling suite, Oceaneering used a combination of in-house machining and a network of local suppliers to ensure all necessary parts could be manufactured within the project schedule. The suite included a simple stem gripper tool and additional redundancy in the form of bespoke drill and tap tools.
Rigorous testing was also completed at Oceaneering’s facilities in Stavanger. A test stand identical to the tree at Draugen was used to vet the tooling, enabling engineers to refine designs and make improvements that ensured proper operation once deployed. Originally designed to pull a minimum of one ton, the stem gripper tool overachieved during testing operations, pulling up to 15 ton.
All testing activities were video recorded so remotely operated vehicle (ROV) pilots could later familiarize themselves with the tools. Adding additional complexity to the project was the ongoing Coronavirus pandemic which limited in-person interaction. The ability to live-stream testing activities and hold regular virtual meetings enabled collaboration and essential communications between OKEA and the Oceaneering team.
Results ## The tools were deployed to site in January 2021.
 Play Video *Successful remote actuation after tool gripper released stuck valve.*
The stem gripper tool was successful, eliminating the need to use the back-up tools. OKEA was able to save five days’ time of the offshore operations schedule and, most importantly, the tree did not need to be pulled. Pulling the tree would have resulted in a year’s lost production. Since their initial use in early 2021, the stem pulling tool has been successfully used for the same purpose, reconfirming their fitness for purpose, and maintaining production for OKEA.
## Ready to learn more?
Explore our Subsea Engineered Solutions. [ Learn More ](https://oceaneering.com/intervention-tooling/subsea-engineered-solutions/) [ Download Case Study ](https://oceaneering.canto.com/download/document/6jo57m7hp132ne47jdfnmgbr2b/original.pdf) Contact Us ## Our team of experts is ready to help you get started.
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---
### [Maintenance Program Updates For Refinery Turnaround](https://www.oceaneering.com/case-studies/maintenance-program-updates-for-refinery-turnaround/)
**Published:** December 11, 2024
**Author:** Edgar Cordova
**Content:**
Overview
## In late 2022, Oceaneering’s Maintenance and Reliability Solutions team was contracted to support a major operator with a turnaround (TAR) at one of their European refineries.
The project’s scope was to ensure that the refinery’s maintenance program was fully updated, to align with the engineering modifications being made during the TAR.
Delivery of the revised asset data, modified maintenance and spare part assessments had to coincide with the strict TAR timeline for plant startup and handover to operations. This was to make sure the facility remained compliant by having the latest data populated in the client’s Computerized Maintenance Management System (CMMS).
Management of Change (MoC) ## The TAR covered a series of approximately 40 defined plant modification scopes, so effective information management was key to meeting the project schedule. In response, the Oceaneering team established robust maintenance implementation processes. Working closely with the client’s operations and engineering teams was fundamental to ensuring there was complete oversight of the maintenance program updates in the CMMS.
### SAP Metadata
The backbone of a robust maintenance program is accurate asset data. The Oceaneering team prepared the new and modified assets and assigned criticality ratings in accordance with the client’s governing criticality procedure, ready for upload to the CMMS. They also flagged assets and assigned maintenance for deactivation within the CMMS when the equipment had been decommissioned.
### Maintenance Assignment
Wherever equipment engineering modifications had occurred, the team worked in accordance with the client’s global standards to modify existing maintenance plans, therefore ensuring consistent and complaint maintenance and inspection strategies were in place. Additionally, whenever needed, new maintenance plans were generated using the same principles.
### Spare Parts Assessments
Where applicable, for all new equipment installed during the turnaround, spare parts assessments were completed by liaising with OEM’s and vendors to set safety stock levels in accordance with the client’s processes. This process was essential to minimizing potential equipment downtime.
### Implementation into Client Systems
Following successful approvals from the client’s discipline leads, the Oceaneering team provided upload templates for the revised data to be loaded into the CMMS. Thus, achieving a seamless end-to-end delivery of the updated program data utilized to manage the future maintenance operations of the new equipment.
Results ## Oceaneering successfully delivered the updates within the timescales specified, ensuring that the CMMS data linked to the engineering modifications remained up-to-date, comprehensive in detail, and aligned with both regional and global standards.
Through effective collaboration, precise project scoping, and adaptive resource management, we made sure the refinery’s maintenance program was enhanced whilst remaining compliant and consistent to enable a streamlined approach for future operations.
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**Categories:** Maintenance and Reliability
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**Industries:** Oil and Gas
**Regions:** Europe & Middle East
---
### [Oceaneering Applies Photogrammetric Technology for Dimensional Control Surveys of Complex Spool Pieces](https://www.oceaneering.com/case-studies/oceaneering-applies-photogrammetric-technology-for-dimensional-control-surveys-of-complex-spool-pieces/)
**Published:** July 21, 2022
**Author:** Madelyn Werner
**Content:**
Overview
## In May 2022, and as part of a long-standing contract with a major operator, Oceaneering was tasked with completing dimensional control surveys for three complex spool pieces.
Noting the challenging geometry of the assets, the customer expressed an interest in a photogrammetric solution. After review of the project requirements, detailed photogrammetric task plans were formulated and a local team of Oceaneering surveyors in Angola carried out all field preparations and the acquisition of comprehensive, convergent/overlapping imagery necessary for each asset. A globally networked team of specialists then performed fully analytic photogrammetric data processes that resulted in the determination of the precise relative position and orientation of key spool features which were compiled and reported to the client.
Challenge ## Dimensional control survey data for a given spool enables an operator to evaluate conformance with design/fabrication specifications and readiness for subsea deployment.
In this case, the spool consisted of a 30cm diameter pipe nearly 100 meters long with multiple bends and deflections. This proved to be a complex surveying challenge.
 Our Solution ## The Oceaneering Survey team has successfully used photogrammetric techniques for dimensional control surveys of smaller, more symmetric structures (i.e., well trees, valves, etc.)
A photogrammetric approach was chosen for this project due to the advantageous delivery of both precise photo-triangulated coordinates of the structure, as well as the extraction of dimensional data from a dense point cloud for those features less well-defined or accessible conventionally (i.e., hub circumferences, pipe diameters, bend radii, etc.). This method provided for the acquisition and delivery of high-quality data, quick turnaround, and reduced HSSE exposure based on the use of off-the-shelf photographic equipment in a relatively remote location.
Execution Plan ## Photogrammetric specialists in the UK and US have developed standard operating procedures for field preparation and image acquisition, camera calibration, and general image processing.
Project-specific task plans were tailored to the circumstances presented by the spool piece geometry. These plans provided step-by-step directions for the configuration and use of the camera system, the placement and distribution of coded targets and scale bars, as well as a detailed image acquisition plan to ensure that the number, distribution, and location of camera stations provided sufficient coverage and overlap.
The result of this phototriangulation process was the simultaneous computation of the position and orientation of each camera station (their External Orientation, or EO) and position of the coded targets and other pass-points in 3D object space. From this framework, precise measurements of the spools were made, and a dense point cloud of the entire spool created.
The Angolan surveyors exercised great care in field preparation and image data acquisition. This entailed the management of overview and close-range feature collections (and associated calibration imagery) at different focal lengths/object distances. As acquisition proceeded, the remote team reviewed the imagery in near real time to confirm suitability and obtain additional acquisition if required. This collaborative approach ensured the collection of complete and high-quality source imagery.
Results ## The above process provided the client with an efficient, cost-effective, and timely solution to a complex dimensional control problem.
Final deliverables included a detailed report, summary tables of position and orientation values for key spool features, dense point cloud data for the entire spool extent (ASCII XYZ point coordinates with RGB color values), and orthophoto map (TIF format).
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**Categories:** Survey and Mapping
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**Regions:** Africa
**Search Tags:** '-Regions, Angola, Survey and Mapping
---
### [Oceaneering Collaborates with Equinor and TDW to Use the Liberty™ Resident System for Remote Subsea Pipeline Isolation Scope](https://www.oceaneering.com/case-studies/oceaneering-collaborates-with-equinor-and-tdw-to-use-the-libertytm-resident-rov-for-remote-subsea-pipeline-isolation-scope/)
**Published:** November 7, 2023
**Author:** Andrew Dodson
**Content:**
Overview
## In early 2022, Equinor required subsea pipeline isolation at one of its offshore production facilities planned for decommissioning.
Typically, subsea pipeline isolation operations are supported by an ROV or diving vessel and use a device placed on the outside of the pipeline, interfaced with ROV telemetry for control and monitoring.
Equinor engaged with Oceaneering to provide an alternative solution that reduced cost, HSE risk, and the operation’s carbon footprint. Oceaneering leveraged its resident, battery-powered work-class ROV and shore-based personnel to complete the isolation operations.
Collaboration Was Key ## Available and robust LTE and VSAT connectivity across the North Sea support remote operations and, for this project, enabled the pipeline isolation to be performed remotely from globally located Onshore Remote Operations Centers.
Equinor, Oceaneering, and T.D. Williamson (TDW), a leading provider of advanced pipeline technologies, collaborated to complete this industry-first isolation project. By combining TDW’s advanced SmartPlug® pipeline isolation technologies and expertise with the capabilities of the Liberty system, Equinor was able to eliminate the need for costly vessel support and mobilizations of key personnel offshore.
An Industry First ## This was the first time a resident, battery-powered, work-class ROV system was used to complete isolation activities through remote operations from shore.
The project was completed successfully, without incident, and demonstrates the repeatability of the approach. Globally based teams were able to conduct operations from virtual control rooms, increasing the subject matter expertise available and providing optimized oversight for all project stakeholders. The remote nature of the project meant that operations could be completed around the clock, supported by teams in Australia, Norway, and Houston. [  ](https://www.oceaneering.com/wp-content/uploads/2023/11/EROV-Plugging-2.jpg) [  ](https://www.oceaneering.com/wp-content/uploads/2023/11/OROC-1-1.jpg) [  ](https://www.oceaneering.com/wp-content/uploads/2023/11/Liberty-Pluggins.jpg) [  ](https://www.oceaneering.com/wp-content/uploads/2023/11/Smart-Plug-3.jpg) Delivering Results ## This approach delivered numerous advantages.
Key personnel worked from an onshore base rather than mobilizing offshore, enabling cost savings, reducing HSE risk, and increasing collaboration. The most significant contribution to cost savings was realized by removing the vessel requirement. Not only was there a quantifiable value, but the CO2 and environmental footprint of the operations were also drastically reduced.
The Future is Remote ## Low-latency, high-bandwidth LTE and VSAT communications are becoming prevalent across the world.
Demonstrating the applicability of remote operations in this instance challenges conventional methods of work and further opens the field to additional remotely executed operations. Combining this connectivity with advanced technologies and with the willingness to adapt change in the way of working, remote operations are becoming the new standard.
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**Categories:** In-Service Inspection, Inspection, Maintenance, and Repair (IMR), Remote Operations, Remotely Operated Vehicles (ROVs), Resident ROVs
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**Search Tags:** '-Regions, intervention Tooling, Liberty™ Resident System, Norway, OPG, UK
---
### [Oceaneering Completes Non-Intrusive Inspection of Pressure Vessels for North Sea Operator](https://www.oceaneering.com/case-studies/oceaneering-completes-non-intrusive-inspection-of-pressure-vessels-for-north-sea-operator/)
**Published:** December 13, 2022
**Author:** Madelyn Werner
**Content:**
Overview
## In mid 2021, Oceaneering started an 18-month project to complete non-intrusive inspection (NII) services as part of an ongoing contract with a North Sea operator.
The project scope covered a package of 50 pressure vessels across several sites. The vessel characteristics were diverse and included varied materials, services, operating temperatures, and service histories.
 Challenge ## The client required a solution that confirmed the condition of their pressure vessels and enabled them to reduce costs while increasing safety and uptime.
NII is often considered an attractive option by many operators as the process used to plan and evaluate an online vessel inspection often allows replacement or deferment of internal visual inspection (IVI).
Our Solution ## Oceaneering offers a full suite of NII techniques and used several approaches, including ultrasonic testing, corrosion mapping, and time of flight diffraction (TOFD), to complete the work scope.
Using NII reduced risk-laden confined space entries and had a direct budgetary benefit for the operator. Because the pressure vessels were able to be inspected while online, operations could continue with no impact on production. NII has the additional benefit of providing the necessary auditable data to either defer or reduce any additional internal visual inspection.
Execution Plan ## Using the recommended practice developed by the HOIS Joint Industry Project – HOIS-RP-103, an Oceaneering team competently assessed against the HOIS framework to complete the steps necessary to ensure a successful program.
Starting in early 2021, a small team of Oceaneering engineers completed suitability assessments to evaluate NII coverage and locations across the 50 pressure vessels. This information fed into work scopes with detailed inspection instructions. In September 2022, Oceaneering technicians completed the inspections which were conducted over a course of year. Oceaneering engineers then evaluated the data to ensure conformance to the outlined work scopes.
The detailed data enabled our team to either confirm satisfactory inspection of the area and completion of the work scope or recommend additional inspection activities be completed to ensure coverage had been fully achieved.
 Results ## The assessment and evaluation reports generated by Oceaneering provided the operator with fully transparent and auditable data.
The NII approach enabled them to maximize uptime by avoiding costly inspection-related shutdown. They were able to derive a clear picture of the condition of their pressure vessels while reducing their overall inspection costs by an estimated 80%. This approach will be adopted wherever practicable across future pressure vessel inspections.
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---
### [Maintenance Optimization for Jack-Up Drilling Rig](https://www.oceaneering.com/case-studies/maintenance-optimization-for-jack-up-drilling-rig/)
**Published:** August 5, 2025
**Author:** Edgar Cordova
**Content:**
Overview
## In March 2022, Oceaneering’s Maintenance and Reliability Solutions team commenced a 20-month project to review and improve the maintenance program for a jack-up drilling rig for a European client.
The rig marked the client’s first operatorship of a drilling rig in the Norwegian North Sea and prompted an in-depth review and optimization of the existing maintenance program, aiming to achieve the highest possible standard to ensure the safety, operability, and maximized uptime of the rig.
Faced with a lack of in-house resources to complete the comprehensive evaluation they required, the client leveraged Oceaneering’s decades of expertise and the experience of a team of maintenance engineers to lead the critical aspects of the project. This strategic step not only enabled a detailed review of the maintenance program but also ensured an independent perspective that significantly enhanced the project’s scope and quality.
Our Results ## **Data Assessment and Gap Analysis:** The initial phase, spanning three months, involved a meticulous review of the existing data against current performance standards and local Health, Safety, and Environment (HSE) compliance requirements. This process highlighted several key issues requiring remedial work to ensure compliance requirements were met.
## **Implementation:** To address the issues found within the maintenance program, the Oceaneering engineers targeted key areas of improvement including:
### Asset Register Updates
To set the foundations of the refreshed maintenance program, the 80,000 tags asset register received a significant overhaul. This encompassed:
- Validation of all tags against technical drawings and documentation.
- Restructuring of the technical tag hierarchy.
- Adoption of ISO equipment classes.
- Criticality (Classification) updates.
### Performance Standards Compliance
Identification of the validated tags against the specific compliance requirements and assigning appropriate assurance tasks to ensure operational integrity.
### Maintenance Plan Content
Identifying and rectifying job plan inconsistencies and gaps, making the routine maintenance tasks more consistent and accurate while also removing unnecessary work.
### Maintenance Schedule Optimization
Streamlining existing maintenance schedules for efficient work execution, to optimize planned maintenance costs and reduce downtime.
### Collaboration with Subject Matter Experts
To ensure the highest level of technical accuracy throughout the project, our team worked alongside various Subject Matter Experts within the client’s organization, leveraging their specialist knowledge for rig-specific equipment (mud pumps, blow out preventer, etc.) and enabling us to develop maintenance routines that reflected actual operating requirements.
### CMMS Upgrade
The project team also supported the client’s adoption of their new Computerized Maintenance Management System, facilitated by a third-party software provider. Oceaneering’s team worked closely with the provider to ensure that the software platform was configured to effectively incorporate the suggested data inputs.
Results ## The project resulted in a comprehensive maintenance management program, meticulously tailored to meet the highest regulatory standards and best practices related to operational excellence, a critical requirement to achieve approval from Norway’s Petroleum Safety Administration (PSA).
The overhaul of the maintenance program streamlined processes by eliminating unnecessary tasks, reducing operational costs and time to enhance overall productivity. The review and restructuring of the asset register and maintenance plans also provided the client with a clear, logical, and correct list of tags, along with significantly reducing the time and effort required for maintenance operations.
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**Categories:** Maintenance and Reliability
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**Regions:** Europe & Middle East
---
### [Innovative Subsea Flowline Pressure Containing Clamp System Reduces Intervention Time and Cost](https://www.oceaneering.com/case-studies/innovative-subsea-flowline-pressure-containing-clamp-system-reduces-intervention-time-and-cost/)
**Published:** June 8, 2022
**Author:** Madelyn Werner
**Content:**
Overview
## In October 2020, a major operator contracted Oceaneering to remediate hydrates blocking their flowline in multiple locations.
The hydrate obstructed flow from the subsea asset to the topside platform and prevented the operator from flushing the flowline and decommissioning subsea infrastructure. Oceaneering successfully developed an innovative solution to establish flowline access points at desired locations. The access points allowed Oceaneering to use its Hydrate Remediation Skid (HRS) and Flowline Remediation System (FRS) to remove the blockage and re-establish communication from the subsea asset to the platform.
Challenge ## The operator wanted to decommission an exhausted subsea flowline located in the U.S. Gulf of Mexico at a depth of approximately 6,300 fsw.
Prior to decommissioning, the flowline needed to be flushed and flooded with seawater. However, during an unsuccessful flushing operation completed by the operator, communication could not be made between the topside platform and subsea flowline manifold termination (FLMT). After further investigation, hydrate blockages were identified at five separate locations along the flowline. With no access points available for hydrate remediation, Oceaneering was tasked with creating tap points where internal pressures of up to 3,000 psig were present. The access points were required to provide a seal, enable depressurization of the flowline, and support hydrate remediation operations.
Our Solution ## Oceaneering proposed an innovative hot tapping approach to develop a system capable of sealing on the outer diameter (OD) of the flowline and tapping into the bore without removing the flowline’s three-layer polypropylene (TLPP) coating.
Hot tapping is the controlled process of introducing access to the flowline’s inner diameter (ID) by drilling a hole through the OD while internal pressure might be present.
For this project, Oceaneering designed, developed, fabricated, tested, and installed an entirely unique engineered system. This included customized subsea clamps, sealing saddles, and all auxiliary equipment. Oceaneering also executed the offshore operation using its fleet of remotely operated vehicles (ROVs) to install four complete systems along the approximately 60 miles of flowline. A proprietary FRS was used in conjunction with our HRS to remediate all suspected hydrates and ensured communication was established between the topside platform and subsea FLMT.
Execution Plan ## The project was conducted in three phases.
Phase one included approximately three months of front-end engineering and design (FEED) study to establish and define technical requirements, applicable standards, and project guidelines, including scope, schedule, and cost. Phase two lasted seven months and included the detailed design, development, fabrication, and testing of the system. Phase three was approximately one month and included vessel mobilization and the offshore installation and operation of system and remediation of the flowline. To execute the offshore scope, the Oceaneering team followed the general operational sequence detailed below.
- The custom subsea clamp was lowered and secured onto the flowline.
- The Oceaneering pressure annulus relief (PAR) tool was set and latched onto the clamp.
- Once a spot face seal prep was created on the flowline OD, the tool was removed and replaced by the sealing saddle.
- The saddle sealed against the spot face and allowed the hot tap drill tool to operate, creating access holes to the ID of the flowline while containing the internal pressures and preventing any environmental hazards.
- After drilling operations were completed, the saddle enabled the flowline to be sealed in and the drilling tool was removed and replaced with a high flow manifold to support any additional intervention operations.
[  ](https://oceaneering.com/wp-content/uploads/2023/11/Snap_28-SEP-21-04_09_08-1536x864-1.jpeg) [  ](https://oceaneering.com/wp-content/uploads/2023/11/Snap_27-SEP-21-09_05_12-1536x864-1.jpeg) [  ](https://oceaneering.com/wp-content/uploads/2023/11/e289b432-8742-4dca-9d99-6a814e126ef9-1536x864-1.png) [  ](https://oceaneering.com/wp-content/uploads/2023/11/Snap_27-SEP-21-09_04_51-1536x864-1.jpeg) [  ](https://oceaneering.com/wp-content/uploads/2023/11/Snap_27-SEP-21-09_04_38-1536x864-1.jpeg) [  ](https://oceaneering.com/wp-content/uploads/2023/11/Snap_04-OCT-21-04_42_52-1536x864-1.jpeg) [  ](https://oceaneering.com/wp-content/uploads/2023/11/Snap_27-SEP-21-09_05_28-1536x864-1.jpeg) [  ](https://oceaneering.com/wp-content/uploads/2023/11/Snap_27-SEP-21-09_05_44-1536x864-1.jpeg) Previous Next ## Project Highlights
- Exceeding the client’s expectations while meeting schedule and budget constraints
- Engineering a reliable system while minimizing downtime
- Enabling the rapid mobilization of tooling spread
- Executing a successful campaign using complex systems and complete solutions
- Increasing efficiency by eliminating the requirement to remove flowline coating or complete any subsea dredging
- Completing the work scope in challenging conditions and high sea current at approximately two knots
- Using expertise in ROV operations to perform delicate tasks including system installation and operation of complex systems
- Validating products through extensive system integration testing
RESULTS ## Oceaneering provided the client with a one-stop-shop for the entire scope of the project, including development and fabrication of a unique solution, vessel mobilization, ROVs, and offshore execution phase of the project.
This enabled the client to streamline communication, project management, and expedite the complete project within the desired timeline.
Out of five subsea clamps manufactured and delivered to the client, four of the systems were installed. All were successfully operated without any failure or downtime. The custom clamp system held exceptionally well without needing to remove any TLPP coating from the flowline nor dredge the half-buried flowline.
Oceaneering succeeded in removing all hydrate blockages in the flowline and establishing communication from topside platform to subsea asset to perform flushing operations.
The project was completed without incident, on time, and to budget, demonstrating Oceaneering’s ability to use best practices in identifying solutions to challenges.
## Ready to learn more?
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**Categories:** Inspection, Maintenance, and Repair (IMR), Intervention Skids, Intervention Tooling, Pipeline Repair
**Content Types:** Case Studies
**Industries:** Oil and Gas
**Search Tags:** '-Regions, Gulf of Mexico, Inspection, Maintenance, and Repair (IMR), PCRS
---
### [Maintenance Build for FPSO and Offloading Terminal Maximizes Uptime with Optimized Approach](https://www.oceaneering.com/case-studies/maintenance-build-for-fpso-and-offloading-terminal-maximizes-uptime-with-optimized-approach/)
**Published:** June 27, 2024
**Author:** Edgar Cordova
**Content:**
Overview
## In December 2023, Oceaneering’s Maintenance and Reliability Solutions team completed a three-year maintenance build scope for two related facilities off the west coast of Africa.
The build provided the client with the key information needed for a Floating, Production, Storage, and Offloading (FPSO) vessel and its associated offloading terminal and enabled them to establish an optimized maintenance program for both facilities.
Our Solution ## The asset technical hierarchy, previously delivered by Oceaneering, for the facilities provided the necessary base data for the criticality assessment of the combined 110,000 asset tags of the FPSO and terminal.
This information then drove the assignment of the client’s equipment maintenance plans.
The team also supported the development of Reliability Centered Maintenance (RCM) based maintenance plans for critical items of equipment, including cranes and loading arms. This provided additional assurance that the failure modes of this equipment were being managed effectively.
Finally, the resulting equipment criticality and assigned maintenance data for both facilities was loaded into the client’s Computerized Maintenance Management System (CMMS).
Results ## The project delivered consistently assigned maintenance plans, aligning with the asset technical hierarchy and established equipment criticalities. This provided the client with confidence that all equipment would be maintained appropriately, in the most efficient method possible, whilst reducing risk and increasing asset uptime.
## Ready to Learn More?
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**Categories:** Asset Integrity Management, Integrity Management, Maintenance and Reliability
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**Industries:** Oil and Gas
**Regions:** Africa
**Search Tags:** FPSO
---
### [AI-Powered Inform Predict™ Software Optimizes Inspection Intervals for NOC](https://www.oceaneering.com/case-studies/inform-predict-software-optimizes-nocs-inspection-intervals/)
**Published:** January 26, 2022
**Author:** Madelyn Werner
**Content:**
Overview
## In this pre-pilot project, Oceaneering employed Inform Predict™ digital predictive analytics software to determine the appropriate inspection interval for piping on an asset owned by a national oil company (NOC).
Using 2,229 condition monitoring locations (CMLs), Oceaneering fed the data available from the NOC into an AI-powered algorithm to predict when the pipelines would reach minimum allowable wall thickness (MAWT). Knowing with precision when pipe failure is most likely to occur permits the operator to extend time between inspections and plan more efficiently for pipe maintenance and repair.
Issues ## Wanting to avoid downtime while implementing a data analysis program, this NOC was looking for a solution that could be put in place without disrupting operations or requiring extensive training for its onsite teams.
The solution would have to work seamlessly with existing systems and be able to take in data in multiple formats. The goal of the pre-pilot program was to use the limited data available to generate quantifiable results that would permit the time between inspections to be extended and to enable more precise planning for maintenance when required.
Our Solution ## Oceaneering’s data agnostic Inform Predict digital predictive analytics software takes in disparate data formats in bulk and applies a proprietary algorithm to analyze historical data along with data being collected continuously from specific CMLs.
Because of its flexible deployment structure (Cloud or Edge), the Oceaneering solution allows field inspection and integrity data to be input in real time for rapid analysis that enables early warning notifications for at-risk components.
By identifying the precise amount of wear at specific locations in the pipeline and using continuously input data to measure wall thickness, the software can predict when assets will be at risk. The operator planned to use the information generated via better data analysis to move away from a calendar-based inspection program to one based on actual physical asset integrity.
Execution Plan ## The NOC recognized the improved value artificial intelligence (AI) and machine learning (ML) could deliver over traditional approaches to asset integrity management and was looking for a provider that could use the company’s existing inspection data to develop a more efficient inspection and maintenance schedule.
On this project, the Oceaneering team began by gathering historical and recently acquired inspection data, as-built data, and results from risk assessments to input to the Inform Predict software program.
Inform Predict took in all the information gathered from the CMLs and identified bad data, performing self-validation and repeatedly assessing all the data in the system to refine its understanding of the asset and calculate more precise wall thickness measurements. In this way, the algorithm identified segments of pipe that were reaching the MAWT as well as segments that were being over-inspected because of false integrity assumptions. With real measurements in hand, the operator could see where more frequent inspection was necessary and could dispense with ultra-conservative inspection programs based on estimations rather than data.
To prove the accuracy of Inform Predict, Oceaneering used the available data provided by the NOC except the most recent information collected. By withholding the most current data, the operator would have real-world data against which to judge the accuracy of the results generated by Inform Predict.
The Oceaneering team ran the algorithm on 10 to 15 years of inspection data to predict what that last set of data would be. The results correlated closely with the actual measurement, proving that even with incomplete data, the algorithm can produce accurate predictions.
  Results ## The results of the engineering study enable the client to implement a strategy of rapid screening of all suspect clamps using the core inspection team onboard. Affected clamps that are isolatable can either be identified for urgent replacement or further quantification of metal loss.
The Inform Predict software fit easily into the current inspection program and interfaced seamlessly with other software, providing a dashboard that enabled the operator to see what was happening within the algorithm. The first pass of the initial dataset was accomplished within 48 hours, with subsequent analyses carried out more quickly as new datasets were introduced.
By carrying out risk prediction using specific CMLs, the team could see how the pipe was performing at exactly the same location each time data was gathered and analyzed the data gathered over time to deliver precise results. According to the analyses facilitated by the algorithm, approximately 5% of the CMLs required a longer inspection interval than the NOC had deemed necessary based on assumptions about the rate at which wall thickness was diminishing. Between 15% and 20% of the inspections were being done at appropriate intervals. The remaining CMLs did not need the short inspection interval the operator had been following.
Working within the 10-year maximum inspection interval established by the NOC, the software was able to safely reduce the inspection scope by 44%.
This successful pre-pilot program proves that the precise data generated by Inform Predict can improve integrity management, optimize inspection intervals and save considerable time and money for asset owners.
## Project Highlights
- The Inform Predict software’s flexible deployment structure allows field inspection and integrity data to be input in real time for rapid analysis, enabling early warning notifications for at-risk components.
- Inform Predict used 10-15 years of historical inspection data to create accurate predictions, which matched with real-world data the NOC had gathered separately.
## Ready to learn more?
Learn how to streamline NDT and inspection management with Inform Inspect™. [ Learn More ](https://oceaneering.com/asset-integrity/) [ Download Case Study ](https://oceaneering.canto.com/download/document/674q2od5ed5kvbnja5jifgoi7p/original.pdf)# Contact Us
## Our team of experts is ready to help you get started.
Oceaneering offers best-in-class products and solutions, backed by unparalleled quality, reliability, and global support. Fill out the inquiry form to start a conversation today.
**Categories:** Asset Integrity Management, Integrity Management
**Content Types:** Case Studies
**Industries:** Oil and Gas
**Regions:** Europe & Middle East
**Search Tags:** Norway, UK
---
### [Implementation of Condition Monitoring Program on Floating Storage Unit](https://www.oceaneering.com/case-studies/implementation-of-condition-monitoring-program-on-floating-storage-unit/)
**Published:** June 17, 2025
**Author:** Edgar Cordova
**Content:**
Overview
### In late 2023, Oceaneering’s Maintenance and Reliability Solutions team was tasked with an initiative to establish a comprehensive [condition monitoring](https://www.oceaneering.com/maintenance-and-reliability/condition-monitoring/) regime for a Floating Storage Unit (FSU). The FSU supports a production platform located in the North Sea, and the resulting 18-month project included fact-finding, tendering, and coordination with client subject matter experts to create a condition monitoring program tailored to meet the FSU’s specific operational needs.
Our Solution ## To determine the best overall solution, the project commenced with the reliability engineers embedded with the client using equipment criticality to complete a thorough gap analysis of the FSU systems. Due to its crucial role in supporting the field’s production, the team opted to implement both online and offline monitoring programs for the FSU, equivalent to those already in place on the main production platform.
Our Solution ## Development of Online and Offline Monitoring Programs
##### Online Monitoring
A detailed review of the entire FSU plant by the team found existing hard-wired sensors relating to key operational parameters including pressure, temperature, and vibration were not being utilized. This discovery facilitated the cost-effective establishment of an online monitoring program, with the sensor data integrated into the client’s existing central condition monitoring system. This provided their operational team with the best opportunity to anticipate and mitigate any potential failures prior to them affecting production.
##### Offline Monitoring
Due to the absence of hard-wired sensors on some of the FSU’s critical equipment, an offline monitoring program was created with baseline data collected. Core crew members were then trained to collect and upload readings periodically, to allow analysis by the client’s central team. To reduce implementation costs, the same monitoring vendor was used for the FSU’s offline program as had been used for the platform, also ensuring consistency of monitoring practices across the two facilities.
Results ## The establishment of online and offline monitoring programs on the FSU has significantly enhanced data accessibility and utilization, granting stakeholders easy access to vital information for better decision making.
This change has also facilitated the adoption of a predictive maintenance strategy for the monitored equipment, enabling the early detection of potential failures and minimizing downtime.
In addition to our embedded operational reliability support, Oceaneering has also delivered targeted engineering scopes for the platform and FSU, including structural and vibration-related inspection services to address specific issues. Combined, our work with the client highlights Oceaneering’s ability to deliver a broad range of tailored engineering solutions that drive substantial improvements in operational reliability and efficiency.
Whether through a one-off project or embedded within an operations team, Oceaneering’s operational reliability services can be tailored to meet organizational needs, offering innovative solutions to improve operational efficiency and reliability across a wide range of plant types.
## Ready to Learn More?
Explore our conditioning monitoring programs. [ Learn More ](https://www.oceaneering.com/maintenance-and-reliability/condition-monitoring/) [ Download Case Study ](https://oceaneering.canto.com/download/document/a5hsdv4sl50rr0b34452n3b27o/original.pdf)# Contact Us
## Our team of experts is ready to help you get started.
Oceaneering offers best-in-class products and solutions, backed by unparalleled quality, reliability, and global support. Fill out the inquiry form to start a conversation today.
**Categories:** Asset Integrity Management, Maintenance and Reliability
**Content Types:** Case Studies
**Industries:** Oil and Gas
**Regions:** Europe & Middle East
---
### [Grayloc® Connectors Survive High-Pressure Hydrogen Fire with Sealing Integrity Intact](https://www.oceaneering.com/case-studies/grayloc-connectors-survive-high-pressure-hydrogen-fire-with-sealing-integrity-intact/)
**Published:** August 5, 2019
**Author:** Madelyn Werner
**Content:**
Overview
## The gas leak, traced to an external packing gland, occurred in the hydrogen processing unit, which contained 80% hydrogen gas operating at 6,000 psi (414 bar) and 500°F (260°C). At this pressure and temperature, hydrogen gas will auto-ignite when exposed to atmospheric conditions.
Grayloc® connectors are commonly used in critical service applications. They meet the operating criteria of high-pressure and high-temperature applications and the requirements for leak-free functionality thanks to their metal sealing technology. Grayloc connectors were used throughout the entire hydrogen processing piping system, and the system’s valves incorporated Grayloc ends. The majority of the connectors had carbon steel hubs, clamps, and bolting, and included stainless steel seal rings (AISI 630).
Issues ## The photograph shows the level just above the leaking valve packing gland, within 15 ft (4.5 m) of the main reactor vessel.
The intense heat destroyed three control valves; their operator housings were melted and their control functions were completely lost. These valves, installed with Grayloc connectors, were within 2 ft (.6 m) of the melted operators. The Grayloc clamps provided the only structural support for the valves, and close inspection revealed that the connectors neither leaked nor loosened.
No pipe connector can be guaranteed to survive extreme temperature exposures, as detailed above, but this experience has demonstrated that Grayloc connectors provide extra margins of structural safety over bolted flange piping connectors. If a bolted flange was used, the excessive heat would have likely resulted in bolt relaxation and a subsequent leak. The nature of the Grayloc clamp configuration meant it was less likely that a preload on the joint would be lost. A conventional seal would have been more likely to leak when compared to the self-energized, pressure-enhanced Grayloc seal.
Results ## The customer expressed satisfaction with the integrity of the Grayloc connectors post-incident.
The customer was also able to reduce the downtime and expense required to replace and repair fire-damaged system components based on the Grayloc connectors’ ease of disassembly and reassembly. Most importantly, the customer avoided catastrophic results as the Grayloc connectors prevented a leak from occurring, thwarting any potential knock-on effects of the incident. ## Ready to learn more?
Explore our Grayloc Products [ Learn More ](https://oceaneering.com/grayloc-home/) [ Download Case Study ](https://oceaneering.canto.com/download/document/0bf6pn1sqh7ofdocs7eeua2e5u/original.pdf)# Contact Us
## Our team of experts is ready to help you get started.
Oceaneering offers best-in-class products and solutions, backed by unparalleled quality, reliability, and global support. Fill out the inquiry form to start a conversation today.
**Categories:** Grayloc
**Content Types:** Case Studies
**Industries:** Oil and Gas
**Search Tags:** '-Regions, Gulf of Mexico, Hydrogen
---
### [Grayloc® Clamp Connectors Provide Benefits Over Standard Flange Connections](https://www.oceaneering.com/case-studies/grayloc-clamp-connectors-provide-benefits-over-standard-flange-connections/)
**Published:** August 5, 2019
**Author:** Madelyn Werner
**Content:**
Overview
## An Oceaneering client uses Grayloc® Clamp Connectors for its equipment and also for research and development (R&D) purposes.
This client provides connection solutions for the oil and gas industry, specifically for well intervention, subsea controls, and topside transfer activities. Due to the client’s extensive test regime that it subjects its equipment to, Grayloc Clamp Connectors enable the company to maximize these tests by reducing the time required for assembly prior to the test and for disconnection after the test. In addition, Grayloc Clamp Connectors have a small footprint, enabling our client to complete work in small test bays. All of these benefits help the company to reduce the costs associated with its testing and validation regime.
Issues ## As part of the client’s internal test regime, connectors are subjected to different conditions, requiring each piece of equipment to be assembled and then stripped down continuously.
Standard flange connections, due to their larger amount of bolting and difficulties in correctly installing the joint, increase the time required for both assembly and strip-down procedures. Furthermore, the integrity of the joint has the potential be affected by several factors, such as misalignment between the mating flanges and incorrect gasket installation. Additionally, the bigger footprints of these standard flange connections require larger testing bays. Testing costs are, therefore, higher with the use of standard flange connectors than with the use of Grayloc Clamp Connectors. Our Solution ## These stated issues related to standard flange connectors have been resolved through the use of Grayloc Clamp Connectors, which:
- Improve health, safety, and environment (HSE) considerations during testing activities
- Reduce the lead time required to prepare equipment prior to testing, along with the time required for disconnection procedures after testing
- Decrease the final dimensions of the testing assembly
- Remove misalignment issues
- Increase the integrity of the connection
- Reduce weight of assembly to enable vertical arrangements of equipment, thus further reducing space for testing bays
- Decrease the CAPEX necessary for validation
Execution Plan ## Generally, the required components for Grayloc Clamp Connectors are off the shelf from our Oceaneering Grayloc facilities in Scotland, Texas, Canada, and Malaysia – thus greatly shortening lead times when compared to the use of standard flange connections.
 Results ## The use of Grayloc Clamp Connectors has enabled our client to improve HSE rates, reduce CAPEX, and decrease lead times associated with the company’s testing and validation activities.
Since side loads affect the functionality of the company’s equipment design, our client prefers Grayloc Clamp Connectors over standard flange connects because Grayloc Clamp Connectors transfer fewer loads to this organization’s equipment. Additionally, a smaller torque is required when installing Grayloc Clamp Connectors, and it is easier to machine the Grayloc profile onto our client’s equipment, compared to standard flange features.
In addition, the small footprint of Grayloc Clamp Connectors has enabled the organization to continue working within its existing testing bay capacity without having to incur costs to increase this space.
## Ready to learn more?
Explore our Grayloc Products [ Learn More ](https://oceaneering.com/grayloc-home/) [ Download Case Study ](https://oceaneering.canto.com/download/document/43o4nelk4972l8btqqales723f/original.pdf)# Contact Us
## Our team of experts is ready to help you get started.
Oceaneering offers best-in-class products and solutions, backed by unparalleled quality, reliability, and global support. Fill out the inquiry form to start a conversation today.
**Categories:** Grayloc, Intervention Tooling
**Content Types:** Case Studies
**Industries:** Oil and Gas
**Regions:** Africa, Asia Pacific, Europe & Middle East, North America, South America
**Search Tags:** '-Regions, APAC, Grayloc, Gulf of Mexico, Middle East, Norway, UK
---
### [Crane and Lifting Expertise Ensures Safe and Efficient Infrastructure Project Execution in Norway](https://www.oceaneering.com/case-studies/crane-and-lifting-expertise-ensures-safe-and-efficient-infrastructure-project-execution-in-norway/)
**Published:** March 12, 2024
**Author:** Edgar Cordova
**Content:**
Overview
## In a testament to the vital role of expert engineering and proactive problem solving in complex infrastructure projects, Oceaneering Crane and Lifting AS successfully navigated challenges in a 150 Tonne lifting operation for a significant project in Southwest Norway.
In June 2023, Oceaneering was contracted to specify lifting equipment for a dynamic, floating structure tasked with transporting sizable bridge pillar protection frames for a critical infrastructure project. The scope included safe load calculations, configurations, and procedural drawings for slings and lifting beams.
However, during the meticulous analysis of lifting equipment, Oceaneering’s engineering team raised concerns regarding the robustness of the connection points on the pillar protection frame structures. Recognizing the client’s lack of in-house expertise, Oceaneering took a proactive stance and expanded their scope to assess and confirm the points’ suitability against applicable standards and anticipated operational forces.
Our Solution ## **Thorough Analysis:** Engineers used available information, operational data, and finite element analysis (FEA) to scrutinize lifting points, considering sideways forces and flexion.
## **Proactive Approach:** Engaging with the client, the team identified potential weaknesses and suggested design modifications, addressing the issues before the actual lift operation.
 Results ## **Early Issue Detection:** Oceaneering’s proactive approach ensured the early detection of potential problems, averting safety hazards during the lift operation.
## **Efficient Project Execution:** The frames were successfully lifted and installed, enabling the safe opening of the bridge in mid-2023. Oceaneering’s expertise contributed to smoother and more efficient project execution.
## **Client Satisfaction:** The client lauded the value of early error detection and Oceaneering’s role in developing corrective actions, acknowledging our contribution to the overall success of the project.
This project underscores the crucial role of thorough engineering analysis and collaboration in lifting operations. Oceaneering’s commitment to safety, proactive problem-solving, and client collaboration showcased how expert guidance can prevent costly mistakes while ensuring the success of lifting projects.
## Ready to learn more?
Explore our Crane and Lifting Equipment Services. [ Learn More ](https://www.oceaneering.com/asset-integrity/in-service-inspection/crane-lifting/) [ Download Case Study ](https://oceaneering.canto.com/download/document/e1o4ociisd7nvdslbo9hjn2b0l/original.pdf)# Contact Us
## Our team of experts is ready to help you get started.
Oceaneering offers best-in-class products and solutions, backed by unparalleled quality, reliability, and global support. Fill out the inquiry form to start a conversation today.
**Categories:** Asset Integrity Management, Integrity Management
**Content Types:** Case Studies
**Regions:** Europe & Middle East
**Search Tags:** Case Studies, Norway
---
### [Bespoke PLEM Repair Tooling Suite Enables Intervention to Restore Production](https://www.oceaneering.com/case-studies/bespoke-plem-repair-tooling-suite-enables-intervention-to-restore-production/)
**Published:** February 28, 2024
**Author:** Monica Dahl
**Content:**
Overview
## In early 2023, Oceaneering was contracted by a major Gulf of Mexico operator to provide a fast-track engineered solution to address a leaking gate valve on one of their pipeline end manifolds (PLEMs).
The valve needed to be deconstructed subsea prior to assessing and remediating the issue and safely restoring production.
Oceaneering designed, built, and tested the custom equipment required to gain access to the valve, remove the actuator, clean the valve body, and help perform a visual inspection of the valve.
The offshore operations were completed in three phases to ensure efficiency and meet the expedited schedule as best as possible.
Our Solution ## Oceaneering provided a custom suite of ROV-operable tools to gain access, clean, inspect, and protect the valve body prior to the required repairs being executed. The team leveraged extensive experience in ROV tooling, ROV operations, and expedited intervention operations to ensure the suite provided the maximum level of redundancy.
Execution Plan ## Oceaneering’s initial engagement with the customer was to complete a front end engineering and design (FEED) study that developed concepts of the tooling suite.
A successful FEED evolved into delivery of complete manufacturing drawings and subsequent fabrication, assembly, and testing of the equipment. The team worked with the customer to outline requirements for completing key milestone activities and the scope was completed in three phases between July and November 2023.
The tooling build and offshore execution was split into two phases to meet offshore vessel schedules and mitigate risk. Prior to mobilizing the tooling suite offshore, each tool was subjected to vigorous site integration testing (SIT) at Oceaneering’s facility in Houston, Texas. The team built various test jibs to mimic the live, offshore assets, enabling confirmation of the custom-designed tools’ suitability for operations and providing valuable learning for the project’s technicians and engineers.
Phase 1 Phase 2 Phase 3 Phase 1 
The cutting guide was lowered onto the top of the PLEM, enabling the super grinder to make clean cuts while preventing the ROV from damaging the PLEM internals. The ROV used the modified super grinder to make all required structural cuts. The cutting guide also allowed the cut panel from the PLEM to be safely handled and lifted into a recovery basket without damaging any other components.
###### **Tooling Used**
- Super grinder with custom blade guard
- Super grinder cutting guide
- Removal fixture
Phase 2 The critical operation in this phase was the installation of the elevator actuator removal tool designed to centralize above the actuator and required to lock onto the PLEM structure. Guide clamps were installed first to ensure the actuator removal tool landed in the correct location. The guide clamps were added to the scope three weeks prior to project execution and ensured the correct placement of the elevator for Phase 3.
Next, the removal tool was lowered into position and clamped onto the valve actuator interface. After locking, it pulled the valve actuator straight up with a weight of 4,500 lb (plus any additional friction forces) without damaging any other equipment on the PLEM. The final force required to remove the actuator was calculated to be 64,000 lb, which included the use of the contingency jacking tool. This tool was not originally part of the scope and was included in the suite after being suggested by the Oceaneering team.
###### **Tooling Used**
- Hydraulic tubing cut and crimping tool
- Hydraulic torque tool for flange nut removal
- Stud removal tool
- Contingency stud jacking tool
- Contingency flange spreading tool
- Actuator removal tool guide clamps
- Actuator removal and lifting tool
- Gasket removal tool
- Contingency gasket wedge removal tool
- Gasket hub cleaner
- Valve gate seat fishing tool
- Valve body debris cap
Phase 3 
During ongoing operations, the customer asked Oceaneering to provide additional support. They wanted to use the actuator elevator frame, originally designed to support extraction, to help install the repair solution. The Oceaneering team modified the design to meet these requirements, enabling the installation of a new flange capable of sealing the valve body and restoring flow.
Results ## While the project had a tight deadline and not all deliverables were known upfront, our engagement and collaboration with the customer was pivotal to delivering a solution that met their needs and schedule.
The requirements evolved during the project and required agile and creative project management and execution to meet deadlines.Our strong vendor relationships ensured timely and efficient manufacturing.
Strategic decisions, including using technicians in the offshore operations who were involved with the assembly and SIT of the tooling was integral to the project’s success as their firsthand knowledge proved invaluable to the execution of the offshore campaign.
Oceaneering was able to supply and support the complete deconstruction tooling suite from development and fabrication, through assembly, testing, and offshore execution. Each tool worked exceptionally well and without issue to successfully complete the project.
The project was completed without incident and the operator brought the flowline back online on schedule.
## Ready to learn more?
Explore our Subsea Engineered Solutions. [ Learn More ](https://www.oceaneering.com/intervention-tooling/subsea-engineered-solutions/) [ Download Case Study ](https://oceaneering.canto.com/download/document/ro6rlvpde102teqhe67290ae7i/original.pdf)# Contact Us
## Our team of experts is ready to help you get started.
Oceaneering offers best-in-class products and solutions, backed by unparalleled quality, reliability, and global support. Fill out the inquiry form to start a conversation today.
**Categories:** Inspection, Maintenance, and Repair (IMR), Intervention Tooling
**Content Types:** Case Studies
**Industries:** Oil and Gas
**Regions:** North America
**Search Tags:** Inspection, Maintenance, and Repair (IMR), intervention Tooling, Subsea Engineered Solutions, Tooling
---
### [Automating Material Flow in Demanding Automotive Manufacturing Environments](https://www.oceaneering.com/case-studies/automating-material-flow-in-demanding-automotive-manufacturing-environments/)
**Published:** March 18, 2026
**Author:** Monica Dahl
**Content:**
Overview
## A global automotive manufacturer set out to automate internal material movement across multiple production facilities in North America.
A global automotive manufacturer set out to automate internal material movement across multiple production facilities in North America. The aim was to reduce reliance on manual forklift operations and improve safety, while maintaining reliable, continuously operating material flow. The project included the deployment of a fleet of [MaxMoverTM CB D 2000 autonomous guided vehicles (AGVs)](https://www.oceaneering.com/oceaneering-mobile-robotics-omr/maxmover-cb-d-2000/) across multiple sites.
The automation rollout covered eight production facilities in total, with this case study focusing on two of the client’s flagship sites where we delivered the complete autonomous mobile robotic solution. The remaining sites were delivered as part of a broader AGV program involving multiple vendors and integrators.
36 Vehicles 25 at one site and 11 at another
98% Mission Success Rate Spanning more than 200 routes and drop off and collection points
24/7 Autonomous Operation Delivering resilience, standardization, and enterprise-level readiness
Our Solution ## We delivered an end‑to‑end autonomous material transport solution designed to solve real production challenges, spanning system design, engineering, implementation, commissioning, and long‑term operational support across multiple manufacturing environments.
Oceaneering Mobile Robotics delivered an end‑to‑end autonomous material transport solution designed to solve real production challenges, spanning system design, engineering, implementation, commissioning, and long‑term operational support across multiple manufacturing environments.
The MaxMover™ counterbalance forklifts were custom configured to meet the client’s specific operational, safety, and throughput requirements. Each deployment required targeted engineering to adapt the system to site‑specific conditions. This included tailoring vehicle configurations, safety fields, navigation parameters, and pitch‑adjustment settings to address floor variability, dynamic asset movement, and close interaction with surrounding automation.
## Design: Engineered the system around real production demands
- Defined material‑movement tasks between production and robotic welding cells
- Planned routes, workflows, and dispatch logic across brownfield and greenfield environments
- Configured vehicle behavior, safety fields, and pitch adjustment for uneven floors and mixed traffic
- Aligned autonomous operations with existing production schedules and task requirements
## Implementation: Deployed and commissioned under live production conditions
- Installed and commissioned 36 MaxMover™ AGVs across two flagship sites
25 at a legacy manufacturing facility and 11 at an electric vehicle facility
- Validated precise docking and hand‑offs to robotic cells with no human interaction
- Iterated maps, routes, and safety zones to account for infrastructure conditions and changes in layouts at each of the facilities
- Achieved cycle‑time compliance across more than 200 unique routes
- Delivered site‑specific training for operators and system supervisors, alongside hands‑on commissioning support, to build confidence, accelerate adoption, and enable the client to manage day‑to‑day operations and first‑level troubleshooting
## Optimization: Sustained performance after go‑live
- Resolved issues in real time through onsite technicians working with the customer’s operations teams
- Analyzed fleet data remotely via customized artificial intelligence (AI) and advanced data collection techniques to identify bottlenecks and improve responsiveness
- Deployed incremental software and configuration updates across the fleet
- Updated maps and safety fields as facilities evolved to preserve 24/7 reliability
Value Delivered ## The autonomous systems established a reliable, 24/7 material‑movement capability that removed the staffing variability, safety exposure, and response delays inherent in manual forklift operations.
Through close collaboration with the client, the system was engineered, configured, and commissioned to reflect site‑specific operational realities rather than forcing standardized processes into complex environments.
Adopting automation required the client to move beyond familiar manual routines and embrace a new operational mindset. As their teams experienced the system’s reliability first‑hand, confidence in autonomous, predictable material flow steadily grew. This willingness to evolve how work gets done was critical to achieving safer, more consistent 24/7 operations.
The client now benefits from a production‑ready autonomous transport solution at both sites. They are now equipped with a fleet of MaxMover™ mobile robots, validated routes and workflows, tailored safety configurations, and a combined onsite and remote support model that sustains performance as layouts and production needs evolve. This customized, repeatable approach not only met immediate production aims, but also established a scalable foundation, positioning the client to confidently expand the fleet and extend autonomous operations to other facilities.
## Frequently Asked Questions
##### 1. How do autonomous mobile robots integrate with existing production processes?
We configure MaxMover™ vehicles to your specific routes, task, and safety requirements, then validate docking accuracy and cycle‑time performance during commissioning. Maps, safety fields, and dispatch logic are refined with your team and kept current through ongoing onsite and remote support.
##### 2. What training and support does Oceaneering offer to help with the day-to-day running of the system?
We provide structured training for operators and system supervisors, hands‑on support during commissioning, and documented procedures for exception handling and first‑level troubleshooting. A combined onsite and remote model monitors performance, deploys incremental updates, and helps your team maintain reliability as layouts evolve.
##### 3. Can this solution scale across additional lines and facilities?
Yes. As needs grow, we replicate validated routes, safety settings, and support practices, enabling confident fleet expansion across additional lines and sites without re‑engineering from scratch.
##### 4. How is safety managed in mixed‑traffic or legacy environments?
Safe operation is our number one priority. Safety fields, speed profiles, and interaction rules are tailored to each area. We verify stopping distances, clearances, and hand‑offs during commissioning and update them as floor conditions or layouts change.
##### 5. What happens when production schedules change or the layout is adjusted?
The system is designed for easy reconfiguration. Our teams analyze performance data, adjust software and configuration parameters, and re‑validate affected routes to preserve cycle‑time compliance and throughput.
[ Have more questions? Contact us. ](#contact)## Ready to improve safety, reliability, and material flow in your manufacturing operation?
Explore how Oceaneering’s mobile robots can support your production goals. [ Learn More ](https://www.oceaneering.com/oceaneering-mobile-robotics-omr/)## Contact Us
### Our team of experts is ready to help you get started.
Oceaneering offers best-in-class products and solutions, backed by unparalleled quality, reliability, and global support. Fill out the inquiry form to start a conversation today.
**Categories:** Mobile Robotics
**Content Types:** Case Studies
**Industries:** Material Handling
**Regions:** North America
---
### [Applying a Generic Approach to Risk-Based Inspection of Pressure Systems in Northwest Africa](https://www.oceaneering.com/case-studies/applying-a-generic-approach-to-risk-based-inspection-of-pressure-systems-in-northwest-africa/)
**Published:** June 15, 2022
**Author:** Madelyn Werner
**Content:**
Overview
## The application of a traditional risk-based inspection (RBI) approach is typically labor and time intensive.
Oceaneering was able to apply a generic RBI plan to a project offshore northwest Africa, increasing efficiencies while reducing risk.
Challenge ## The client needed a more effective way to manage their assets and maintain them.
The absence of an integrity data management system to extract information slowed our ability to develop a comprehensive RBI process. To successfully develop and execute the plan, a full suite of documents was required. Any missing information, including material types, could have created issues with the process.
Our Solution ## Oceaneering set up a process to acquire integrity data and provided a gap analysis system to the client so they could easily understand how and where gaps needed to be filled.
The majority of required data was available from the client’s maintenance build system.
Execution Plan ## Our team used a generic RBI approach to check material and fluid combinations against an existing Oceaneering database to identify any potential threats to the pressure system equipment.
The study also identified potential consequences of failure for each piece of equipment. This information was integrated into the client’s risk matrix to determine risk levels and establish requirements and frequencies of inspections. The identified inspection frequencies were created to be in alignment with the API requirements.
Equipment grouping and identifying corrosion circuits proved a critical step to applying RBI in an efficient and consistent way. Once the grouping was complete, active and excursion-driven threats were identified. For active threats, a regular inspection was applied. However, for the excursion-driven threats, a monitoring system was put in place to detect corrosive components fluids. If any excursions are observed in the future, then inspections may be required. The monitoring system can be configured to include factors including pressure, temperature, CO2, chloride, pH, and water content.
Our scope of work included:
- Data gathering
- Completing material-fluid combination evaluation
- Identifying always-active and excursion-driven threats
- Reviewing materials and fluids specific to client’s project
- Developing an integrity operating window and key performance indicators (KPIs)
- Applying a generic consequence assessment
- Generating the risk matrix and inspection Intervals
- Detailing inspection requirements, including where and how to inspect
RESULTS ## The time and resource required for a comparable project offshore northwest Africa would typically be a team of four to five specialists working for one year.
By applying the generic RBI approach, the time and resources required for the project were reduced by 40%-50%. In addition, all RBI outcomes were aligned with the client’s maintenance build, ensuring all RBI were included in the client’s system, avoiding the time consuming re-loading of inspection requirements and KPI results.
## Ready to learn more?
Explore our Asset Integrity and Management Solutions. [ Learn More ](https://oceaneering.com/asset-integrity/) [ Download Case Study ](https://oceaneering.canto.com/download/document/qakhg3qe8l7ob6im46v0ri4244/original.pdf)# Contact Us
## Our team of experts is ready to help you get started.
Oceaneering offers best-in-class products and solutions, backed by unparalleled quality, reliability, and global support. Fill out the inquiry form to start a conversation today.
**Categories:** Asset Integrity Management, Inspection Management
**Content Types:** Case Studies
**Industries:** Oil and Gas
**Regions:** Africa
---
### [Oceaneering Completes Riserless Live Well Production Logging and Inflow Testing](https://www.oceaneering.com/case-studies/oceaneering-completes-riserless-live-well-production-logging-and-inflow-testing/)
**Published:** November 30, 2018
**Author:** Andrew Dodson
**Categories:** Light Well Intervention, Well Intervention
**Content Types:** Case Studies
**Industries:** Oil and Gas
**Search Tags:** '-Regions, Gulf of Mexico
---
### [Advanced Subsea Visual Metrology Solution Delivers Improved Data Quality for External Wall Loss Measurement](https://www.oceaneering.com/case-studies/advanced-subsea-visual-metrology-solution-delivers-improved-data-quality-for-external-wall-loss-measurement/)
**Published:** March 3, 2024
**Author:** Edgar Cordova
**Content:**
Overview
## In November 2023, Oceaneering was contracted by a major oil and gas operator to complete a work scope in the Southern Carribean using our Ocean Patriot dive support vessel (DSV).
While working with the client on the dive scope, they requested assistance with additional work: confirming the extent of external wall loss at two locations on one of their 36-inch risers.
Challenge ## Previous inspection of the asset was completed using an internally deployed, in-line high resolution magnetic flux inspection tool.
Data gathered indicated that there was 70% external wall loss at the first location and a 30% external wall loss at a second location. The client requested a more detailed report with sub-millimetric measurements to confirm the defect size. A detailed report of the defect was required to perform integrity analysis and confirm how the riser could be kept online safely.
Our Solution ## Oceaneering considered several in-house and vendor-supplied inspection technologies, from computed tomography (CT) scanners and acoustic resonance to light detection and ranging (LiDAR) methods. Based on the client’s requirement for a timely inspection including swift importation approval, in addition to precise determination of anomaly size and location with respect to adjacent structural members, Oceaneering’s Advanced Subsea Visual Metrology (ASVM) solution was selected.
By combining the system with Oceaneering internal quality assurance processes and competencies, we were confident we would be able to derive the measurements in line with the client’s sub-millimetric accuracy requirements. The ASVM system was easily mobilized and provided the ideal functionality for recording the necessary still imagery and video in 4K.
Each inspection location was meticulously cleaned prior to imagery and data collection was monitored by Oceaneering’s onshore based survey and data management teams, enabling increased collaboration and immediate feedback on data quality. Oceaneering’s processing quality, combining the skills of our personnel and in-house developed automated quality control and processing workflows, proved pivotal to capturing and delivering exceptional data.
The team’s expertise also proved invaluable when an anomaly location presented in previous inspection documentation proved incorrect. The team leveraged the ROV-based inspection solution to locate the defect at the same elevation but at a different location, enabling the full data collection for depth and size.
  Results ## The photogrammetry acquisition was completed successfully and without incident.
Oceaneering’s in-house teams processed and analyzed the data, generating deliverables including a thorough report, tri-axial measurements, 3D models, stills, and video from the inspection.
The team also used the ASVM solution to model additional jacket members and structures surrounding the riser that may prove important to the client should intervention and additional engineered solutions be required.
## Ready to learn more?
Explore our Asset Integrity Services. [ Learn More ](https://www.oceaneering.com/asset-integrity/) [ Download Case Study ](https://oceaneering.canto.com/download/document/bg84gm8mg507r5sqgado8lla52/original.pdf)# Contact Us
## Our team of experts is ready to help you get started.
Oceaneering offers best-in-class products and solutions, backed by unparalleled quality, reliability, and global support. Fill out the inquiry form to start a conversation today.
**Categories:** Asset Integrity Management, Inspection, Maintenance, and Repair (IMR)
**Content Types:** Case Studies
**Industries:** Oil and Gas
**Regions:** South America
**Search Tags:** Asset Integrity, South America
---
### [Extending the Safe Operational Life of Ageing Flexible Risers](https://www.oceaneering.com/case-studies/extending-the-safe-operational-life-of-ageing-flexible-risers/)
**Published:** September 14, 2026
**Author:** Monica Dahl
**Content:**
## Overview
### As global oil and gas fields mature, many flexible risers, deployed from platforms or floating production, storage, and offloading vessels, are nearing the end of their original design life.
Operators need assurance that these critical connections remain safe for continued use, especially as replacement is costly and disruptive. End fittings on flexible risers present unique inspection challenges due to their complex construction, large wall thicknesses, and internal components that can mask areas of interest. Offshore work adds further constraints, requiring adapted inspection setups to meet quality targets and tight schedules.
In 2018, our team was tasked with developing a reliable inspection method to verify the condition of flexible riser end-fitting liner holders for a client’s platforms and FPSOs in the Norwegian North Sea. By combining extensive offshore experience with advanced inspection technologies, we successfully tested, deployed, and executed this scope. Since then, we have continued to deliver this service using digital radiography and gamma techniques, providing operators with actionable data to make informed asset-life extension decisions. With more than 3,000 flexible risers deployed globally, the demand for this type of service is rapidly increasing as assets age.
## Our Solution
### We delivered a robust, multi-phase inspection approach tailored to the client’s needs:
#### Information Capture and Planning
Each riser evaluation began with thorough information capture, using client-provided drawings, dimensions, photographs, and site visits to assess access limitations and safety requirements.
#### Onshore Trials and Method Verification
Onshore mock-up trials enabled our teams to validate method statements before mobilization, minimizing offshore disruption, and avoiding unnecessary production impacts. Our technology portfolio allowed us to select the best imaging options for each scenario, including digital X-ray, gamma radiography, computed radiography, and digital detector arrays.
 #### Data Capture in the Field
Specialist offshore crews conducted inspections safely, establishing radiography exclusion zones and holding pre-job safety meetings. Production could continue if external access was sufficient; otherwise, a controlled shutdown was planned for internal detector placement.
#### Assure and Share
Images were quality-checked in near real time while technicians were on site. Any required reshoots were completed promptly, and findings were expedited to the client, enabling fast integrity and operational decisions.
Our solution provided operators with a reliable, non-intrusive way to verify the integrity of critical flexible riser end-fittings over multiple campaigns. By combining advanced radiographic techniques with disciplined planning and offshore execution, we delivered actionable insight that directly supports safe, cost-effective life extension of aging assets, maximizing production.
## Value Delivered
### Our methodology transforms a high-risk unknown into a managed process. Operators now have confidence that critical connections remain secure, reducing the likelihood of catastrophic failure and unplanned outages. The ability to verify integrity without intrusive intervention not only safeguards production but also strengthens regulatory compliance and asset stewardship.
### Proven Experience
Completed 21 flexible riser inspection scopes in the Norwegian North Sea since 2018.
### Comprehensive Testing
Validated inspection methods through dissection and stress testing of 5 pipes and 2 end fittings, ensuring robust integrity assessment under real-world conditions.
### Advanced Technology Deployment
Utilized 8 inspection technologies, including digital radiography and gamma techniques, to capture detailed riser data and address complex inspection scenarios.
### Actionable Integrity Assurance
Delivered near real-time evidence of riser condition, enabling operators to extend asset life, avoid costly shutdowns, and plan maintenance with confidence.
## Looking to confirm the fitness for service of your flexible risers?
Discover how our inspection and integrity engineering solutions can help you confirm asset conditions and ensure continued production. [ Learn More ](https://www.oceaneering.com/asset-integrity-management/) [ Contact ](#contact)## Contact Us
### Our team of experts is ready to help you get started.
Oceaneering offers best-in-class products and solutions, backed by unparalleled quality, reliability, and global support. Fill out the inquiry form to start a conversation today.
**Categories:** Asset Integrity Management
**Content Types:** Case Studies
**Industries:** Oil and Gas
**Regions:** Europe & Middle East
---
### [Experienced ROV Team Executes Time-Critical Clamp Intervention Scope Helping Operator Avoid a Minimum of 14 Days Rig Downtime](https://www.oceaneering.com/case-studies/experienced-rov-team-executes-time-critical-clamp-intervention-scope-helping-operator-avoid-a-minimum-of-14-days-rig-downtime/)
**Published:** September 14, 2026
**Author:** Arushi Sharma
**Content Types:** Case Studies
**Industries:** Oil and Gas
---
### [SOLVing the Challenges of Fabric Maintenance: Leveraging Software Platform to Increase Efficiency and Cost Savings](https://www.oceaneering.com/case-studies/solving-the-challenges-of-fabric-maintenance-leveraging-software-platform-to-increase-efficiency-and-cost-savings/)
**Published:** September 14, 2026
**Author:** Edgar Cordova
**Content:**
Overview
## Oceaneering recently completed year 12 of an ongoing SOLV program for a major energy producer and their North Sea assets.
Deviating from the prescriptive and reactive nature of many programs, the client was interested in using a proactive approach to streamline their fabric maintenance process, enabling them to ensure compliance and the integrity of their assets, while also reducing costs.
Using our proprietary SOLV Workspace, our team of Fabric Maintenance engineers has addressed these challenges by providing a structured, area-based maintenance management solution and a comprehensive data repository that drives the client’s fabric maintenance planning, prioritization, budgeting, and execution of activities.
Challenge ## Maintaining aging assets in a harsh offshore environment demands precision and foresight.
Repetitive maintenance cycles and evolving industry regulations require accurate forecasting and structured data management to avoid unnecessary expense, risk, and operational disruptions.
Additionally, minor and major modifications to an asset or installation can render prior maintenance plans outdated, creating the need for dynamic updates to ensure comprehensive oversight. The client was interested in using SOLV to improve visibility of assets’ condition, streamlining their fabric maintenance process while reducing costs and ensuring compliance.
 Our Plan ## Oceaneering deployed the SOLV Workspace, a data-driven software solution designed in collaboration with key industry stakeholders to provide complete control over fabric maintenance activities.
This particular roll-out of the solution included all relevant client stakeholders during the development phase. The team worked to complete a SOLV study for each asset, establishing a baseline reference and condition statements for all coated surfaces.
### What is SOLV?
With its first module covering coated surfaces developed in 1994, SOLV is a centralized platform that integrates data from customer databases, field surveys, and technical drawings. The platform’s second module, focusing on insulated objects, supports tailored data collection and analysis to manage diverse asset maintenance needs. SOLV offers real-time dashboards for visualization and reporting, enables the export of information for seamless integration with customer CMMS tools to streamline documentation, and provides the flexibility to develop tailored applications that technicians and inspectors can use to update data directly from site surveys.
SOLV is flexible and continuously updated to meet evolving client needs and industry standards while providing multiple benefits to the client.
### Improved Cost Control and Savings
Supports accurate budgeting and prevents unnecessary maintenance work, leading to significant cost reductions over time.
### Enhanced Maintenance Planning
By providing a structured, area-based management approach and real-time data, SOLV supports efficient long-term planning and prioritization of maintenance activities.
### Streamlined Data Management
SOLV centralizes all maintenance-related data, offering comprehensive visibility and easy access for stakeholders through dashboards and reporting tools.
### Optimized Resource Utilization:
By identifying maintenance needs, SOLV ensures users can allocate resources effectively, making best use of available personnel and minimizing asset downtime.
### Regulatory Compliance
SOLV adapts to industry regulations and client-specific requirements, ensuring all maintenance activities align with current standards and guidelines.
Results ## Through the implementation of SOLV, Oceaneering has consistently delivered measurable benefits to the client over the ongoing and long-running contract, solidifying our position as a trusted partner in fabric maintenance management.
The structured, data-driven approach enabled by SOLV has optimized resource allocation, reduced unnecessary work, and enhanced the client’s ability to forecast budgets and plan long-term maintenance with confidence. These results have empowered the client to improve operational efficiency, minimize asset downtime, and achieve cost savings while maintaining compliance with stringent industry standards.
Encouraged by this success, the client is now considering expanding the use of the SOLV system across additional assets globally. This expansion underscores the scalability and adaptability of SOLV in addressing maintenance challenges in diverse operational contexts, from offshore platforms to onshore facilities. By adopting SOLV on a wider scale, the client aims to replicate the significant efficiencies and cost reductions realized in the North Sea.
In addition to its proven capabilities, SOLV continues to evolve with new developments that enhance its functionality and user experience. Recent advancements include the integration of [Oceaneering’s Vision platform](https://www.oceaneering.com/asset-integrity-management/combining-engineering-data-and-visualization/visualizing-3d-data-for-asset-integrity/) into fabric maintenance delivery, providing enhanced predictive capabilities and improved decision-making through visual data analytics.
SOLV also supports the development of tailored applications that enable technicians and inspectors to update data directly from site surveys, ensuring real-time accuracy and streamlined workflows. These applications are customizable to specific project requirements, further increasing operational flexibility.
By ensuring SOLV is updated and evolves to meet the emerging demands of diverse industries and a varied client base, it will continue to set the benchmark for efficient, data-driven maintenance management.
## Ready to Learn More?
[ Explore our Maintenance and Reliability Solutions. ](https://www.oceaneering.com/maintenance-and-reliability/ "Explore our Maintenance and Reliability Solutions.") [ Learn More ](https://www.oceaneering.com/asset-integrity-management/) [ Download Case Study ](https://oceaneering.canto.com/download/document/u5kkkc7apd76951j41n4cl632a/original.pdf) Contact Us ## Our team of experts is ready to help you get started.
Oceaneering offers best-in-class products and solutions, backed by unparalleled quality, reliability, and global support. Fill out the inquiry form to start a conversation today.
**Categories:** Maintenance and Reliability
**Content Types:** Case Studies
**Industries:** Oil and Gas
---
### [Leveraging Advanced Drone System for Hull Column Tank Inspection On Shell's Appomattox FPS](https://www.oceaneering.com/case-studies/leveraging-advanced-drone-system-for-hull-column-tank-inspection-on-shells-appomattox-fps/)
**Published:** September 14, 2026
**Author:** Edgar Cordova
**Content:**
Overview
### In early 2025, Oceaneering multi-skilled technicians completed a [tank inspection](https://www.oceaneering.com/asset-integrity-management/storage-tanks-and-associated-pipework/) scope for [Shell](https://www.shell.com/) using the ScoutDI Scout 137 Drone System, marking the first drone inspection of hull column tanks in the Gulf of America. The project, completed on the Appomattox floating production system (FPS), used advanced aerial robotics to transform Shell’s tank inspection approach, eliminating risk-laden confined space entry and [rope access](https://www.oceaneering.com/asset-integrity-management/inspection/ensuring-access/) while delivering high-quality, auditable data.
Our Solution ## Already working with Shell as part of an ongoing inspection contract, our team explored various technology options before selecting the Scout 137 drone system.
Equipped with 4K HD cameras, a built-in ultrasonic thickness (UT) instrument, an onboard 64-beam 3D LiDAR mapping system, and featuring a tethered power supply design delivering unlimited flight time, the system was an ideal solution.
In preparation for the project, a team of Oceaneering engineers and technicians travelled to ScoutDI’s facilities in Norway for drone system-specific training, exploring best practices and capabilities with the manufacturer. The insights gained during the training proved pivotal, especially when navigating the tanks’ complex internal geometries.
In February 2025, technicians and equipment were mobilized to the Appomattox FPS. Both tanks were opened, and the ballast tank was drained prior to inspection. The drone was successfully deployed into the ballast tank, completely eliminating confined space entry, completed detailed visual inspection supported by LiDAR mapping, and collected UT measurements. While the second tank did require personnel entry for advance flaw detection, using the ScoutDI system eliminated the need to use [rope access](https://www.oceaneering.com/asset-integrity-management/inspection/ensuring-access/) for visual inspection and the collection of UT measurements at height.
The first [tank inspection](https://www.oceaneering.com/asset-integrity-management/storage-tanks-and-associated-pipework/) was completed in six hours and the second tank in seven hours. Completing a similar scope with a traditional approach would have taken approximately 26 hours, as a minimum.
[  ](https://www.oceaneering.com/wp-content/uploads/2025/06/Equipment-Check_3-edited.jpg) [  ](https://www.oceaneering.com/wp-content/uploads/2025/06/SE0-B-Flying_4-edited.jpg) [  ](https://www.oceaneering.com/wp-content/uploads/2025/06/SE3-V_2-edited.jpg) Results ## Shell was able to meet their objectives of reducing risk to personnel and using technology to drive improved outcomes.
The drone system delivered exceptional data and traceability thanks to its 4K HD camera system, providing high-resolution visual data and accurate measurements. The system’s web-based software platform, Scout Portal, enabled intuitive reporting and real-time analysis using detailed 3D models of the tanks. This enabled the team to confirm all anomalies were identified and communicated per Shell’s reporting requirements, ensuring regulatory compliance and the integrity of the tanks.
Based on the success of this project, Shell has scheduled subsequent tank inspections using the same drone-based approach. Our team will support six additional scopes of work using advanced aerial robotics at Shell’s offshore assets in the Gulf of America in 2025.
## Ready to Learn More?
Explore our Asset Integrity Management services. [ Learn More ](https://www.oceaneering.com/asset-integrity-management/) [ Download Case Study ](https://oceaneering.canto.com/download/document/ms4fci58vh3eb03k2nqdbc1b0r/original.pdf)# Contact Us
## Our team of experts is ready to help you get started.
Oceaneering offers best-in-class products and solutions, backed by unparalleled quality, reliability, and global support. Fill out the inquiry form to start a conversation today.
**Categories:** Asset Integrity Management, In-Service Inspection, Inspection Tools, Intervention Tooling, Visual Inspection
**Content Types:** Case Studies
**Industries:** Oil and Gas
**Regions:** North America
---
### [Liberty™ E-ROV System Supports Fully-Remote Subsea IMR Campaign at Åsgard B](https://www.oceaneering.com/case-studies/liberty-e-rov-system-supports-fully-remote-subsea-imr-campaign-at-asgard-b/)
**Published:** August 19, 2026
**Author:** Monica Dahl
**Categories:** Inspection, Maintenance, and Repair (IMR)
**Content Types:** Case Studies
**Industries:** Oil and Gas
**Regions:** Europe & Middle East
---
### [Ensuring the Safety of Astronauts with the Crew Module Uprighting System (CMUS)](https://www.oceaneering.com/case-studies/ensuring-the-safety-of-astronauts-with-the-crew-module-uprighting-system-cmus/)
**Published:** October 22, 2025
**Author:** Edgar Cordova
**Content:**
Overview
## Human spaceflight is inherently dangerous due to the high speeds and extreme environments during launch, orbit, flight, and reentry phases. An identified risk during the ocean landing of the Orion capsule was the possibility that the structure could come to rest in an inverted configuration, greatly complicating crew and spacecraft recovery.
 Our Solution ## We developed the Crew Module Uprighting System (CMUS) for the Orion spacecraft in response to a request from a leading aerospace and defense contractor. The CMUS ensures the Orion space capsule maintains an upright orientation after ocean landing.
Our engineers used in-house software to develop the CMUS concept. The system employs five, mutually independent flotation bags. For reliability, the design includes a simple, no-moving-parts approach. Upon activation, a pressurized helium gas tank inflates the bags to provide the required buoyancy for the spacecraft.
##### Full Scale Testing
We successfully demonstrated the functionality of the full-scale system by installing the Oceaneering-manufactured CMUS hardware on NASA’s Post-landing Orion Recovery Test (PORT) vehicle. Seventeen tests were completed over a five-day period at NASA’s Neutral Buoyancy Laboratory (NBL) in Houston.
##### Orion EFT-1 Flight Test
The first CMUS flight test was on the EFT-1 mission in early December 2014. The CMUS was activated 15 seconds after landing. The flight test resulted in the identification of a number of design modifications to increase performance.
##### Flight Hardware Delivered
We were contracted to complete further CMUS development and to deliver flight hardware for the first two Orion missions, Artemis 1 and 2. The development efforts included incorporating lessons learned from the EFT-1 mission and an aggressive testing program to verify system performance.
Additional PORT testing was performed at the NBL, the Gulf of Mexico, and in the Atlantic Ocean. The flight-ready CMUS was installed in Orion for the Artemis 1 mission. Artemis 1 was launched on November 16, 2022, with the Orion capsule completing two flybys of the Moon and completing a 6-day distant retrograde orbit, traveling beyond the Moon. Orion returned to Earth in a searing reentry, splashing down in the Pacific Ocean on December 11, 2022, with the CMUS performing perfectly.
A second flight unit was also delivered for Artemis 2. Oceaneering has been selected for the CMUS follow-on production contract.
## Ready to Learn More?
Explore our spaceflight solutions from launch to reentry. [ Learn More ](https://www.oceaneering.com/spaceflight-solutions/) [ Download Case Study ](https://oceaneering.canto.com/download/document/8m9k5gql713nvdofov2s5v865k/original.pdf)# Contact Us
## Our team of experts is ready to help you get started.
Oceaneering offers best-in-class products and solutions, backed by unparalleled quality, reliability, and global support. Fill out the inquiry form to start a conversation today.
**Categories:** Space Systems
**Content Types:** Case Studies
**Industries:** Aerospace
**Search Tags:** Space Systems
---
### [Automating Success: CompactMover™ AGV Integration at Ausnutria](https://www.oceaneering.com/case-studies/automating-success-compactmover-agv-integration-at-ausnutria/)
**Published:** January 13, 2026
**Author:** Monica Dahl
**Content:**
Overview
## Ausnutria, a leading infant nutrition producer based in the Netherlands, integrated four automated guided vehicles at one of their production sites.
Ausnutria aimed to improve operational efficiency, prevent production stoppages, and ease the workload of its personnel. The project demonstrates the benefit of automating intralogistics in a hygiene-critical manufacturing environment while acknowledging some of the initial hurdles that needed to be overcome.
Challenge ## Prior to adopting automation, similar operations on other production lines were performed manually using forklifts.
Strict hygiene standards at the facility dictate that all personnel entering the medium and high care areas must change into sterile clothing which incurs added time and cost.
The AGV specific production line required a fresh approach. Ausnutria faced the challenge of designing procedures from scratch, ensuring the seamless integration of the AGVs in their medium care and high care hygiene zones while also managing the complexity of interfaces with adjacent systems. Their employees needed to adapt to the presence of the AGVs, requiring heightened awareness and new training programs.
Our Solution ### Oceaneering Mobile Robotics (OMR) provided a tailored solution, deploying four [CompactMover™ forklifts](https://www.oceaneering.com/oceaneering-mobile-robotics-omr/compactmover-1200-forklift/), each dedicated to specific hygiene zones.
The AGVs were programmed to follow fixed routes, with individual vehicles assigned to transport raw materials to production and others configured to move finished products to the warehouse. As eliminating cross-contamination was a top priority, products needed to be passed through material airlocks from the high care area to the medium care area and from the medium care area to the basic care area.
 Execution Plan ## Ausnutria and Oceaneering collaborated closely to develop the required routes and interfaces with the adjacent systems. There was also an emphasis on site and system specific training for Ausnutria’s operators and technical staff.
In 2025, an OMR team was mobilized to Ausnutria’s Heerenveen facility to install the system. The project moved smoothly from installation through commissioning, with only minor issues identified after go‑live that required optimization. To address these, we conducted several follow‑up visits to fine‑tune performance and ensure the system met all requirements, including a key performance indicator focused on total pallet throughput.
We also supported the transition by providing operator and technical training, along with recommendations for ongoing support, including the development of new work instructions. As this was a greenfield application, all operational procedures were developed specifically for this system. In parallel, our teams installed remote IO boxes to enable seamless integration with automatic doors, airlocks, pallet dispensers, filling lines, and high‑bay warehouse conveyors.
AGVs are the future of intralogistics
---
Rik Tasma, Manager Warehousing Ausnutria Results ## The CompactMover™ automated guided vehicle system has significantly reduced manual forklift work and improved the precision of internal material handling.
Through extensive optimization and coordinated workflows between the medium‑care and basic‑care hygiene zones, the system is capable of handling up to twelve pallets per hour. The end‑to‑end process includes collecting an empty pallet from the pallet warehouse, cleaning the pallet, transporting it to and from the filling line, and delivering the filled big bag to the high‑bay warehouse conveyor.
 Play Video ## Ready to Transform Your Operations?
Get in contact with one of our experts, or explore our Mobile Robotics Solutions. [ Discuss a Project ](#contact) [ Learn More ](https://www.oceaneering.com/oceaneering-mobile-robotics-omr/) Contact Us ## Our team of experts is ready to help you get started.
Oceaneering offers best-in-class products and solutions, backed by unparalleled quality, reliability, and global support. Fill out the inquiry form to start a conversation today.
**Categories:** Mobile Robotics
**Content Types:** Case Studies
**Industries:** Material Handling
---
### [Inform™ Risk-Based Inspection (RBI) Software Enables Operator to Safely Extend Inspection Intervals](https://www.oceaneering.com/case-studies/inform-risk-based-inspection-rbi-software-enables-operator-to-safely-extend-inspection-intervals/)
**Published:** April 16, 2026
**Author:** Monica Dahl
**Content:**
## Overview
### A major operator is using our Inform Risk-based Inspection (RBI) software to optimize the inspection and [integrity management of pressure systems](https://www.oceaneering.com/asset-integrity-management/pressure-systems/) at one of their onshore oil and gas processing facilities.
The RBI software manages data and risk profiles for more than 350 assets, providing the client with an auditable and transparent method of demonstrating compliance and the safe working condition of their assets. Our team has successfully used the software to reduce costs and maximize uptime by extending inspection intervals, shortening shutdown durations, and improving the safety and reliability of their operations.
### 3+ Years
Customer use of the most recent version of the RBI software.
### 35% of Intervals Extended
Equipment inspection intervals extended for more than a third of the plant.
### 38% Reduction in Confined Space Entry
Confined space vessel entry reduced by 38% with the introduction of RBI for in-service inspection.
## Challenge
### The client was interested in addressing a number of challenges that prevented them from optimizing their inspection programs. Our team of engineers ensured each of these was addressed and focused on delivering a software platform that met the client’s objectives.
These challenges included:
- **Time-Based Inspection Intervals:** These intervals are conservative and do not allow for either targeting high-risk items or reduction of wasted effort on areas of low risk. Such inspection programs are expensive, deliver low value, and do not provide visibility of risk profile.
- **Creating an RBI Methodology and Improving Data Transparency:** The facility had no methodology on which to base an RBI program. They did not have the internal expertise or bandwidth to develop a system that would provide them with the transparency, insight, and configurability they desired. In addition, the client did not have extensive data for implementation of a quantitative RBI or any available prescribed methodology. They did, however, require evidence of compliance to an accepted approach.
- **Establishing Auditable and Traceable Evidence of Compliance:** The client wanted a better method for demonstrating compliance to regulators. Their past approach was opaque, labor intensive, and did not provide the data needed to substantiate decision making. They needed something transparent, easy to access, and auditable to confirm their assets were safe for operations and to confirm their methodology was acceptable to the regulator.
## Our Solution
### We developed and integrated a comprehensive RBI approach to ensure inspection intervals were adopted based on risk, not prescriptive time scales.
As part of the scope, our engineers provided key deliverables including methodology and logic development, establishing risk profiles, and evergreening capabilities alongside their full project support.
We used the client’s existing limited data, collected over the assets’ operational life, to generate a methodology and logic that could be replicated in the software. The software interface provided the client with an expedited and data-driven solution. They were able to show regulators the information being used to determine their inspection interval outputs. This resulted in a substantiated move from a prescriptive to proactive inspection program.
Our engineers designed the system to support evergreening with every inspection interval or as new inspection data was ready for input into the software, keeping the information and insights being used for decision-making live and available for consumption or reporting. The software was designed to be flexible and configurable, enabling modifications to damage mechanisms, equipment operating conditions, and other factors that may affect risk profiles.
An additional attribute of the RBI software is its filtering and grouping functionality. Its ability to support the scheduling of optimized inspection campaigns by using the platform to identify damage mechanisms common between assets was an essential component to transforming inspection planning and overall operational efficiency.
## Results
### The client has realized substantial benefits over the course of more than 15 years of using our RBI approach. Cost savings, fewer mobilizations of personnel and inspection equipment, increased uptime, demonstrating compliance, and overall operational efficiency have played key roles in the client’s decision to continue using our RBI software as their preferred solution.
- **Extended Inspection Intervals:** The first iterations resulted in statutory intervals being extended for 35% of the system’s plant and equipment.
- **Shortened Shutdown Duration and Improved Inspection Planning:** We have enabled the client to realize significant cost savings based on the software’s ability to group asset types and features, damage mechanisms, risk profiles, and operating conditions. This facilitates optimization of inspection planning and scheduled inspections. The RBI software is pivotal to shortening shutdown windows by identifying assets that can be inspected while in-service, without confined space entry, and those that can safely be deferred to a later date.
- **Improved Safety Outcomes:** Through the introduction of the approach, a 20% reduction in CSE was delivered on the first iteration. There was a significant positive impact to safety risk profile.
- **Reduced Engineering Load:** The introduction of the RBI software significantly reduced the client’s internal engineering load previously dedicated to the activities the platform can automate. They have reallocated resources to value-adding work scopes, improving overall operational efficiency and expenditure.
- **Improved Data Interrogation:** Our engineers are able to use their extensive experience and expertise in RBI methodology and logic development to provide a better interrogation of the client’s systems as a whole. This was underpinned by a a thorough understanding of the required data and inputs.
- **Visualization of Risk Exposure:** The software platform provides a method of easily visualizing risk profiles and securely sharing them with relevant stakeholders for improved oversight and decision making.
- **Configurable Reporting:** The software supports configurable reporting, making plant inspection compliance status easily demonstrable to regulators.
Oceaneering’s RBI tool has proven its value, transforming the client’s inspection approach and improving their operational expenditure and insight. The solution is applicable across asset types and industries and is ideal for operators interested in leveraging RBI to make data-driven decisions, enhance operational efficiency, and ensure the safety, longevity, and reliability of their equipment.
## Ready to adopt a more structured, data-driven approach to inspection and asset integrity management?
[ Learn More ](https://www.oceaneering.com/asset-integrity-management/combining-engineering-data-and-visualization/centralizing-your-integrity-workflow/) [ Contact ](#contact)## Contact Us
### Our team of experts is ready to help you get started.
Oceaneering offers best-in-class products and solutions, backed by unparalleled quality, reliability, and global support. Fill out the inquiry form to start a conversation today.
**Categories:** Integrity Management
**Content Types:** Case Studies
**Industries:** Oil and Gas
**Regions:** Asia Pacific
---
### [Proving a New Operating Model for Offshore SIMOPS](https://www.oceaneering.com/case-studies/proving-a-new-operating-model-for-offshore-simops/)
**Published:** June 19, 2026
**Author:** Monica Dahl
**Content:**
## Overview
### In early March 2026, our teams conducted an offshore demonstration to validate simultaneous operations using our [Ocean Intervention II vessel](https://www.oceaneering.com/products/ocean-intervention-2/) and its [DriX uncrewed surface vessel (USV)](https://www.oceaneering.com/usv-services/) and [HUGIN Superior autonomous underwater vehicle (AUV)](https://www.oceaneering.com/products/hugin-superior-6000/).
The objective was to prove that an autonomous underwater vehicle could be safely commanded, positioned, and monitored through an uncrewed surface vessel while the primary vessel remained available for other tasks as well as for contingency in case of any required emergency support.
The trial focused on operational safety, data quality, and endurance, demonstrating that this operating model could meet the same technical and safety expectations as conventional vessel‑centric approaches while offering greater environmental, schedule, and operational flexibility benefits.
Importantly, the USV-supported approach maintained positioning accuracy and delivered survey data quality comparable to conventional vessel-supported methods, demonstrating that SIMOPS and increased vessel flexibility can be achieved without sacrificing the data outputs clients rely on.
## The Industry Challenge
## In conventional survey workflows, AUVs rely on a crewed vessel within close proximity for acoustic positioning, command and control, and data relay.
While effective, this approach ties up high‑capability vessels for extended periods and prevents them from performing other tasks such as geophysical and seismic survey, geotechnical and environmental sampling, or [remotely operated vehicle (ROV)](https://www.oceaneering.com/rov-services/) operations. Clients are increasingly looking for ways to shorten offshore schedules and reduce idle vessel time without compromising safety or data quality.
## Our Solution
## After launching the AUV from the Ocean Intervention II, the USV assumed responsibility for:
- Relaying command and control instructions
- Providing positioning updates via ultra‑short baseline positioning
- Maintaining continuous communications and situational awareness
The survey teams monitored operations concurrently from onboard the vessel and from an[ Oceaneering Onshore Remote Operations Center (OROC)](https://www.oceaneering.com/remote-services/onshore-remote-operations-centers-orocs/) in Morgan City, Louisiana. The trial included two AUV dives totaling approximately 17 hours of sustained, USV-supported operations.
## Value Delivered
## The demonstration validated a more flexible operating model for offshore survey and inspection programs.
By decoupling AUV command and control from the primary vessel, clients can run survey activities in parallel with other vessel‑based operations rather than sequentially. This enables shorter overall project durations while maintaining established safety and data quality standards.
This model removes the typical tradeoff between operational efficiency and survey integrity. Customers gain the benefits of parallel execution while retaining the data quality they expect from conventional AUV operations.
The trial confirmed that [uncrewed surface vessel](https://www.oceaneering.com/usv-services/) enabled autonomous underwater vehicle operations are a viable, field‑proven option for complex offshore projects where vessel time, scheduling, and operational efficiency are critical.
## Key Takeaways
- Enabled true simultaneous operations without introducing additional safety risk
- Maintained positioning accuracy and data quality comparable to conventional methods
- Improved operational flexibility and environmental responsibility by freeing the primary vessel for other tasks
## Frequently Asked Questions
##### How do uncrewed surface vessels support autonomous underwater vehicle operations?
Uncrewed surface vessels can relay command, control, communications, and positioning updates between the autonomous underwater vehicle and operators. This allows the AUV to operate without a crewed vessel remaining directly overhead, while maintaining situational awareness, navigation performance, and data quality comparable to conventional vessel-supported operations.
##### What types of scopes are best suited to this operating model?
This model is ideal for scopes where AUV operations would traditionally occupy a high-capability vessel for extended periods. It is particularly effective for projects that require long AUV endurance, parallel activities, or flexible vessel tasking without compromising safety or data integrity.
##### What other tasks can the primary vessel complete during USV-supported AUV operations?
By transferring AUV command and control responsibilities to the uncrewed surface vessel, the primary vessel can remain available for other offshore activities such as geophysical survey, geotechnical sampling, or remotely operated vehicle work, subject to project planning and risk assessment.
##### How close does the uncrewed surface vessel need to remain to the AUV?
The uncrewed surface vessel maintains an operational proximity appropriate for reliable acoustic positioning, communications, and monitoring. Exact distances depend on environmental conditions, mission parameters, and positioning requirements, but the model removes the need for a crewed vessel to remain directly above the AUV at all times.
##### What redundancy is built into this approach?
The demonstrated operating model incorporates continuous communications, positioning updates, and active monitoring of AUV performance. Operations are overseen by experienced survey teams, with the ability to monitor and intervene as required, maintaining safety and navigation performance consistent with established offshore practices.
##### Can these operations be completed remotely?
Yes. During the demonstration, operations were monitored both onboard the vessel and from an onshore remote operations center. This allows qualified personnel to oversee performance, review data, and support decision-making without requiring all resources to be offshore.
##### Can this approach be used alongside other offshore operations?
Yes. This operating model is designed to support simultaneous activities, enabling AUV operations to run in parallel with other vessel-based work where project conditions allow.
##### Who would use a USV‑supported AUV SIMOPS approach?
This approach is well suited for offshore operators, survey contractors, and [government or defense](https://www.oceaneering.com/aerospace-and-defense/) organizations managing complex maritime scopes where endurance, flexibility, and reduced reliance on crewed vessels are important. It is particularly relevant for projects involving survey, seabed mapping, environmental monitoring, or inspection activities that benefit from parallel operations and remote oversight. By enabling AUV missions to be supported by an uncrewed surface vessel, this model supports efficient execution while maintaining safety, data quality, and operational control in demanding offshore environments.
[ Have more questions? Contact us. ](#contact)## Looking to optimize offshore schedules while maintaining safety and data integrity?
Contact us to learn how we can support your next survey or inspection program. [ Learn More ](https://www.oceaneering.com/survey-and-mapping/geoscience-and-auv-surveys/) [ Contact Us ](#contact)## Contact Us
### Our team of experts is ready to help you get started.
Oceaneering offers best-in-class products and solutions, backed by unparalleled quality, reliability, and global support. Fill out the inquiry form to start a conversation today.
**Categories:** Survey and Mapping
**Content Types:** Case Studies
**Industries:** Oil and Gas
**Regions:** North America
**Search Tags:** Survey and Mapping
---
### [Overcoming Offshore Challenges to Execute Complex Lifting Operations for Cooler Replacement Project](https://www.oceaneering.com/case-studies/overcoming-offshore-challenges-to-execute-complex-lifting-operations-for-cooler-replacement-project/)
**Published:** May 29, 2025
**Author:** Edgar Cordova
**Content:**
Overview
## In 2020, a key client in the offshore energy sector engaged Oceaneering seeking a solution to replace a pair of ageing generator coolers onboard one of their production vessels in the North Sea.
The replacement of the coolers was a critical upgrade to ensure the asset’s continued production and to prevent unplanned downtime. Oceaneering’s team was already on-site as part of a larger work scope, providing inspection and maintenance services for the vessel’s equipment. This positioned them well to tackle the complex project. The task, divided into two phases, involved significant logistical and technical challenges, including the size, weight, and location of the coolers, the complex workspace, and the inherent risk of completing lifting operations in an offshore environment.
Challenge ## The team was challenged to innovate and develop bespoke engineered solutions to address the project’s complexities.
The confined workspace, coupled with the coolers being installed at a height of 17.5 feet (5.3 m), rendered conventional methods of extracting and replacing the coolers, including using the vessel’s onboard crane, impractical. Adding to the complexity, the replacement process needed to occur without disrupting the vessel’s critical operations and within a suitable weather window.
 Our Solution ## Operating in an offshore environment demanded an uncompromising focus on safety, requiring the team to implement rigorous safety protocols and detailed risk assessments to mitigate inherent hazards.
Collaborative planning between Oceaneering engineers and the vessel’s crew was essential, ensuring clear communication and alignment at every stage of the project.
Following an initial on-site assessment, the project team recognized the need for an engineered lift solution. This required developing a detailed plan that included Finite Element Analysis (FEA) to simulate the structural stresses involved in the lift. Using a 3D model to evaluate various scenarios, the team ensured that all equipment and procedures were robust enough to handle the unique constraints posed by the vessel environment. Critical equipment included:
### Scaffolding
To provide secure and stable access to the elevated coolers, the team worked with the manufacturer of scaffolding already on the vessel to confirm its suitability for use. Using the scaffolding ensured safe and efficient access for personnel and equipment during removal and installation of the cooler.
### Custom Lifting Yoke
The team engineered a bespoke lifting yoke to safely handle the heavy cooler at height. This solution accounted for the weight distribution and precise alignment needed to avoid structural strain on the cooler and ensured smooth movement during critical maneuvers.
### Specialized Trailers
Recognizing the confined layout, the team engineered custom trailers equipped with precision handling systems. These allowed the coolers to be maneuvered out of their restricted area safely and efficiently, prior to being attached to and lowered via the yoke. Prior to implementation, the lifting equipment and rigging components were rigorously tested to confirm compliance with industry standards. Oceaneering engineers worked closely with the vessel’s crew to integrate operational insights and address any unforeseen variables.
To ensure safety and minimize risks, a comprehensive risk evaluation was conducted as part of the planning process. This assessment informed the development of detailed lifting procedures and contingency plans. Additionally, Oceaneering coordinated closely with the vessel’s safety team to align on protocols and emergency measures.
Due to the need to fit the actual removal and replacement into the operational schedule and to complete operations during a suitable weather window, the first cooler was addressed in autumn of 2022. The operation was executed seamlessly, showcasing the effectiveness of the tailored solutions. The custom scaffolding provided safe and unobstructed access to the elevated coolers, while the lifting yoke ensured precise and stable handling of the heavy units during removal and installation. The specialized trailers navigated the confined workspace with ease, enabling smooth transportation of the coolers without delays.
Overview ## The collaboration between Oceaneering’s team and the client’s personnel exemplified seamless integration, enabling the project to be completed safely, efficiently, and without incidents. This partnership ensured that the client’s vessel remained operational during the process, minimizing downtime and maintaining critical productivity.
The client benefitted from Oceaneering’s innovative problem-solving and execution capabilities, which provided tailored solutions to address their specific challenges.
The success of this phase reinforced Oceaneering’s reputation for delivering complex engineering solutions under challenging conditions. As a testament to this positive experience, the client has chosen to continue working with Oceaneering for the replacement of their second cooler. This ongoing collaboration underscores their confidence in Oceaneering’s ability to deliver high-quality results while prioritizing safety, efficiency, and operational continuity.
## Ready to Learn More?
Explore our Crane and Lifting Equipment Services. [ Learn More ](https://www.oceaneering.com/asset-integrity-management/inspection/crane-lifting/) [ Download Case Study ](https://oceaneering.canto.com/download/document/biiej223350up243bn3dlt6i5j/original.pdf)# Contact Us
## Our team of experts is ready to help you get started.
Oceaneering offers best-in-class products and solutions, backed by unparalleled quality, reliability, and global support. Fill out the inquiry form to start a conversation today.
**Categories:** Asset Integrity Management
**Content Types:** Case Studies
**Industries:** Oil and Gas
---
### [Fracture Mechanics Assessment of Non-Impact-Tested Carbon Steel Pipework at Risk of Cold Temperature Exposure](https://www.oceaneering.com/case-studies/fracture-mechanics-assessment-of-non-impact-tested-carbon-steel-pipework-at-risk-of-cold-temperature-exposure/)
**Published:** March 11, 2026
**Author:** Monica Dahl
**Content:**
Project Overview
## During shutdown preparation at a 20-year-old natural gas processing facility in the Asia-Pacific region, our client faced a critical challenge: pipework constructed from ASTM A106 Grade B carbon steel was not qualified for low-temperature service.
This raised concerns about the risk of brittle fracture during cold exposure, especially given the complexity and scale of the network. Full replacement was impractical, so the client needed a targeted, cost-effective assessment to quantify risk and identify mitigation strategies.
The facility’s pipework included a wide range of diameters, thicknesses, and design pressures, making the assessment particularly complex. Conventional solutions, such as systematic replacement or blanket upgrades, were not feasible due to operational and financial constraints. The client required a solution that would not only address immediate safety concerns but also support long-term asset integrity and regulatory compliance.
Our Solution ## We developed and executed a comprehensive fracture mechanics strategy tailored to the client’s unique situation.
This included:
- Advanced finite element stress analysis of high-risk pipe sections to identify areas of high stress and most susceptible to potential failure.
- Destructive testing to determine material properties, including tensile strength, impact resistance, and fracture toughness, ensuring that our assessment was grounded in accurate, site-specific data.
- API 579-1 Part 9 assessments for each pipe configuration, identifying critical defect sizes, and establishing clear thresholds for safe operation.
- Sensitivity analyses to evaluate the impact of wall thickness, defect aspect ratio, material properties, and residual stress, providing a nuanced understanding of risk across the facility.
- Simplified impact and dropped-object assessments using energy conservation principles, helping the client understand the potential consequences of accidental impacts and develop appropriate mitigation strategies.
By comparing critical defect dimensions to the detection limits of [non-destructive inspection techniques](https://www.oceaneering.com/asset-integrity-management/inspection/advanced-ndt/), we confirmed the safety of properly maintained pipework and calculated maximum acceptable external loads for undetected defects. Our phased approach, completed over several years, ensured that all assessments were thorough and that recommendations were practical and implementable within the client’s operational constraints.
Value Delivered ## Our innovative analytical approach demonstrated that the risk associated with historic material use was lower than initially feared.
We enabled the client to:
- Maintain asset integrity and safety without disruptive replacement, preserving operational continuity, and minimizing downtime.
- Implement practical integrity management measures to prevent risk escalation, including enhanced corrosion monitoring, targeted inspections, and optional risk-reduction strategies such as localized stress relief and limiting overhead work.
- Focus inspection and corrosion control where most effective, optimizing maintenance budgets and reducing unnecessary interventions.
- Satisfy insurer requirements and regulatory expectations, providing documented evidence of risk assessment and mitigation that support continued safe operation.
This comprehensive assessment provided the client with confidence in continued safe operation, satisfied insurer requirements, and delivered a cost-effective path forward. Our collaborative approach ensured that the client was fully informed at every stage, and that all recommendations were aligned with their operational goals and long-term asset management strategy.
## Ready to strengthen your asset integrity?
Learn more about our integrity engineering services and how we help safeguard operations in challenging environments. [ Learn More ](https://www.oceaneering.com/asset-integrity-management/)## Contact Us
### Our team of experts is ready to help you get started.
Oceaneering offers best-in-class products and solutions, backed by unparalleled quality, reliability, and global support. Fill out the inquiry form to start a conversation today.
**Categories:** Asset Integrity Management
**Content Types:** Case Studies
**Industries:** Oil and Gas
**Regions:** Asia Pacific
---
### [Delivering FPSO Life Extension Through Integrated Offshore Operations](https://www.oceaneering.com/case-studies/delivering-fpso-life-extension-through-integrated-offshore-operations/)
**Published:** February 1, 2026
**Author:** Monica Dahl
**Content:**
Overview
## In April 2025, Ocean Installer and Oceaneering successfully completed a significant collaborative project for a major life extension project offshore Angola.
The initiative aimed to replace nine risers and one umbilical that analysis had identified as potential failure points on a floating production, storage, and offloading (FPSO) vessel.
The joint agreement enabled the successful execution of the work scope including removal, installation, connection and pre commissioning activities supported by [surface and saturation diving](https://www.oceaneering.com/diving/) and [ROV](https://www.oceaneering.com/rov-services/) services for a major operator as part of life extension projects in the region.
Challenges ### The project had to be completed within a tightly constrained client shutdown window.
The deepwater scope, at 1,500-meter water depth, also needed strategically planned diver intervention down to 150 meters to disconnect and reconnect the risers safely and efficiently. Additionally, the interdependencies between the topside scope and construction work on the vessel (including saturation diving and surface diving) had to be methodically planned in order to optimize the execution.
Collaboration between [Ocean Installer](https://oceaninstaller.com/) and Oceaneering teams was essential to ensure the successful coordination of all activities to minimize the offshore campaign duration and reduce the client’s overall cost.
The Integrated Solution ## The consortium implemented an integrated delivery model, combining offshore construction and subsea execution activities including diving.
 Image: Ocean Installer A configuration that enabled efficient [vessel management](https://www.oceaneering.com/subsea-projects/vessel-fleet/) throughout the project reduced the overall vessel requirements and helped shorten the overall offshore execution window.
The consortium’s engineering teams planned and controlled the removal and installation sequence including riser recovery, gooseneck spool change outs, and subsequent riser and gas lift [umbilical installations](https://www.oceaneering.com/subsea-distribution-solutions/products/) to minimize offshore campaign duration and interface risk. The consortium coupled this with in-country support, including personnel deployment, logistics coordination, and local procurement, to maintain schedule assurance and ensure safe, compliant execution throughout.
Highlights ## The project faced several operational challenges, including a significant schedule impact caused by manta ray sightings, which required divers to maintain a mandatory 30‑minute standby after each sighting.
  Image: Ocean Installer. Deepwater conditions and the complexity of mobilizing a modular saturation system onto a consortium partner vessel added further logistical demands. Additionally, the large volume of personnel movements required precise coordination to maintain safety and minimize delays throughout the campaign.
Despite these challenges, the campaign demonstrated strong operational performance and collaboration, executing a complex scope with a substantial team of offshore personnel, and global teams from Ocean Installer and Oceaneering. High-quality task and diving plans underpinned safe and effective operations execution, while exceptional diver efficiency and a steep learning curve drove continuous improvement, enhancing productivity throughout the project. Notable achievements include:
0 Lost Time Incidents (LTI) or Days Away from Work (DAFW) 500+ total vessel days executed across the project 500,000+ man-hours completed safely 1,000+ hours of saturation diving performed over 153 bell runs at depths ranging from 40 m to 150 m 1,500+ personnel movements managed throughout the campaign Results ## The project was delivered safely, efficiently, and ahead of schedule, reinforcing Ocean Installer and Oceaneering’s commitment to operational excellence.
  Image: Ocean Installer The scope included the removal of nine risers from the FPSO, installation of replacement risers and a gas lift umbilical, and the removal and reinstallation of nine gooseneck spools.
Through meticulous planning, robust engineering, and seamless execution, the team restored FPSO production earlier than expected, while maintaining zero Lost Time Incidents. This achievement not only minimized downtime for the client but also extended the FPSO’s operational life well beyond its original design, ensuring continued asset integrity and production reliability.
Collaboration played a critical role in this success. The close cooperation between Ocean Installer and Oceaneering not only reduced the number of vessels required, it also streamlined operations.
### The Result?
A safer and more efficient campaign that delivered measurable value to the client and demonstrated the power of integrated solutions in overcoming complex subsea challenges.
Contact Us ## Our team of experts is ready to help you get started.
Oceaneering offers best-in-class products and solutions, backed by unparalleled quality, reliability, and global support. Fill out the inquiry form to start a conversation today.
**Categories:** Diving, Remotely Operated Vehicles (ROVs)
**Content Types:** Case Studies
**Industries:** Oil and Gas
**Regions:** Africa
**Search Tags:** Angola, FPSO
---
### [Tennis-Ball Sized Technology Overcomes Common Pigging Issues To Improve Pipeline Inspection](https://www.oceaneering.com/case-studies/tennis-ball-sized-technology-overcomes-common-pigging-issues-to-improve-pipeline-inspection/)
**Published:** November 6, 2025
**Author:** Edgar Cordova
**Content:**
Overview
## Faced with mounting challenges and an inspection backlog in their pipeline inspection program, a client needed a smarter, safer, and more cost-effective solution than smart pigs.
We introduced an alternative that reduced inspection risks and costs, streamlined operations, and enabled the client to maintain pipeline integrity with greater confidence, efficiency, and reliability. This alternative inspection technology enabled the client to achieve their goal of getting their inspection schedule back on track while reducing risks and improving the reliability of pipeline integrity assessments.
Challenge ## The client’s pipeline inspection program fell behind schedule across a large oil concession field in offshore southern Africa.
The logistical complexity of coordinating inspections between multiple facilities presented a serious operational bottleneck. However, several deeper challenges further compounded the issue.
- **Pipeline design constraints:** Many pipelines in the concession were of small diameter, limiting compatibility with conventional smart pigging tools.
- **High wax buildup:** Infrequent and irregular pigging led to heavy wax accumulation, increasing the risk of obstructions during inspection.
- **Lack of operational history:** With limited historical data available, the likelihood of intelligent pigs becoming stuck or causing damage was significant.
- **Safety and downtime risks:** Combined, these factors introduced elevated risks to personnel and infrastructure, while also extending downtime windows during each inspection attempt.
These challenges demanded a solution that could adapt to physical constraints, streamline logistics, and minimize operational hazards.
Our Solution ## We worked with a third-party inspection technology provider to implement a smarter, non-intrusive solution designed specifically for complex pipeline environments.
The inspection technology included a tennis ball-sized inspection sphere equipped with:
- Magnetometers to detect metallic anomalies and welds
- Accelerometers for spatial mapping and feature location
- Acoustic sensors to identify leaks and flow irregularities
Execution Plan ## Our inspection teams floated the spheres through crude oil pipelines, where they confirmed wall condition, deposits and leaks, and were retrieved at designated trap points.
For gas lines, the spheres were embedded in foam cleaning pigs to ensure safe transit without disrupting operations. Operations were supported by a full inspection suite including:
- A sensor deployment strategy tailored to the client’s pipeline specifications
- A complete feature map with timestamps, spatial data, and anomaly categorization
- Risk assessments for stuck-pig scenarios-reduced to near zero with the technology
- Clean, visual inspection reports for client use in asset integrity management systems
### **In total, the campaign successfully inspected 563 km of pipeline across 21 assets in a three-month campaign.**
Project Highlights ## We played a critical role in customizing the deployment strategy for the client.
- Tailored sensor configuration based on pipeline diameter, wax buildup severity, and fluid type.
- Adjusted inspection protocols for pipelines with historically difficult pigging conditions.
- Developed a low-risk deployment workflow to accommodate tight maintenance windows and mitigate stuck pig scenarios.
Because of their compact size, the spheres eliminated the risk of getting lodged in pipelines, particularly in segments with severe wax accumulation or limited pigging history. This innovative approach solved a longstanding operational challenge that conventional intelligent pigs simply could not overcome.
Results ## Using this innovative inspection technology and strategy unlocked new operational capabilities for the client, transforming pipeline management from a high-risk activity into a streamlined, data-driven process.
- **Cost savings:** Inspection costs reduced by up to 40%, largely due to lower deployment overhead, reduced downtime, and faster execution.
- **Downtime reduction:** We executed the pigging process with minimal
logistical overhead, eliminating the need for cranes, pig transportation,
and complex scheduling. Inspection runs were completed at short notice, significantly reducing downtime compared to traditional pigging methods.
- **Competitive advantage:** By replacing traditional smart pigs with this
technology, the client gained access to previously unreachable pipeline
segments-restoring compliance, reducing safety risks, and ensuring asset integrity across their entire network.
- **Compliance restoration:** Pipelines that had not been inspected for years due to elevated risk-such as small diameter segments and wax-heavy lines-were confidently assessed.
- **Risk elimination:** The compact, non-intrusive nature of the spheres cut
the danger of tool obstructions, particularly in areas with challenging flow dynamics.
- **Operational certainty:** With accurate anomaly mapping and spatial feature tracking, the client can plan maintenance proactively instead of reacting to unplanned events.
This project demonstrates how the right mix of technology, collaboration, and
execution can overcome entrenched challenges and transform operational
outcomes. Pipelines were back into compliance, inspection efficiency
improved, and the client gained a new level of confidence in their asset
integrity management strategy ## Ready to Transform Your Inspection Approach?
Explore our Inspection and NDT services. [ Learn More ](https://www.oceaneering.com/asset-integrity-management/inspection/conventional-ndt/) [ Download Case Study ](https://oceaneering.canto.com/download/document/830mgt4nsh67h5a6o6jkdok35t/original.pdf) Contact Us ## Our team of experts is ready to help you get started.
Oceaneering offers best-in-class products and solutions, backed by unparalleled quality, reliability, and global support. Fill out the inquiry form to start a conversation today.
**Categories:** Integrity Management
**Content Types:** Case Studies
**Industries:** Oil and Gas
**Regions:** Africa
**Search Tags:** Asset Integrity
---
### [Integrated Solution Solves Complex Pipe Lift Challenge](https://www.oceaneering.com/case-studies/integrated-solution-solves-complex-pipe-lift-challenge/)
**Published:** October 3, 2025
**Author:** Edgar Cordova
**Content:**
Overview
## In late 2022, a client operating in the US Gulf Coast contacted Oceaneering looking for a solution to rectify an issue with a live pipeline at water depths of 3,600 feet.
The pipeline, still online and with a 28-inch outer diameter, had slipped from sleepers and was resting on another pipeline in the field. We leveraged our One Oceaneering approach, using global resources across business units, to execute the complex and critical work scope and deliver a comprehensive solution that emphasized collaboration, technical excellence, and seamless execution. The project was successfully completed in July 2024, restoring the pipeline to full operational stability.
Challenge ## The client faced a tight deadline to avoid contractual issues and complications related to their pipeline resting on another pipeline.
It was essential that the pipeline was repositioned safely without being taken offline, adding complexity to an already challenging project scope. The task involved considerable challenges, including lateral loads, tight spatial constraints, and the need to ensure the structural integrity of the field’s other infrastructure. Removal and replacement of the existing sleepers at extreme depths added another degree of difficulty to project execution.
Our Solution ## We leveraged our global resources and multi-disciplinary expertise to deliver a tailored solution.
Two pipe lift frames (PLFs), originally manufactured by Oceaneering in 2017 and stored at our facilities in Houston as part of the client’s contingency repair assets, became the centerpiece of the solution. These frames were rigorously tested to validate their performance under increased loads and were modified to meet the specific demands of this project. The modifications ensured that the frames could handle the pipeline and withstand lateral loads that exceeded the original design specifications.
The engineering team used finite element analysis (FEA) and accelerated testing to validate the equipment’s capabilities and identify any potential issues that may arise during execution. The focus on engineering and analysis demanded around-the-clock support and engaged cross-business unit subject matter experts from multiple locations, including Aberdeen, Perth, Morgan City, and Houston, ensuring swift problem-solving.
[  ](https://www.oceaneering.com/wp-content/uploads/2025/06/20240321_091645-scaled.jpg) [  ](https://www.oceaneering.com/wp-content/uploads/2025/06/1000004083.jpg) [  ](https://www.oceaneering.com/wp-content/uploads/2025/06/1000004084.jpg) [  ](https://www.oceaneering.com/wp-content/uploads/2025/06/1000004088.jpg) Execution Plan ### The client contracted our Ocean Evolution vessel, chosen for its renowned state-of-the-art design, expansive deck space, and its ability to accommodate the pipe lift frames and sleepers. The vessel’s onboard ROV systems, work class Nexxus and Millennium® ROVs, played a pivotal role in subsea operations, conducting rigging, torque tool operations, and assisting with the precise placement of the new sleepers.
Execution Plan ### Around-the-clock offshore operations included the following key elements:
### Pipeline Stabilization
Deployed tieback winches to secure the pipeline and mitigate lateral loads during lifting operations.
### Pipeline Lifting and Realignment
Used modified pipe lift frames to raise the 28-inch OD pipeline, allowing for the removal of damaged sleepers and the installation of replacements.
### Detailed Visual Inspection
Performed visual inspections using ROVs to confirm the integrity of the pipeline and proper placement of the new supports.
### Sleeper Removal and Replacement
Removed damaged sleepers and replaced them with newly fabricated supports designed to handle the specific requirements of the repair.
### Tool Deployment and Operations
Used ROV tooling such as torque buckets, torque tools, and hot stabs to ensure proper alignment and secure connections.
### Equipment Recovery and Post-Operations Cleanup
Retrieved and safely disposed of old sleepers and transported pipe lift frames back to shore for post-campaign modifications and storage.
### Precision Subsea Rigging
ROV pilots executed detailed rigging operations to connect lifting equipment to the pipeline and sleepers.
### Live Line Management
Conducted all operations without shutting down the active pipeline, ensuring continuous production during the campaign.
Execution Plan ### During the offshore campaign, the team encountered a significant challenge with the ROV bucket system when one of the pipe lift frames exceeded its maximum torque, causing unexpected binding. This required immediate troubleshooting to avoid delays.
Drawing on extensive expertise, the project team innovatively employed a dual torque tool setup-originally a backup feature of the equipment-to resolve the issue. The team’s adaptability and technical ingenuity ensured the operation proceeded smoothly, exemplifying our commitment to overcoming emerging challenges with practical and effective solutions.
The team completed the full scope within 12 days, demobilizing from site in late July 2024, without incident, ensuring the pipeline’s stability and compliance, and meeting the client’s pressing deadline for reinstating the pipeline to its original position.
[  ](https://www.oceaneering.com/wp-content/uploads/2025/06/1000004089-2.jpg) [  ](https://www.oceaneering.com/wp-content/uploads/2025/06/1000004085-2.jpg) [  ](https://www.oceaneering.com/wp-content/uploads/2025/06/1000004090-2.jpg) [  ](https://www.oceaneering.com/wp-content/uploads/2025/06/10000040862.jpg) [  ](https://www.oceaneering.com/wp-content/uploads/2025/06/1000004091-2.jpg) [  ](https://www.oceaneering.com/wp-content/uploads/2025/06/1000004093-2.jpg) [  ](https://www.oceaneering.com/wp-content/uploads/2025/06/1000004087-2.jpg) [  ](https://www.oceaneering.com/wp-content/uploads/2025/06/1000004092-2.jpg) Results ## The project was a resounding success, and the pipeline was repositioned safely on new sleepers without halting production. The client praised our collaboration, responsiveness, and ability to unite global resources effectively.
The pipe lift frames were demobilized and stored, ready for future deployments should they be required, adding long-term value to the client’s contingency repair assets.
Our ability to combine engineering ingenuity, operational precision, and a client-first mindset exemplifies our role in addressing complex subsea challenges. This case underscores the strength of the One Oceaneering approach in delivering innovative, integrated solutions for the most demanding offshore projects.
## Ready to Learn More?
Explore our Subsea Engineered Solutions. [ Learn More ](https://www.oceaneering.com/intervention-tooling/subsea-engineered-solutions/) [ Download Case Study ](https://oceaneering.canto.com/download/document/uv72vss4el4dpe9l6tk4vg610o/original.pdf) Contact Us ## Our team of experts is ready to help you get started.
Oceaneering offers best-in-class products and solutions, backed by unparalleled quality, reliability, and global support. Fill out the inquiry form to start a conversation today.
**Categories:** Inspection, Maintenance, and Repair (IMR), Remotely Operated Vehicles (ROVs), ROV Tooling, Vessels
**Content Types:** Case Studies
**Industries:** Oil and Gas
**Regions:** North America
---
### [Successful Special Periodic Survey (SPS) and Under Water Inspection in Lieu of Dry Docking (UWILD) Scope Enables Client to Remain on Critical Path](https://www.oceaneering.com/case-studies/successful-special-periodic-survey-sps-and-under-water-inspection-in-lieu-of-dry-docking-uwild-scope-enables-client-to-remain-on-critical-path/)
**Published:** November 5, 2025
**Author:** Edgar Cordova
**Content:**
Overview
## In 2025, we completed an SPS UWILD onboard a 7th generation drillship. Having successfully delivered multiple global projects for the client, our expertise in UWILD was well established. For this scope, however, the client requested that the UWILD be executed in several short phases. This phased approach allowed the vessel to remain on its critical path as much as possible, ensuring continued operability.
Our Solution ## Key members of our dedicated UWILD team met with the client to explore how Class re-certification could be achieved during upcoming out-of-well periods-while still maintaining the vessel’s critical path for their end client.
The result was a tailored solution developed by the UWILD group. With three out-of-well periods scheduled ahead of the re-certification, the team developed a plan to meet the challenge. Multiple factors had to be considered:
- What could be completed during latched scenarios?
- Was it possible to work and stay in compliance if the BOP is left suspended?
- Could we factor in valve plugging if any valves did not pass inspection?
The plan presented to the client detailed breaking the inspection into four strategic phases.
Phase I Phase II Phase III Phase IV Phase I Phase I consisted of an internal valve inspection. The vessel was able to stay on critical path operations while our two-person team completed the inspection of all accessible sea suction and overboard discharge valves from internal pump rooms and machinery spaces.
The team compiled a detailed list of the valves that:
- Passed inspection
- Failed inspection
- Could not be accessed internally
The failed and inaccessible valves were then added to the plan for Phase III and IV.
Phase II Phase II was carried out by a four-person UWILD team alongside six onboard ROV personnel. During planning, the client expressed a preference to complete Phase III while the BOP remained suspended. Since the ROV launch and recovery point was located on the starboard forward section of the vessel, the team decided to begin operations at the aft end and progress forward. This approach ensured the ROV would not need to cross the moonpool while the BOP was hanging during Phase III, reducing operational risk and maintaining safety.
The team successfully completed all cleaning and inspection operations from the aft section of the vessel through to midship and within the moonpool. With just a 12-hour shift remaining before the client was scheduled to resume drilling operations, the team exceeded expectations by also completing the cleaning and inspection of all three FWD thrusters.
Phase III A four-person UWILD team, along with six onboard ROV personnel, completed Phase III. With the BOP suspended, the team coordinated closely with the bridge to maintain a vessel heading and current direction that would prevent the ROV from drifting toward the moonpool in the event of a telemetry loss. They completed all remaining cleaning and inspection tasks on the forward end of the vessel.
Using the detailed valve list compiled during Phase I, the team then located and inspected all remaining forward overboard discharge valves.
Phase IV Phase IV was completed by a two-person UWILD team, supported by three onboard ROV personnel. Once again, the team used the detailed valve list developed during Phase I to locate and inspect all remaining overboard discharge valves on the aft end of the vessel. Prior to mobilization, the client reviewed the valve list to identify which valves had failed inspection and provided a list of those they wanted plugged and replaced during Phase IV.
The UWILD team successfully located the specified valve openings, while the ROV team installed the subsea plugs. They then monitored the plugs post-installation as the client’s marine team replaced the faulty valves.
Challenge ## The client’s maintenance schedule was highly dynamic, with shifting windows of opportunity. To manage this complexity, the team established weekly update meetings and maintained open, effective communication across all stakeholders. This consistent alignment enabled the team to act quickly when maintenance windows came into focus, executing with a well-prepared plan already in place.
Weather conditions remained uncertain until less than ten days out, but the team mitigated this risk through multiple contingencies, real-time tracking of inspection progress, and a clear understanding of operational risks across all supporting groups. These measures ensured steady progress toward UWILD completion, despite the unpredictability.
One of the more complex challenges involved accessing the incumbent work-class ROV system, which was governed by two separate contracts-one with the operator and one with the vessel client. Although the contractual transition had to be defined in advance, the actual switch needed to occur offshore at a time that aligned with operations.
Thanks to strong coordination with both the vessel operator and the client, the team was able to pre-position equipment and prepare for a seamless transition. In some cases, tooling was integrated mid-operation under whichever contract was active at the time.
This success was made possible by a highly capable ROV team, strong management support, and a shared commitment to flexibility and execution excellence.
  Our Results ## Our teams delivered a fully optimized UWILD inspection campaign that met the client’s goals for schedule efficiency, data quality, and uncompromised safety.
Through 24-hour operations, enabled by seamless communication, the right personnel and equipment, and a highly engaged client, the team completed all inspection criteria without causing unplanned downtime. The project provided all necessary video, imagery, and documentation to maintain ABS Class certification. Its success led to a direct request from the management team of a sister ship in the region to replicate the approach.
## Ready to Learn More?
Explore our Special Periodic Surveys and UWILD Services. [ Learn More ](https://www.oceaneering.com/asset-integrity-management/floating-systems-inspection-and-integrity-services/special-periodic-surveys-and-uwild/) [ Download Case Study ](https://oceaneering.canto.com/download/document/le0afn1d014sne8c6ol89bn15r/original.pdf) Contact Us ## Our team of experts is ready to help you get started.
Oceaneering offers best-in-class products and solutions, backed by unparalleled quality, reliability, and global support. Fill out the inquiry form to start a conversation today.
**Categories:** UWILD
**Content Types:** Case Studies
**Industries:** Oil and Gas
---
### [Integrated Team Completes FPSO Mooring Line Inspection Off Coast of Guyana](https://www.oceaneering.com/case-studies/integrated-team-completes-fpso-mooring-line-inspection-off-coast-of-guyana/)
**Published:** November 3, 2025
**Author:** Edgar Cordova
**Content:**
Overview
## In June 2024, we successfully completed a significant mooring line inspection scope for two floating production, storage, and offloading vessels located off the coast of Guyana.
The inspections were required to maintain regulatory compliance and confirm the integrity of the assets. Addressing 36 mooring lines with a combined length of 110,080 meters and spanning water depths from 30 meters to 1,680 meters, the project required significant collaboration between the client, third parties, and Oceaneering business units, highlighting our commitment to excellence in subsea operations.
Challenge ## The comprehensive coverage of such a quantity of mooring lines required seamless communication and collaboration between all parties.
Extensive resources and seamless collaboration among all parties involved. Furthermore, personnel and equipment needed to be mobilized quickly to align with availability on a contracted vessel, reducing the anticipated preparation time from several months to just over four weeks. This rapid mobilization added another layer of complexity, highlighting the team’s ability to adapt and execute efficiently and safely under tight timelines.
Our Solution ## Having been notified of an available window in the inspection vessel’s schedule, our project team responded with a plan to expedite mobilization, including visa requirements for personnel, to optimize delivery of the inspection scope.
Two Oceaneering [Millennium Plus remotely operated vehicles (ROVs)](https://www.oceaneering.com/rov-services/rov-systems/) completed 730 wet hours over the project’s timeline and were deployed simultaneously in deeper water depths or where more detailed inspection was required. The ROVs were equipped with cleaning tools capable of removing marine growth and corrosion, ensuring accurate data capture on the lines’ 128-millimeter diameter studless chain links.
The offshore subsea robotics team benefited from [remote inspection](https://www.oceaneering.com/remote-services/) support provided by our asset integrity management engineers located in Houston. The ability to leverage superior remote connectivity and vast internal experience enabled continuous, 24-hour operations while reducing HSE exposure, enhancing efficiency, and reducing mobilization costs and personnel on board requirements. The remote inspection service also enabled the team to overcome visa timeline restrictions that would have affected the project’s timeline.
Results ## Our collaboration with the end client and two other service providers was pivotal to the success of the project, reinforcing the importance of communication and buy-in to complete subsea operations efficiently.
The reliability and efficiency of our [ROV technology](https://www.oceaneering.com/rov-services/rov-technology/) and the skill of our teams supported 730 hours of wet time without equipment breakdowns or safety incidents. Despite the shortened preparation period, the project was completed close to the estimated schedule, demonstrating our ability to mobilize and execute under tight timelines.
We provided detailed reports, including anomalous finding reports, video, and images, to the client, enabling their team of marine engineers to assess and address concerns effectively. This achievement underscores our commitment to excellence in subsea operations and is demonstrated by our capability to deliver integrated solutions that achieve operational goals even in the most challenging environments.
## Ready to Learn More?
Explore our Special Periodic Survey and UWILD capabilities. [ Learn More ](https://www.oceaneering.com/asset-integrity-management/floating-systems-inspection-and-integrity-services/special-periodic-surveys-and-uwild/) [ Download Case Study ](https://oceaneering.canto.com/download/document/e0pfdpujil13b13us7679p7n1r/original.pdf) Contact Us ## Our team of experts is ready to help you get started.
Oceaneering offers best-in-class products and solutions, backed by unparalleled quality, reliability, and global support. Fill out the inquiry form to start a conversation today.
**Categories:** Cleaning and Coating Removal Tools, Intervention Tooling, ROV Tooling
**Content Types:** Case Studies
**Industries:** Oil and Gas
**Regions:** North America
---
### [Atmospheric Tank Inspection with Elios 3 Drone Reduces Risk and Cost for UK Client](https://www.oceaneering.com/case-studies/atmospheric-tank-inspection-with-elios-3-drone-reduces-risk-and-cost-for-uk-client/)
**Published:** June 6, 2025
**Author:** Edgar Cordova
**Content:**
Overview
## A major global energy producer was seeking a safer, more cost-effective method to conduct comprehensive internal inspection of above-ground atmospheric storage tanks across their sites in the United Kingdom. In early 2025, as part of a long-running and ongoing contract with the client, our multi-certified teams used the Flyability Elios 3 drone system to meet their operational objectives.
Issues ## The client required a thorough internal inspection of above-ground atmospheric storage tanks and wanted to eliminate the requirement for costly scaffolding, estimated to cost a total of £190,000 per tank being inspected. Additionally, they needed a solution that eliminated confined space entry while improving the quality of data collected, improving the insight they had to drive decision making and planning.
Our Solution ## We selected the Elios 3 drone system, with computer vision and onboard LiDAR-based 3D imaging for precise positioning, to complete the tank inspection.
During the inspection campaign, the system provided high-resolution visual data and accurate measurements, a platform that supported intuitive reporting via a 3D model of the tanks, and improved situational awareness, ensuring safe operation. This allowed for detailed analysis, ensuring all anomalies were identified and communicated in accordance with client reporting requirements. The drone’s capabilities minimized the need for manual intervention, optimized safety, and significantly reduced operational costs. The team was also able to collect the required ultrasonic thickness (UT) measurements using the drone’s ultrasonic payload. Battery operated deployment provided our engineers the freedom to navigate the space, including working in close proximity to structural components, with confidence.
Results ## The implementation of Elios 3 drone technology successfully transformed the internal tank inspection scope. Not only did the client eliminate scaffolding or rope access related costs, but they also benefited from a detailed inspection with high-quality data collection, ensuring comprehensive assessment without the need for personnel in confined spaces or at height.
The project used Flyability’s FlyAware™ Simultaneous Localization and Mapping (SLAM) technology, a system that integrates advanced computer vision, LiDAR technology, and a robust NVidia graphical engine. Functioning as a highly accurate indoor GPS, it generated real-time 3D maps that enabled the drone to perceive its surroundings. Adding to the value of the system was the full traceability of the data, including video and image archives and anomaly tagging, that equipped the client with the information needed to meet regulatory requirements while enabling them to schedule any necessary repairs. The success of this project has prompted the client to evaluate a potential global roll out of the drone technology for their tank inspections.
 LiDAR positioning and high resolution video. ## Ready to Learn More?
Explore our inspection services. [ Learn More ](https://www.oceaneering.com/asset-integrity/inspection/) [ Download Case Study ](https://oceaneering.canto.com/download/document/lj29p8ekq175r2g87coq100810/original.pdf)# Contact Us
## Our team of experts is ready to help you get started.
Oceaneering offers best-in-class products and solutions, backed by unparalleled quality, reliability, and global support. Fill out the inquiry form to start a conversation today.
**Categories:** Asset Integrity Management, In-Service Inspection
**Content Types:** Case Studies
**Industries:** Oil and Gas
**Regions:** Europe & Middle East
**Search Tags:** UK
---
### [Asset Integrity Management Study for LNG Expansion Project in Asia](https://www.oceaneering.com/case-studies/asset-integrity-management-study-for-lng-expansion-project-in-asia/)
**Published:** June 6, 2025
**Author:** Edgar Cordova
**Content:**
Overview
## A major international operator contracted Oceaneering to develop and implement a comprehensive integrated Integrity Management System (IMS) to support a large expansion project at one of their liquefied natural gas (LNG) facilities in Southeast Asia.
Aimed at increasing production in the region, the added infrastructure included offshore gas production platforms, pipelines, and processing facilities. Completed over a three-year period, the IMS incorporates [Risk-Based Inspection (RBI)](https://www.oceaneering.com/asset-integrity-management/inspection/), [Corrosion Management (CM)](https://www.oceaneering.com/asset-integrity-management/integrity-engineering/corrosion-management/), [Pressure Systems Integrity](https://www.oceaneering.com/asset-integrity-management/pressure-systems/), Dead Leg Management, [Corrosion Under Insulation (CUI)](https://www.oceaneering.com/asset-integrity-management/integrity-engineering/corrosion-management/) evaluation, [Vibration Monitoring](https://www.oceaneering.com/asset-integrity-management/integrity-engineering/vibration-engineering/), and Fabric Maintenance Strategies, ensuring long-term asset reliability and operational efficiency.
Challenges ## To address the many challenges posed by the LNG process, our team implemented a comprehensive strategy that emphasized collaboration and risk management.
By leveraging advanced inspection techniques and integrating digital systems, we successfully mitigated corrosion threats and ensured the integrity of critical components. Our systematic approach and teamwork were key to overcoming these obstacles and maintaining operational efficiency.
##### Addressing Corrosion and Materials Degradation
- The LNG process involves cryogenic conditions, aggressive chemicals, acid gas, steam generation utilities, toxic fluids, and high-pressure hydrocarbon systems, leading to potential corrosion threats such as CO₂-induced corrosion, high-temperature degradation, Microbially Influenced Corrosion (MIC), and Stress Corrosion Cracking (SCC).
- External threats such as CUI and Corrosion Under Fireproofing (CUF) pose significant risks to structural components, piping, and pressure systems.
##### Pressure System Integrity and Baseline Inspection
- Establishing an integrity baseline for new equipment was critical to track future degradation trends.
- The project required a systematic approach for baseline inspections of vessels, piping, heat exchangers, and storage tanks to ensure that reliable data were recorded using the most suitable intrusive and non-destructive testing (NDT) techniques.
##### Dead Leg and Piping Vibration Management
- Dead legs, sections of piping where fluid flow is stagnant, are particularly susceptible to internal corrosion, requiring identification, targeted inspections, prioritization, and risk assessment.
- LNG facilities, particularly those with insufficient support for small-bore piping and those located close to vibration sources such as unbalanced fan coolers or compressors, are prone to Vibration-Induced Fatigue Failures (VIFF). This necessitated a comprehensive vibration monitoring strategy to mitigate failures in small-bore piping and equipment.
##### Corrosion Under Insulation (CUI)
In the context of onshore LNG facilities, CUI presents a significant challenge due to the difficulty in inspecting insulated components. Moisture entrapment, aging insulation materials, and environmental conditions can accelerate corrosion beneath the insulation. Specific challenges include detecting early signs of degradation without complete insulation removal, planning for controlled insulation removal during inspections, and implementing effective remedial actions. Advanced techniques such as infrared thermography, ultrasonic testing, and guided wave testing are critical in addressing these issues.
##### Digital Integration with the Client’s Systems
The project required seamless integration of all integrity management data between Oceaneering’s Integrity Database Management System (IDMS) and the client’s Computerized Maintenance Management System (CMMS).
Ensuring real-time monitoring and automated inspection scheduling for corrosion, vibration, and pressure system risks was essential for operational efficiency.
Our Solution ## Our team of engineers implemented a robust and thorough plan to effectively manage the risks associated with corrosion and materials degradation at the facility.
##### Risk-Based Inspection (RBI) and Corrosion Management
- Implemented Risk-Based Assessment (RBA) and RBI Strategies in accordance with the clients’s standards.
- Developed Corrosion Control Matrices (CCM) for onshore and offshore facilities, ensuring targeted mitigation actions and real-time monitoring of corrosion rates. Introduced key performance indicators (KPIs) and Integrity Operating Windows (IOWs) to measure and control the major parameters affecting the identified potential and active damage mechanisms. These measures were supported by clearly defined roles, responsibilities, actions, and alarm plans to ensure the program’s practical implementation.
- The RBI approach incorporated API 580/581 methodologies, optimizing inspection intervals and minimizing downtime.
- The RBA reports highlighted key internal and external threats by considering all potential and active damage mechanisms, such as general metal loss, pitting, cracking, and both metallurgical and mechanical degradation.
##### Pressure Systems Integrity and Baseline Inspection
- Implemented a structured Pressure Systems Integrity Management Strategy (PSIMS) was to establish clear inspection workflows and ensure regulatory compliance.
- The baseline inspection program included Ultrasonic Thickness (UT), Phased Array UT (PAUT), and Radiography surveys to detect material loss in critical piping, as well as internal close visual surveys for critical vessels.
- RBI reports for pressure vessels and pressure relief devices provided detailed recommendations for inspection and mitigation at various levels: component-level for vessels, group-level for piping, and individual testing requirements for pressure safety valves (PSVs).
- Developed individual written Schemes of Examinations (WSEs) and associated work packs, specifying the exact Condition Monitoring Locations (CMLs) and the required inspection techniques based on the applicable damage mechanisms.
##### Dead Leg and Piping Vibration Risk Management
- Conducted dead leg risk assessments to classify stagnant piping sections based on their susceptibility to corrosion, guiding inspection priorities. It was crucial to identify locations that could potentially be eliminated by design modifications and to advise the design team on providing natural draining provisions. This was followed by a detailed survey of isometric drawings to locate and verify dead leg sections, distinguishing between operational and physically isolated dead legs.
- Developed vibration management strategies in accordance with Energy Institute (EI) guidelines for small-bore tubing and process piping.
- RBI data indicated that fatigue damage was a key failure mode in dead legs and small- bore piping, emphasizing the importance of periodic vibration monitoring.
##### CUI Management Program
- Developed a comprehensive register listing all insulated items (including partially insulated components such as vessel trims). Each item was assigned a risk rating based on its unique temperature profile, complexity, and anticipated operational cycles.
- Formulated a dedicated inspection plan was formulated, incorporating the need for partial or full removal of insulation to facilitate accurate assessment and timely maintenance.
##### Digitalization and Integrity Data Integration
- Integration of the CMMS and Oceaneering’s IDMS ensured automated scheduling of inspections and efficient data logging. As part of this exercise, baseline inspection data- including thickness measurements and identified anomalies-were populated into the system for ongoing reference and future planning.
##### Fabric Maintenance Strategy
- Introduced a Fabric Maintenance (FM) Program to manage protective coatings, insulation, and passive fire protection (PFP).
- Implemented area-based and anomaly-driven FM approaches to prioritize critical areas while ensuring overall facility aesthetics and protection.
##### Sand Management Program
- Developed a sand management program to address expected sand erosion at offshore facilities (e.g., downstream of choke valves) as well as at onshore receiving facilities.
- Additionally, the team thoroughly reviewed the threat of corrosion under deposit, with specific inspection and monitoring plans incorporated to mitigate this risk.
Results ## Our team played a critical role in developing and executing a comprehensive Integrity Management System for the project. By leveraging advanced risk-based methodologies, digital integration, and proactive inspection strategies, Oceaneering ensured that the new LNG assets are supported by a sustainable and data-driven integrity management framework. The systematic approach led to significant improvements in integrity management and risk mitigation.
### Optimized Asset Integrity and Corrosion Control
- The Corrosion Risk-Based Assessment (RBA) and inspection strategy provided a data-driven approach to corrosion monitoring and prevention.
- Early identification of high-risk corrosion circuits allowed for proactive mitigation, preventing unplanned shutdowns.
### Enhanced Inspection Efficiency and Reliability
- The baseline inspection program offered the client a clear understanding of equipment conditions at startup, enabling effective long-term integrity planning.
- Automated work orders and inspection tracking in IDMS/CMMS enhanced asset lifecycle monitoring and data accuracy.
### Sustainable Long-Term Integrity Management
- Our handover of a fully developed integrity framework ensured that the client’s operations team had a self-sustaining system for managing RBI, dead leg assessments, and pressure system integrity.
## Ready to Learn More?
Explore our Integrity Engineering services. [ Learn More ](https://www.oceaneering.com/asset-integrity-management/integrity-engineering/) [ Download Case Study ](https://oceaneering.canto.com/download/document/0kd0bh0qv940t9bqn49uctri0k/original.pdf)# Contact Us
## Our team of experts is ready to help you get started.
Oceaneering offers best-in-class products and solutions, backed by unparalleled quality, reliability, and global support. Fill out the inquiry form to start a conversation today.
**Categories:** Asset Integrity Management
**Content Types:** Case Studies
**Industries:** Oil and Gas
**Regions:** Asia Pacific
---
### [Equipment Performance Monitoring Empowers Operational Reliability](https://www.oceaneering.com/case-studies/equipment-performance-monitoring-empowers-operational-reliability/)
**Published:** September 11, 2025
**Author:** Edgar Cordova
**Content:**
Overview
## In the dynamic landscape of industrial operations, ensuring equipment reliability is fundamental to sustaining productivity and profitability.
However, achieving and maintaining reliability can pose significant challenges due to the complexities of processes and the inherent risk of equipment failures.
In 2023, recognizing these operational challenges, our Maintenance and Reliability Solutions engineers, embedded within the client’s operational team, began implementing equipment performance monitoring techniques to proactively enhance reliability. This proactive approach aimed not only to mitigate operational risks but also enhance equipment performance across their client’s UK offshore facilities.
Challenge ## The monitoring techniques were required to mitigate client concerns related to:
### Unplanned Downtime
Frequent equipment failures and breakdowns resulting in revenue losses and operational inefficiencies.
### Inconsistent Equipment Performance
Suboptimal operating points for rotating and static equipment affecting overall plant performance.
### Limited Visibility
The absence of real-time insights into equipment health and performance hindering timely decision-making and optimal preventive maintenance intervention efforts.
Our Solution ## The team identified the production-critical equipment process values that required analysis to give valuable, forward-looking insights. The resulting analysis provided visibility of opportunities to enhance equipment performance and allowed identification of suitable corrective actions for emerging issues.
In addition to existing [conventional condition monitoring](https://www.oceaneering.com/asset-integrity-management/integrity-engineering/vibration-engineering/) (such as bearing temperature and vibration levels) our reliability engineers trended already available process values against manufacturer/system performance parameters, to understand equipment operating points and infer equipment condition. Analysis not only looked at the ‘steady-state’ process values, but also short-duration, transient occurrences that may indicate equipment or control system performance issues. The plant data history provides data in relation to:
- Flow rate
- Pressure/differential pressure
- Temperature/differential temperature
- Level
- RPM
- Current
- Voltage
- Power
These values were used to monitor the production-critical equipment for a range of failure types across the varied equipment population, some of which would be unnoticed by the control room operator. Example types of failure include:
- Mechanical wear/erosion
- Blockage
- Leakage
- Cavitation
- Flow constriction
- Reduced heat transfer
- Position deviation
- Actuation time deviation
- Deviation from performance curves
- Calibration drift
Our Results ## The implementation of equipment performance monitoring by the Oceaneering team has yielded significant improvements by better understanding plant operation, empowering the client with the data needed to positively influence production availability.
### Performance Assurance
Provide confidence that plant is operating optimally, without hidden problems.
### Cost Savings
The transition from reactive to proactive maintenance strategies generates significant cost benefits by increasing availability whilst reducing projected OPEX over a facility’s lifespan.
### Enhanced Performance
Proactive monitoring enables the operator to fine-tune equipment set points, resulting in improved efficiency, reduced energy consumption, and enhanced product quality.
### Downtime Reduction
Early identification and resolution of potential issues minimizes unplanned downtime and mitigates associated revenue losses.
## Whether through a one-off project or embedded within an operations team, Oceaneering’s operational reliability services can be tailored to meet organizational needs, offering innovative solutions to improve operational efficiency and reliability across a wide range of plant types.
## Ready to Learn More?
Explore our Maintenance and Reliability Solutions. [ Learn More ](https://www.oceaneering.com/maintenance-and-reliability/) [ Download Case Study ](https://oceaneering.canto.com/download/document/31tqfh51ot5q7891d6al41387g/original.pdf)# Contact Us
## Our team of experts is ready to help you get started.
Oceaneering offers best-in-class products and solutions, backed by unparalleled quality, reliability, and global support. Fill out the inquiry form to start a conversation today.
**Categories:** Maintenance and Reliability
**Content Types:** Case Studies
**Industries:** Oil and Gas
---
### [Enhancing Pump System Reliability](https://www.oceaneering.com/case-studies/enhancing-pump-system-reliability/)
**Published:** June 15, 2025
**Author:** Edgar Cordova
**Content:**
Overview
## In 2023, engineers from Oceaneering’s Maintenance and Reliability Solutions team were tasked with establishing why the variable speed drive (VSD) motors driving business critical pumps on a North Sea facility kept tripping unexpectedly.
These unscheduled outages had significant consequences: halting production, disrupting the facility’s power management systems, and requiring lengthy system restarts. Oceaneering’s reliability engineers collaborated with the client’s operations team to conduct a Root Cause Analysis (RCA) of the recurring tripping issue.
Our Solution ## RCA is a widely accepted systematic process used to identify the underlying reasons behind an incident or problem.
Its main goals are to identify the true cause of an issue and prevent its recurrence. By looking past surface-level symptoms, the engineers were able to pinpoint why the motors were tripping unexpectedly.
The reliability team worked closely with the client’s technical authorities, maintenance engineers, and VSD specialists to diagnose and address the issue. After thorough investigation, it was established that the motors consistently tripped when operating above 85% of their rated capability. The root cause analysis of the issue ultimately revealed a simple oversight; the maximum speed trip set point was incorrectly configured to a temporary value used during system commissioning and hadn’t been adjusted when the motors entered service.
Results ## To address the issue, the team followed the client’s Management of Change (MOC) process and reset the maximum speed trip set point to the correct operational value of 92%. Since then, the pumps have operated smoothly, and all motor set point related outages have been eliminated. Implementing the agreed solution produced several positive outcomes.
### Improved System Availability
By preventing motor trips, the system’s availability has been enhanced, ensuring optimal operation of VSD motors, and maximizing uptime.
### Scalability
The updated system can confidently accommodate the increased throughput that is planned over the facility’s lifespan.
### Lessons Learned
It was identified that a full review of all set points across the facility should be undertaken to confirm the appropriate configurations for operations are in place. Helping minimize the risk of further downtime related to similar issues across the facility. Furthermore, it was recognized that the formal handover process between the commissioning and operations teams should be reviewed to always ensure systems are configured ready to meet operational requirements.
Whether through a one-off project or embedded within an operations team, Oceaneering’s operational reliability services can be tailored to meet organizational needs, offering innovative solutions to improve operational efficiency and reliability across a wide range of plant types.
## Ready to Learn More?
Explore our Maintenance and Reliability Solutions. [ Learn More ](https://www.oceaneering.com/maintenance-and-reliability/) [ Download Case Study ](https://oceaneering.canto.com/download/document/slar3lmiol7d55489827ea464k/original.pdf)# Contact Us
## Our team of experts is ready to help you get started.
Oceaneering offers best-in-class products and solutions, backed by unparalleled quality, reliability, and global support. Fill out the inquiry form to start a conversation today.
**Categories:** Maintenance and Reliability
**Content Types:** Case Studies
**Industries:** Oil and Gas
**Regions:** Europe & Middle East
**Search Tags:** North Sea
---
### [Special Periodic Survey Team Delivers Optimized Solution for Client in US Gulf](https://www.oceaneering.com/case-studies/special-periodic-survey-team-delivers-optimized-solution-for-client-in-us-gulf/)
**Published:** May 29, 2025
**Author:** Edgar Cordova
**Content:**
Overview
## In Q3 2023, Oceaneering was challenged to provide special periodic survey (SPS) services to a leading drilling company in an extremely short maintenance window between wells.
The client was interested in exploring all options that would help them address the requirements for SPS inspection while adhering to their existing contracts. They were focused on identifying the best approach to execute the scope efficiently while reducing their contract day rate costs.
Our Solution ## To address this challenge, our teams explored all options and presented the client with three viable solutions.
The first involved navigating around their schedule, allowing them to execute the SPS while still performing operationally required work. The second option involved chartering another [vessel](https://www.oceaneering.com/subsea-projects/vessel-fleet/) and [ROV](https://www.oceaneering.com/rov-services/) to assist in compressing the required timeline for completing the SPS. Lastly, the third option was to adhere to the standard execution process using the vessel’s incumbent ROV system but move the work forward in Oceaneering’s schedule.
Each of the models evaluated the feasibility and estimated costs of each scenario and gave the client a clear picture of the benefits and considerations associated with each option.
Results ## After careful consideration, the client decided to proceed with the traditional execution of the SPS; however, having knowledge of the alternative scenarios played a crucial role in negotiations with their end client.
They negotiated a schedule where we could leverage simultaneous operations (SIMOPs) to complete cleaning and inspection scopes at night, optimizing the process and increasing the scheduling efficiency.
The SPS scope was complete in just under seven days, sooner than the initial estimation of seven to nine days. This not only helped the client maintain their modified schedule, but provided cost efficiency, lowered HSE exposure, and reduced carbon footprint associated with the operations. The SPS was successfully completed and enabled the vessel to remain in-service until the next required inspection scopes.
Our ability to leverage extensive expertise to navigate the various scenarios that would enable the client to meet their objectives was pivotal to them achieving operational goals and utilizing the available maintenance window while best managing expenditure related to day rate. The project demonstrated our commitment to supporting our client’s diverse and changing needs with solutions that are tailored, efficient, and industry leading.
## Ready to Learn More?
Explore our Special Periodic Survey and UWILD Services. [ Learn More ](https://www.oceaneering.com/asset-integrity-management/floating-systems-inspection-and-integrity-services/special-periodic-surveys-and-uwild/) [ Download Case Study ](https://oceaneering.canto.com/download/document/rjgfp1h6mp5if2ss42kcdbqs3g/original.pdf)# Contact Us
## Our team of experts is ready to help you get started.
Oceaneering offers best-in-class products and solutions, backed by unparalleled quality, reliability, and global support. Fill out the inquiry form to start a conversation today.
**Categories:** ROV Tooling, UWILD
**Content Types:** Case Studies
**Industries:** Oil and Gas
**Regions:** North America
---
### [Nuclear-Focused Inspection Team Supports Newbuild Power Plant In The UK](https://www.oceaneering.com/case-studies/nuclear-focused-inspection-team-supports-newbuild-power-plant-in-the-uk/)
**Published:** March 14, 2024
**Author:** Edgar Cordova
**Content:**
Overview
## Oceaneering recently completed the fourth year of a long-term contract to provide inspection services at a nuclear power plant being constructed in the UK. The team’s scope includes onsite x-ray evaluation of welds on reactor liner plates as well as offsite work to inspect stainless steel supports integral to the facility’s structures.
Our Solution ## Due to the nature of the operations, the reactor liner plates are constructed of high-grade stainless steel and require containment welds, dictating the requirement for 100% x-ray inspection.
Oceaneering’s 18-person team of skilled radiographers with extensive experience working in the nuclear industry has captured more than 20,000 exposures on site to support the building program and requirements. They have also captured an additional 10,000 exposures as part of offsite work, inspecting support frames at a local fabrication shop prior to them being shipped and installed.
The team serves as the first line of interpretation, reviewing the inspection data for irregular profiles, defects, and anomalies before sharing the findings for further examination by the asset owner and other parties.
Benefits ## With more than 35 years of experience delivering inspection services to the nuclear industry, our teams are trusted as industry leaders in the delivery of quality, accurate, and timely data.
A thorough understanding of client and regulatory requirements ensures work is carried out as planned while providing the flexibility necessary in complex programs.
In addition to delivering the x-ray inspection as required, our teams have also supported the client with other general [non-destructive testing (NDT)](https://www.oceaneering.com/asset-integrity/in-service-inspection/conventional-ndt/) methods on site including dye penetrant testing, gamma ray, and ultrasonic examination as well as contributing to developing inspection methodologies and approaches in scenarios that dictate inventive solutions.
The inspection team is anticipated to remain on site through commissioning of the nuclear power plant in 2028. The client has been exceptionally happy with the team’s performance and is likely to shift their expertise to another planned nuclear facility upon completion of the current work scope.
## Ready to learn more?
Explore our Asset Integrity Services. [ Learn More ](https://www.oceaneering.com/asset-integrity/) [ Download Case Study ](https://oceaneering.canto.com/download/document/kgvpamn6b5041815p8faajt43k/original.pdf)# Contact Us
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**Categories:** Asset Integrity Management, Renewables
**Content Types:** Case Studies
**Industries:** Renewable Energy
**Regions:** Europe & Middle East
**Search Tags:** nuclear, UK
---
### [Development of Maintenance Program for the World’s Largest Offshore Wind Farm](https://www.oceaneering.com/case-studies/development-of-maintenance-program-for-the-worlds-largest-offshore-wind-farm/)
**Published:** June 27, 2024
**Author:** Monica Dahl
**Content:**
Overview
## Oceaneering was contracted to complete the comprehensive maintenance scope for the Dogger Bank A offshore wind development in the North Sea.
The yearlong project, running from January 2023 to the start of 2024 focused on establishing a robust maintenance program for the first phase of the Dogger Bank Wind Farm development, the largest of its type in the world. Working closely with the site’s operations and maintenance and technical integrity teams, our [maintenance and reliability](https://www.oceaneering.com/maintenance-and-reliability/) engineers focused on developing a program to ensure the operational efficiency, safety, and longevity of the site’s 95 turbines, offshore substation (OSS), onshore converter substation, and inter-array and export cables.
The Oceaneering Solution ## The Oceaneering team completed a detailed review and strategy assessment of all maintainable components of the Dogger Bank A development. They then developed a thorough and optimized maintenance program that combined the selected strategies and preferences while incorporating each assets’ original equipment manufacturer (OEM) maintenance requirements.
This project marked the first offshore wind related maintenance program development scope for the team and leveraged decades of experience working with stringent oil and gas requirements to overcome the challenges of an emerging market.
- Developing the maintenance to meet existing warranties and service contracts.
- Creating strategies for unmanned assets and in accordance with LOLER (Lifting Operations and Lifting Equipment Regulations) requirements.
- Optimizing maintenance intervals with maritime logistics and scheduling as a focus.
- Identifying safety barriers and assigning safety critical maintenance per specified technical requirements.
The maintenance program was integrated into the wind farm’s Computerized Maintenance Management System (CMMS), SAP. This integration enabled planners to create work orders for execution by technicians, optimizing the deployment of maintenance personnel to address all necessary tasks in the fewest trips possible.
Results ## The maintenance program’s thoroughness, focusing on safety, efficiency, risk mitigation, and compliance, not only met the immediate operational needs but also set a precedent for the maintenance programs of the Dogger Bank Wind Farm’s subsequent phases.
The project:
- Established a repeatable and scalable maintenance framework developed to the highest industry standards.
- Enhanced the operator’s capability to make informed decisions on the continuation with maintenance or warranty providers.
- Provided a comprehensive record of data related to warranty items, facilitating effective maintenance and repair programs.
- Increased operational uptime and ensured the safety of assets and personnel through optimized offshore logistics and planning.
Effective collaboration and strategic planning delivered a maintenance program fit for the world’s largest offshore wind development, setting a standard for future offshore wind projects. The operator’s engagement with the Oceaneering team was pivotal to the successful development of the programs and set a solid foundation for using operational data to further optimize the site’s maintenance in the future.
*Dogger Bank Wind Farm is a joint venture partnership between SSE Renewables (40%), Equinor (40%), and Vårgrønn (20%). SSE Renewables is leading the development and construction of Dogger Bank Wind Farm, and Equinor will operate the wind farm on completion and during its expected operational life of around 35 years. Vårgrønn brings specialist offshore wind expertise to the project.*
## Ready to learn more?
Explore our Maintenance and Reliability Solutions. [ Learn more ](https://www.oceaneering.com/maintenance-and-reliability/) [ Download Case Study ](https://oceaneering.canto.com/download/document/19ct9rs3e10ibd3fvv9oip6n03/original.pdf)# Contact Us
## Our team of experts is ready to help you get started.
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**Categories:** Asset Integrity Management, Maintenance and Reliability, Renewables
**Content Types:** Case Studies
**Industries:** Renewable Energy
**Regions:** Europe & Middle East
**Search Tags:** Fixed Offshore Wind, North Sea, Reliability and Maintenance (RRM), Renewable Energy
---
### [Delivering Maintenance Program for Newbuild FPSO](https://www.oceaneering.com/case-studies/delivering-maintenance-program-for-newbuild-fpso/)
**Published:** November 18, 2024
**Author:** Edgar Cordova
**Content:**
Overview
## In late 2022, Oceaneering’s Maintenance and Reliability Solutions team completed the handover of a draft maintenance program build for a newbuild Floating, Production, Storage, and Offloading (FPSO) vessel for a major European energy producer. But the FPSO completion, challenged by delays and restrictions introduced by the COVID 19 pandemic, then resulted in the client extending and increasing Oceaneering’s scope to provide support until the FPSO enters service at the end of 2024.
Our Solution ## Oceaneering adapted to a unique set of challenges, pivoting from physical workshops prior to the COVID 19 pandemic to virtual collaboration.
Despite this, our engineers successfully engaged with the client to ensure the maintenance program aligned with company procedures and regulatory requirements. The maintenance program’s key deliverables included:
- Development of an asset register and technical tag hierarchy
- Consequence classification and containment classification to meet regional-specific regulatory requirements
- Maintenance strategies, including failure modes and maintenance requirements
- Integration of the maintenance program into the client’s CMMS (Computerized Maintenance Management System), SAP.
Wherever possible, the team used the client’s existing generic Failure Modes and Effects Analysis (FMEA) templates, adapting them where necessary to meet the unique assets on the FPSO such as the turret swivel stack. This step also factored in the additional maintenance requirements caused by the FPSO operating in the Barents Sea.
Results ## The project has identified and classified 120,000 tags across the FPSO’s systems and generated a library of 3,000 maintenance plans.
Maintenance scheduling is currently ongoing and will address the complexities of operating in extreme weather conditions, as optimizing the efficiency, safety, and timeliness of maintenance with regards to seasonal challenges is a major focus of the client.
The vessel is scheduled to enter operations at the end of 2024 and the Oceaneering team will complete a full handover of the updated deliverables to the client’s operations team to ensure a smooth transition. By the time of final handover, the project will have delivered consistently assigned maintenance plans, fully aligning with the asset technical hierarchy and established equipment criticalities. This will provide the client with confidence that all equipment will be maintained appropriately, in the most efficient method possible, whilst reducing risk and increasing asset uptime.
## Ready to Learn More?
Explore our Maintenance and Reliability Solutions. [ Learn More ](https://www.oceaneering.com/maintenance-and-reliability/) [ Download Case Study ](https://oceaneering.canto.com/download/document/dat3gv4vkl52r916jujqqbgc0t/original.pdf)# Contact Us
## Our team of experts is ready to help you get started.
Oceaneering offers best-in-class products and solutions, backed by unparalleled quality, reliability, and global support. Fill out the inquiry form to start a conversation today.
**Categories:** Maintenance and Reliability
**Content Types:** Case Studies
**Industries:** Oil and Gas
**Regions:** Europe & Middle East
**Search Tags:** Inspection, Maintenance, and Repair (IMR)
---
### [Analytical Assessment Eliminates Requirement for Costly Inspection of Distorted Bitumen Storage Tank](https://www.oceaneering.com/case-studies/analytical-assessment-eliminates-requirement-for-costly-inspection-of-distorted-bitumen-storage-tank/)
**Published:** March 20, 2025
**Author:** Edgar Cordova
**Content:**
Overview
## In July 2024, extraction of a small volume of bitumen from a heated and insulated storage tank at a UK port facility resulted in partial internal vacuum and significant shape distortion of the tank shell when the tank in-breather failed to operate as designed.
Following the quick actions of the local operating team, manual venting of the tank relieved the vacuum conditions and seemingly allowed the tank to return to its original shape. Integrity concerns were raised regarding localized permanent shell distortion, residual plastic deformation, and potential cracking, all requiring extensive insulation removal or complete draining and thorough internal cleaning to investigate.
We proposed an analytical screening approach using finite element analysis (FEA) to evaluate the likelihood of permanent plastic strain under the suspected vacuum conditions as well as identification of potential damage locations for focused inspection.
Challenge ## The absence of visible distortion on the external insulation cladding inhibited visual identification of potential areas of plastic deformation.
This necessitated an extensive insulation removal campaign to achieve high inspection coverage to confirm the absence of any detrimental plastic deformation.
Alternatively, the client could have completely drained and thoroughly cleaned the tank for safe access in support of visual inspection by a human or drone. Both inspection approaches would have required significant down time, incurred substantial preparation and inspection costs, and generated large quantities of waste products with a significant environmental impact.
Our Solution ### We proposed the use of a simplified finite element model of the tank to simulate the prevailing conditions during the event, which was then used to determine the likelihood of plastic deformation occurring during the vacuum event.
### The associated buckling analysis completed on the model was expected to indicate the most-likely location of plastic deformation to allow for targeted insulation removal and inspection, resulting in minimized preparation, inspection, and asset down-time.
  Assessment Approach ## A simplified and representative 3-dimensional finite element model of the tank was created from the as-built drawings, using the specified (and varying) design thicknesses for individual shell strakes.
As there was product in the tank at the time of the event, the floor was considered a rigid surface, while the roof and support structure were modelled in detail to ensure the stiffness they provided to the tank shell was represented accurately. Submerged internal accessories in the bottom of the tank, such as heating coils, were not expected to affect the buckling behavior of the tank and so were omitted, while appropriate additional factors for external walkways and other assets were added to the model.
The team performed buckling analysis and linear-elastic stress analysis on the tank model for various loading scenarios, following the general guidance of ASME VIII Div 2 Part 5, but without the application of design load factors, to simulate actual in-service conditions.
For each assessed bitumen fill height, the internal vapor space pressure was reduced until the load multiplier in the buckling assessment reduced to a value of one, indicating the onset of buckling instability. Subsequently, engineers used linear-elastic analysis at the onset of buckling point to check for maximum stress levels exceeding the material yield strength, if any, indicating the onset of permanent plastic deformation.
 Additional Challenges ## Unfortunately, due to the short duration of the vacuum event, key operational data such as the bitumen fill height and vapor space pressure were not accurately recorded. The team was able to perform sensitivity analysis to address uncertainties by varying key operational data to capture all possible scenarios.
Results ## Although the buckling analysis indicated the tank had very limited capacity to withstand partial vacuum, the partial vacuum at which bucking instability occurs was shown to be orders of magnitude greater than the original design requirements, confirming adequacy of the original design.
 Location of maximum equivalent stress for expected onset of first plastic deformation. The sensitivity analysis provided a range of maximum allowable vacuum pressure conditions for different tank fill heights, with the highest vacuum pressure associated with the lowest fill height and largest vapor space, as expected.
In contrast, by applying Boyle’s law, it was demonstrated that the risk of initiating larger vacuum conditions was greatest at higher fill heights where smaller changes in bitumen volume would result in greater increases in vacuum conditions.
All assessment scenarios demonstrated that the stress levels in the tank shell at the onset of buckling instability were well below the material yield strength. It was also demonstrated that substantial increases in negative pressure, well beyond the point of buckling instability, would be required to initiate plastic deformation, suggesting catastrophic collapse of the tank would occur well before the onset of significant permanent deformation. Furthermore, it was shown that the first plastic deformation in such an (unlikely) scenario would occur at the tank-to-roof interface, rather than in any of the areas of observed shell distortion.
Conclutions ## Our innovative analytical approach provided quantification of the likelihood of permanent damage to the tank from the vacuum event, which enabled the client to proceed with a risk-based decision to return the tank to service following a monitored and controlled initial filling.
The rapid turnaround time of the analytical approach, completed in a matter of days, reduced the tank’s down-time to the absolute minimum. Furthermore, elimination of extensive inspection requirements resulted in a substantial direct cost saving as well as a significant reduction in environmental impact with zero insulation waste, disposed product, or contaminated water.
- The original design of the affected tank satisfied the requirements for partial vacuum conditions stipulated in the design code.
- It was demonstrated that the tank was likely to become structurally unstable well before the onset of any permanent plastic deformation.
- The observed shell distortion and subsequent return to original shape could be considered as an elastic event.
- It is highly unlikely that the affected tank shell suffered any permanent damage during the distortion event.
# Contact Us
## Our team of experts is ready to help you get started.
Oceaneering offers best-in-class products and solutions, backed by unparalleled quality, reliability, and global support. Fill out the inquiry form to start a conversation today.
**Categories:** Asset Integrity Management
**Content Types:** Case Studies
**Industries:** Oil and Gas
**Regions:** Europe & Middle East
**Search Tags:** UK
---
### [Delivering Intervention Solutions for Water Injection Trees Offshore West Africa](https://www.oceaneering.com/case-studies/delivering-intervention-solutions-for-water-injection-trees-offshore-west-africa/)
**Published:** December 12, 2024
**Author:** Edgar Cordova
**Content:**
Overview
## In late 2021, a major operator identified a failure of the diverter block blind flange on two water injection trees at one of its fields offshore West Africa. To avoid pulling the trees and to support safe, continued production, the operator contracted a team of technology and service providers to develop an intervention and repair solution.
Challenge ### Oceaneering was initially tasked with executing the offshore scope, including [vessel](https://www.oceaneering.com/subsea-projects/vessel-fleet/) and [ROV](https://www.oceaneering.com/rov-services/) support, as we were the incumbent provider of [inspection, maintenance, and repair (IMR) services](https://www.oceaneering.com/imrge-integrated-customizable-imr-solutions/) to the client. The scope grew, however, enabling Oceaneering to demonstrate expertise in delivering bespoke, engineered solutions that meet exacting requirements.
Our Solution ## The project’s tooling was developed by another provider, but Oceaneering engineers played a key role in the process. Their expertise was essential in confirming ROV operability and suitability of the newly developed tools for the intended application and was used to execute comprehensive 3D simulations of the subsea operations prior to full tool development.
Oceaneering’s team completed the initial 3D simulations using Vortex Studio software., leveraging models of the tools in a 3D environment in conjunction with models of the subsea trees, and under conditions that mimicked the subsea operations. Oceaneering used this information to confirm the tools’ compatibility with the tree, highlight any potential clashes, and to support the development of the tooling from an operational point of view.
Oceaneering was also able to introduce efficiencies by completing early intervention scopes of work during windows of opportunity on the already-contracted vessel. In June 2022, the offshore team removed counterbalance weights on the trees to gain access to the blind flanges and captured data confirming the true condition of the fully exposed components.
We also used an advanced survey spread installed on Oceaneering’s Millennium ROV to complete photogrammetry modelling of the tree. The images were overlapped over the onshore mockup frame that was built to test the bespoke tooling, confirming the accuracy, and assuring the providers that subsea operations could be executed as intended. Additionally, the photogrammetry models were used in a virtual reality environment, enabling designers and engineers to better understand the challenge.
The team completed a second intervention to further prepare the tree for the main campaign. This involved removal of a post used to support electrical flying leads using Oceaneering standard tooling with minimal bespoke equipment, allowing for a cost effective and efficient solution.
[  ](https://www.oceaneering.com/wp-content/uploads/2024/12/ROV-Simulator-Image-Subsea-e.jpg) [  ](https://www.oceaneering.com/wp-content/uploads/2024/12/ROV-Pilots-in-Simulator-Room-e.jpg) [  ](https://www.oceaneering.com/wp-content/uploads/2024/12/Oceaneering-ROV-works-on-subsea-tree.png) [  ](https://www.oceaneering.com/wp-content/uploads/2024/12/Oceaneering-ROV-removes-clump-weights-from-subsea-tree.png) [  ](https://www.oceaneering.com/wp-content/uploads/2024/12/Screen-Shot-2024-04-11-at-104243-AM.png) Execution Plan ## Upon successful manufacturing of the tools, Oceaneering completed factory acceptance testing (FAT) and factory integration testing (FIT) at the manufacturer’s site.
The tools were shipped to Oceaneering’s facility in Stavanger where they spent four weeks undergoing intense site integration testing (SIT), replicating the offshore sequence of operations, and enabling an appropriate methodology to be produced.
Post SIT and using Oceaneering’s expertise in international logistics, the tools, including a full suite of spares for redundancy, were shipped to Oceaneering’s facility in Luanda, Angola. The tools underwent site receival testing (SRT) to confirm functionality after arrival in country. The tools and offshore team mobilized from Luanda transited to the field and successfully performed the repair of the first tree within a ten-day window.
The operation’s efficiency was a result of exceptional planning and thorough testing performed before the campaign. Leveraging learnings, the Oceaneering team completed a similar scope of subsea intervention on the second tree in seven days. After successful intervention and confirmation of renewed water injection capabilities in April 2023, the tools were returned to shore, prepared for storage, and are available should any similar future intervention be required.
[  ](https://www.oceaneering.com/wp-content/uploads/2024/12/Oceaneering-ROV-removes-flying-lead-post-subsea.png) [  ](https://www.oceaneering.com/wp-content/uploads/2024/12/Oceaneering-subsea-intervention.png) [  ](https://www.oceaneering.com/wp-content/uploads/2024/12/Oceaneering-FAT-FIT-SIT-e.jpg) [  ](https://www.oceaneering.com/wp-content/uploads/2024/12/Subsea-flange.png) Results ## Working with the client and another technology provider, the Oceaneering team helped quickly restore water injection functionality, allowing the well to be back online on a significantly faster timeline than that of a tree replacement, enabling production to restart, ensuring continued production for the operator.
Oceaneering demonstrated engineering expertise by using available technologies to plan, test, prepare, and capitalize on opportune windows to complete early intervention campaign work that provided a better overall understanding of the components’ condition. This approach not only saved vessel days for the operator, but de-risked operations with forward-thinking planning and advanced technology solutions.
## Ready to Learn More?
Explore our Subsea Engineered Solutions capabilities. [ Learn More ](https://www.oceaneering.com/intervention-tooling/subsea-engineered-solutions/) [ Download Case Study ](https://oceaneering.canto.com/download/document/k9qttgijgd6vd4en7dqj7kr021/original.pdf)# Contact Us
## Our team of experts is ready to help you get started.
Oceaneering offers best-in-class products and solutions, backed by unparalleled quality, reliability, and global support. Fill out the inquiry form to start a conversation today.
**Categories:** Inspection, Maintenance, and Repair (IMR), Intervention Tooling, Remotely Operated Vehicles (ROVs), Survey and Mapping
**Content Types:** Case Studies
**Industries:** Oil and Gas
**Regions:** Africa
---
### [Comprehensive Pipeline Integrity Management In The North Sea](https://www.oceaneering.com/case-studies/comprehensive-pipeline-integrity-management-in-the-north-sea/)
**Published:** December 11, 2024
**Author:** Edgar Cordova
**Content:**
Overview
## As part of an ongoing integrated and comprehensive integrity services contract with a major client, our engineers deliver pipeline integrity management services for two North Sea platforms and their associated pipelines.
Our dedicated team, including an embedded corrosion engineer and pipeline engineers, ensure the longevity and safety of these critical assets through corrosion fitness for service, risk-based inspection (RBI) assessment fitness for service, and upheaval bucking analysis engineering.
Our Solution ## The infield and export pipelines, installed in 2016, require regular inspections and corrosion inhibition strategies to ensure their integrity over the 30-year design life.
A team of our global integrity engineering experts provides comprehensive analysis and support including:
- Reviewing intelligent pigging data and performing fitness-for-service assessments on corroded pipeline sections
- Conducting and updating RBI programs to define inspection frequencies that address high corrosion levels
- Identifying and proposing solutions for field-specific challenges including high corrosion rates
- Maintaining the pipelines’ anomaly register and integration into the client’s integrity management database
- Using finite element analysis (FEA) to assess upheaval buckling (UHB) and recommending mitigation strategies
- Proposing strategies to reduce the current rate of pipeline corrosion
Results ## Addressing 60 kilometers of pipeline, the project continues to benefit from Oceaneering’s expertise.
Our integrated approach has helped the client manage their assets efficiently, with ongoing support for anomaly management and inspection planning. Our proactive measures and suggestions, such as chemical injection recommendations to reduce corrosion rates and details on appropriate rock dumping requirements to mitigate UHB, ensure operational safety and increase the pipelines’ operational lifespan.
## Ready to Learn More?
Explore our Integrity Engineering Services. [ Learn More ](https://www.oceaneering.com/asset-integrity/integrity-management/engineering-services/) [ Download Case Study ](https://oceaneering.canto.com/download/document/gbtnt3cc5h33lcbvjl2918g22f/original.pdf)# Contact Us
## Our team of experts is ready to help you get started.
Oceaneering offers best-in-class products and solutions, backed by unparalleled quality, reliability, and global support. Fill out the inquiry form to start a conversation today.
**Categories:** Asset Integrity Management, Integrity Management
**Content Types:** Case Studies
**Industries:** Oil and Gas
**Regions:** Europe & Middle East
---
### [Innovative Approach Expedites Complex Pipeline Inspection](https://www.oceaneering.com/case-studies/innovative-approach-expedites-complex-pipeline-inspection/)
**Published:** December 17, 2024
**Author:** Edgar Cordova
**Content:**
Overview
### In late 2023, a client with a fixed concrete platform in North America contacted Oceaneering seeking a rapid-response solution to address their urgent need for internal [pipe inspection](https://www.oceaneering.com/asset-integrity/in-service-inspection/subsea-inspection/).
The client was experiencing low flow volumes through the pipeline and needed an expedited method of identifying the root cause and suggestions on how to remediate the issue.
The 209-meter-long pipeline section in question had extraordinarily complex geometry with multiple elbows and turns and the added complexity of non-ferrous construction of varying diameters ranging from 38 inches down to 18 inches. Not only did the client need to confirm and remediate the issue, but they also needed to complete all inspection activity during a scheduled two-week maintenance period when the asset was offline.
Our solution ## The Oceaneering team used drawings provided by the client to identify key areas for targeted inspection.
After reviewing all variables, they developed a solution that could address 73% of the 209-meter length, giving the client the most comprehensive data possible within their tight timeline.
The approach was divided between two methods: a modified drop camera deployed topside, and an ROV-based solution deployed through the 18-inch port included in the lower section. The drop camera was engineered using a modified crawler system, making it suitable for use in the titanium pipeline. Primary and secondary set-ups were deployed offshore with an Oceaneering team to an already-chartered vessel to complete the inspection scope.
Results ## The dual inspection method was used to successfully capture video and stills of the extreme build up within the pipeline within the two-week shutdown window.
While the team was unable to inspect the pipeline’s many bends, we provided the client with the information necessary to make informed decisions on how to remediate and restore flow across production.
Successful provision of an inspection methodology to solve the client’s issue not only demonstrated ingenuity and our capability to respond quickly, but answered a challenge no other vendor was willing to take on. The site’s water depth, composition of the pipeline, and complex geometry eliminated many readily available options and demanded an innovative, bespoke solution.
## Ready to Learn More?
[ Explore our Special Periodic Survey and UWILD Services. ](https://www.oceaneering.com/asset-integrity/floating-systems-inspection-and-integrity-services/special-periodic-surveys-and-uwild/ "Explore our Special Periodic Survey and UWILD Services.") [ Learn More ](https://www.oceaneering.com/asset-integrity/floating-systems-inspection-and-integrity-services/special-periodic-surveys-and-uwild/) [ Download Case Study ](https://oceaneering.canto.com/download/document/hv957u6mbh7mj4u2f3899g1v1u/original.pdf)# Contact Us
## Our team of experts is ready to help you get started.
Oceaneering offers best-in-class products and solutions, backed by unparalleled quality, reliability, and global support. Fill out the inquiry form to start a conversation today.
**Categories:** Inspection Tools, ROV Tooling
**Content Types:** Case Studies
**Industries:** Oil and Gas
**Regions:** North America
**Search Tags:** OPG
---
### [Reliability Study Uncovers Root Causes of Mechanical Seal Failures](https://www.oceaneering.com/case-studies/reliability-study-uncovers-root-causes-of-mechanical-seal-failures/)
**Published:** November 19, 2024
**Author:** Edgar Cordova
**Content:**
Overview
## In 2023, a major North Sea upstream oil and gas operator with a facility three years into operation was experiencing repeated premature pump mechanical seal failures.
Whilst these failures posed no immediate risk to personnel, they were causing costly financial and operational losses.
In response, Maintenance and Reliability Solutions reliability engineers embedded within the client’s operations team were commissioned to complete a study of 40 production related pumps of varying types to identify seal failure root causes and provide recommendations to eliminate the failures.
Our approach ## To address the pump mechanical seal failures, the reliability engineers used a trusted Root Cause Analysis review process; evaluating pump work order data, operational procedures, and original equipment manufacturer (OEM) input to systemically identify the common factors contributing to the failures across the different pumps and their varied operational conditions.
This comprehensive process led to 12 summarized findings:
1. Variance in seal installation methods used by the offshore maintenance team.
2. Uncertainty within the offshore maintenance team surrounding acceptable seal leakage rates.
3. Operating pumps away from their ‘best efficiency’ point was likely contributing to seal failures.
4. Inconsistent monitoring of seal system operating parameters.
5. Seal failures caused by incomplete venting during system startups.
6. Re-filling the central seal system tank initiated contamination of the barrier fluid.
7. Blockages due to unnecessary filter installations on seal system PCVs.
8. Low confidence in spare mechanical seal stock and MRP settings.
9. Seal system maintenance plans are missing important tasks.
10. Blockages caused by incorrect specification filters installed on the central seal system.
11. Seal system vendor was not present during commissioning and had never been on site.
12. Alternative specialist identified redundant seal design aspects.
Working with the client’s maintenance and engineering teams, the reliability engineers worked to establish suitable remedial actions for each finding to mitigate the issues.
1. Roll out mechanical seal system installation training to offshore maintenance team.
2. Communicate the clarified leakage rates with the onshore and offshore teams.
3. Complete a pump performance curve assessment to identify potential operational changes.
4. Collaborate with the client’s corporate rotating machinery team to improve online monitoring of seal system parameters.
5. Communicate the importance of effective venting during plant startup.
6. Implement TEG filtration prior to tank filling.
7. Modify seal system PCVs to remove unnecessary filters.
8. Complete production critical spares review for mechanical seals.
9. Enhance maintenance plans with barrier fluid sampling and thermography.
10. Change central seal system filter size to 10 microns (typical for this application).
11. Consider mobilizing seal system vendor for system review.
12. Confirm that the identified seal design issues have been resolved.
Results ## The combined effect of implementing the recommendations led to a noticeable improvement in pump operational availability via a reduction in unplanned downtime. This helped the client reduce costly financial and operational losses.
Such was the benefit, the client opted to make the study ‘evergreen’, with any future pump failures analyzed using the same process.
The study showed the advantages of a holistic approach to addressing mechanical seal failures, incorporating technical, operational, and strategic elements to achieve lasting improvements in asset availability and operational practices. An additional benefit of having Oceaneering reliability engineers embedded within the client’s operations team also enabled an efficient integrated approach to optimizing pump reliability, whilst freeing up the client’s own resources.
Whether through a one-off project or embedded within an operations team, Oceaneering’s operational reliability services can be tailored to meet organizational needs, offering innovative solutions to improve operational efficiency and reliability across a wide range of plant types.
## Ready to Learn More?
Explore our Maintenance and Reliability Solutions. [ Learn More ](https://www.oceaneering.com/maintenance-and-reliability/) [ Download Case Study ](#)# Contact Us
## Our team of experts is ready to help you get started.
Oceaneering offers best-in-class products and solutions, backed by unparalleled quality, reliability, and global support. Fill out the inquiry form to start a conversation today.
**Categories:** Maintenance and Reliability
**Content Types:** Case Studies
**Industries:** Oil and Gas
**Regions:** Europe & Middle East
**Search Tags:** North Sea
---
### [Emergency Dock Assessment Uses Sonar Mapping to Confirm Damage](https://www.oceaneering.com/case-studies/emergency-dock-assessment-uses-sonar-mapping-to-confirm-damage/)
**Published:** November 1, 2024
**Author:** Edgar Cordova
**Content:**
Overview
## In late 2022, a client we had worked with, primarily on projects related to life extension and condition assessment of docks, contacted us seeking urgent inspection of assets in the Mississippi River basin on behalf of one of their direct clients.
Due to significantly low water levels, navigation channels had shifted, leading to a barge colliding with a dock. This dock was essential infrastructure and required immediate assessment to determine if operations could continue without safety risks. They were also interested in identifying future remediation requirements, should there be any necessary.
Plan ## Our objective was to quickly assess the integrity of the dock. Given the urgency, we devised a plan for a rapid response.
An initial assessment gathered preliminary information about the incident, the dock’s structure, and the extent of visible damage. The dock, a smaller island connection between two facilities, suffered significant impact, potentially affecting its support systems, catwalks, fenders, and dolphin piles.
The client required expedited results, and the team identified sonar scanning technology deployed using a Class 1 [remotely operated vehicle](https://www.oceaneering.com/rov-services/) as the ideal solution. The simple, easily deployed system was capable of completing a comprehensive assessment of the dock, enabling the team to evaluate the shift in distances between support structures and examine the dock from the surface down to the mudline for any material separation.
The data was collected promptly, without incident, and the required reports and images were shared with the client to support their decision making and any future intervention activities.
Results ## The sonar scans provided a detailed 2D model of the dock’s structure, allowing an accurate assessment of the damage.
We identified significant shifts in the dock’s structure, with some elements being knocked more than a foot out of original position. The scans revealed that, despite the damage, there was no immediate risk of collapse. This finding was crucial for ensuring the safety of personnel and ongoing operations.
The quick response and efficient use of sonar technology enabled the client to make informed decisions about the dock’s usability and necessary repairs without significant downtime.
Ensuring a swift response was critical. We managed to organize the assessment and deploy our team with the necessary equipment within a week of the initial request, demonstrating our commitment to rapid response and world class customer support.
## Ready to Learn More?
Explore our Special Periodic Survey and UWILD Services. [ Learn More ](https://www.oceaneering.com/asset-integrity/floating-systems-inspection-and-integrity-services/special-periodic-surveys-and-uwild/) [ Download Case Study ](https://oceaneering.canto.com/download/document/q3kqk0jo313kt2jhmhfov41e2n/original.pdf)# Contact Us
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**Categories:** UWILD
**Content Types:** Case Studies
**Industries:** Oil and Gas
**Regions:** North America
**Search Tags:** OPG, Remotely Operated Vehicles (ROV), Sonar mapping
---
### [Supporting Client with Long-Term FPSO Maintenance Plan](https://www.oceaneering.com/case-studies/supporting-client-with-long-term-fpso-maintenance-plan/)
**Published:** September 9, 2024
**Author:** Kristen Thurman
**Content:**
The Challenge
## A client needed a thorough maintenance management system for its floating production storage and offloading (FPSO) vessel offshore Brazil.
The FPSO was a critical asset for the client as it processes all primary fluids produced by wells connected to the field’s three platforms. To meet the challenge, Oceaneering’s Maintenance and Reliability Solutions team was contracted to develop a comprehensive solution to align the FPSO’s maintenance system with the customer’s existing maintenance philosophy.
Execution Plan ## The project’s initial contract ran from 2014 to 2017 and covered 70,000 functional locations.
The scope included:
- Reviewing technical documentation (P&IDs, maintenance manuals, single line diagrams, and wiring diagrams)
- Generating a technical hierarchy of the plant functional locations
- Detailing the mechanical dependencies for mechanical isolation of equipment
- Implementing a risk-based maintenance strategy following NORSOK Z-008
- Establishing a criticality classification for all functional locations in the installation
- Defining preventive maintenance routines and task assignments
- Outlining maintenance tasks to be performed in each work order
- Completing a compliance review of maintenance plans according to health, safety and environment national and international standards and regulations (NBRs, NR-10, NR-13, NR-37, NORMAN 01, NORMAN 05, ILO, ASME, SOLAS and DNV).
In addition to delivering the maintenance engineering scope, Oceaneering’s Fabric Maintenance and Management (FMM) team used its proprietary SOLV software to provide surface maintenance solutions for the FPSO. Oceaneering experts established an approach in line with the client’s FM philosophy that included identifying various administrative units across the FPSO’s 211,286 m² of coated surfaces. This included classifying surface condition based on NACE parameters.
Continued Support ## Based on the successful delivery of the first three-year contract, the client selected Oceaneering to deliver continuous support for the maintenance management of the installation.
 Table 1: Area distribution per coated surface condition and average condition (May 2018).  Graphic 1: Total area categorized by consequence class. As part of the extension of the contract, the team has been tasked with:
- Ensuring continuous improvement of maintenance routines, considering methodologies such as Plan Do Check Act (PDCA)
- Defining and implementing the maintenance strategy (technical hierarchy, criticality assessment, maintenance routines) for new equipment installed on the FPSO
- Defining and implementing corrective strategies and spare parts allocation using a computerized maintenance management system (CMMS)
- Delivering the FPSO’s first long-term plan (January 2019 to December 2023) focusing on the evaluation of coated surfaces and describing the systematics for execution of surface maintenance.
Oceaneering participated in the client’s 2020 high activity period (HAP). Our team oversaw the pipe painting scope using SOLV prioritization to identify assets needing the most urgent attention. We are currently developing the FPSO’s 2023-2026 long-term plan including the condition update of the installation which will include a 39-day offshore campaign that will enable a total surface inspection of 225.023 m².
Results ## As a result of the initial three-year contract, the client was able to benefit from both a significant reduction in planned maintenance and an impressive return on investment (ROI).
By implementing standardization across operations and modifying maintenance routines, they were able to achieve a 50% reduction in planned maintenance. It is estimated that the savings provided to the operator reached the 10 million USD mark annually. Oceaneering was able to help the client reshape their maintenance approach using a multidisciplinary team of professionals based in Brazil and Norway.
Oceaneering continues to support the client with a multi-discipline team of engineers.
By enlisting Oceaneering to provide ongoing maintenance services, the client can:
### Maintain the standardization of the maintenance strategy
### Leverage Oceaneering’s support to verify requirements and remain compliant with standards and regulations
### Standardize the work hours attributed to equal activities
### Ensure continuous improvement of the maintenance strategy
### Safely and strategically reduce planned maintenance
### Ensure the quality of documentation used and generated for maintenance activities
The combined results ensure the client is compliant with national regulations and is able demonstrate this compliance during audits.
## Ready to learn more?
[ Explore our Maintenance and Reliability Solutions. ](https://www.oceaneering.com/maintenance-and-reliability/ "Explore our Maintenance and Reliability Solutions.") [ Learn More ](https://www.oceaneering.com/maintenance-and-reliability/) [ Download Case Study ](https://oceaneering.canto.com/download/document/g3113t5tsh03h0jir35iudsr7c/original.pdf)# Contact Us
## Our team of experts is ready to help you get started.
Oceaneering offers best-in-class products and solutions, backed by unparalleled quality, reliability, and global support. Fill out the inquiry form to start a conversation today.
**Categories:** Asset Integrity Management, Integrity Management, Maintenance and Reliability
**Content Types:** Case Studies
**Industries:** Oil and Gas
**Regions:** South America
**Search Tags:** '-Regions, Brazil
---
### [Embedded Engineers Improve Operational Reliability for Global Operator](https://www.oceaneering.com/case-studies/embedded-engineers-improve-operational-reliability-for-global-operator/)
**Published:** August 5, 2024
**Author:** Edgar Cordova
**Content:**
Overview
## A global operator sought to underpin the operational reliability, uptime, and maintenance efficiency of their new-build development in the North Sea.
Based on our successful delivery of the facilities’ maintenance program prior to commissioning, Oceaneering’s Maintenance and Reliability Solutions team was contracted to implement an operational reliability strategy to support the facilities during operations.
Our Solution ## In 2022, a team of Oceaneering reliability and maintenance engineers were embedded directly into the client’s operational framework.
This strategic integration provided the client with experienced resources, dedicated to improving operational reliability and maintaining uptime targets, aided by a deep understanding of the facilities’ design and day-to-day operations.
Working within the client’s operations team, our reliability engineers are on hand to quickly perform comprehensive analysis to address asset reliability issues. Using techniques such as root cause analysis, reliability studies, and the implementation of condition monitoring regimes, they identify and mitigate emerging asset vulnerabilities to optimize asset availability. Similarly, whenever asset performance is in question, operational efficiency studies are used to ensure assets are operating at peak efficiency.
Meanwhile, the maintenance engineering efforts are focused on continuously refining the initial maintenance program to ensure the facilities’ evolving operational needs are met. This includes managing changes across the asset hierarchy, maintenance plans, and spare parts strategies. Crucially, the Oceaneering team is responsible for implementing revised data into the client’s Computerized Maintenance Management System (CMMS).
##### Key initiatives include:
- Conducting failure assessments to pinpoint and resolve system weaknesses.
- Analyzing the production loss register and corrective work orders to develop targeted proactive recommendations for operational improvements.
- Establishing robust online and offline monitoring strategies to pre-emptively address emerging threats.
- CMMS Management of Change (MOC).
Results ## The successful collaboration between Oceaneering and the client is now in its third year and has yielded significant improvements in operational reliability and efficiency of the facilities.
Our integrated operational reliability strategy has led to increased asset uptime by reducing unplanned maintenance downtime and contributes to a proactive maintenance culture that anticipates and mitigates potential issues before they affect operations.
By embedding our personnel into the client’s team and daily operations, our ongoing support extends beyond immediate operational needs. Our team provides a flexible, responsive, and highly competent service offering whilst ensuring our solutions evolve in tandem with the client’s operational goals.
In addition to our embedded asset reliability support, we have also delivered targeted scopes including structural and vibration-related inspection services to address specific engineering issues. Combined, our work with the client highlights Oceaneering’s ability to deliver a broad range of tailored engineering solutions that drive substantial improvements in operational reliability and efficiency.
## Ready to learn more?
Explore our Maintenance and Reliability Solutions. [ Learn more ](https://www.oceaneering.com/maintenance-and-reliability/) [ Download Case Study ](https://oceaneering.canto.com/direct/document/b66bk13bsp6mrdc1cgbj15jk7g/GYEJuLw-T49_Gz0P0XqTbIY7c9o/original?content-type=application%2Fpdf&name=Case-Study-MRS-CS-24-001-Embedded-Engineers-Improve-Operational-Reliability-for-Global-Operator.pdf)# Contact Us
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**Categories:** Asset Integrity Management, Integrity Management, Maintenance and Reliability
**Content Types:** Case Studies
**Industries:** Oil and Gas
**Regions:** Europe & Middle East
**Search Tags:** North Sea
---
### [Oceaneering Successfully Completes Nexstep Decommissioning Campaign](https://www.oceaneering.com/case-studies/oceaneering-successfully-completes-nexstep-decommissioning-campaign/)
**Published:** March 14, 2024
**Author:** Edgar Cordova
**Content:**
Overview
## In September 2023, Oceaneering successfully completed work for the Nexstep (National Platform for Re-use and Decommissioning in the Netherlands) Joint Campaign to decommission thirty, Dutch sector, mudline suspension (MLS) wells. The joint campaign, utilizing a vessel-based decommissioning approach, involved six major operators in the Netherlands.
As lead contractor, Oceaneering was responsible for the full range of project services, from project management and engineering through vessel charter and service provider management. The work was carried out using a phased approach to operations.
- **Phase 1:** Initial Survey (General Visual Inspection \[GVI\]) – May 2022
- **Phase 2:** Deep Clean and Inspection – October 2022
- **Phase 3:** Temporary Abandonment (TA) Cap Recovery, Circulation, and Cementing – August 2023
- **Phase 4:** Conductor Severance and Seabed Clearance – September 2023
Challenge
- To provide an economic solution acceptable to Nexstep and their six operator partners
- To facilitate the removal of multiple TA caps without the risk that residual oil-based mud (OBM) could escape to the environment
- To facilitate the contained removal of residual OBM from well annuli before setting environmental barriers
- To deliver project documentation within the agreed schedule of six different operators and the Dutch regulatory authorities
Our Solution ## Leveraging experience as lead contractor in previous multi-client decommissioning scopes, Oceaneering developed a comprehensive and optimized plan that addressed the operators’ requirements, inclusive of a zero-spill solution for OBM.
Multiple TA cap removal operations were required to be carried out for the Nexstep project as part of well plugging and abandonment (P&A) activities. To complete the scope using a vessel-based riserless solution, it was necessary to further develop existing technology to augment established vessel-based operations methodologies.
Consequently, and based upon Oceaneering’s field proven conductor stripper assembly (CSA), the mud containment system (MCS) was developed. The MCS facilitated both TA cap removal and annulus circulation operations by containing and diverting OBM from a well through a return line to the vessel for storage and onshore disposal.
 Execution Plan ## The project plan covered all aspects of planning, preparation, vessel mobilization, offshore operations, vessel demobilization and close-out activities for the P&A activities related to the 30 MLS wells. This work was completed in four phases, with the first two phases executed in collaboration with key sub contractor Bluestream Offshore.
Execution Plan The project plan covered all aspects of planning, preparation, vessel mobilization, offshore operations, vessel demobilization and close-out activities for the P&A activities related to the 30 MLS wells. This work was completed in four phases, with the first two phases executed in collaboration with key sub contractor Bluestream Offshore.
Phase 1 Phase 2 Phase 3 Phase 4 Phase 1 ##### 
##### Phase 1: Initial Asset Survey
The survey campaign’s purpose was to gather a general visual overview of each location with respect to the specific operator’s requirements. A right-sized, compact vessel, the DP2 ROVSV VOS Sugar, ideally suited for completing the general visual inspection (GVI) performed at each location provided a cost-efficient, lower emissions solution. The GVI gave the team an impression of the subsea structures’ condition and their attachments without cleaning and enabled them to identify any major changes to the original or previously known condition.
Additionally, the information gathered de-risked the project by identifying issues up front and allowing for proper engineering analysis and solutions to be developed prior to arriving on location with a more expensive vessel.
Phase 2 
##### Phase 2: Deep Clean and Inspection
Phase 2 addressed specific wells that required deep cleaning of conductors in preparation for their Phase 3 and/or Phase 4 operations. Phase 3 wells required a more intensive and detailed internal inspection down to and inclusive of the upper most temporary abandonment (TA) cap of the mudline suspension (MLS) system.
For Phase 4 conductors, deep cleaning was only performed to 8.0m below mudline (BML) to enable the conductor to be cut at 6.5m BML. The Dutch authority required wells to be severed at 6m BML to mitigate the dynamic nature of the seabed in these waters. These operations were completed using the DSV Ievoli Ivory, a vessel specifically suited for these inspections and cleaning operations, eliminating the need to use a higher day rate vessel.
Phase 3 
##### Phase 3: Temporary Abandonment (TA) Cap Recovery, Circulation, and Cementing Operations
This phase encompassed the recovery of 19 TA caps and the containment and recovery of the base oil component of the oil-based mud or water-based mud. The team completed wireline runs to perforate casings prior to pumping cement to accurately place environmental barriers through a hose, enabling the cut and recovery of various casing sizes.
These operations were successfully completed and facilitated well preparation for the final phase of the project. The MSV Island Vanguard was chartered for this phase of work in line with the project’s cost optimization objectives.
Phase 4  
##### Phase 4: Conductor Severance, Recovery, and Seabed Clearance
The project’s final phase included, where applicable, permanent abandonment and clearance of the well location. Scopes of work were finalized by the issuance of a Completion / Seabed Clearance Certificate by the onboard operator representative. Conductors were cut at the prescribed depths using an abrasive water jet cutting method. The cut depths ranged from 5.77m BML (which was accepted under dispensation by the regulatory authority) up to 11.12m BML. Conductors and associated debris were recovered to deck, and a seabed clearance survey was carried out at each location. The MSV Island Vanguard was again used for this phase in line with the project’s cost optimization objectives.
Results ## The scope was completed safely and used a more economically and environmentally friendly approach than previous campaigns. It enabled a more efficient approval process with the Dutch regulatory authority by aligning documentation and by sharing of campaign management and offshore supervision through all phases of the project.
Use of a phased approach to complete the specified wellhead removal work scopes in a single campaign provided cost savings and when coupled with the new design developed specifically for this project. There were multiple client benefits including:
- Eliminating OBM discharges via a mud containment system.
- Reducing environmental impacts from CO2 by using vessel instead of rig and avoiding NOx deposition on Natura2000 areas by using a selective catalytic reduction (SCR) system on the vessel.
- Allowing changes in the campaign schedule to be made between phases to adjust the execution plan based on new information (where applicable).
- Reducing costs more than 30% by moving scope from rigs to vessel, sharing risk and cost between operators, and applying lessons learned across sites to optimize operations.
The project management by Oceaneering of daily operations on each phase in close collaboration with Nexstep and the six operators to best utilize available resources was essential to the project’s success. Learnings from this campaign will be used by Oceaneering in line with its continuous improvement process to best place the team to provide vessel-based P&A solutions to the global market.
## Ready to learn more?
Explore our Decommissioning Solutions. [ Learn More ](https://www.oceaneering.com/decommissioning/) [ Download Case Study ](https://oceaneering.canto.com/download/document/plomaqvgah00ra4p5adoki1761/original.pdf)# Contact Us
## Our team of experts is ready to help you get started.
Oceaneering offers best-in-class products and solutions, backed by unparalleled quality, reliability, and global support. Fill out the inquiry form to start a conversation today.
**Categories:** Decommissioning, Plug and Abandonment
**Content Types:** Case Studies
**Industries:** Oil and Gas
**Regions:** Europe & Middle East
**Search Tags:** North Sea
---
### [Advanced Subsea Visual Metrology Solution Provides Images and 3D Modelling of Exceptional Quality](https://www.oceaneering.com/case-studies/advanced-subsea-visual-metrology-solution-provides-images-and-3d-modelling-of-exceptional-quality/)
**Published:** February 28, 2024
**Author:** Edgar Cordova
**Content:**
Overview
## In August 2023, Oceaneering deployed its Advanced Subsea Visual Metrology (ASVM) suite to collect data related to wells and pipeline end manifolds (PLEMs) located in 1,500 ft water depth.
The scope was included as part of an annual inspection campaign used to confirm the condition of the assets.
The client historically completed the data collection activities using a light detection and ranging (LiDAR) method, but wanted to explore options for a faster, less equipment intensive solution to provide highly accurate and expedited results.
Challenge ## Subsea infrastructure is subject to movement after initial production due to thermal growth.
Infrastructure is designed to allow thermal growth, preventing overstressing of components such as jumpers and hub connectors.
The client conducted detailed movement analysis to ensure components were moving as expected and no excessive stress existed on the jumpers or hubs, which could lead to compromised sealing or complete failure. The client traditionally conducted these inspections using LiDAR but opted to compare the LiDAR results with photogrammetry.
Our Solution ## The Oceaneering photogrammetry team leveraged extensive domain knowledge, pilot and survey team expertise, and high levels of preparation to execute the project scope.
Oceaneering completed the subsea inspection using the 4,000m-rated ASVM suite fitted onto [a Millennium® ROV](https://www.oceaneering.com/rov-services/rov-systems/) onboard its [Brandon Bordelon vessel](https://www.oceaneering.com/subsea-projects/vessel-fleet/). The suitability of photogrammetry for subsea metrology was showcased by imaging passes of the seabed without the structure in view. Each pass was completed in less than 30 minutes, delivering a highly efficient solution for data capture. Two Oceaneering surveyors were present on the vessel and data was streamed via our secure infrastructure and the [Oceaneering Media Vault (OMV)](https://www.oceaneering.com/asset-intelligence-and-management/media-and-integrity-management/) to an onshore based team who were able to provide additional support in real-time.
[  ](https://www.oceaneering.com/wp-content/uploads/2024/02/ASVM-Image-of-Well.png) [  ](https://www.oceaneering.com/wp-content/uploads/2024/02/ASVM-of-Pipeline.png) [  ](https://www.oceaneering.com/wp-content/uploads/2024/02/ASVM-Overlay-of-Conductor-Placement.png) [  ](https://www.oceaneering.com/wp-content/uploads/2024/02/Complete-ASVM-of-Wells-and-PLEMS.png) [  ](https://www.oceaneering.com/wp-content/uploads/2024/02/ASVM-Conductor-Placement.png) Results ## Using photogrammetry and the ASVM solution provided the client with high quality results swiftly. The Oceaneering dataset enabled advanced data analysis and quantitative measurements of the site.
The dynamic acquisition method enabled immediate feedback on visibility and coverage, thereby ensuring that there was nothing impeding data acquisition at the time of inspection.
The clients were provided with full, colorized models that enabled them not only to assess the assets’ positions compared to the historic data, but identify structural changes including marine growth or any areas of degeneration in the structure.
Oceaneering was also able to compare the conductor locations measured between the jumper inspection dataset and the dataset that only included the conductors and seabed. The result of fitting a best-fit circle to the conductors showed an impressive difference of only 4.6mm over the 65m distance measured between different surveys.
The success of the scope and the comprehensive report (images, video, 3D models, measurements) has demonstrated the suitability of the solution and will enable the client to complete year-by-year comparisons to verify the integrity and position of the jumpers. The comprehensive dataset will also enable accurate decision making should intervention be required.
## Ready to learn more?
Explore our Integrated Survey Solutions. [ Learn More ](https://www.oceaneering.com/survey-and-mapping/) [ Download Case Study ](https://oceaneering.canto.com/download/document/2hf0ic617t2arc71rtnrhdci58/original.pdf)# Contact Us
## Our team of experts is ready to help you get started.
Oceaneering offers best-in-class products and solutions, backed by unparalleled quality, reliability, and global support. Fill out the inquiry form to start a conversation today.
**Categories:** Asset Integrity Management, Inspection Tools, Inspection, Maintenance, and Repair (IMR), Integrity Management, Measuring Tools, ROV Tooling
**Content Types:** Case Studies
**Industries:** Oil and Gas
**Regions:** North America
**Search Tags:** Asset Integrity, inspection, Inspection, Maintenance, and Repair (IMR)
---
### [Multi Qualified Level 3 Engineers Complete Managed Audit Program for UK Nuclear Power Plants](https://www.oceaneering.com/case-studies/multi-qualified-level-3-engineers-complete-managed-audit-program-for-uk-nuclear-power-plants/)
**Published:** March 14, 2024
**Author:** Edgar Cordova
**Content:**
Overview
## Oceaneering recently completed its sixth year delivering managed audit support at UK nuclear power plants as part of a multi-year contract for a major global energy supplier.
Our Solution ## Fourteen highly-qualified Level 3 Oceaneering inspection engineers complete managed audit programs at seven operational nuclear power plants across the UK.
A third-party provider completes the required ongoing maintenance and inspection, and Oceaneering has been entrusted to complete audits of their reported findings, confirming the accuracy of information while ensuring compliance.
The team of Oceaneering engineers is responsible for auditing multiple inspection methods and data captured across asset types, from pipework to turbine components and more. The knowledge and oversight provided by the engineers is essential to supporting the client’s internal teams tasked with making maintenance and intervention related decisions.
Results ## Our ability to work alongside the client’s internal teams and provide them with a trusted solution for audits enables them to safely keep assets online, avoiding the astronomical cost associated with shutdown and lack of energy production.
Leveraging the expertise within Oceaneering enables value-adding decision making, especially when related to life extension, where our findings can be used to build safety cases to extend asset longevity.
The 2024 campaign will mark the seventh year of our auditing contracts with the client. Upon completion, there is the possibility of securing an additional two-year contract extension.
## Ready to learn more?
Explore our Asset Integrity Services. [ Learn More ](https://www.oceaneering.com/asset-integrity/) [ Download Case Study ](https://oceaneering.canto.com/download/document/vida2s27od23lf3uk3j3jgmj40/original.pdf)# Contact Us
## Our team of experts is ready to help you get started.
Oceaneering offers best-in-class products and solutions, backed by unparalleled quality, reliability, and global support. Fill out the inquiry form to start a conversation today.
**Categories:** Asset Integrity Management, Renewables
**Content Types:** Case Studies
**Industries:** Renewable Energy
**Regions:** Europe & Middle East
**Search Tags:** Asset Integrity, nuclear, UK
---
### [Successful NDT Enables Decommissioning of Nuclear Power Facilities in UK](https://www.oceaneering.com/case-studies/successful-ndt-enables-decommissioning-of-nuclear-power-facilities-in-uk/)
**Published:** March 13, 2024
**Author:** Edgar Cordova
**Content:**
Overview
## In February 2023, Oceaneering completed a two-and-a-half-year project providing non-destructive testing (NDT) services to support the safe and timely decommissioning of nuclear power facilities in the United Kingdom. A highly regarded service provider to the nuclear industry, Oceaneering was selected to complete x-ray and dye penetrant testing on steel structures used for underground waste disposal.
Our Solution ## Our vetted, experienced, and certified technicians completed the non-destructive testing on steel structures tasked with containing what is considered contaminated material from the sites being decommissioned.
The 1.6m cubes are manufactured of acid-grade 316 stainless steel and required double exposure examination on all welds. Our facility in Stockton, UK is uniquely equipped with both the personnel, space, and equipment to best address the stringent inspection requirements and the vast scale of the project. Nearly 10,000 cubes were required to support the first phases of decommissioning alone.
After being manufactured by another provider, the cubes were shipped to our facility where Oceaneering technicians completed the necessary x-ray and dye penetrant testing. Upon verification of the integrity and quality of the welds, the containers could be further prepared for future use in the underground facility.
Results ## The team’s ability to deliver quality results, reliably and with consistency, enabled the client to confirm the integrity of critical components required for the decommissioning of the nuclear power facilities. Our experience within the industry played a key role in understanding the project’s requirements and delivering the necessary data on each steel storage container.
## Ready to learn more?
Explore our Asset Integrity Services. [ Learn More ](https://www.oceaneering.com/asset-integrity/) [ Download Case Study ](https://oceaneering.canto.com/download/document/j3f015sqc974r2ct5l2pb74f4o/original.pdf)# Contact Us
## Our team of experts is ready to help you get started.
Oceaneering offers best-in-class products and solutions, backed by unparalleled quality, reliability, and global support. Fill out the inquiry form to start a conversation today.
**Categories:** Asset Integrity Management, Renewables
**Content Types:** Case Studies
**Industries:** Renewable Energy
**Regions:** Europe & Middle East
**Search Tags:** nuclear, UK
---
### [Oceaneering Subsea Robotics Supports Floating Offshore Wind Installation Offshore Spain](https://www.oceaneering.com/case-studies/oceaneering-subsea-robotics-supports-floating-offshore-wind-installation-offshore-spain/)
**Published:** December 4, 2023
**Author:** Kristen Thurman
**Content:**
Qverview
## In August 2023, an Oceaneering crew and Magnum® remotely operated vehicle (ROV) was used to support the installation of a floating wind turbine off the northeast coast of Spain.
Solution ## An Oceaneering Norwegian-based, 6-person crew was integrated to a large project team consisting of various third parties to ensure the safe and effective installation of the project’s floating wind turbine.
The installation vessel’s Magnum ROV was used to complete disconnect operations, set up tensioning required to position the turbine using a single point of mooring, and executed the pull in and as-left survey of the site’s dynamic cable.
 Results ## The ROVs provided a downtime-free service during the operations over a course of just under two weeks. The turbine was safely installed, without incident enabling the end client to progress with the site’s activities.
## Ready to learn more?
Explore our Renewable Energy Solutions. [ Learn More ](https://oceaneering.com/renewable-energy-solutions/) [ Download Case Study ](https://oceaneering.canto.com/download/document/nde9otgdul31tb0volbjfq7k1a/original.pdf)# Contact Us
## Our team of experts is ready to help you get started.
Oceaneering offers best-in-class products and solutions, backed by unparalleled quality, reliability, and global support. Fill out the inquiry form to start a conversation today.
**Categories:** Remotely Operated Vehicles (ROVs), Renewables
**Content Types:** Case Studies
**Industries:** Renewable Energy
**Regions:** Europe & Middle East
**Search Tags:** Floating Offshore Wind, Remotely Operated Vehicles (ROV), Renewable Energy
---
### [Oceaneering Subsea Robotics Supports Installation Project at the World’s Largest Offshore Floating Wind Project](https://www.oceaneering.com/case-studies/oceaneering-subsea-robotics-supports-installation-project-at-the-worlds-largest-offshore-floating-wind-project/)
**Published:** November 8, 2023
**Author:** Andrew Dodson
**Content:**
Overview
## In Q2 2023, an Oceaneering project team and remotely operated vehicles (ROVs) were used to support a dynamic inter-array cable installation scope at an offshore floating wind farm off the Norwegian coast. The wind farm is the largest in the world and pushes advances in technologies to provide electricity to nearby oil and gas assets.
 Our Solution ## The project, led by Ocean Installer and executed using their Normand Vision vessel, used two incumbent Oceaneering® Millennium ROVs to complete as-found survey, inter-array cable installation, and multibeam echo post-installation survey activities.
A 12-person Oceaneering offshore crew was mobilized to support the 45-day schedule which included multiple tooling reconfigurations of the ROVs.
The expertise of the Oceaneering ROV pilots was integral to ensuring the appropriate load transfer from the installation vessel to the floating structure. Using a clump weight deployed to the seafloor and a modified ROV interface frame capable of taking load off the ROV manipulators, the pilots were able to execute the critical installation sequence without incident.
The ROVs were used to complete post installation surveys using multibeam echo sounder (MBES) equipment mounted via a frame to the top of the ROV. The surveys confirmed successful installation.
Results ## The installation project was completed on time and without incident. The newly installed inter array cables provide a connection from existing in-field turbines to five new turbines that were commissioned in August 2023 enabling the operator to drastically reduce CO2 emissions related to energy production.
## Ready to learn more?
Explore our Remotely Operated Vehicle Services. [ Learn More ](https://www.oceaneering.com/rov-services/) [ Download Case Study ](https://oceaneering.canto.com/download/document/ttl2g2ls2h5358orc7hg7oc94o/original.pdf)# Contact Us
## Our team of experts is ready to help you get started.
Oceaneering offers best-in-class products and solutions, backed by unparalleled quality, reliability, and global support. Fill out the inquiry form to start a conversation today.
**Categories:** Renewables
**Content Types:** Case Studies
**Industries:** Renewable Energy
**Regions:** Europe & Middle East
**Search Tags:** Floating Offshore Wind, Renewable Energy
---
### [Innovative Photogrammetry Survey Offers Solution for Damaged Riser Offshore Brazil](https://www.oceaneering.com/case-studies/innovative-photogrammetry-survey-offers-solution-for-damaged-riser-offshore-brazil/)
**Published:** November 3, 2021
**Author:** Andrew Dodson
**Content:**
Overview
## During an ROV inspection of a customer’s assets offshore Brazil, an Oceaneering team observed that a damaged riser had been released from its clamp and moved freely in the water column.
A basic smartphone video was taken and sent onshore for viewing. From this video, a 3D model was created and sent to the customer. Subsequently, the client commissioned a more detailed ROV photogrammetry survey of the damaged riser area, where a more accurate model was created. From this 3D model, an engineering mitigation plan for riser repair and subsequent re-clamping of the riser to the asset was performed.
 Issue ## The riser had become damaged and was no longer secured to the asset.
With this being an older asset, there was serious risk to continued productivity. Also, with the riser covered in marine growth, it would be difficult to assess the exact level of damage sustained.
Our Solution ## A basic smartphone video confirmed the riser damage. Oceaneering worked with the client to better define and understand the future needs to remedy the problem.
A more detailed photogrammetry survey was required, and Oceaneering worked with the customer and offshore team to plan for a more accurate and detailed ROV photogrammetry survey of the riser and clamp area on the asset.
There were several options for assessing the damaged riser and sizing and location of potential asset issues. Photogrammetry was identified as the method that was likely to produce fast results because it can be done with smartphone or ROV video and specialized software. This would enable the customer to repair the damaged riser in a timelier manner than waiting on equipment not yet in country to be mobilized for more advanced survey methods.
Execution Plan ## An ROV photogrammetry survey plan was developed and included the installation of calibrated scale bars to the work site to improve the accuracy of the final 3D model deliverable that the client required.
A survey line plan on the asset was drawn up for the ROV to follow while recording standard ROV camera video. The ROV video was then modelled using proprietary Oceaneering photogrammetry workflows and procedures to produce a final 3D model deliverable.
Challenge ## Normally, video would be taken with the ROV to assess the damaged riser.
However, the customer had recently taken over operations at the asset, and needed to know how far apart the risers were so the ROVs could get through the space between them. This was resolved
by the smartphone video footage and initial 3D modelling. Once the sizing was determined, the ROV could complete the photogrammetry survey.   Equipment Highlights ## This project highlights the One Oceaneering integrated service offering.
Multiple business segments came together to help the client identify and repair the damaged riser. Oceaneering’s ROV team observed the loose riser and through subsequent surveys, and our Survey group was able to provide our internal photogrammetry service combined with our offshore design center’s 3D modelling capability. Our Offshore Projects group then devised the engineering mitigation strategy for the securing and repair of the riser with a new clamping solution.
Results ## Oceaneering provided a turnkey solution with existing services. This enabled a rapid response and fast and seamless delivery of the data that allowed the client to make an informed decision on the repair of the riser. By using the Photogrammetry services, the client was able to quickly address the problem and avoid further production issues.
## Ready to learn more?
Explore our survey and mapping services. [ Learn More ](https://www.oceaneering.com/survey-and-mapping/) [ Download Case Study ](https://oceaneering.canto.com/download/document/l9gaoecuk94vh9tsbg61n3n02q/original.pdf)# Contact Us
## Our team of experts is ready to help you get started.
Oceaneering offers best-in-class products and solutions, backed by unparalleled quality, reliability, and global support. Fill out the inquiry form to start a conversation today.
**Categories:** Inspection, Maintenance, and Repair (IMR), Intervention Tooling, Survey and Mapping
**Content Types:** Case Studies
**Industries:** Oil and Gas
**Regions:** South America
**Search Tags:** '-Regions, Brazil, Inspection, Maintenance, and Repair (IMR), Survey and Mapping, Tooling
---
### [Liberty™ E-ROV demonstrates capabilities at Snorre-A](https://www.oceaneering.com/case-studies/liberty-e-rov-demonstrates-capabilities-at-snorre-a/)
**Published:** September 25, 2020
**Author:** Andrew Dodson
**Content:**
Overview
## As Equinor prepared to commence oil production from an asset connected to its Snorre-A platform in early March 2020, they wanted to ensure that operations went to plan and that there were no unplanned incidents during start up through the riser.
In order to maintain the highest level of oversight, Equinor adopted a comprehensive pipeline seabed-to-platform monitoring plan. They
selected the versatile and cost-effective Liberty E-ROV system to complete monitoring at depths up to 310m several times a day
over the course of one to two months, dependent on findings. Challenge ## Equinor wanted to maintain constant monitoring, but ruled out using a conventional ROV system deployed from the platform or a vessel.
A conventional ROV system would have been vulnerable to stoppage during inclement weather windows and would require extensive effort for multiple deployment and recoveries across the monitoring window. If an additional vessel was required, this would have added cost and generated a significant carbon footprint. Leveraging the Liberty E-ROV enabled Equinor to benefit from a field-proven, flexible solution.
Our Solution ## The Liberty E-ROV is a self-contained, battery-powered, semi-resident remotely operated vehicle system capable of operating for extended periods of time without being recovered to surface. Comprising an electric work class ROV, 4G connection buoy, and subsea cage, the system reduces cost and risk without the need for a surface vessel.
The ROV is piloted from one of Oceneaering’s Onshore Remote Operations Centers located in Stavanger. The connectivity required to leverage this remote piloting is supported by the system’s radio buoy located on the water’s surface. The buoy uses a 4G mobile broadband connection, and effectively increases the working window while eliminating the requirement for a surface vessel. Following the successful introduction of this revolutionary technology in operations last year, Equinor had full confidence in the system and its ability to complete the task at hand.
Because the location of the work scope was fixed on the Snorre-A platform area, the Liberty E-ROV was deployed in a tethered configuration. A dedicated control umbilical provided power and data communication connectivity directly from the platform to the ROV. This solution was identified as optimal as it completely eliminated the need to recharge the ROV’s batteries and also negated the risk associated with winter storms in the area pushing the radio buoy out of location.
Execution Plan ## The Liberty E-ROV system was mobilized from the Forus site and deployed to the seafloor adjacent to the Snorre-A platform in late February 2020.
Monitoring of the riser started immediately and was conducted three or four times daily through March until April 2020. The ROV was piloted using Oceaneering [Remote Piloting and Control Technology (RPACT)](https://www.oceaneering.com/remote-services/#rpact) and all video and images were uploaded to the cloud-based [Oceaneering Media Vault (OMV)](https://www.oceaneering.com/asset-intelligence-and-management/media-and-integrity-management/). Post start-up monitoring, the ROV was used to perform required annual subsea inspection activities before being recovered.
Our Solution ## The project marked the first time the Liberty E-ROV was used in a tethered configuration. In order to accommodate this, the vehicle was reconfigured before being mobilized and a charging unit was installed onboard the Snorre-A platform to facilitate trickle charging of the E-ROV.
[  ](https://www.oceaneering.com/wp-content/uploads/2020/09/Case-Study-Liberty-E-ROV-demonstrates-its-capabilities-at-Snorre-A-3.jpg) [  ](https://www.oceaneering.com/wp-content/uploads/2020/09/Case-Study-Liberty-E-ROV-demonstrates-its-capabilities-at-Snorre-A-2.jpg) [  ](https://www.oceaneering.com/wp-content/uploads/2020/09/Case-Study-Liberty-E-ROV-demonstrates-its-capabilities-at-Snorre-A-1.jpg) [  ](https://www.oceaneering.com/wp-content/uploads/2020/09/Case-Study-Liberty-E-ROV-demonstrates-its-capabilities-at-Snorre-A-4.jpg) Results ## The Liberty E-ROV completed 822 hours of monitoring spread over 110 top-to-bottom trips conducted across 34 days.
The vehicle did not need to dock in the subsea garage and did not require any maintenance. The month-long monitoring activities did not detect any issues with the commencing of production on the Snorre-A platform and provided Equinor with the assurance that operations were started successfully. The Liberty E-ROV had already been field-proven across more traditional ROV operations, but this project scope enabled the vehicle to demonstrate its capability over longer, continuous deployments. It enabled Equinor to benefit not only from peace of mind, but also a more economical, efficient, and emissions-friendly approach to ROV monitoring.
## Ready to learn more?
Explore our Liberty Resident System. [ Learn More ](https://www.oceaneering.com/rov-services/next-generation-subsea-vehicles/liberty-e-rov/) [ Download Case Study ](https://oceaneering.canto.com/download/document/rsf00fa3615ptds81op36g9d19/original.pdf)# Contact Us
## Our team of experts is ready to help you get started.
Oceaneering offers best-in-class products and solutions, backed by unparalleled quality, reliability, and global support. Fill out the inquiry form to start a conversation today.
**Categories:** Inspection, Maintenance, and Repair (IMR), Remotely Operated Vehicles (ROVs), Resident ROVs
**Content Types:** Case Studies
**Industries:** Oil and Gas
**Regions:** Europe & Middle East
**Search Tags:** '-Regions, Enovus, Liberty™ Resident System, North Sea, Norway, OPG, Remotely Operated Vehicles (ROV)
---
## Landing Pages
### [Symposium](https://www.oceaneering.com/lp/symposium/)
**Published:** September 3, 2025
**Author:** Monica Dahl
**Content:**
  The 34th Annual Oceaneering/Marine Technology Society # Symposium
Join us as we celebrate another year of industry innovation with an exciting panel discussion, technology exhibits, and crab feast. Please register no later than Monday, October 5, 2026.
## Save the Date!
Thursday, October 8, 2026
7001 Dorsey Road
Hanover, MD 21076 Day Hour Minute Second Registration is closed.
## Symposium Agenda
#### 1:30 PM – 2:30 PM
Marine Technology Exhibits
#### 2:30 PM – 4:00 PM
MTS Technology Forum
#### 4:00 PM – 8:00 PM
Marine Technology Exhibits, Networking, and Maryland Crab Feast
## Open to MTS Members and Invited Guests
The Oceaneering/MTS Symposium is the fall meeting of the Washington DC Section of the Marine Technology Society (MTS) and is open to MTS members and invited guests. Symposium guests include representatives from the U.S. Navy, NAVSEA, SOCOM, NASA, NSA, and U.S. Air Force, MTS members, Oceaneering employees, clients, maritime businesses, academia, and military service members. Foreign nationals may be in attendance.
## This Year’s Exhibitors
##### Aevex Maritime Systems
Aevex Maritime Systems delivers advanced maritime systems at operational scale. From unmanned surface vessels to subsea platforms, we specialize in rapid design, manufacturing, integration, and deployment to meet the urgency of today’s missions. Our production lines are built for speed, quality, and repeatability, enabling us to field proven systems worldwide. With expertise spanning engineering, production, integration, and sustainment, we close critical capability gaps and strengthen deterrence at sea. We bring together veterans, innovators, engineers, and builders to solve the toughest challenges in naval autonomy and maritime security, ensuring readiness in contested and evolving environments.
[www.aevex.com](https://aevex.com/)
###### Aevex Maritime Systems
##### Bubble Robotics
Bubble Robotics is building the autonomous workforce of the ocean. Our compact robotic systems deploy, recover, and recharge subsea vehicles from autonomous surface motherships designed to remain at sea for up to six months, enabling persistent operations without dedicated ships or crews. Built for maritime security, environmental monitoring, critical infrastructure operations, and ocean data collection, the platform combines resilient autonomy, subsea docking, distributed sensing, and command-and-control integration. Bubble transforms costly, episodic, and manpower-intensive missions into continuously available robotic capability.
[www.bubble-robotics.com](https://www.bubble-robotics.com/)
###### Bubble Robotics
##### Chance Maritime Technologies
Chance Maritime Technologies designs, builds, operates, and sells High-Power, Long-Endurance Unmanned Surface Vessels (USVs). Our USVs operate for weeks at a time continuously while delivering kilowatts of power to highly modular payloads. Our Chance MC40 and Chance MC29 offer full open ocean going performance, while supporting deepwater multibeam, acoustic comms gateway, and advanced ISR payloads. The Chance LR30, recently selected as the NOAA Class B UMS, offers streamlined hydrographic, geophysical, and mine-countermeasures capabilities. Our vessels are 100% designed and built in the USA.
[www.ChanceMaritime.com](http://www.ChanceMaritime.com)
###### Chance Maritime Technologies
##### FET Dynacon
FET Subsea provides a comprehensive range of products and services for offshore and remote subsea operations. Its portfolio includes remote intervention technologies such as subsea trenchers, ROVs, tether management systems, tooling, thrusters, and other critical subsea components. The Perry® product line offers one of the industry’s most extensive selections of ROVs and subsea systems. Additional solutions include Dynacon launch and recovery systems (LARS), and VisualSoft data acquisition software, all designed to support underwater drilling, inspection, intervention, and offshore energy projects.
[www.f-e-t.com ](https://f-e-t.com/)
###### FET Dynacon
##### Forcys Inc.
Forcys is a global maritime defense company with 50 years’ domain expertise. Backed by our technology partners Sonardyne, Voyis, EIVA, Wavefront, and Chelsea Technologies, we deliver mission-shaped solutions for undersea warfare. Integrating navigation, positioning, communications, imaging, sonar, and full-spectrum mission software systems for unmanned maritime systems and seafloor sensor networks.
[www.forcys.com/us ](http://www.forcys.com/us)
###### Forcys Inc.
##### Glenair Inc.
Glenair is a leading manufacturer of advanced interconnect solutions, ranging from accessories and connectors to complete cable systems, serving demanding customers in high-cost-of-failure applications. Known for industry-leading lead times, Glenair also supports custom orders with no minimum order quantities. Its interconnect designs are available in environmental, filter, hermetic, electrical, RF and high-speed, and fiber optic configurations, and may be supplied as discrete components or integrated into turnkey assemblies. Glenair provides full sales and engineering support in every major market, including military aerospace, commercial aerospace, warfighter, space, oil and gas, high-speed, industrial, nuclear, and motorsport applications.
[www.glenair.com](http://www.glenair.com)
###### Glenair Inc.
##### Kraken Robotics
Kraken Robotics is a global marine technology company transforming subsea intelligence through advanced sensors, software, and integrated systems. Serving defense, offshore energy, and ocean science markets, the company delivers actionable insights in challenging underwater environments. Kraken’s integrated subsea solutions span sonar, navigation, positioning, imaging, power, communications, monitoring, and data analytics.
On July 2, 2026, Kraken Robotics acquired the Covelya Group, bringing together Sonardyne, EIVA, Forcys, Voyis, and Chelsea Technologies. Together, the companies combine highly skilled global teams with a shared commitment to solving complex underwater challenges through world-class, dual-use technologies.
[www.krakenrobotics.com](https://krakenrobotics.com)
###### Kraken Robotics
##### MacArtney Inc.
MacArtney is a global supplier of underwater technology products and systems. We specialize in the design, manufacture, sales, and service of a wide range of systems for oil and gas offshore operators, ROV, diving, and survey contractors, the renewable energy sector, ocean science institutes, and navies worldwide.
MacArtney designs and manufactures state-of-the-art connectivity solutions. Key technologies include wet- and dry-mateable power, signal and optical connector solutions, terminations and penetrators, under the renowned SubConn®, TrustLink and OptoLink brands, GreenLink termination solutions and subsea cables from leading manufacturers.
[www.macartney.com](http://www.macartney.com)
###### MacArtney Inc.
##### Marine Technology Society
MTS creates opportunities through networking, events, mentorship, and career advancement. Our vision is to be the leading authority and advocate for marine technology and resources while promoting member success and public understanding.
- Facilitate a broader understanding of the relevance of marine technology to wider global issues by enhancing the dissemination of marine technology information.
- Promote and improve marine technology and related educational programs.
- Advance the development of the tools and procedures required to explore, study and further the responsible and sustainable use of the oceans.
[www.mtsociety.org](http://www.mtsociety.org)
###### Marine Technology Society
##### Naval Submarine League
The Naval Submarine League (NSL) is a 501(c)(3) nonprofit membership organization dedicated to supporting the U.S. Submarine Force and educating the public about its critical role in national defense. Through outreach initiatives, the NSL engages its members and promotes awareness of the undersea domain’s importance to national security. Individual and corporate members gain valuable insights through conferences, symposiums, and other events featuring active-duty, government officials, and professionals from the submarine industrial base. Members receive The NSL Update newsletter, and The Submarine Review, a quarterly journal providing in-depth articles, and perspectives on submarine-related topics and industry developments.
[www.navalsubleague.org](https://navalsubleague.org/)
###### Naval Submarine League
##### NORBIT
**NORBIT Oceans** develops advanced sonar and underwater technologies for hydrographic surveying, geophysical investigations, navigation, security, and subsea positioning. Our portfolio includes **NORBIT** multibeam sonar systems for high-resolution bathymetric mapping and imaging, integrated acoustic surveillance and intruder detection systems, **Water Linked** underwater positioning and communication technology, **Ping DSP** 3D Side Scan shallow-water sonars, and **Innomar** parametric sub-bottom profilers. Our technologies deliver reliable, high-quality data that helps maritime professionals work more efficiently and make better-informed decisions.
[www.norbit.com](https://norbit.com/)
###### NORBIT
##### Northeast Ocean Systems
Northeast Ocean Systems is a Rhode Island based engineering firm focused on practical underwater robotics solutions. We specialize in integrating remotely operated vehicles (ROVs), sonar, cameras, and USVs for applications in marine research, aquaculture, infrastructure inspection, and environmental monitoring. Our approach emphasizes reliability, modular design, and real-world usability helping organizations deploy capable underwater systems without the complexity typically associated with marine robotics.
[www.northeastoceansystems.com](https://www.northeastoceansystems.com/)
###### Northeast Ocean Systems
##### Ocean Power Technologies
Ocean Power Technologies (OPT) delivers innovative maritime solutions that provide persistent power, data, and intelligence at sea. Its core technologies-the PowerBuoy®, WAM-V® Unmanned Surface Vehicles, and AI-capable Merrows™ Maritime Domain Awareness System-enable reliable offshore monitoring, communications, and operations across surface, subsea, and aerial domains. With a focus on autonomy, endurance, and adaptability, OPT helps address challenges from infrastructure protection and environmental monitoring to research and security. By combining renewable energy with advanced sensing and data integration, OPT empowers organizations to operate more efficiently, sustainably, and effectively across the world’s oceans.
[www.oceanpowertechnologies.com](http://www.oceanpowertechnologies.com)
###### Ocean Power Technologies
##### OceanSight
OceanSight is a growing collective of specialized marine technology companies delivering advanced acoustic, geophysical and underwater imaging solutions for offshore, subsea, research and defense markets. Its portfolio includes Neptune Sonar, which designs high-performance acoustic transducers and arrays; Ocean Floor Geophysics, which develops marine magnetic, electromagnetic and cathodic protection technologies; and Sound Metrics, a leader in high resolution acoustic imaging sonar. By providing shared commercial, operational and global channel support, OceanSight helps its companies accelerate innovation, expand their reach and give customers a more complete
understanding of the underwater environment.
[www.oceansight.com](https://www.oceansight.com)
###### OceanSight
##### OceanSpace
OceanSpace develops advanced sensing solutions for monitoring and managing aquatic ecosystems. CEO William Arnold’s marine research background enables effective collaboration with environmental scientists. Engineering Director Milton Dean leads optics development and advanced manufacturing. Field Engineer Eric Steimle brings expertise in autonomous vessels and sensor integration to support innovative technology development. Kurt Kramer develops AI and machine learning software that enhances imaging and data analysis. Together, our multidisciplinary team advances optical imaging and classification technologies, develops cost-effective manufacturing solutions, and serves customers across industry, government, and academia.
[www.oceanspacesensors.org](https://www.oceanspacesensors.org/)
###### OceanSpace LLC
##### Okeanus
Okeanus, an Advanced Ocean Systems (AOS) company, specializes in the design, production and testing of winches and launch and recovery systems, including automated systems for Uncrewed Surface Vessels (USVs). With our affiliate companies at AOS, we offer a spectrum of capabilities to the DOW market that expand the capability of USVs by integrating mission-critical launch, recovery and payload handling systems, combined with the associated program management, field support and life-cycle sustainment.
[www.okeanus.com](http://www.okeanus.com)
###### Okeanus
##### Rampart Products
Rampart Products was founded with a clear purpose: provide exceptional customer service, responsive engineering, and reasonable delivery times for customers requiring rugged hermetic electrical interconnect and cable solutions.
Our team brings decades of engineering and manufacturing experience across harsh-environment applications, from downhole drilling and subsea equipment to highly engineered connector systems, electronics packaging, and advanced manufacturing processes.
Today, Rampart brings engineering, manufacturing, quality and commercial operations together under one roof in our 42,000 sq ft facility in Houston, Texas, allowing our teams to collaborate closely from initial concept through production.
[www.rampartproducts.com](http://www.rampartproducts.com)
###### Rampart Products
##### SH Group: Where Engineering Meets Excellence in Maritime and Defence
With engineering brilliance and unparalleled production capabilities, SH Group is at the forefront of Maritime and Defence handling technology and service solutions. With our specialized engineering department and in-house production facilities, we offer an integrated approach to tackle today’s most complex nautical and Defence challenges.
With our expertise in hydraulic, mechanical, and electrical systems, we engineer transformative equipment like our Sepro™ line and the Cube™ Multi-mission modules. Our one-point-of-contact service ensures streamlined communication and swift problem resolution.
Setting New Standards: Maritime and Defence Solutions by SH Group
[www.shgroup.dk](http://www.shgroup.dk)
###### SH Group
##### SIDUS Solutions LLC
We are a full-service manufacturer offering integrated subsea hazardous area security and surveillance solutions, from conceptual design through engineering to technical and client support. Our subsea products are operational to depths exceeding 6,500m. Worldwide, SIDUS serves the oil, gas, academic, scientific & military industries. SIDUS is unique to the market in the fact that we offer EPCi-Engineering, Procurement, Construction & installation support with the capability to interface/integrate our systems with all of the major automation/PLC/SCADA systems.
Products
Cameras & imaging systems. Positioning devices: pan & tilt, rotators. Illumination: lights and lasers. Integrated systems & technologies. Engineering Services
[www.sidus-solutions.com](http://www.sidus-solutions.com/)
###### SIDUS Solutions LLC
##### Sofar Ocean
Sofar Ocean is the ocean intelligence platform built from sensor to decision. Our global network detects the ocean’s real-time environmental and acoustic signals to drive decisions, including route optimization, threat detection, and hyperlocal forecasting for GO/NO GO decions. Sofar is trusted by NOAA, the U.S. Navy, leading researchers, and the world’s largest shipping fleets.
[www.sofarocean.com](http://www.sofarocean.com)
###### Sofar Ocean
##### SubSeaSail® Inc.
SubSeaSail® Inc. is developing disruptively affordable, long-duration (1-6+ months), multimission Autonomous Undersea & Surface Vessels (AUSVs). We have 2 lines of 100% energy harvesting (wind/solar), ultra-low-signature AUSVs (HORUS™ for observation & HERMES™ for cargo/energy) that can submerge & function in contested environments.
These are dual use vehicles positioned at the intersection of autonomy, Big Data/AI, BlueTech, CleanTech, DefenseTech and Robotics. They will be important in the academic / commercial sectors but will also help re-define the future of warfighting in the ocean battlespace. We have 10 issued patents in Australia, Europe and the U.S. and 6 patents pending.
[www.subseasail.com](http://www.subseasail.com)
###### SubSeaSail® Inc.
##### VideoRay LLC
VideoRay is the global leader in inspection-class Remotely Operated Vehicles (ROVs), delivering reliable, mission-critical subsea solutions to commercial operators, navies, and security forces worldwide. As part of AV, VideoRay combines proven expeditionary performance with AV’s advanced uncrewed systems expertise, creating a portfolio designed to give customers a decisive operational edge.
The Mission Specialist product line, including the Defender, Ally, and Pro 5, is built on a flexible, modular architecture that enables advanced payload integration, in-field repairs, and unmatched power and reach. These systems are trusted in programs such as the U.S. Navy’s Maritime Expeditionary Standoff Response (MESR), where safety, precision, and effectiveness are paramount.
[www.videoray.com](http://www.videoray.com)
###### VideoRay LLC
## **Panel Discussion** Persistent Presence: Operating at Scale in the New Maritime Era
The ocean is entering a new operational era-one defined not by occasional missions, but by continuous presence.
Advances in robotics, sensors, communications, and data analytics are making it possible to monitor, understand, and operate in the maritime domain with unprecedented persistence. Yet the true challenge is no longer just developing these technologies; it is deploying and sustaining them at operational scale. This year’s symposium will explore how industry, government, and the research community are working together to move from episodic ocean activity to continuous maritime operations. Discussions will focus on the systems, infrastructure, and partnerships required to enable persistent presence-supporting maritime security, protecting critical infrastructure, advancing ocean science, enabling ocean exploration, and unlocking the full potential of the blue economy.
Our expert panel will explore these topics and many more.
### Transitioning from episodic missions to continuous maritime operations
### Building systems and infrastructure that support persistent ocean presence
### Strengthening collaboration among industry, government, and research communities
### Enhancing maritime security and protection of critical ocean infrastructure
### Advancing ocean science and exploration through persistent monitoring
### Enabling growth of the blue economy through continuous maritime awareness
 #### Moderator
### Steven Grundman
**Executive in Residence** \| Renaissance Strategic Advisors
Steven Grundman is a business strategist, public policy analyst, and educator for aerospace and defense, work that he performs across four platforms-Grundman Advisory, a business-strategy consultancy of which he is the founder; the Atlantic Council, where he is a senior fellow; Syracuse University, where he leads the National Security Studies program; and the consultancy Renaissance Strategic Advisors, where he is an Executive in Residence. From 2000 to 2011, Steve was a Vice President and Director of Aerospace and Defense Consulting at Charles River Associates, a global business consultancy. In the 1990s, Mr. Grundman served in a succession of appointments at the US Department of Defense, beginning in the Office of Program Analysis and Evaluation and culminating in his appointment as Deputy Under Secretary for Industrial Affairs and Installations. Steve served in the US Army’s 1st Armored Division, was a consular and diplomatic officer in the US Foreign Service, and worked in the executive office and on the research staff of the Center for Naval Analyses. He holds a B.S. Foreign Service from Georgetown University and a Masters in Public Policy from Harvard University.
 #### Panelist
### Anthony Antognoli
**Assistant Commandant and Program Executive Officer** Robotics and Autonomous Systems \| U.S. Coast Guard
Mr. Anthony Antognoli is the Assistant Commandant and Program Executive Officer for Robotics and Autonomous Systems (CG‑RAS) at the U.S. Coast Guard, leading the integration of unmanned and autonomous technologies that enhance mission execution, maritime safety, and national security.
Before returning to the Coast Guard in 2025, he served as Deputy Executive Director for Program Accountability and Risk Management at the Department of Homeland Security and as Chief of Staff of the DHS Countering Weapons of Mass Destruction Office, where he also acted as Component Acquisition Executive. His Coast Guard assignments include Deputy Director of the Marine Transportation System and Strategic Advisor to Coast Guard Cyber Command.
Mr. Antognoli began his federal career at the Air Force Nuclear Weapons Center in program leadership roles supporting nuclear warhead sustainment and modernization. He also brings private‑sector experience from Intel, America Online, and a software development firm he founded. His awards include the DHS Secretary’s Commendation Award, the Coast Guard Meritorious Service Commendation Award, and the Air Force Civilian Achievement Medal.
 #### Panelist
### Alexis Gutierrez
**Government Affairs Advisor** \| K&L Gates
Alexis Gutierrez is a government affairs advisor in K&L Gates Public Policy and Law practice group. Her experience includes developing Congressional strategies for appropriations and authorizations on maritime and fisheries issues, as well as building coalitions and advocacy networks to support the goals of clients.
Prior to joining the firm, Alexis worked with the United States Department of Commerce’s National Oceanic Atmospheric Administration, where she served as Supervisory Congressional Affairs Specialist in the Office of Marine and Aviation Operations. She also served previously as a legislative fellow on the U.S. Senate’s Commerce, Science, and Transportation Committee.
 #### Panelist
### Captain Bill Mowitt
**Director** \| NOAA’s Office of Ocean Exploration \| Office of Oceanic and Atmospheric Research
CAPT Bill Mowitt is the Acting Director of NOAA’s Office of Ocean Exploration in the Office of Oceanic and Atmospheric Research. The Office of Ocean Exploration leads national efforts to fill gaps in basic understanding of the deep-ocean environment, providing critical data, information, and awareness needed to protect American livelihoods, strengthen national security, and promote a vibrant U.S. economy.
Prior to his service with Ocean Exploration, he was the Director of NOAA’s Uncrewed Systems (UxS) Operations Center, located in the Office of Marine and Aviation Operations. There he led NOAA’s adoption of more than 20 different Uncrewed Systems across the agency’s oceans and weather missions portfolios. In his time with the NOAA Corps, CAPT Mowitt served more than nine years at sea on NOAA Ships. This took him to virtually all parts of the U.S. EEZ and included time as Commanding Officer of the NOAA Ships *Henry B. Bigelow* and *Pisces*, where he spearheaded the integration of bathymetric multibeam sonars on both ships, expanding their mission sets.
 #### Panelist
### Rear Admiral Melvin Smith
**Commander**, Submarine Group TWO \| U.S. Navy
Rear Adm. Melvin Smith assumed command of Submarine Group TWO in June 2025, serving as the Atlantic theater undersea warfare lead. He oversees innovation and testing of new undersea warfare tactics and systems and is responsible for training and certifying Theater Undersea Warfare Commands across the globe.
A 1997 graduate of the U.S. Naval Academy with a degree in mechanical engineering, Smith’s sea tours include service aboard USS Oklahoma City (SSN 723), Engineer Officer of USS Maine (SSBN 741) (GOLD Crew), Executive Officer of USS Annapolis (SSN 760), Commanding Officer of USS Jimmy Carter (SSN 23), and Commodore of Submarine Squadron 1.
Ashore, he has held a range of senior assignments, including Company Officer at the U.S. Naval Academy, Principal Assistant to the Director, Naval Reactors; Submarine Assignments Branch Head at Naval Personnel Command; Division Chief for Nuclear Policy and Strategic Deterrence on the Joint Staff; Deputy Commander, Submarine Development Squadron 5; Executive Assistant to the Commander, U.S. Indo‑Pacific Command; and Deputy J3 at U.S. Strategic Command.
His personal decorations include the Distinguished Service Medal, Defense Superior Service Medal, and Legion of Merit, among other service and campaign awards.
## Frequently Asked Questions
##### What is the Oceaneering/MTS Symposium?
The Oceaneering/MTS Symposium is the fall meeting of the Washington DC Section of the MTS and is open to MTS members and invited guests. Foreign nationals may be in attendance.
##### Where is the Oceaneering/MTS Symposium?
##### What is the event attire?
Civilian business casual.
##### Is photography/video permitted?
Cameras, video devices, and cell phones are allowed in all public event areas. Please note that photography and recording are not permitted behind the exhibit curtains.
##### Do I need to present ID to enter the event?
Yes, you will be required to show identification at event check-in.
##### What is on the menu for the Exhibition and Networking Event?
- Hot Steamed Crabs
- Hot Steamed Shrimp
- Hamburgers
- Hot Dogs
- Corn on the Husk
- Cole Slaw
- Baked Beans
- Watermelon and Cantaloupe
- Cookies and Brownies
- Coke, Diet Coke, Sprite, Iced Tea, Bottled Water, Beer
##### What hotels are near Oceaneering?
**[Homewood Suites by Hilton Arundel Mills BWI](https://www.hilton.com/en/hotels/washahw-homewood-suites-hanover-arundel-mills/?SEO_id=BING-AMER-HW-WASHAHW&y_source=1_MTc4NjMyNzYtNDgzLWxvY2F0aW9uLndlYnNpdGU%3D)**
7491-B New Ridge Road, Hanover, 21076, United States
[410-684-6880](tel:4106846880)
.92 mile from Oceaneering, 7001 Dorsey Road, Hanover, MD
**[Hampton Inn and Suites Arundel Mills/Baltimore](https://www.reservationcounter.com/hotels/show/6020e9a/hampton-inn-suites-arundel-mills-baltimore-hanover-md/?cid=sem::TPRC::BA::Reservation%20Counter%20%3E%20US%20%3E%20Northeast%20%3E%20Maryland::US%20%3E%20Maryland%20%3E%20Hanover%20%3E%20Hampton%20Inn%20%26%20Suites%20Arundel%20Mills%2FBaltimore%20%3E%20did-6020e9a::hampton%20inn%20%26%20suites%20hanover%20maryland::e&creative=79164880891265&device=c&utm_source=bing&utm_medium=cpc&utm_term=hampton%20inn%20%26%20suites%20hanover%20maryland&utm_campaign=Reservation%20Counter%20%3E%20US%20%3E%20Northeast%20%3E%20Maryland&iv_=__iv_m_e_c_79164880891265_k_79164950090092_w_kwd-79164950090092:loc-4101_g_1266637538914598_n_o_e__h_91921_ii_163075_p_2_b_be_d_c_vi__&msclkid=c8bc43b6d5c51fe37bfd20b3c55dc910)**
7027 Arundel Mills Circle, Hanover, 21076, United States
[ReservationCounter.com: 844-209-2792](tel:8442092792)
.96 mile from Oceaneering, 7001 Dorsey Road, Hanover, MD
**[Fairfield Inn & Suites by Marriott](https://www.marriott.com/en-us/hotels/bwias-fairfield-inn-and-suites-arundel-mills-bwi-airport/overview/)**
7539 Teague Road, Hanover, 21076
[410-694-9500](tel:4106949500)
1.25 miles from Oceaneering, 7001 Dorsey Road, Hanover, MD
**[Home2 Suites by Hilton Arundel Mills BWI](https://www.reservationcounter.com/hotels/show/6020ece/home2-suites-by-hilton-arundel-millsbwi-airport-hanover-md/?cid=sem::TPRC::BA::Reservation%20Counter%20%3E%20US%20%3E%20Northeast%20%3E%20Maryland::US%20%3E%20Maryland%20%3E%20Hanover%20%3E%20Home2%20Suites%20by%20Hilton%20Arundel%20Mills%2FBWI%20Airport%20%3E%20did-6020ece::home2%20suites%20by%20hilton%20arundel%20mills%20bwi%20airport::e&creative=79165011039393&device=c&utm_source=bing&utm_medium=cpc&utm_term=home2%20suites%20by%20hilton%20arundel%20mills%20bwi%20airport&utm_campaign=Reservation%20Counter%20%3E%20US%20%3E%20Northeast%20%3E%20Maryland&iv_=__iv_m_e_c_79165011039393_k_79165279180148_w_kwd-79165279180148:aud-806128059:loc-4101_g_1266637961868886_n_o_e__h_91921_ii__p_2_b_bp_d_c_vi__&msclkid=b58e7ac9ce361f6532cb19ccdfdd78c0)**
7545 Teague Road, Hanover, 21076, United States
[ReservationCounter.com: 844-209-2792](tel:8442092792)
1.3 miles from Oceaneering, 7001 Dorsey Road, Hanover, MD
**[Wingate By Wyndham Baltimore BWI Airport](https://www.guestreservations.com/wingate-by-wyndham-baltimore-bwi-airport/booking?msclkid=6940889f83da1ddcc941eb9a9c500128)**
829 Elkridge Landing Rd, Linthicum Heights, MD, 21090
[855-680-3239](tel:8556803239)
2.57 miles from Oceaneering, 7001 Dorsey Road, Hanover, MD
 ## Join Us in Hanover-Where Ideas Surface!
The 34th Annual Oceaneering/MTS Symposium will be held at our facilities in Hanover, Maryland. This dynamic venue serves as a hub for innovation in marine and defense technologies, making it the ideal setting for a day of industry insights, networking, and hands-on exhibits from top marine technology companies.
 
---
### [MTS Symposium Registration](https://www.oceaneering.com/lp/mts-symposium-registration/)
**Published:** April 15, 2026
**Author:** Vipan Kumar
**Content:**
# 2026 Oceaneering/MTS Symposium Registration
Registration has now closed for the 2026 Oceaneering/MTS Symposium.
[  ](https://www.mtsociety.org/) [  ](https://www.oceaneering.com/)
---
### [Virtual Demo Experience](https://www.oceaneering.com/lp/virtual-demo-experience/)
**Published:** July 28, 2025
**Author:** Monica Dahl
**Content:**
# Virtual
Demo
Experience
[Book Demo](https://www.oceaneering.com/lp/virtual-demo-experience/#contact)## Smart Mobile Robotics
Overview Overview of OMR Supervisory Software and Smart Traffic Control Demo Real-time demo with the newest vehicle features Q&A Interactive Q&A with robotics specialists Walkthroughs Custom walkthroughs for your application  ## See our AGVs in Action Without Leaving Your Desk
Curious how autonomous forklifts and mobile robots can transform your operations? Experience a live mobile robot demonstration from the comfort of your workspace.
 Play Video  Skip the travel ## Experience Oceaneering Mobile Robotics (OMR) Live in Action, Streamed Straight to Your Screen
Our personalized Virtual AGV / AMR Demos offer a convenient, interactive way to explore our most advanced mobile robotics systems, including the MaxMover™ autonomous forklift and UniMover™ Underride robot. Get a close-up, real-time view of how warehouse automation can solve today’s logistics challenges and scale with your operations. During your live session, our experts guide you through typical use cases, performance features, and answer questions tailored to your business needs.
Register Now ### Ready To See the Future of Intralogistics Automation?
Book your free demo now by filling in the form.
- Book demo
- Tailor your demo
- Invite your team
- Get answers live
---
### [Advance Your ROV Career Journey with Oceaneering in the United Kingdom and Europe.](https://www.oceaneering.com/lp/advance-your-rov-career-journey-with-oceaneering-in-the-uk-and-europe/)
**Published:** April 4, 2025
**Author:** Michael Conner
**Content:**
# Advance Your Journey
with Oceaneering in
the UK and Europe
We want you – your precision, problem-solving skills, and hands-on expertise – to power the future with Oceaneering’s ROV Systems group!
Our unmatched fleet of ROV systems is complemented by cutting-edge technologies that enable better control and video imaging, precise tool manipulation, and adherence to industry requirements.
Discover why people choose Oceaneering – where subsea solutions drive success in the toughest environments.
[ Learn more about our ROV systems and services ](https://www.oceaneering.com/rov-services/)## Latest ROV Jobs in the United Kingdom
Responsible for operating Remotely Operated Vehicles, Subsea Tooling, IWOCS and RWOCS Systems, Tensioning and Reel Systems in a safe and efficient manner, and maintaining and repairing all electronic, electrical, mechanical, and hydraulic systems and sub-systems associated with same including component repair, replacement and troubleshooting.
[ Learn more ](https://careers.oceaneering.com/global/en/job/29125/ROV-Senior-Pilot-Technician-United-Kingdom)Responsible for supervising the operation of as required for Oceaneering Subsea Robotics Equipment Operations (Remotely Operated Vehicles, IWOCS and RWOCS Systems, Tensioning and Reel Systems) in a safe and efficient manner, to include the maintenance, repair and troubleshooting of all electronic, electrical, mechanical, and hydraulic systems and sub-systems.
[ Learn more ](https://careers.oceaneering.com/global/en/job/29124/ROV-Supervisor-United-Kingdom)## Latest ROV Jobs in Europe, Africa, and the Middle East
Responsible for operating Remotely Operated Vehicles, Subsea Tooling, IWOCS and RWOCS Systems, Tensioning and Reel Systems in a safe and efficient manner, and maintaining and repairing all electronic, electrical, mechanical, and hydraulic systems and sub-systems associated with same including component repair, replacement and troubleshooting.
[ Learn more ](https://careers.oceaneering.com/global/en/job/29123/ROV-Senior-Pilot-Technician-Europe)Responsible for supervising the operation of as required for Oceaneering Subsea Robotics Equipment Operations (Remotely Operated Vehicles, IWOCS and RWOCS Systems, Tensioning and Reel Systems) in a safe and efficient manner, to include the maintenance, repair and troubleshooting of all electronic, electrical, mechanical, and hydraulic systems and sub-systems.
[ Learn more ](https://careers.oceaneering.com/global/en/job/29118/ROV-Supervisor-Europe)# About Oceaneering’s ROV Systems
We are the world’s largest manufacturer and operator of work class ROV systems. Our ROV fleet includes deepwater work class systems and ultra-deepwater search and rescue systems.
---
## Locations
### [Glasgow, UK](https://www.oceaneering.com/locations/united-kingdom/glasgow-uk/)
**Published:** October 14, 2026
**Author:** Monica Dahl
**Location Types:** Office
**Regions:** Europe & Middle East
---
### [Brazil](https://www.oceaneering.com/locations/brazil/)
**Published:** November 9, 2023
**Author:** Andrew Dodson
**Content:**
# Oceaneering in Brazil
Brazil is one of the top 10 largest oil and gas producers in the world, and a key area of operations for Oceaneering in South America, with over 1400 employees in the country.
## History
Present in Brazil since the 1970s, and based in Rio de Janeiro since 1999, Oceaneering provides several services and technologies including diving, remotely operated vehicles (ROVs), and umbilicals. Brazil is one of the world’s biggest deepwater markets and holds a substantial base of installed FPSO units off its coastline, with continued growth expected in the next five years.
 Play Video ## Locations
Oceaneering has three convenient sites around the country.
Regional Headquarters ### Rio de Janeiro, Brazil
---
Av. Rio Branco 123, 14th floor, Centro, Rio de Janeiro, RJ, 20040-005, Brazil +55 (21) 2729-8613 Office ### Macaé, Brazil
---
Avenida Prefeito Aristeu Ferreira da Silva, 370, Macaé-RJ, Brazil +55 (22) 2757-9550 Manufacturing Facility ### Niterói, Brazil
---
Rua Alcides Pereira 03, Ilha da Conceição, Niterói, RJ, 24050-350, Brazil +55 (21) 2729-8900 ## The Facilities
Oceaneering has three facilities in Brazil. A regional office in Rio de Janeiro, an operational Facility in Macaé and umbilical plant in Niteroi.
Rio de Janeiro The Rio de Janeiro office serves as Oceaneering’s Brazilian headquarters. It is also where the R&D team is located. Located in the city’s downtown area, it is a strategic location that is close to several important clients. Technical support for ROVs, as well as sales and commercial operate out of our Rio office.
Macaé Located in the industrial district, the 19,000 sq m in Macaé is home to an Onshore Remote Operations Center (OROC), ROV and Survey teams, and full-scale ROV tooling rental and support. The location has a training center with a ROV simulator and ROV test tank, which enables us to provide onshore training and equipment testing.
Niterói Oceaneering’s umbilical manufacturing facility is in Niterói, Rio de Janeiro, at Guanabara Bay, near the famed Rio-Niteroi bridge. The facility was built in 1998 and commissioned in 1999. In its first year, Oceaneering manufactured around 100 km of production and injection umbilicals for the Petrobras-operated Bonito and Marlim fields. The facility can deliver full project management, engineering, design and manufacturing. It houses a qualification lab, which tests for umbilical fatigue, tensile, hose impulse, hyperbaric, installation cyclic bending, reserve bending, crushing load testing. Niterói manufactures both thermoplastic umbilicals and hoses, as well as steel tube.
[  ](https://www.oceaneering.com/wp-content/uploads/2023/11/19ER-6023-scaled.jpg) [  ](https://www.oceaneering.com/wp-content/uploads/2023/11/19ER-5989-scaled.jpg) [  ](https://www.oceaneering.com/wp-content/uploads/2023/11/19ER-0402-scaled.jpg) [  ](https://www.oceaneering.com/wp-content/uploads/2023/11/ER19-6316-scaled.jpg) [  ](https://www.oceaneering.com/wp-content/uploads/2023/11/ER19-6352-scaled.jpg) [  ](https://www.oceaneering.com/wp-content/uploads/2023/11/ER19-6365-scaled.jpg) [  ](https://www.oceaneering.com/wp-content/uploads/2023/11/ER19-6343-scaled.jpg) [  ](https://www.oceaneering.com/wp-content/uploads/2023/11/19ER-0232-scaled.jpg) [  ](https://www.oceaneering.com/wp-content/uploads/2023/11/04fw90.jpg) [  ](https://www.oceaneering.com/wp-content/uploads/2023/11/19ER-5757-scaled.jpg) [  ](https://www.oceaneering.com/wp-content/uploads/2023/11/19ER-6001-scaled.jpg) [  ](https://www.oceaneering.com/wp-content/uploads/2023/11/19ER-0432-scaled.jpg) [  ](https://www.oceaneering.com/wp-content/uploads/2023/11/19ER-5981-scaled.jpg) [  ](https://www.oceaneering.com/wp-content/uploads/2023/11/19ER-0013-scaled.jpg) [  ](https://www.oceaneering.com/wp-content/uploads/2023/11/ER19-6302-scaled.jpg) [  ](https://www.oceaneering.com/wp-content/uploads/2023/11/ER19-6332-scaled.jpg) [  ](https://www.oceaneering.com/wp-content/uploads/2023/11/19ER-0334-scaled.jpg) [  ](https://www.oceaneering.com/wp-content/uploads/2023/11/04fw88.jpg) [  ](https://www.oceaneering.com/wp-content/uploads/2023/11/19ER-5651-scaled.jpg)## Areas of Expertise
Oceaneering provides integrity management services for FPSO owners and operators across all aspects of hull, moorings, and topsides. Through the use of risk assessment, data management, and inspection and maintenance scheduling, we can support our customers’ FPSO assets throughout their entire lifecycle.
Onshore Remote Operations Center (OROC) ## Supporting Remote Operations and ROV Piloting from Macaé
In Brazil, remote operations are moving from concept to active field deployment. Our Macaé-based Onshore Remote Operations Center supports offshore activities in real time, enabling safe, controlled execution of critical work scopes without increasing offshore exposure. Learn more here
[ Learn how we deliver remote operations in Brazil ](https://www.oceaneering.com/locations/brazil/remote-operations-brazil/)   ## Training
Oceaneering’s Training Center was built in 2009 to meet demand for ROV Services, ST&R and Survey employees. Brazil is the third major training hub for Oceaneering. The complex is equipped with four classrooms, a simulator room, electronic and hydraulic labs. Some of the courses offered include: Intro to ROVs, Electronics, Hydraulics and HSE. The Training Center manages a Competency Program to map out employee career development.
## Research and Development
Oceaneering’s research and development team in Brazil defines and executes technology development projects in partnership with oil and gas operators, with the infrastructure to comply with ANP regulations for R&D spending. Oceaneering provides innovative solutions in the areas of robotics, inspection, intervention and data management. Oceaneering typically works on projects that takes a product or service from proof of concept to a working system.
### Examples
- Flowline Remediation System (FRS) Testing
- Subsea tomography (radiography)
- Robotics
- ROV technologies
 ## Latest News
## Publication of the Salary Transparency Report
In accordance with our commitment to promoting an inclusive and equitable work environment, and in compliance with Law 14,611 of 2023, which provides for equal pay and remuneration criteria between women and men, we have published our Salary Transparency report.
[ Relatório de Transparência e Igualdade salarial de Mulheres e Homens – 2º semestre 2026 ](https://oceaneering.canto.com/direct/document/t7sj95almt60bdas1je46ftr6i/7vq9BA6EfWPQ63WfQ3LwOs9FNqw/original?content-type=application%2Fpdf)## Contact Us
### Our team of experts is ready to help you get started.
Oceaneering offers best-in-class products and solutions, backed by unparalleled quality, reliability, and global support. Fill out the inquiry form to start a conversation today.
**Regions:** South America
---
### [Middle East](https://www.oceaneering.com/locations/middle-east/)
**Published:** November 9, 2023
**Author:** Andrew Dodson
**Content:**
# Oceaneering in the Middle East
The Middle East is one of the world’s largest oil and gas producing regions. Present in the region since 1983, Oceaneering provides asset integrity and inspection services, pipeline repair and connection products, project management, tooling and other services.
Oceaneering remains committed to increasing our regional capabilities in the Middle East. Our regional office is situated in the heart of the city at Al Masaood Tower on Hamdan Street in Abu Dhabi. Our warehouse facility in Mussafah provides ample space for the expansion of local services, such as pipeline integrity solutions and decommissioning services. We also have site offices in Muscat, Oman, and Doha, Qatar.
# High-Quality Professional Services
At Oceaneering, we do things differently, creatively, and smarter. To show our commitment to providing our innovative, high-quality solutions in the Middle East, we provide a wide variety of services and product lines to fit the specific needs of the local oil and gas industry.
## Facilities in the Middle East
With an operational base in Abu Dhabi and office in Dubai, Oceaneering easily provides operational support to Saudi Arabia and Oman, as well as other countries in the Middle East region.
Regional Headquarters ### Abu Dhabi, UAE
---
Al Masaood Tower, Hamdan Bin Mohammed Street, Abu Dhabi,
UAE Office ### Dubai, UAE
---
Al Moosa Tower 2, Sheikh Zayed Road, Dubai,
UAE Office ### Oman
---
Globex Business Center at Panorama Mall, Al Khuwayr, Muscat,
Sultanate of Oman Office ### Qatar
---
Alfardan Commercial Tower, Al Funduq Street, Doha,
Qatar ## Purpose-Built Facility
Our integrated, purpose-built facility in Abu Dhabi includes an enclosed warehouse, overhead crane, storage room, equipment and readily available and expertly trained personnel. Our operations are led by our local subsidiary Oceaneering OiS WLL.
## The Talent
We have over 100 highly qualified workers of various disciplines in our Middle East offices.
0+ Highly Qualified Employees
## The Training
Oceaneering is dedicated to providing robust education programs for our employees to ensure they are properly trained and proficient in their roles.
Setting the standard in the oil and gas industry, Oceaneering’s experienced instructors provide internal and external candidates with first-class training. In Abu Dhabi, our rope access technicians train to all levels on purpose-built towers prior to appraisal by an IRATA-qualified assessor.
# Contact Us
## Our team of experts is ready to help you get started.
Oceaneering offers best-in-class products and solutions, backed by unparalleled quality, reliability, and global support. Fill out the inquiry form to start a conversation today.
---
### [India](https://www.oceaneering.com/locations/india/)
**Published:** November 9, 2023
**Author:** Andrew Dodson
**Content:**
# Oceaneering in India
For over 20 years, India has served as an integral center of operations for Oceaneering’s robust product and service offerings in Asia.
## Long-Standing Service Excellence
Since 2003, our Indian team members have provided essential services to our global operations – from oil and gas field infrastructure to subsea robotics.
0+ employees
0% Indian workforce
0+ years of experience
## Inside Our Workspace
 Play Video ### Why Oceaneering
 Play Video ### Oceaneering in One Word
 Play Video ### Oceaneering Office Tour
# Our Services
Our talented local workforce delivers innovative solutions in subsea engineering, robotics, automation, control systems, software product development, and inspection, maintenance, and repair. We also support supply chain and information technology functions.
## Facilities in India
Oceaneering has four convenient sites around the country.
Regional Headquarters ### Chandigarh, India
---
DLF Developers, Rajiv Gandhi Technology Park, Site 22-23, Tower E, Chandigarh, 160101
India +91 1726611500 Manufacturing Facility ### Kakinada, India
---
Plot No-12 and 13, APIIC, Opp-Rill-Yard-51, Vakalpudi, Thammavaram Post, Kakinada 533005,
India Office ### Mumbai, India
---
C-302, Delphi, Hiranandani Gardens, Powai, Mumbai – 400076,
India +91 2241669800 Office ### Pune, India
---
Unit No.301, Building No. 2, 3rd Floor, Commerzone, Complex, Samrat Ashok Path, Off Airport Road, Yerwada, Pune, Maharashtra, 411006,
India +91 2067665600     [  ](https://www.oceaneering.com/wp-content/uploads/2023/11/IMG_20220425_135445-edited-1.jpg) [  ](https://www.oceaneering.com/wp-content/uploads/2023/11/Workplace-1-1-scaled.jpg) [  ](https://www.oceaneering.com/wp-content/uploads/2023/11/Workplace-2-1-scaled.jpg) [  ](https://www.oceaneering.com/wp-content/uploads/2023/11/Workplace-3-1-scaled.jpg) [  ](https://www.oceaneering.com/wp-content/uploads/2023/11/IMG_20220425_135511-edited-1.jpg) [  ](https://www.oceaneering.com/wp-content/uploads/2023/11/Mumbai-3.jpg) [  ](https://www.oceaneering.com/wp-content/uploads/2023/11/Mumbai-2-1.jpg) [  ](https://www.oceaneering.com/wp-content/uploads/2023/11/Mumbai-1-1.jpg) CoE ## Centers of Excellence
Our dedicated Centers of Excellence leverage a highly talented, dynamic, and diverse team of professionals to support our global operations with best-in-class engineering and technology solutions and multidisciplinary services.
Chandigarh Opened in 2008, the center offers allied engineering services globally. Moreover, it extends 24/7 backup and support to both ROV and IT operations. Since its opening, the center has expanded rapidly and now employs over 750 staff.
Kakinada Home to Oceaneering’s supply and logistics base, Kakinada is equipped with a specialist electrical and tooling workshop for in-house testing, repair, tooling maintenance, and other items.
Mumbai Our Mumbai facility serves as a business management office for Subsea products and supports ROV operations and administration in India.
Pune Our Engineering Center serves as a satellite office providing mechanical design and analysis, and electronics and software development services. It features a new lab for robotics and electronic products development.
## Committed to India and its People
We are focused on developing local talent, including in key positions, and providing access to strong professional development programs for specialist roles and other fields. Our teams at each location are composed of Indian nationals. We offer extensive learning and development opportunities, targeted on-site training, and short- and long-term rotations across sites to team members to develop skills and achieve desired career progressions.
#### We Solve the Unsolvable
Integrated, best-in-class products, services, and solutions to solve our customers’ biggest challenges.
#### Great Work Culture
Flexible, transparent, and collaborative work culture with great team synergy.
[#### World Class Infrastructure
Modern offices, equipped labs, and beautiful campuses aligned with the future way of work.
](https://www.oceaneering.com/rov-services/rov-systems/freedom/)## Join us! We’re hiring.
Oceaneering offers exciting career choices. No matter your passion, there is a part of our business made just for you. Interested in joining the team? [ Job Openings in India ](https://careers.oceaneering.com/global/en/search-results?keywords=india)Throughout my tenure, I have participated in numerous training programs, conferences, and workshops which have allowed me to develop my technical and leadership skills.
 Alok Kumar Manager – Rapid Application Development The work culture here fosters the essence of taking on new challenges and transcending them.
 Harsimran Kaur Assistant Manager – Robotics Support Centre Over these 5,475 days, each day has been a learning opportunity, filled with new challenges that have kept me motivated and engaged.
 Ashishkumar B Tandel Engagement Head – Project Management From the outset, I was immersed in a collaborative culture that emphasized innovation, integrity and teamwork.
 Mukul Dhawan Manager, Network Operations ## Sustainability Efforts
India is the first country in the world to make corporate social responsibility (CSR) mandatory. Oceaneering is committed to contributing to economic, social, and environmental development.
In our continuous endeavor to work towards human rights, the community, the environment, and society, we have completed various initiatives under our CSR program.
[ View Our Corporate Sustainability ](https://oceaneering.com/sustainability/)## Latest News
[](https://www.oceaneering.com/oceaneering-premier-league-and-family-day/ "Oceaneering Premier League and Family Day") 2/13/2025 ### [Oceaneering Premier League and Family Day](https://www.oceaneering.com/oceaneering-premier-league-and-family-day/ "Oceaneering Premier League and Family Day")
In February 2025, Oceaneers and their families gathered for Family Day and the Oceaneering Premier League (OPL) – an annual…
[Read More](https://www.oceaneering.com/oceaneering-premier-league-and-family-day/) [](https://www.oceaneering.com/winter-drive-brings-warmth-to-100-families/ "Winter Drive Brings Warmth to 100 Families") 12/12/2024 ### [Winter Drive Brings Warmth to 100 Families](https://www.oceaneering.com/winter-drive-brings-warmth-to-100-families/ "Winter Drive Brings Warmth to 100 Families")
In December, Oceaneering conducted a donation drive supporting under-resourced families during the cold season. The initiative distributed essential winter items…
[Read More](https://www.oceaneering.com/winter-drive-brings-warmth-to-100-families/) [](https://www.oceaneering.com/inspiring-young-minds-a-stem-initiative-to-mark-the-international-day-of-the-girl-child/ "Inspiring Young Minds: A STEM Initiative to Mark the International Day of the Girl Child") 10/14/2024 ### [Inspiring Young Minds: A STEM Initiative to Mark the International Day of the Girl Child](https://www.oceaneering.com/inspiring-young-minds-a-stem-initiative-to-mark-the-international-day-of-the-girl-child/ "Inspiring Young Minds: A STEM Initiative to Mark the International Day of the Girl Child")
To mark the International Day of the Girl Child, the Oceaneering Women’s Network (OWN) India Chapter collaborated with Child Rights…
[Read More](https://www.oceaneering.com/inspiring-young-minds-a-stem-initiative-to-mark-the-international-day-of-the-girl-child/)
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[ Load More ](#) # Contact Us
## Our team of experts is ready to help you get started.
Oceaneering offers best-in-class products and solutions, backed by unparalleled quality, reliability, and global support. Fill out the inquiry form to start a conversation today.
---
### [Africa](https://www.oceaneering.com/locations/africa/)
**Published:** January 5, 2024
**Author:** Kristen Thurman
**Content:**
# Oceaneering in Angola
Angola is one of the key oil and gas producers in Africa, and an important region for Oceaneering. Our operations are led by our local subsidiary Oceaneering Angola, S.A. We have been present in Angola since the 1980s, providing ROVs, diving, asset integrity, vessel management, engineering, machining, fabrication and other services.
[ Learn More ](#featured-video)  ### The Facility
The Viana facility is a one-stop shop offering drawing, concept through to fabrication, machining through to painting and QA/QC check, as well as testing and deployment (electrical power, pressure testing, fluid, gas).
 ### The Talent
We have a strong commitment to Angola and its people. That’s why Oceaneering is developing local talent, including in key positions, and providing access to strong professional development programs for specialist roles and other fields.
 ### The Training
Our training centers house two ROV simulators, both hydraulic and electronic practical training rooms, multiple classrooms, a high-voltage training facility, a working at heights practical, a Learning Management System online training room with eight workstations, and an auditorium.
## Facilities in Angola
Oceaneering has several locations around Angola for your strategic convenience.
Regional Headquarters ### Luanda, Angola
---
Avenida Deolinda Rodrigues,
No. 495 Terra Nova, Luanda,
Angola +244 222 635 400 Operational Base ### Sonils, Angola
---
Boavista, 309,
Sonils Base OSC,
Luanda, Angola Manufacturing Facility ### Viana, Angola
---
Estrada Camama-Viana,
Rua Direita do Kikuxi,
Luanda Sul, Viana,
Luanda, Angola +244 222 693 900 We have heavily invested in the local community and the development of our local workforce. Oceaneering boasts multiple state-of-the-art facilities in the capital city, Luanda (Sonils; Terra Nova; Viana), as well as in the province of Cabinda. Our product lines are market-leading. They are supported by strong, well-established infrastructure, delivering high quality, reliable and cost-effective services to our customers.
 ## Training Courses
Oceaneering is dedicated to educating our employees to ensure they are properly trained for any situation that arises.
Setting the standard in the oil and gas industry, Oceaneering’s designated in-house training facility includes multiple training simulators, hands-on classroom environments, practical workshops, and a spacious computer room where employees can access our in-house online training program. Oceaneering is 100 % committed to providing the best possible training and mentoring to the Angolan workforce.
## Team Testimonials
Oceaneering offers our employees exciting career choices. No matter your passion, there is a part of our business made just for you. Learn what our ‘Oceaneers’ have to say about life at Oceaneering.
#### Raúl Monteiro
##### WORKSHOP MANAGER
I love the challenges we encounter every day. There are always new projects that need a solution. Our mission is to act quickly and look for a solution to all problems, and to do so quickly, effectively and with quality in mind.[Read Raúl’s story](https://oceaneering.com/raul-monteiro/)
#### Neide Gourgel
##### HR CORDINATOR
I have the opportunity to get to know as well as work with all the departments. It has pushed me to be dynamic and organized by using various softwares.[Read Neide’s story](https://oceaneering.com/neide-gourgel/)
#### Gaspar Maissilas
##### STOCK KEEPER
I work as a stock keeper at the warehouse. My role is to manage the warehouse, such as receiving materials in the system, making supplies, ensuring that stock complies with the system, and serving our internal and external customers.[Read Gaspar’s story](https://oceaneering.com/gaspar-maissilas/)
 Play Video # High-Quality Professional Services
At Oceaneering we do things differently, creatively, and smarter. To show our commitment to providing our innovative, high-quality solutions to the Angolan energy industry, we offer more business units under one roof in Angola than any other Oceaneering location outside our primary base in Houston.
 ## Viana Manufacturing and Service Center
From concept to fabrication, testing to deployment, our 132,000-square-meter, world-class, state-of-the-art, multi-purpose, Viana Manufacturing and Service Center is a one-stop-shop for the oil and gas industry in Angola.
Our integrated, purpose-built facility leverages its predominantly Angolan workforce, to locally manufacture products as well as provide full life-of-field support. Viana’s motto is, “In Angola, by Angolans for Angolans.”
With such a diverse range of products available, we are confident in our capability and capacity to deliver a complete solution to our customers: Services and products designed, produced and delivered by Angolans in Angola. These are in-country solutions that will save time and money versus importing from overseas.
All
- All
- Local Scenery
- Safety
- Oceaneering Facilities
- Our Technicians
- Machinery and Fabrication
- Technology Day 2019
[  ](https://www.oceaneering.com/wp-content/uploads/2023/11/IMG_1751-768x1024.jpeg) [  ](https://www.oceaneering.com/wp-content/uploads/2023/11/2018_03_08_17_18_54_556-1024x523.jpg) [  ](https://www.oceaneering.com/wp-content/uploads/2023/11/2018_03_08_17_17_26_953-1024x508.jpg) [  ](https://www.oceaneering.com/wp-content/uploads/2023/11/2018_03_08_17_20_32_180-1024x552.jpg) [  ](https://www.oceaneering.com/wp-content/uploads/2023/11/Angola-4-1024x683.jpg) [  ](https://www.oceaneering.com/wp-content/uploads/2023/11/Angola-3-1024x632.jpg) [  ](https://www.oceaneering.com/wp-content/uploads/2023/11/Angola-2-1024x767.jpg) [  ](https://www.oceaneering.com/wp-content/uploads/2023/11/Angola-1-1024x678.jpg) [  ](https://www.oceaneering.com/wp-content/uploads/2023/11/2018_03_08_10_22_29_934-1024x576.jpg) [  ](https://www.oceaneering.com/wp-content/uploads/2023/11/IMG_1636-1024x768.jpg) [  ](https://www.oceaneering.com/wp-content/uploads/2023/11/DJI_0079-1024x767.jpg) [  ](https://www.oceaneering.com/wp-content/uploads/2023/11/DJI_0077-1024x767.jpg) [  ](https://www.oceaneering.com/wp-content/uploads/2023/11/DJI_0076-1024x767.jpg) [  ](https://www.oceaneering.com/wp-content/uploads/2023/11/Viana-Machine-Shop-1024x683.jpg) [  ](https://www.oceaneering.com/wp-content/uploads/2023/11/2018_03_08_10_32_03_732-1024x638.jpg) [  ](https://www.oceaneering.com/wp-content/uploads/2023/11/2018_03_08_10_24_22_907-1024x576.jpg) [  ](https://www.oceaneering.com/wp-content/uploads/2023/11/2018_03_08_10_22_13_209-1024x576.jpg) [  ](https://www.oceaneering.com/wp-content/uploads/2023/11/2018_03_08_10_21_44_909-604x1024.jpg) [  ](https://www.oceaneering.com/wp-content/uploads/2023/11/2018_03_08_10_21_28_695-1024x596.jpg) [  ](https://www.oceaneering.com/wp-content/uploads/2023/11/2018_03_06_03_33_55_186-1024x562.jpg) [  ](https://www.oceaneering.com/wp-content/uploads/2023/11/2018_03_06_03_33_14_782-1024x564.jpg) [  ](https://www.oceaneering.com/wp-content/uploads/2023/11/2018_03_06_03_32_14_351-1024x576.jpg) [  ](https://www.oceaneering.com/wp-content/uploads/2023/11/2018_03_06_03_31_13_358-1024x665.jpg) [  ](https://www.oceaneering.com/wp-content/uploads/2023/11/2018_03_06_03_30_11_377-1024x665.jpg) [  ](https://www.oceaneering.com/wp-content/uploads/2023/11/2018_03_06_03_28_43_554-1024x666.jpg) [  ](https://www.oceaneering.com/wp-content/uploads/2023/11/Angola-tech-day-scaled-1-1024x564.jpg) [  ](https://www.oceaneering.com/wp-content/uploads/2023/11/Angola-tech-day-ROV-simulator-scaled-1-1024x564.jpg) [  ](https://www.oceaneering.com/wp-content/uploads/2023/11/Angola-tech-day-ROV-scaled-1-1024x564.jpg) [  ](https://www.oceaneering.com/wp-content/uploads/2023/11/Angola-tech-day-stations-scaled-1-1024x564.jpg) [  ](https://www.oceaneering.com/wp-content/uploads/2023/11/Angola-tech-day-team-photo-scaled-1-1024x564.jpg) [  ](https://www.oceaneering.com/wp-content/uploads/2023/11/Angola-tech-day-inspection-station-scaled-1-1024x564.jpg) ## Latest News
## Case Studies
## Do you want a Career at Oceaneering in Angola?
[ Contact Us Now ](mailto:recrutamentoangola-oii@oceaneering.com)   ## Compliance Policy
[ Anti-Corruption Compliance Policy ](https://oceaneering.canto.com/direct/document/adma08aimh3rh8icgr0ldbdh0r/cgsWeOxAxOdOwH-CFf6jSkFJ7-w/original?content-type=application%2Fpdf&name=Anti-Corruption-Compliance-Policy-Portuguese.pdf) [ Code of Business Conduct and Ethics ](https://oceaneering.canto.com/direct/document/fhnm47s46p6m36pl439g5o9o33/iySevwr0b097xby_bs-FusHMDa4/original?content-type=application%2Fpdf&name=Code-of-Business-Conduct-%26-Ethics-Portuguese.pdf)## Contact Us
### Our team of experts is ready to help you get started.
Oceaneering offers best-in-class products and solutions, backed by unparalleled quality, reliability, and global support. Fill out the inquiry form to start a conversation today.
---
### [Azerbaijan](https://www.oceaneering.com/locations/azerbaijan/)
**Published:** January 5, 2024
**Author:** Kristen Thurman
**Content:**
# Oceaneering in Azerbaijan
For over 20 years, Oceaneering has been a trusted provider of subsea, Remotely Operated Vehicles (ROVs), and integrity management solutions across Azerbaijan and the broader Caspian region-including Georgia and Türkiye.
## About Us
We deliver engineered services that meet the complex technical requirements of offshore and onshore energy operations, supporting oil and gas, renewables, and infrastructure projects with efficiency, reliability, and local expertise. With a strong presence in Azerbaijan and Georgia, our commitment to operational excellence, innovation, and local collaboration ensures we continue to meet the evolving needs of our customers across the Azerbaijan-Georgia-Türkiye (AGT) corridor.
## History in the Caspian
Oceaneering began operations in Azerbaijan in the early 2000s, initially focusing on ROV services to support offshore oil and gas activities in the Caspian Sea. Established in 2009, our Georgia office plays a critical role in supporting integrity management operations across the region. Strategically located to serve local projects efficiently, the office functions as a central hub for managing and delivering integrated services aligned with our global standards.
## Notable Achievements
Delivering high-quality services with zero major service interruptions and with excellent HSSE record
Achieving 99.5% subsea tooling equipment uptime
Offering successful factory acceptance testing (FAT) and site integration testing (SIT) of advanced subsea tools
Performed region’s first subsea radiography scope
## Operational Excellence
Our commitment to Operational Excellence drives us to continually enhance efficiency and deliver top-quality results, ensuring that our operations set industry benchmarks while adapting to the dynamic challenges of offshore projects. A recent annual inspection campaign completed in the region delivered exceptional results, including:
- 40% reduction in inspection backlog
- 60% improvement in decision-making speed using risk-based inspection (RBI)
- ISO 17020 and ASME compliance
## Facilities
Oceaneering has two sites in the Azerbaijan-Georgia-Turkiye (AGT) corridor.
Regional Headquarters ### Baku, Azerbaijan
---
Sabail District, Salyan Highway,
13th km, Street 6/10, AZ1023
Baku City, Republic of Azerbaijan
+994 12 4047546 Office ### Tbilisi, Georgia
---
2, Davit Gamrekeli Street, Axis Business Center 0192, Tbilisi, Georgia
+995 555 08 65 56
+994 55 50 59 696    ## Areas of Expertise
### Remotely Operated Vehicles and Tooling
We deploy and operate ROVs and platform-based ROV systems for both inspection and operational support tasks onboard drilling rigs in the AGT region. Our capabilities are integral to maintaining asset performance and ensuring the integrity of subsea infrastructure.
### Intervention Solutions
Our teams deliver specialized services in BOP intervention, tooling maintenance, and Light Well Intervention (LWI) support. With a strong focus on safety, reliability, and precision, we ensure that complex tooling operations in subsea environments are executed with maximum efficiency.
### Asset Integrity Management
We combine advanced inspection methods with digital analytics to deliver comprehensive asset integrity assurance. By leveraging data-driven strategies and risk-based maintenance planning, we enhance decision-making and supports long-term asset performance.
## Strategic Alliance Delivering High-Impact Subsea Solutions
In 2015, Oceaneering and SOCAR-DALGIDJ LLC formed a strategic alliance to provide a full range of subsea services across the Caspian region. This collaboration combines local operational strength with global expertise to provide safe, efficient, and innovative solutions for complex offshore challenges.
### Project Management
### Engineering
### Inspection, Maintenance, and Repair (IMR)
### Diving Services
### Remotely Operated Vehicle (ROV) Services
[  ](https://www.oceaneering.com/wp-content/uploads/2024/01/20210430_132809-b.jpg) [  ](https://www.oceaneering.com/wp-content/uploads/2024/01/20210430_132821-b.jpg) [  ](https://www.oceaneering.com/wp-content/uploads/2024/01/20210430_133444-b.jpg) [  ](https://www.oceaneering.com/wp-content/uploads/2024/01/20210430_134457-b.jpg) [  ](https://www.oceaneering.com/wp-content/uploads/2024/01/20210430_132635-b.jpg) [  ](https://www.oceaneering.com/wp-content/uploads/2024/01/20210430_134507-b.jpg) [  ](https://www.oceaneering.com/wp-content/uploads/2024/01/20210430_133545-b.jpg) [  ](https://www.oceaneering.com/wp-content/uploads/2024/01/20210430_133642-b.jpg) [  ](https://www.oceaneering.com/wp-content/uploads/2024/01/20210430_134128-2.jpg) [  ](https://www.oceaneering.com/wp-content/uploads/2024/01/20210430_133656-b.jpg) [  ](https://www.oceaneering.com/wp-content/uploads/2024/01/20210430_133637-b.jpg) [  ](https://www.oceaneering.com/wp-content/uploads/2024/01/20210430_133337-b.jpg)# Contact Us
## Our team of experts is ready to help you get started.
Oceaneering offers best-in-class products and solutions, backed by unparalleled quality, reliability, and global support. Fill out the inquiry form to start a conversation today.
---
### [Australia](https://www.oceaneering.com/locations/australia/)
**Published:** November 9, 2023
**Author:** Andrew Dodson
**Content:**
# Oceaneering in Australia
Australia is a world-class offshore energy hub, and an important country for Oceaneering’s operations in Asia Pacific.
Our integrated, purpose built facilities in Australia have the people, services and expertise to look after your oilfield assets.
## Locations in Australia
Contact us at any of our locations.
Regional Headquarters ### Perth, Australia
---
634 Karel Ave, Jandakot WA 6166,
Australia +61 8 6499 0000 Office ### Melbourne
---
Level 23, Tower 5 Collins Square, 727 Collins Street, Docklands, Victoria 3008, Australia +61 3 9101 8035   # High-Quality Professional Services
We solve your toughest challenges, from routine to extreme. Our solutions can improve efficiency, save costs and improve health, safety and environment for offshore operations. No matter what problem you encounter, we have the solutions and specialists ready for the job.
Regional Headquarters ## Perth Headquarters
Located in Jandakot, Oceaneering’s Australian headquarters offers world class oilfield services, enabling the delivery of fully integrated solutions for our clients’ toughest challenges throughout the Asia Pacific region.
After decades in-country, Oceaneering remains firmly committed to Australia and the local workforce. Our Perth facility allows us to centralize operations, thereby ensuring the delivery of high-integrated work packages and increased cost-efficiencies.
0m2 Workshop and Internal Storage Space 0m2 Laydown Area 0m2 Office Space ### Facility Features
- Fully equipped adjoining office space
- Tooling and parts storage areas
- Overhead gantry crane – 10 T
- Overhead push cranes in machine shop – 1.5 T
- Assembly bays
- Pressure testing bays
- Functional testing bays
- Electrical workshop
- Inspection facilities
- Light machining facilities
- Computer Numerical Control (CNC) machining
- Grinding, cutting, milling and turning
 Play Video ## Training Courses
To ensure that our employees reach their full potential, Oceaneering Australia offers a range of internal learning and development opportunities.
Oceaneering provides Site Safety training, Hydrocarbon (Competency Based Training Assessment) training and Team Leader/Supervisory training for employees at Oceaneering managed workplaces. We provide opportunities for training and development required for ongoing certification, as well as any other training specifically required for any individual employee’s duties.
## Respectful Workplaces
Cultivating and maintaining an inclusive work environment is something that takes time and effort. Our employees are offered technical and soft skills training via our Learning Management System, which includes approximately 5,000 modules covering various important topics.
Our “Respectful Workplace: It Starts With You” module teaches each employee the importance of respecting each other, appreciating each person’s differences, and looking for the value that each person brings to the overall group effort.
## Latest News
[](https://petroleumaustralia.com.au/mag/SEPTEMBER2022.html#pdfflip-PDFF/29/#new_tab "ROV-Based Annular Abandonment Reduces HSE Risks and Rig Time") 9/15/2022 ### [ROV-Based Annular Abandonment Reduces HSE Risks and Rig Time](https://petroleumaustralia.com.au/mag/SEPTEMBER2022.html#pdfflip-PDFF/29/#new_tab "ROV-Based Annular Abandonment Reduces HSE Risks and Rig Time")
A major operator in Southeast Asia asked Oceaneering to develop an ROV-based solution to mitigate annular gas and avoid HSE…
[Read More](https://petroleumaustralia.com.au/mag/SEPTEMBER2022.html#pdfflip-PDFF/29/#new_tab) [](https://www.oceaneering.com/oceaneerings-integrity-management-and-digital-solutions-segment-announces-fourth-quarter-2021-contracts-exceeding-80-million/ "Oceaneering") 1/7/2022 ### [Oceaneering’s Integrity Management and Digital Solutions Segment Announces Fourth Quarter 2021 Contracts Exceeding $80 Million](https://www.oceaneering.com/oceaneerings-integrity-management-and-digital-solutions-segment-announces-fourth-quarter-2021-contracts-exceeding-80-million/ "Oceaneering")
Oceaneering’s Integrity Management and Digital Solutions Segment Announces Fourth Quarter 2021 Contracts Exceeding $80 Million
[Read More](https://www.oceaneering.com/oceaneerings-integrity-management-and-digital-solutions-segment-announces-fourth-quarter-2021-contracts-exceeding-80-million/) [](https://www.oceaneering.com/oceaneering-secures-three-year-integrity-management-services-contract-in-png/ "Oceaneering Secures Three-Year Integrity Management Services Contract in PNG") 8/3/2021 ### [Oceaneering Secures Three-Year Integrity Management Services Contract in PNG](https://www.oceaneering.com/oceaneering-secures-three-year-integrity-management-services-contract-in-png/ "Oceaneering Secures Three-Year Integrity Management Services Contract in PNG")
Oceaneering International, Inc. announces that its Integrity Management and Digital Solutions (IMDS) segment has won a new multi-year contract in…
[Read More](https://www.oceaneering.com/oceaneering-secures-three-year-integrity-management-services-contract-in-png/)
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[ Load More ](#) # Contact Us
## Our team of experts is ready to help you get started.
Oceaneering offers best-in-class products and solutions, backed by unparalleled quality, reliability, and global support. Fill out the inquiry form to start a conversation today.
---
### [Norway](https://www.oceaneering.com/locations/norway/)
**Published:** November 9, 2023
**Author:** Andrew Dodson
**Content:**
# Oceaneering in Norway
The Norwegian Continental Shelf has some of the harshest environments in the world. In Norway since 1973, Oceaneering has been driven to develop innovative technology and services to benefit the country’s robust onshore and offshore energy industries.
Oceaneering provides value-adding technologies and solutions that focuses on **maximizing value** for our customers. By using the latest available technology combined with our unique expertise, we can deliver products and services **above your expectations**.
## Office Locations in Norway
Regional Headquarters ### Stavanger
---
Vestre Svanholmen 24, 4313 Sandnes,
Norway +47 52 91 30 00 Office ### Ågotnes
---
K2 CCB- Basen, 5347 Ågotnes,
Norway Office ### Bergen
---
Sandslimarka 61-63, 5254 Sandsli,
Norway +47 52 91 30 00 Office ### Florø
---
Fjordbase – Bygg 54, 6900 Florø,
Norway +47 52 91 30 00 Office ### Hammerfest
---
Havneveien 50,
9610 Rypefjord,
Norway Office ### Kristiansund
---
Omagata 110 C, Bygg 14, 6517 Kristiansund,
Norway Office ### Mongstad
---
Litlås 8. 5954 Mongstad,
Norway +47 52 91 30 00 Manufacturing Facility ### Nodeland
---
Hagen 20, 4645 Nodeland,
Norway +47 52 91 30 00 Office ### Sandnessjøen
---
Øyvind Lambes vei 28, 8803 Sandnessjøen,
Norway +47 52 91 30 00 Office ### Trondheim
---
Sluppenvegen 12E, 7037 Trondheim,
Norway +47 52 91 30 00        ## Onshore Control Center
Our Onshore Control Center enable remote location of personnel, specialists, and client representatives to make the best use of time, mobilization cost, and expertise.
 Play Video ### ROV Pilots
Crew up with land-based ROV pilots when needed. Multiple operations can be supported simultaneously.
### Offshore Specialists
SMEs with advanced tooling and operational skills can assist during operations when required.
### Client Representatives
Client representatives can actively engage and participate in operations.
Regional Headquarters ## Facilities Overview
0m2 Workshop
0m2 Storage Area
0m2 Outside Storage Area
0m2 Offices
## Step Into our Norwegian Headquarters
 Play Video # Our Team
We have over 1000 highly qualified employees located in our Norwegian offices. Our teams are in high alert so your potential problems can be solved as quickly as possible.
0+ Highly Qualified Employees
[ Search job openings in Norway ](https://careers.oceaneering.com/global/en/search-results?keywords=Norway)# Contact Us
## Our team of experts is ready to help you get started.
Oceaneering offers best-in-class products and solutions, backed by unparalleled quality, reliability, and global support. Fill out the inquiry form to start a conversation today.
---
### [United Kingdom](https://www.oceaneering.com/locations/united-kingdom/)
**Published:** November 9, 2023
**Author:** Andrew Dodson
**Content:**
# Oceaneering in the United Kingdom
The North Sea is an important offshore energy region for Oceaneering. Established in 1974, Oceaneering International Services Limited (OISL) provides operational and manufacturing support to the U.K., Europe, Africa, and the Middle East.
With our regional headquarters in Aberdeen, Oceaneering is perfectly positioned to provide full life of field products and services for the oil, gas, and renewable energy sectors.
Regional Headquarters ## Aberdeen Headquarters
Underpinning Oceaneering’s direct commitment to the U.K. Continental Shelf, and supporting continued growth in the U.K., Europe, Africa, and the Middle East, the Aberdeen headquarters moved into a new 50,000 sq ft office location at the Aberdeen International Business Park in 2020.
This move will be followed by the addition of a new, 88,000 sq ft purpose-built workshop and 95,500 sq ft yard located at the Aberdeen D2 Business Park. The move will centralize our operations, ensuring the delivery of highly-integrated work packages and increase cost-efficiency for Oceaneering customers.
[ Read the Press Release ](https://oceaneering.com/oceaneering-announces-new-site-for-aberdeen-operations/) ## Locations in the UK
Contact us at any of our locations.
Regional Headquarters ### Aberdeen
---
Building 3, Levels 2&3, Aberdeen International Business Park, Dyce Drive, Aberdeen, AB21 0BR,
UK +44 1224 758500 Grayloc ### Aberdeen
---
**Grayloc® Products**
Site 39 Silverburn Place
Bridge of Don Industrial Estate
AB23 8EG
Aberdeen, Scotland +44 1224 222790 Office ### Gloucester
---
Unit 3B, 325 Bristol Road, Gloucester, GL2 5DN,
UK +44 1452 304694 Manufacturing Facility ### Rosyth
---
Dundas Road, Port of Rosyth, Fife, Scotland, KY11 2XS,
UK +44 1383 643400 Office ### Stockton
---
109 Bowesfield Lane, Stockton on Tees, Cleveland, TS18 3HF,
UK +44 1642 604661 Office ### Swansea
---
Unit 5, Castell Close, Swansea Enterprise Park Llansamlet, Swansea, West Glamorgan, SA7 9FH,
UK +44 1792 700177 Office ### Wilton
---
Piccadilly Offices, Wilton International Site, Redcar, Cleveland, TS10 4RG,
UK +44 1642 770800 # High-Quality Professional Services
We solve your toughest challenges, from routine to extreme. Our solutions can improve efficiency, save costs and improve health, safety and environment for offshore operations. No matter what problem you encounter, we have the solutions and specialists ready for the job.
## Manufacturing Facilities
Oceaneering has two manufacturing facilities in the U.K., an umbilical manufacturing facility in Rosyth and a Grayloc manufacturing facility in Aberdeen.
## Global Validation and Competency Center in Swansea
Our Regional Centers of Excellence focus on developing and shaping the future of non-destructive technology (NDT). Our Validation and Competency Centers offer validation services for new technologies as they come to market and ensure the competency of operators to complete inspection services worldwide.
## Our Team
We have over 500 highly qualified employees located in our UK offices. Our teams are ready to solve your challenges.
0+ Highly Qualified Employees
[ Search Job Openings in the UK ](https://careers.oceaneering.com/global/en)# Contact Us
## Our team of experts is ready to help you get started.
Oceaneering offers best-in-class products and solutions, backed by unparalleled quality, reliability, and global support. Fill out the inquiry form to start a conversation today.
---
## Products
### [135/8-inch Cleaning Tool](https://www.oceaneering.com/products/13-5-8-inch-cleaning-tool/)
**Published:** May 4, 2026
**Author:** Arushi Sharma
**Categories:** ROV Tooling
**Product Categories:** Cleaning
---
### [10-inch Multipurpose Cleaning Tool](https://www.oceaneering.com/products/10-inch-multipurpose-cleaning-tool/)
**Published:** April 6, 2026
**Author:** Arushi Sharma
**Categories:** ROV Tooling
**Product Categories:** Cleaning
---
### [BOP Inspection and Flushing Tool (BIFT)](https://www.oceaneering.com/products/bop-inspection-and-flushing-tool/)
**Published:** April 13, 2026
**Author:** Arushi Sharma
**Categories:** ROV Tooling
**Product Categories:** Cleaning
---
### [Low Elevation Angle Nulling Antenna (LEANA)](https://www.oceaneering.com/products/low-elevation-angle-nulling-antenna-leana/)
**Published:** June 2, 2025
**Author:** Monica Dahl
**Content:**
[ Discuss a Project ](https://www.oceaneering.com/positioning-solutions/#contact) [  ](https://www.oceaneering.com/wp-content/uploads/2025/08/C-NAV-XF.webp) [  ](https://www.oceaneering.com/wp-content/uploads/2025/08/Anti-Jam.webp) Antenna # Low Elevation Angle Nulling Antenna (LEANA)
The C-Nav979XF+-MAR Low Elevation Angle Nulling Antenna (LEANA) is designed to deliver reliable GNSS performance in environments prone to interference. Supporting multiple GNSS constellations and frequencies, it mitigates jamming signals from low elevation sources near ground and marine-based transmitters.
Its advanced radiation pattern provides typical wideband suppression of 20 dB for GNSS signals received between 0 degrees and approximately 15 degrees elevation, enabling operation significantly closer to interference sources without signal degradation. Combining low elevation angle nulling with deep filtering and high linearity technologies, this antenna delivers robust resilience against RF noise and out-of-band interference.
- Multi-constellation decimeter performance
- Suppression of all in band signals below 15-degree elevation
- Not export controlled
### Download the Brochure
[ Low Elevation Angle Nulling Antenna (LEANA) ](https://oceaneering.canto.com/download/document/2f39j0rc4d7s76iqt0ut336g3b/original.pdf)### Contact Us
## Our team of experts is ready to help you get started.
Oceaneering offers best-in-class products and solutions, backed by unparalleled quality, reliability, and global support. Fill out the inquiry form to start a conversation today.
"\*" indicates required fields InstagramThis field is for validation purposes and should be left unchanged.\* = required fields Nature of Enquiry\*Please selectProduct/Service SalesTechnical SupportService ActivationPlease click this link [C-Nav® Activation License Request (oceaneering.com)](https://cnavauthcode.oceaneering.com/cnavportal/requestauthcodeexternal.aspx) for further assistance. You do not need to complete rest of form.Company\*Country\* Please SelectAfghanistanÅland IslandsAlbaniaAlgeriaAmerican SamoaAndorraAngolaAnguillaAntarcticaAntigua and BarbudaArgentinaArmeniaArubaAustraliaAustriaAzerbaijanBahamasBahrainBangladeshBarbadosBelarusBelgiumBelizeBeninBermudaBhutanBoliviaBonaire, Sint Eustatius and SabaBosnia and HerzegovinaBotswanaBouvet IslandBrazilBritish Indian Ocean TerritoryBrunei DarussalamBulgariaBurkina FasoBurundiCabo VerdeCambodiaCameroonCanadaCayman IslandsCentral African RepublicChadChileChinaChristmas IslandCocos IslandsColombiaComorosCongoCongo, Democratic Republic of theCook IslandsCosta RicaCôte d'IvoireCroatiaCubaCuraçaoCyprusCzechiaDenmarkDjiboutiDominicaDominican RepublicEcuadorEgyptEl SalvadorEquatorial GuineaEritreaEstoniaEswatiniEthiopiaFalkland IslandsFaroe IslandsFijiFinlandFranceFrench GuianaFrench PolynesiaFrench Southern TerritoriesGabonGambiaGeorgiaGermanyGhanaGibraltarGreeceGreenlandGrenadaGuadeloupeGuamGuatemalaGuernseyGuineaGuinea-BissauGuyanaHaitiHeard Island and McDonald IslandsHoly SeeHondurasHong KongHungaryIcelandIndiaIndonesiaIranIraqIrelandIsle of ManIsraelItalyJamaicaJapanJerseyJordanKazakhstanKenyaKiribatiKorea, Democratic People's Republic ofKorea, Republic ofKuwaitKyrgyzstanLao People's Democratic RepublicLatviaLebanonLesothoLiberiaLibyaLiechtensteinLithuaniaLuxembourgMacaoMadagascarMalawiMalaysiaMaldivesMaliMaltaMarshall IslandsMartiniqueMauritaniaMauritiusMayotteMexicoMicronesiaMoldovaMonacoMongoliaMontenegroMontserratMoroccoMozambiqueMyanmarNamibiaNauruNepalNetherlandsNew CaledoniaNew ZealandNicaraguaNigerNigeriaNiueNorfolk IslandNorth MacedoniaNorthern Mariana IslandsNorwayOmanPakistanPalauPalestine, State ofPanamaPapua New GuineaParaguayPeruPhilippinesPitcairnPolandPortugalPuerto RicoQatarRéunionRomaniaRussian FederationRwandaSaint BarthélemySaint Helena, Ascension and Tristan da CunhaSaint Kitts and NevisSaint LuciaSaint MartinSaint Pierre and MiquelonSaint Vincent and the GrenadinesSamoaSan MarinoSao Tome and PrincipeSaudi ArabiaSenegalSerbiaSeychellesSierra LeoneSingaporeSint MaartenSlovakiaSloveniaSolomon IslandsSomaliaSouth AfricaSouth Georgia and the South Sandwich IslandsSouth SudanSpainSri LankaSudanSurinameSvalbard and Jan MayenSwedenSwitzerlandSyria Arab RepublicTaiwanTajikistanTanzania, the United Republic ofThailandTimor-LesteTogoTokelauTongaTrinidad and TobagoTunisiaTürkiyeTurkmenistanTurks and Caicos IslandsTuvaluUgandaUkraineUnited Arab EmiratesUnited KingdomUnited StatesUruguayUS Minor Outlying IslandsUzbekistanVanuatuVenezuelaViet NamVirgin Islands, BritishVirgin Islands, U.S.Wallis and FutunaWestern SaharaYemenZambiaZimbabwe Country Name\* First Last Email\* PhoneVesselEnd Use Application\*Please SelectDynamic PositioningDP & Offshore Survey (Dual Use)Offshore Survey (O&G)Offshore Survey (Renewables)Position Monitoring (e.g. FPSO)Nearshore SurveyGovernment/ResearchMessage Submit
**Product Categories:** Antennas, C-Nav Positioning Solutions
---
### [10k psi Subsea Pressure Test Kit](https://www.oceaneering.com/products/10k-psi-subsea-pressure-test-kit/)
**Published:** September 11, 2026
**Author:** Arushi Sharma
**Categories:** ROV Tooling
**Product Categories:** Pressure Testing
---
### [Subsea Land Out Camera](https://www.oceaneering.com/products/subsea-land-out-camera/)
**Published:** June 24, 2026
**Author:** Neeshi Sharma
**Categories:** ROV Tooling
**Product Categories:** Miscellaneous
---
### [Class 1-4 Torque Tool](https://www.oceaneering.com/products/class-1-4-torque-tool/)
**Published:** August 14, 2026
**Author:** Arushi Sharma
**Categories:** ROV Tooling
**Product Categories:** Torque Tools
---
### [Energy Savanah](https://www.oceaneering.com/products/energy-savanah-multi-service-vessel/)
**Published:** June 20, 2026
**Author:** Monica Dahl
**Content:**
[ Discuss a Project ](https://oceaneering.com/subsea-tiebacks/#contact) [  ](https://www.oceaneering.com/wp-content/uploads/2026/07/Energy-Savanah-Image-New_01-copy.webp) Multi-Service Vessel (MSV) # Energy Savanah
## Subsea Construction and Complex Intervention.
Energy Savanah is a DP2 MSV designed to support subsea construction, inspection maintenance, and repair (IMR), and field installation campaigns. With a large clear deck, dual subsea cranes and integrated ROV and survey systems, the vessel provides a stable and flexible platform for complex offshore operations.
## Key Vessel Features
- Overall length: 319 ft / 97.2 m
- Clear deck: 11,840 ft2 / 1,100 m2
- Accommodations for up to 100 personnel
- Dual subsea knuckle boom cranes
- Two Millennium® Plus work class ROVs
- Enhanced DP Class 2
- Integrated survey and positioning systems
- DNV classed, SPS certified
- Norwegian flag
## Brochure
[ MSV Energy Savanah ](https://oceaneering.canto.com/download/document/l6m5hsj98p3gj683n7h5al0p72/original.pdf)## Contact Us
### Our team of experts is ready to help you get started.
Oceaneering offers best-in-class products and solutions, backed by unparalleled quality, reliability, and global support. Fill out the inquiry form to start a conversation today.
**Categories:** Vessels
**Product Categories:** Multi-Service Vessel (MSV)
---
### [Linear Valve Override Tool (LVOT)](https://www.oceaneering.com/products/linear-valve-override-tool-lvot/)
**Published:** June 18, 2026
**Author:** Arushi Sharma
**Categories:** ROV Tooling
**Product Categories:** Valve Intervention
---
### [Blue Sea](https://www.oceaneering.com/products/blue-sea-multi-service-vessel/)
**Published:** June 23, 2026
**Author:** Monica Dahl
**Content:**
[ Discuss a Project ](https://oceaneering.com/subsea-tiebacks/#contact)
Multi-Service Vessel (MSV)
# Blue Sea
##### Heavy-Lift Capable. Mission-Ready. Gulf Proven.
The 340-ft Blue Sea is a Jones Act-compliant, U.S.-flagged multi-purpose support vessel (MPSV) built to support complex offshore campaigns with precision and power. From IMR and well intervention to plug and abandonment and subsea installations-including trees, manifolds, umbilicals, jumpers, and flying leads-it delivers dependable heavy-lift performance in the Gulf’s most challenging conditions.
###### Key Features:
- Overall length: 340 ft / 103.7 m
- Accommodations for 87
- 250 T AHC Knuckle Boom
- Kongsberg KPos 21
- One work class Millennium® Plus 220 hp heavy work class ROV
- Dynamic Positioning 2
- Clear deck: 12,435 ft2 / 1155 m2
- Region: GoM
- U.S. flag – Jones Act compliant
### Download the Brochure
[ Blue Sea MSV ](https://oceaneering.canto.com/download/document/ebidq2vk451ph9bd32idplnj29/original.pdf)
## Contact Us
### Our team of experts is ready to help you get started.
Oceaneering offers best-in-class products and solutions, backed by unparalleled quality, reliability, and global support. Fill out the inquiry form to start a conversation today.
**Categories:** Vessels
**Product Categories:** Multi-Service Vessel (MSV)
---
### [Normand Superior](https://www.oceaneering.com/products/normand-superior/)
**Published:** June 25, 2026
**Author:** Monica Dahl
**Content:**
[ Discuss a Project ](https://oceaneering.com/subsea-tiebacks/#contact)
   Multi-Service Vessel (MSV)
# Normand Superior
## Go Farther. Lift Smarter. Perform Globally.
The Normand Superior is a 322-ft, Norwegian-flagged MSV trusted for global operations in the North Sea, Mediterranean, and West Africa. It supports well intervention, IMR, and subsea installations with 150T lift capacity, dual work-class ROVs, and over 9,400 ft² of deck space. Integrated with Oceaneering’s survey and positioning systems, it delivers precision and performance where it matters most.
### Key Features:
- Overall length: 322 ft / 98.2 m
- Accommodations for 85
- Crane: 150 T AHC
- Two work class ROVs (Millennium® Plus)
- Dynamic Positioning 2
- Oceaneering Survey and Positioning
- Clear deck: 9,418 ft² / 875 m2
- Region: North Sea / European Mediterranean Sea / West Africa
- Norway flag
## Download the Brochure
[ MSV Normand Superior ](https://oceaneering.canto.com/download/document/gpqn3jbt2l3g753k913m093l1c/original.pdf)
## Contact Us
### Our team of experts is ready to help you get started.
Oceaneering offers best-in-class products and solutions, backed by unparalleled quality, reliability, and global support. Fill out the inquiry form to start a conversation today.
**Categories:** Vessels
**Product Categories:** Multi-Service Vessel (MSV)
---
### [Dynaset 7.5ksi High Pressure Jetting Unit](https://www.oceaneering.com/products/dynaset-7-25-ksi-high-pessure-jetting-unit/)
**Published:** May 4, 2026
**Author:** Neeshi Sharma
**Categories:** ROV Tooling
**Product Categories:** Cleaning
---
### [Methanol Deck Transfer Pump, PPE Kit, and Methanol Injection Kit](https://www.oceaneering.com/products/methanol-deck-transfer-kit/)
**Published:** March 30, 2026
**Author:** Desiree Hammer
**Categories:** ROV Tooling
**Product Categories:** Injection and Pumping
---
### [18 ¾ inch Mechanical Seal Handling Tool](https://www.oceaneering.com/products/18-¾-inch-mechanical-seal-handling-tool/)
**Published:** April 6, 2026
**Author:** Neeshi Sharma
**Categories:** ROV Tooling
**Product Categories:** Miscellaneous
---
### [ROV Tool Elevator](https://www.oceaneering.com/products/rov-tool-elevator/)
**Published:** April 9, 2026
**Author:** Arushi Sharma
**Categories:** ROV Tooling
**Product Categories:** Miscellaneous
---
### [3-Inch Dredging and Jetting Pump](https://www.oceaneering.com/products/3-inch-dredging-and-jetting-pump/)
**Published:** April 22, 2026
**Author:** Neeshi Sharma
**Categories:** ROV Tooling
**Product Categories:** Cleaning, Dredging
---
### [Isolated Hydraulic Power Unit](https://www.oceaneering.com/products/isolated-hydraulic-power-unit/)
**Published:** April 20, 2026
**Author:** Neeshi Sharma
**Categories:** ROV Tooling
**Product Categories:** Injection and Pumping
---
### [Soft-Line Cutters](https://www.oceaneering.com/products/soft-line-cutter/)
**Published:** April 20, 2026
**Author:** Neeshi Sharma
**Categories:** ROV Tooling
**Product Categories:** Cutting
---
### [Hard-Line Cutters](https://www.oceaneering.com/products/hard-line-cutters/)
**Published:** April 20, 2026
**Author:** Neeshi Sharma
**Categories:** ROV Tooling
**Product Categories:** Cutting
---
### [18 ¾ Inch Hydraulic Seal Handling Tool](https://www.oceaneering.com/products/18-3-4-inch-hydraulic-seal-handling-tool/)
**Published:** April 20, 2026
**Author:** Neeshi Sharma
**Categories:** ROV Tooling
**Product Categories:** Miscellaneous
---
### [Nine-Gallon Reservoir](https://www.oceaneering.com/products/nine-gallon-reservoir/)
**Published:** April 22, 2026
**Author:** Neeshi Sharma
**Categories:** ROV Tooling
**Product Categories:** Reservoirs
---
### [High-Low BOP Intervention Skid Gen. 2](https://www.oceaneering.com/products/high-low-bop-intervention-skid-gen-2/)
**Published:** April 22, 2026
**Author:** Neeshi Sharma
**Categories:** ROV Tooling
**Product Categories:** Skids
---
### [Subsea Cage Basket](https://www.oceaneering.com/products/subsea-cage-basket/)
**Published:** April 22, 2026
**Author:** Arushi Sharma
**Categories:** ROV Tooling
**Product Categories:** Lifting and Handling
---
### [ROV Cathodic Protection (CP) Probe](https://www.oceaneering.com/products/rov-cathodic-protection-cp-probe/)
**Published:** April 22, 2026
**Author:** Neeshi Sharma
**Categories:** ROV Tooling
**Product Categories:** Sensors
---
### [2-inch and 5-inch Multipurpose Cleaning Tool](https://www.oceaneering.com/products/2-inch-and-5-inch-multipurpose-cleaning-tool/)
**Published:** April 22, 2026
**Author:** Neeshi Sharma
**Categories:** ROV Tooling
**Product Categories:** Cleaning
---
### [Suction and Jetting Kit](https://www.oceaneering.com/products/suction-and-jetting-kit/)
**Published:** April 22, 2026
**Author:** Neeshi Sharma
**Categories:** ROV Tooling
**Product Categories:** Cleaning, Dredging
---
### [Remote Control Unit (RCU)](https://www.oceaneering.com/products/remote-control-unit/)
**Published:** April 24, 2026
**Author:** Neeshi Sharma
**Categories:** ROV Tooling
**Product Categories:** Valve Intervention
---
### [6-Inch Dredge](https://www.oceaneering.com/products/6-inch-dredge/)
**Published:** April 24, 2026
**Author:** Neeshi Sharma
**Categories:** ROV Tooling
**Product Categories:** Dredging
---
### [Oberdorfer Pumps](https://www.oceaneering.com/products/oberdorfer-pumps/)
**Published:** April 24, 2026
**Author:** Arushi Sharma
**Categories:** ROV Tooling
**Product Categories:** Injection and Pumping
---
### [9-Inch Subsea Grinder](https://www.oceaneering.com/products/9-inch-subsea-grinder/)
**Published:** April 24, 2026
**Author:** Arushi Sharma
**Categories:** ROV Tooling
**Product Categories:** Cutting
---
### [Flying Lead Orientation Tool (FLOT)](https://www.oceaneering.com/products/flying-lead-orientation-tool/)
**Published:** April 24, 2026
**Author:** Arushi Sharma
**Categories:** ROV Tooling
**Product Categories:** Torque Tools
---
### [Subsea Jackhammer](https://www.oceaneering.com/products/subsea-jackhammer/)
**Published:** April 27, 2026
**Author:** Neeshi Sharma
**Categories:** ROV Tooling
**Product Categories:** Miscellaneous
---
### [Subsea Baskets](https://www.oceaneering.com/products/subsea-baskets/)
**Published:** April 27, 2026
**Author:** Neeshi Sharma
**Categories:** ROV Tooling
**Product Categories:** Lifting and Handling
---
### [Super Grinder](https://www.oceaneering.com/products/super-grinder/)
**Published:** April 27, 2026
**Author:** Neeshi Sharma
**Categories:** ROV Tooling
**Product Categories:** Cutting
---
### [Tool Deployment Unit](https://www.oceaneering.com/products/tool-deployment-unit/)
**Published:** April 27, 2026
**Author:** Neeshi Sharma
**Categories:** ROV Tooling
**Product Categories:** Miscellaneous
---
### [Wellhead and Hub Cleaning Tools](https://www.oceaneering.com/products/wellhead-and-hub-cleaning-tools/)
**Published:** April 27, 2026
**Author:** Neeshi Sharma
**Categories:** ROV Tooling
**Product Categories:** Cleaning
---
### [Clutch Tools for API 17H High Torque Interface](https://www.oceaneering.com/products/clutch-tools-for-api-17h-high-torque-interface/)
**Published:** April 29, 2026
**Author:** Arushi Sharma
**Categories:** ROV Tooling
**Product Categories:** Valve Intervention
---
### [ROV Hooks](https://www.oceaneering.com/products/rov-hooks/)
**Published:** April 29, 2026
**Author:** Arushi Sharma
**Categories:** ROV Tooling
**Product Categories:** Lifting and Handling
---
### [ROV Docking Frames](https://www.oceaneering.com/products/rov-docking-frames/)
**Published:** April 29, 2026
**Author:** Arushi Sharma
**Categories:** ROV Tooling
**Product Categories:** Miscellaneous
---
### [Pressure Transducers](https://www.oceaneering.com/products/pressure-transducers/)
**Published:** April 29, 2026
**Author:** Arushi Sharma
**Categories:** ROV Tooling
**Product Categories:** Pressure Testing
---
### [Marsten Bentley Intensifier System and Pump](https://www.oceaneering.com/products/marsten-bently-intensifier-system-and-pump/)
**Published:** May 4, 2026
**Author:** Neeshi Sharma
**Categories:** ROV Tooling
**Product Categories:** Injection and Pumping
---
### [VX-Ring Gasket Removal Tool](https://www.oceaneering.com/products/vx-ring-gasket-removal-tool/)
**Published:** May 4, 2026
**Author:** Neeshi Sharma
**Categories:** ROV Tooling
**Product Categories:** Valve Intervention
---
### [Hot Stabs and Receptacles](https://www.oceaneering.com/products/hot-stabs-and-receptacles/)
**Published:** May 4, 2026
**Author:** Neeshi Sharma
**Categories:** ROV Tooling
**Product Categories:** Hot Stabs
---
### [10K psi Intensifier Panel](https://www.oceaneering.com/products/10k-psi-intensifier-panel/)
**Published:** April 8, 2026
**Author:** Arushi Sharma
**Categories:** ROV Tooling
**Product Categories:** Injection and Pumping
---
### [NEXXUS ROV](https://www.oceaneering.com/products/nexxus-rov/)
**Published:** December 8, 2025
**Author:** Monica Dahl
**Content:**
[ Discuss a Project ](https://oceaneering.com/rov-services/#contact) [  ](https://www.oceaneering.com/wp-content/uploads/2024/11/Nexxus_02-1024x576.jpg) [  ](https://www.oceaneering.com/wp-content/uploads/2024/11/Nexxus_01-1024x576.jpg) [  ](https://www.oceaneering.com/wp-content/uploads/2024/11/Nexxus_03-1024x576.jpg) [  ](https://www.oceaneering.com/wp-content/uploads/2024/11/Nexxus_04-1024x576.jpg) Heavy Work Class # NEXXUS ROV
The NEXXUS ROV sets a new standard for subsea operations, exceding the recommendations outlined in API Standard 53-an industry peer-reviewed standard governing BOP intervention tooling requirements. This high-power, heavy work-class ROV is engineered to handle the most demanding intervention tasks with unmatched precision and reliability.
Designed for next-generation requirements, the NEXXUS ROV features significantly enhanced tooling capabilities, enabling it to perform complex subsea operations with efficiency and control. Its advanced design ensures seamless compliance with API S53 standards while providing the power and versatility needed for BOP interventions. The NEXXUS ROV is the ideal solution for meeting the evolving challenges of subsea tooling and intervention.
- Integrated API S53 compliant system
- Full power available for ROV tooling
- Unmatched high pressure / high flow tool control
### Download the Brochure
[ NEXXUS ROV ](https://oceaneering.canto.com/download/document/s378t80gth0nlc78uio8k5to3q/original.pdf)## Contact Us
### Our team of experts is ready to help you get started.
Oceaneering offers best-in-class products and solutions, backed by unparalleled quality, reliability, and global support. Fill out the inquiry form to start a conversation today.
**Categories:** Remotely Operated Vehicles (ROVs)
**Product Categories:** Heavy Work Class
---
### [eNovus ROV](https://www.oceaneering.com/products/enovus-rov/)
**Published:** December 7, 2025
**Author:** Monica Dahl
**Content:**
[ Discuss a Project ](https://oceaneering.com/rov-services/#contact) [  ](https://www.oceaneering.com/wp-content/uploads/2024/12/Enovus_02-1024x576.jpg) [  ](https://www.oceaneering.com/wp-content/uploads/2024/12/Enovus_01-1024x576.jpg) [  ](https://www.oceaneering.com/wp-content/uploads/2024/12/Enovus_03-1024x576.jpg) [  ](https://www.oceaneering.com/wp-content/uploads/2024/12/Enovus_04-1024x576.jpg) Work Class # eNovus ROV
The compact, work-class eNovus ROV is equipped with a highly efficient and environmentally friendly 150-kVA electric propulsion system, delivering performance equivalent to 235 horsepower hydraulics. It maintains full work-class manipulator functionality, supported by a dedicated hydraulic circuit for precision and reliability.
- Electric propulsion with intelligent diagnostic system
- 135 kW electric tooling capacity
- Remote Piloting and Automated Control Technology (RPACT)
### Brochure
[ eNovus ROV ](https://oceaneering.canto.com/download/document/ikpjl135o972n0u0rnceug712m/original.pdf)## Contact Us
### Our team of experts is ready to help you get started.
Oceaneering offers best-in-class products and solutions, backed by unparalleled quality, reliability, and global support. Fill out the inquiry form to start a conversation today.
**Categories:** Remotely Operated Vehicles (ROVs)
**Product Categories:** Electric, ROV Systems, Work Class
---
### [Millennium Plus ROV](https://www.oceaneering.com/products/millennium-plus-rov/)
**Published:** December 10, 2025
**Author:** Monica Dahl
**Content:**
[ Discuss a Project ](https://oceaneering.com/rov-services/#contact) [  ](https://www.oceaneering.com/wp-content/uploads/2024/09/MIllennium_03-1024x576.jpg) [  ](https://www.oceaneering.com/wp-content/uploads/2024/09/MIllennium_top-angle-1024x576.jpg) [  ](https://www.oceaneering.com/wp-content/uploads/2024/09/MIllennium_02-1024x576.jpg) [  ](https://www.oceaneering.com/wp-content/uploads/2024/11/MIllennium_04-1024x576.jpg) Heavy Work Class # Millennium® Plus ROV
The Millennium® Plus ROV is a 220-hp work-class system designed for demanding subsea operations. Featuring an enhanced thruster configuration, it delivers over 50% greater lift capacity than the standard Millennium® system, enabling it to excel in deepwater and high-current conditions. Equipped with dual high-performance manipulators, it offers precision and versatility for tasks ranging from delicate repairs to heavy-duty lifting.
Built for reliability and ease of maintenance, the vehicle can be deployed via top hat or cage and integrates seamlessly with a wide range of tools and sensors. The Millennium® Plus ROV is the ideal solution for subsea intervention, exploration, and construction, delivering unmatched performance and efficiency.
- Fly-by-wire station-keeping system
- 10,000 fsw / 3,000 msw depth rating (13,000 fsw / 4,000 msw optional)
- 220 hp
### Download the Brochure
[ Millennium® Plus ](https://oceaneering.canto.com/download/document/m8lmrpktql1ut151i4d61fkp72/original.pdf) [ Ripped Millennium® Plus with RIPS BOP ](https://oceaneering.canto.com/download/document/nscmc471ul2df3lev05n5i4c49/original.pdf) [ Ripped Millennium® Plus with RIPS IT3 ](https://oceaneering.canto.com/download/document/mhi4atknap223d5qpo9jkq837o/original.pdf)## Contact Us
### Our team of experts is ready to help you get started.
Oceaneering offers best-in-class products and solutions, backed by unparalleled quality, reliability, and global support. Fill out the inquiry form to start a conversation today.
**Categories:** Remotely Operated Vehicles (ROVs)
**Product Categories:** Heavy Work Class
---
### [Magnum Plus ROV](https://www.oceaneering.com/products/magnum-plus-rov/)
**Published:** December 11, 2025
**Author:** Monica Dahl
**Content:**
[ Discuss a Project ](https://oceaneering.com/rov-services/#contact) [  ](https://www.oceaneering.com/wp-content/uploads/2024/09/Magnum_02-1024x576.jpg) [  ](https://www.oceaneering.com/wp-content/uploads/2024/09/Magnum_01-1024x576.jpg) [  ](https://www.oceaneering.com/wp-content/uploads/2024/09/Magnum_03-1024x576.jpg) [  ](https://www.oceaneering.com/wp-content/uploads/2024/09/Magnum_04-1024x576.jpg) Heavy Work Class # Magnum® Plus ROV
The powerful Magnum® Plus ROV delivers enhanced flight control in a compact package. Reliable and easily maintained, it provides a 170-hp, high-thrust, top hat or cage-deployed system designed for subsea intervention and deepwater tooling.
The Magnum® Plus system offers exceptional versatility with its high payload capacity, allowing it to carry and operate multiple tools simultaneously for tasks such as inspection, maintenance, and repair. Equipped with advanced manipulator arms and engineered for deepwater operations, it delivers precise control and reliable performance even in extreme underwater environments.
- Fly-by-wire station-keeping system
- 10,000 fsw / 3,000 msw depth rating (13,000 fsw / 4,000 msw optional)
- 170 hp
### Brochure
[ Magnum® Plus ROV ](https://oceaneering.canto.com/download/document/6a76i8d2r56qr67pl4j8s8tr64/original.pdf)## Contact Us
### Our team of experts is ready to help you get started.
Oceaneering offers best-in-class products and solutions, backed by unparalleled quality, reliability, and global support. Fill out the inquiry form to start a conversation today.
**Categories:** Remotely Operated Vehicles (ROVs)
**Product Categories:** Heavy Work Class
---
### [C-Tides Software](https://www.oceaneering.com/products/c-tides-software/)
**Published:** May 30, 2025
**Author:** Monica Dahl
**Content:**
[ Discuss a Project ](https://www.oceaneering.com/positioning-solutions/#contact) [  ](https://www.oceaneering.com/wp-content/uploads/2024/11/C-Tides-2.gif) [  ](https://www.oceaneering.com/wp-content/uploads/2024/11/C-Nav-C-Tides-2.jpg) [  ](https://www.oceaneering.com/wp-content/uploads/2024/11/C-Nav-C-Tides-3.jpg) Software # C-Tides® Software
C-Tides software provides worldwide ocean tidal data from GNSS measurements. It combines the real-time accuracy of Precise Point Positioning (PPP) corrected C-Nav height measurements with the latest global MSS and MSL models to produce highly accurate real-time tidal data when out of range of traditional shore-based tide guides.
- Includes predicted world tides and choice of geoidal or satellite altimetry models
- Real-time filtering or measurement of pitch and roll
- Meets IHO Standards for Hydrographic Surveys
### Download the Brochure
[ C-Tides® ](https://oceaneering.canto.com/download/document/s7e56iiiu55d9d1vtsec2b5c5c/original.pdf)### Contact Us
## Our team of experts is ready to help you get started.
Oceaneering offers best-in-class products and solutions, backed by unparalleled quality, reliability, and global support. Fill out the inquiry form to start a conversation today.
"\*" indicates required fields FacebookThis field is for validation purposes and should be left unchanged.\* = required fields Nature of Enquiry\*Please selectProduct/Service SalesTechnical SupportService ActivationPlease click this link [C-Nav® Activation License Request (oceaneering.com)](https://cnavauthcode.oceaneering.com/cnavportal/requestauthcodeexternal.aspx) for further assistance. You do not need to complete rest of form.Company\*Country\* Please SelectAfghanistanAlbaniaAlgeriaAmerican SamoaAndorraAngolaAnguillaAntarcticaAntigua and BarbudaArgentinaArmeniaArubaAustraliaAustriaAzerbaijanBahamasBahrainBangladeshBarbadosBelarusBelgiumBelizeBeninBermudaBhutanBoliviaBonaire, Sint Eustatius and SabaBosnia and HerzegovinaBotswanaBouvet IslandBrazilBritish Indian Ocean TerritoryBrunei DarussalamBulgariaBurkina FasoBurundiCabo VerdeCambodiaCameroonCanadaCayman IslandsCentral African RepublicChadChileChinaChristmas IslandCocos IslandsColombiaComorosCongoCongo, Democratic Republic of theCook IslandsCosta RicaCroatiaCubaCuraçaoCyprusCzechiaCôte d'IvoireDenmarkDjiboutiDominicaDominican RepublicEcuadorEgyptEl SalvadorEquatorial GuineaEritreaEstoniaEswatiniEthiopiaFalkland IslandsFaroe IslandsFijiFinlandFranceFrench GuianaFrench PolynesiaFrench Southern TerritoriesGabonGambiaGeorgiaGermanyGhanaGibraltarGreeceGreenlandGrenadaGuadeloupeGuamGuatemalaGuernseyGuineaGuinea-BissauGuyanaHaitiHeard Island and McDonald IslandsHoly SeeHondurasHong KongHungaryIcelandIndiaIndonesiaIranIraqIrelandIsle of ManIsraelItalyJamaicaJapanJerseyJordanKazakhstanKenyaKiribatiKorea, Democratic People's Republic ofKorea, Republic ofKuwaitKyrgyzstanLao People's Democratic RepublicLatviaLebanonLesothoLiberiaLibyaLiechtensteinLithuaniaLuxembourgMacaoMadagascarMalawiMalaysiaMaldivesMaliMaltaMarshall IslandsMartiniqueMauritaniaMauritiusMayotteMexicoMicronesiaMoldovaMonacoMongoliaMontenegroMontserratMoroccoMozambiqueMyanmarNamibiaNauruNepalNetherlandsNew CaledoniaNew ZealandNicaraguaNigerNigeriaNiueNorfolk IslandNorth MacedoniaNorthern Mariana IslandsNorwayOmanPakistanPalauPalestine, State ofPanamaPapua New GuineaParaguayPeruPhilippinesPitcairnPolandPortugalPuerto RicoQatarRomaniaRussian FederationRwandaRéunionSaint BarthélemySaint Helena, Ascension and Tristan da CunhaSaint Kitts and NevisSaint LuciaSaint MartinSaint Pierre and MiquelonSaint Vincent and the GrenadinesSamoaSan MarinoSao Tome and PrincipeSaudi ArabiaSenegalSerbiaSeychellesSierra LeoneSingaporeSint MaartenSlovakiaSloveniaSolomon IslandsSomaliaSouth AfricaSouth Georgia and the South Sandwich IslandsSouth SudanSpainSri LankaSudanSurinameSvalbard and Jan MayenSwedenSwitzerlandSyria Arab RepublicTaiwanTajikistanTanzania, the United Republic ofThailandTimor-LesteTogoTokelauTongaTrinidad and TobagoTunisiaTurkmenistanTurks and Caicos IslandsTuvaluTürkiyeUS Minor Outlying IslandsUgandaUkraineUnited Arab EmiratesUnited KingdomUnited StatesUruguayUzbekistanVanuatuVenezuelaViet NamVirgin Islands, BritishVirgin Islands, U.S.Wallis and FutunaWestern SaharaYemenZambiaZimbabweÅland Islands Country Name\* First Last Email\* PhoneVesselEnd Use Application\*Please SelectDynamic PositioningDP & Offshore Survey (Dual Use)Offshore Survey (O&G)Offshore Survey (Renewables)Position Monitoring (e.g. FPSO)Nearshore SurveyGovernment/ResearchMessage Δ
**Categories:** C-Nav® Positioning Solutions
**Product Categories:** Software
---
### [Vector VS1000 GNSS Receiver](https://www.oceaneering.com/products/vector-vs1000-gnss-receiver/)
**Published:** May 26, 2025
**Author:** Monica Dahl
**Content:**
[ Discuss a Project ](https://www.oceaneering.com/positioning-solutions/#contact)
   Receiver
# Vector™ VS1000 GNSS Receiver
We are an authorized reseller of the Vector VS1000, Hemisphere® GNSS’ premiere multi-GNSS, multi-frequency receiver designed specifically for the professional marine market. Providing precise heading, Athena RTK positioning, and full Atlas capability, its rugged design is compliant to IP67, MILSTD-810G, MIL-STD-202F, and IEC 60068-2 standards. The VS1000 supports antenna separations up to 10 meters, offering heading accuracy to 0.01° RMS in addition to RTK position accuracy and full support for Hemisphere GNSS’ Atlas worldwide L-band corrections.
Hemisphere is a registered trademark of Hemisphere GNSS, Inc.
- Athena™ RTK and Atlas® L-band capable
- Extremely accurate heading to 0.01° RMS
- Multi-frequency GPS/GLONASS/BeiDou/ Galileo/QZSS/IRNSS
### Download the Brochure
[ Vector™ VS1000 GNSS Receiver ](https://oceaneering.canto.com/download/document/oq579naifd01d00samvs51pu3b/original.pdf)
### Contact Us
## Our team of experts is ready to help you get started.
Oceaneering offers best-in-class products and solutions, backed by unparalleled quality, reliability, and global support. Fill out the inquiry form to start a conversation today.
“\*” indicates required fields
PhoneThis field is for validation purposes and should be left unchanged.\* = required fields Nature of Enquiry\* Please select Product/Service Sales Technical Support Service Activation Please click this link [C-Nav® Activation License Request (oceaneering.com)](https://cnavauthcode.oceaneering.com/cnavportal/requestauthcodeexternal.aspx) for further assistance. You do not need to complete rest of form.Company\*Country\* Please Select Afghanistan Albania Algeria American Samoa Andorra Angola Anguilla Antarctica Antigua and Barbuda Argentina Armenia Aruba Australia Austria Azerbaijan Bahamas Bahrain Bangladesh Barbados Belarus Belgium Belize Benin Bermuda Bhutan Bolivia Bonaire, Sint Eustatius and Saba Bosnia and Herzegovina Botswana Bouvet Island Brazil British Indian Ocean Territory Brunei Darussalam Bulgaria Burkina Faso Burundi Cabo Verde Cambodia Cameroon Canada Cayman Islands Central African Republic Chad Chile China Christmas Island Cocos Islands Colombia Comoros Congo Congo, Democratic Republic of the Cook Islands Costa Rica Croatia Cuba Curaçao Cyprus Czechia Côte d’Ivoire Denmark Djibouti Dominica Dominican Republic Ecuador Egypt El Salvador Equatorial Guinea Eritrea Estonia Eswatini Ethiopia Falkland Islands Faroe Islands Fiji Finland France French Guiana French Polynesia French Southern Territories Gabon Gambia Georgia Germany Ghana Gibraltar Greece Greenland Grenada Guadeloupe Guam Guatemala Guernsey Guinea Guinea-Bissau Guyana Haiti Heard Island and McDonald Islands Holy See Honduras Hong Kong Hungary Iceland India Indonesia Iran Iraq Ireland Isle of Man Israel Italy Jamaica Japan Jersey Jordan Kazakhstan Kenya Kiribati Korea, Democratic People’s Republic of Korea, Republic of Kuwait Kyrgyzstan Lao People’s Democratic Republic Latvia Lebanon Lesotho Liberia Libya Liechtenstein Lithuania Luxembourg Macao Madagascar Malawi Malaysia Maldives Mali Malta Marshall Islands Martinique Mauritania Mauritius Mayotte Mexico Micronesia Moldova Monaco Mongolia Montenegro Montserrat Morocco Mozambique Myanmar Namibia Nauru Nepal Netherlands New Caledonia New Zealand Nicaragua Niger Nigeria Niue Norfolk Island North Macedonia Northern Mariana Islands Norway Oman Pakistan Palau Palestine, State of Panama Papua New Guinea Paraguay Peru Philippines Pitcairn Poland Portugal Puerto Rico Qatar Romania Russian Federation Rwanda Réunion Saint Barthélemy Saint Helena, Ascension and Tristan da Cunha Saint Kitts and Nevis Saint Lucia Saint Martin Saint Pierre and Miquelon Saint Vincent and the Grenadines Samoa San Marino Sao Tome and Principe Saudi Arabia Senegal Serbia Seychelles Sierra Leone Singapore Sint Maarten Slovakia Slovenia Solomon Islands Somalia South Africa South Georgia and the South Sandwich Islands South Sudan Spain Sri Lanka Sudan Suriname Svalbard and Jan Mayen Sweden Switzerland Syria Arab Republic Taiwan Tajikistan Tanzania, the United Republic of Thailand Timor-Leste Togo Tokelau Tonga Trinidad and Tobago Tunisia Turkmenistan Turks and Caicos Islands Tuvalu Türkiye US Minor Outlying Islands Uganda Ukraine United Arab Emirates United Kingdom United States Uruguay Uzbekistan Vanuatu Venezuela Viet Nam Virgin Islands, British Virgin Islands, U.S. Wallis and Futuna Western Sahara Yemen Zambia Zimbabwe Åland Islands CountryName\* First LastEmail\* PhoneVesselEnd Use Application\* Please Select Dynamic Positioning DP & Offshore Survey (Dual Use) Offshore Survey (O&G) Offshore Survey (Renewables) Position Monitoring (e.g. FPSO) Nearshore Survey Government/Research Message Δ
**Categories:** C-Nav® Positioning Solutions
**Product Categories:** Receivers
---
### [Juanita Candies](https://www.oceaneering.com/products/juanita-candies-multi-service-vessel/)
**Published:** June 1, 2025
**Author:** Monica Dahl
**Content:**
[ Discuss a Project ](https://oceaneering.com/subsea-tiebacks/#contact) [  ](https://www.oceaneering.com/wp-content/uploads/2025/06/Juanita-Candies.webp) Multi-Service Vessel (MSV) # Juanita Candies
##### Reliable. Versatile. Made for the Mission.
The Juanita Candies brings performance to the forefront. At 302 feet long, this Jones Act-compliant multi-purpose support vessel (MPSV) delivers subsea support across well stimulation, jumper installations, IMR, and plug and abandonment. With a 162T AHC crane, work-class ROV, and over 10,000 ft² of clear deck space, it’s a trusted asset in the U.S. Gulf for multi-phase operations.
###### Key Features:
- Overall length: 302 ft / 92 m
- Accommodations for 62
- Crane: 162 T AHC
- Kongsberg KPos 21
- Millennium® Plus 220-hp work class ROV
- Dynamic Positioning 2
- Clear deck: 10,360 ft2 / 963 m2
- Region: GoM
- U.S. flag – Jones Act compliant
### Download the Brochure
[ Juanita Candies MSV ](https://oceaneering.canto.com/download/document/2frhrg0gi92jj1d8am0h12j32u/original.pdf)## Contact Us
### Our team of experts is ready to help you get started.
Oceaneering offers best-in-class products and solutions, backed by unparalleled quality, reliability, and global support. Fill out the inquiry form to start a conversation today.
**Categories:** Vessels
**Product Categories:** Multi-Service Vessel (MSV)
---
### [Omnio Transformer](https://www.oceaneering.com/products/omnio-transformer/)
**Published:** January 1, 2025
**Author:** Monica Dahl
**Content:**
[ Discuss a Project ](https://oceaneering.com/rov-services/#contact) [  ](https://www.oceaneering.com/wp-content/uploads/2025/01/250116_Transformer.jpg "250116_Transformer") OmniO System # **Omnio** Transformer
The high-power transformer doubles power capacity within the same compact design as conventional models. Its compact design uses advanced magnetics and packaging techniques for easy integration into the Oceaneering ROV fleet.
- 8 kVA, up to 1300 VAC in and 120/240 VAC out
- Qualified for 4000-meter operation under high load
- HSE-driven design features external fuse reset without lid removal
## Contact Us
### Our team of experts is ready to help you get started.
Oceaneering offers best-in-class products and solutions, backed by unparalleled quality, reliability, and global support. Fill out the inquiry form to start a conversation today.
**Categories:** Remotely Operated Vehicles (ROVs)
**Product Categories:** Omnio Tooling
---
### [Omnio Drive Interface](https://www.oceaneering.com/products/omnio-drive-interface/)
**Published:** January 2, 2025
**Author:** Monica Dahl
**Content:**
[ Discuss a Project ](https://oceaneering.com/rov-services/#contact) [  ](https://www.oceaneering.com/wp-content/uploads/2025/01/250110_01_Tool-Changer.jpg) [  ](https://www.oceaneering.com/wp-content/uploads/2025/01/Drive_Unit_Mating_with_Torque_Tool_02.jpg) [  ](https://www.oceaneering.com/wp-content/uploads/2025/01/Drive_Unit_Mating_with_Torque_Tool_01.jpg) [  ](https://www.oceaneering.com/wp-content/uploads/2025/01/Drive_Unit_Parking_Interface_02.jpg) [  ](https://www.oceaneering.com/wp-content/uploads/2025/01/Drive_Unit_Parking_Interface_01.jpg) OmniO System # **Omnio** Drive Interface
The Drive Interface represents a groundbreaking advancement in subsea operations, delivering unparalleled efficiency and versatility. Designed to seamlessly integrate with the full range of Omnio tooling, it provides an electromechanical solution that eliminates the need for hydraulic drive systems.
This innovative approach reduces complexity, minimizes maintenance requirements, and enhances operational safety by reducing the likelihood of hydraulic leaks. The interface allows for quick, precise, and reliable tool changes subsea, significantly reducing downtime during operations and increasing overall productivity.
- Eliminates hydraulics as a drive mechanism, reducing maintenance, enhancing safety, and improving operational reliability
- Designed to operate with a growing Omnio tooling range, offering unmatched versatility across multiple applications
- Enables quick, precise subsea tooling changes to minimize downtime
[  ](https://www.oceaneering.com/wp-content/uploads/2025/01/250110_01_Tool-Changer.jpg) [  ](https://www.oceaneering.com/wp-content/uploads/2025/01/Drive_Unit_Mating_with_Torque_Tool_02.jpg) [  ](https://www.oceaneering.com/wp-content/uploads/2025/01/Drive_Unit_Mating_with_Torque_Tool_01.jpg) [  ](https://www.oceaneering.com/wp-content/uploads/2025/01/Drive_Unit_Parking_Interface_02.jpg) [  ](https://www.oceaneering.com/wp-content/uploads/2025/01/Drive_Unit_Parking_Interface_01.jpg) OmniO System # **Omnio** Drive Interface
The Drive Interface represents a groundbreaking advancement in subsea operations, delivering unparalleled efficiency and versatility. Designed to seamlessly integrate with the full range of Omnio tooling, it provides an electromechanical solution that eliminates the need for hydraulic drive systems.
This innovative approach reduces complexity, minimizes maintenance requirements, and enhances operational safety by reducing the likelihood of hydraulic leaks. The interface allows for quick, precise, and reliable tool changes subsea, significantly reducing downtime during operations and increasing overall productivity.
- Eliminates hydraulics as a drive mechanism, reducing maintenance, enhancing safety, and improving operational reliability
- Designed to operate with a growing Omnio tooling range, offering unmatched versatility across multiple applications
- Enables quick, precise subsea tooling changes to minimize downtime
## Contact Us
### Our team of experts is ready to help you get started.
Oceaneering offers best-in-class products and solutions, backed by unparalleled quality, reliability, and global support. Fill out the inquiry form to start a conversation today.
**Categories:** Remotely Operated Vehicles (ROVs)
**Product Categories:** Omnio Tooling
---
### [Omnio Class 1-4 Torque Tool](https://www.oceaneering.com/products/omnio-class-1-4-torque-tool/)
**Published:** January 3, 2025
**Author:** Monica Dahl
**Content:**
[ Discuss a Project ](https://oceaneering.com/rov-services/#contact) [  ](https://www.oceaneering.com/wp-content/uploads/2025/01/Torque_Tool.jpg) [  ](https://www.oceaneering.com/wp-content/uploads/2025/01/Torque_Tool_with_Parking.png) OmniO System # **Omnio** Class 1-4 Torque Tool
The Class 1-4 Torque Tool is designed to facilitate precise and safe torque applications in subsea environments. It incorporates numerous safety features, including software-assisted torque control to prevent over-tightening. The tool’s robust auto-docking mechanism ensures secure and efficient tool connection and interaction with subsea assets with minimal pilot intervention.
The tool can be securely docked in an ROV panel and its emergency latch override functionality increases safety. When combined with the Omnio drive interface, users benefit from real-time feedback including precise torque data and position control during use, improving accuracy and enabling better torque control.
- High accuracy gearing provides reliable torque up to 2700Nm
- Designed to be wet-stored or parked in a designated subsea parking spot on an asset, allowing convenient access and reducing retrieval time
- Auto-docking mechanism ensures secure and efficient tool connection and interaction with subsea assets
## Contact Us
### Our team of experts is ready to help you get started.
Oceaneering offers best-in-class products and solutions, backed by unparalleled quality, reliability, and global support. Fill out the inquiry form to start a conversation today.
**Categories:** Remotely Operated Vehicles (ROVs)
**Product Categories:** Omnio Tooling
---
### [Omnio Low Torque Tool and Paddle Tool](https://www.oceaneering.com/products/omnio-low-torque-tool-and-paddle-tool/)
**Published:** January 4, 2025
**Author:** Monica Dahl
**Content:**
[ Discuss a Project ](https://oceaneering.com/rov-services/#contact) [  ](https://www.oceaneering.com/wp-content/uploads/2025/01/Low-Torque-Tool-and-Paddle-Tool.jpg) [  ](https://www.oceaneering.com/wp-content/uploads/2025/01/Paddle_Tool_02-1024x576.jpg) [  ](https://www.oceaneering.com/wp-content/uploads/2025/01/Paddle_Tool_01-1024x576.jpg) OmniO System # **Omnio** Low Torque Tool and Paddle Tool
The Low Torque and Paddle Tools is designed for light-duty subsea applications and specialized tasks, operating effectively at depths of up to 4000 meters (13,123 feet) and with a maximum output of 300 Nm. The tool is optimized for operations requiring fine control and increased fidelity at the lower torque range, providing exceptional accuracy for delicate tasks such as valve manipulation and auxiliary systems including client provided items (CPIs).
- Easy to handle, expediting operations with optimized subsea connect/disconnect capabilities
- Delivers superior fidelity in the low torque range up to 300 Nm
- Quick swap, adaptable interface for low torque or paddle functionality
## Contact Us
### Our team of experts is ready to help you get started.
Oceaneering offers best-in-class products and solutions, backed by unparalleled quality, reliability, and global support. Fill out the inquiry form to start a conversation today.
**Categories:** Remotely Operated Vehicles (ROVs)
**Product Categories:** Omnio Tooling
---
### [Omnio Wellhead Cleaning Tool](https://www.oceaneering.com/products/omnio-wellhead-cleaning-tool/)
**Published:** January 5, 2025
**Author:** Monica Dahl
**Content:**
[ Discuss a Project ](https://oceaneering.com/rov-services/#contact) [  ](https://www.oceaneering.com/wp-content/uploads/2025/01/Wellhead_Cleaning_Tool.jpg) [  ](https://www.oceaneering.com/wp-content/uploads/2025/01/Cleaning_Tool_with_Parking.jpg) OmniO System # **Omnio** Wellhead Cleaning Tool
This new cleaning tool is produced using advanced 3D printing technology, enabling manufacturing in a more sustainable, cost effective manner that also enables for customization. Unlike traditional tools that primarily use the edges of the brush, this tool follows the wellhead’s geometry across both axes, ensuring a more comprehensive and efficient cleaning process. The design’s inherent spring mechanism allows the tool to exert optimal brush pressure automatically – simplifying ROV pilot control, prolonging the brush lifespan, and reducing operational disruptions.
- Uses advanced 3D printing to conform to complex hub geometries for thorough cleaning and reduced wear on cleaning bristles
- Maintains optimal pressure with durable spring mechanism
- Enables seamless operation with ROVs, minimizing surface interventions
## Contact Us
### Our team of experts is ready to help you get started.
Oceaneering offers best-in-class products and solutions, backed by unparalleled quality, reliability, and global support. Fill out the inquiry form to start a conversation today.
**Categories:** Remotely Operated Vehicles (ROVs)
**Product Categories:** Omnio Tooling
---
### [Omnio Gasket Ring Tool](https://www.oceaneering.com/products/omnio-gasket-ring-tool/)
**Published:** January 6, 2025
**Author:** Monica Dahl
**Content:**
[ Discuss a Project ](https://oceaneering.com/rov-services/#contact) [  ](https://www.oceaneering.com/wp-content/uploads/2025/01/Gasket_Ring_Tool.jpg) Omnio System # **Omnio** Gasket Ring Tool
The Gasket Ring Tool is designed for the reliable and safe handling of gasket rings during subsea operations. This tool streamlines the removal and replacement process and enables highly inclined docking while mitigating risks.
Featuring polymer and elastomer interfaces, the tool eliminates metal-to-metal contact, safeguarding the integrity of the gasket rings against scratches and other potential damage mechanisms. The subsea equipment basket features an optional, dedicated gasket ring chamber capable of securely holding up to four rings, ensuring their protection and easy accessibility during subsea operations.
- No metal-to-metal contact, protecting the seal and seal interface from damage
- Customizable for various gasket sizes, adaptable to unique project requirements
- Fully mechanical lock system
## Contact Us
### Our team of experts is ready to help you get started.
Oceaneering offers best-in-class products and solutions, backed by unparalleled quality, reliability, and global support. Fill out the inquiry form to start a conversation today.
**Categories:** Remotely Operated Vehicles (ROVs)
**Product Categories:** Omnio Tooling
---
### [Omnio Cleaning Brush](https://www.oceaneering.com/products/omnio-cleaning-brush/)
**Published:** January 7, 2025
**Author:** Monica Dahl
**Content:**
[ Discuss a Project ](https://oceaneering.com/rov-services/#contact) [  ](https://www.oceaneering.com/wp-content/uploads/2025/01/Multi_Purpose_Cleaning_Tool_01.jpg) [  ](https://www.oceaneering.com/wp-content/uploads/2025/01/Multi_Purpose_Cleaning_Tool_01-1.jpg) [  ](https://www.oceaneering.com/wp-content/uploads/2025/01/Multi_Purpose_Cleaning_Tool_with_Parking.jpg) OmniO System # **Omnio** Cleaning Brush
The new multipurpose cleaning brush design drastically improves one of the most used ROV tools, providing an adaptive solution that ensures thorough and precise cleaning of complex geometries without damaging delicate surfaces. These design modifications, combined with its engineered durability, minimize maintenance requirements, and enable the subsea deployment of multiple cleaning brushes with different configurations.
- Cleans varied geometries with precision, reducing the need for multiple tools
- Subsea replacement tool storage enables easy swap-out, minimizing downtime
- Highly efficient marine growth and debris removal
## Contact Us
### Our team of experts is ready to help you get started.
Oceaneering offers best-in-class products and solutions, backed by unparalleled quality, reliability, and global support. Fill out the inquiry form to start a conversation today.
**Categories:** Remotely Operated Vehicles (ROVs)
**Product Categories:** Omnio Tooling
---
### [Omnio Equipment Basket](https://www.oceaneering.com/products/omnio-equipment-basket/)
**Published:** January 8, 2025
**Author:** Monica Dahl
**Content:**
[ Discuss a Project ](https://oceaneering.com/rov-services/#contact) [  ](https://www.oceaneering.com/wp-content/uploads/2025/01/Tooling_Basket__Casette.jpg) [  ](https://www.oceaneering.com/wp-content/uploads/2025/01/Basket_Render_01.jpg) [  ](https://www.oceaneering.com/wp-content/uploads/2025/01/Basket_Render_02.jpg) OmniO System # **Omnio** Equipment Basket
The Equipment Basket offers a robust and flexible solution for the transport, organization, deployment, and subsea wet storage of the Omnio System and other equipment. Its modular and configurable design allows operators to customize the basket to meet project requirements, accommodating up to 20 tools and featuring a versatile dump chamber. The optional gasket ring storage chamber protects and organizes these critical components for future use, safeguarding them against environmental damage and loss.
Strategically placed grab bars and easy-to-access tooling bays support ROV stability and accuracy when connecting to and disconnecting from tooling. The basket supports varied lifting methods, can be containerized for road transport, and can be easily moved from shore to vessel and vessel to rig. It also supports the addition of integrated mudmats to ensure stability in challenging seabed conditions.
- Rugged and durable construction ensures the basket can withstand the rigors of subsea environments, high sea states, and soft soil
- Infinitely configurable to meet equipment storage and operational needs
- Streamlined design for ease of transport, deployment, and integration into ROV operations
## Contact Us
### Our team of experts is ready to help you get started.
Oceaneering offers best-in-class products and solutions, backed by unparalleled quality, reliability, and global support. Fill out the inquiry form to start a conversation today.
**Categories:** Remotely Operated Vehicles (ROVs)
**Product Categories:** Omnio Tooling
---
### [Omnio iPFCM](https://www.oceaneering.com/products/omnio-ipfcm/)
**Published:** January 27, 2025
**Author:** Monica Dahl
**Content:**
[ Discuss a Project ](https://oceaneering.com/rov-services/#contact) [  ](https://www.oceaneering.com/wp-content/uploads/2025/01/250116_IPFCM_Box.jpg "250116_IPFCM_Box") OmniO System # **Omnio** Intelligent Power Factor Correction Module (iPFCM)
The iPFCM control module enables increased power distribution with support for standard 110VAC, 220VAC, and 380VDC requirements, along with additional interfaces to expand auxiliary subsea coverage. Engineered for rapid offshore deployment and suitable for use at depths up to 4,000m, its compact design ensures flexible integration while also serving as a key enabler for other systems requiring high power and advanced controls.
- Increases safety and reliability with health monitoring and intelligent fusing
- Efficient with 99% AC-DC power correction and versatile expansion channels
- Adaptive unit enables use across varied applications
## Contact Us
### Our team of experts is ready to help you get started.
Oceaneering offers best-in-class products and solutions, backed by unparalleled quality, reliability, and global support. Fill out the inquiry form to start a conversation today.
**Categories:** Remotely Operated Vehicles (ROVs)
**Product Categories:** Omnio Tooling
---
### [Hugin Superior 6000](https://www.oceaneering.com/products/hugin-superior-6000/)
**Published:** April 1, 2025
**Author:** Monica Dahl
**Content:**
[ Discuss a Project ](https://oceaneering.com/survey-and-mapping/#contact) [  ](https://www.oceaneering.com/wp-content/uploads/2025/04/Hugin-Superior-Poster-2.jpg) [  ](https://www.oceaneering.com/wp-content/uploads/2025/04/HUGIN_in_the_waves.jpg) [  ](https://www.oceaneering.com/wp-content/uploads/2025/04/HUGIN-Superiour-2.jpg) [  ](https://www.oceaneering.com/wp-content/uploads/2025/04/hugin-studio.jpg) [  ](https://www.oceaneering.com/wp-content/uploads/2025/04/hugin-002.jpg) [  ](https://www.oceaneering.com/wp-content/uploads/2025/04/Hugin-Superior-Side.jpg) Autonomous Underwater Vehicle (AUV) # **Hugin** Superior 6000
Built for next-generation subsea performance, the Hugin Superior 6000 delivers precise data and accurate positioning for autonomous seabed mapping, surveys, and true pipeline tracking in depths up to 4 miles. Designed to advance operational efficiency, it accelerates decision-making across geophysical, hydrographic, environmental, and defense missions.
- Delivers high-resolution synthetic aperture sonar (HISAS) imagery and bathymetry up to 1000-meter swath
- Enhanced payload suite includes the EM®2040 multibeam echosounder, UHD camera, laser profiler, and more
- Achieves exceptional precision with less than 0.04% deviation over distance, reducing operational costs while improving data quality
## Contact Us
### Our team of experts is ready to help you get started.
Oceaneering offers best-in-class products and solutions, backed by unparalleled quality, reliability, and global support. Fill out the inquiry form to start a conversation today.
**Categories:** Survey and Mapping
---
### [Hemisphere Atlas GNSS Global Correction Service](https://www.oceaneering.com/products/hemisphere-atlas-gnss-global-correction-service/)
**Published:** May 4, 2025
**Author:** Monica Dahl
**Content:**
[ Discuss a Project ](https://www.oceaneering.com/positioning-solutions/#contact) [  ](https://www.oceaneering.com/wp-content/uploads/2023/11/hemisphere-2048x614-1.png) Correction Service # Hemisphere Atlas® GNSS Global Correction Service
The Hemisphere Atlas® GNSS Global Correction Service is an innovative and industry-leading solution that delivers correction data for GPS, GLONASS, BeiDou, and Galileo constellations, ensuring accuracies ranging from meter to sub-decimeter levels. Available on all Hemisphere Atlas®-capable single and multi-frequency, multi-GNSS hardware, it complements third-party GNSS receivers with Baselink® and SmartLink™ capabilities. The service uses a network of over 200 GNSS reference stations worldwide with L-band satellite delivery, providing robust and reliable performance even in challenging operational locations.
- Quad-band (GPS/GLONASS/Galileo/BeiDou) GNSS receiver
- Sub-decimeter level position accuracy using C-Nav® LEO corrections
- Dual antenna GNSS heading
### Contact Us
## Our team of experts is ready to help you get started.
Oceaneering offers best-in-class products and solutions, backed by unparalleled quality, reliability, and global support. Fill out the inquiry form to start a conversation today.
"\*" indicates required fields FacebookThis field is for validation purposes and should be left unchanged.\* = required fields Nature of Enquiry\*Please selectProduct/Service SalesTechnical SupportService ActivationPlease click this link [C-Nav® Activation License Request (oceaneering.com)](https://cnavauthcode.oceaneering.com/cnavportal/requestauthcodeexternal.aspx) for further assistance. You do not need to complete rest of form.Company\*Country\* Please SelectAfghanistanAlbaniaAlgeriaAmerican SamoaAndorraAngolaAnguillaAntarcticaAntigua and BarbudaArgentinaArmeniaArubaAustraliaAustriaAzerbaijanBahamasBahrainBangladeshBarbadosBelarusBelgiumBelizeBeninBermudaBhutanBoliviaBonaire, Sint Eustatius and SabaBosnia and HerzegovinaBotswanaBouvet IslandBrazilBritish Indian Ocean TerritoryBrunei DarussalamBulgariaBurkina FasoBurundiCabo VerdeCambodiaCameroonCanadaCayman IslandsCentral African RepublicChadChileChinaChristmas IslandCocos IslandsColombiaComorosCongoCongo, Democratic Republic of theCook IslandsCosta RicaCroatiaCubaCuraçaoCyprusCzechiaCôte d'IvoireDenmarkDjiboutiDominicaDominican RepublicEcuadorEgyptEl SalvadorEquatorial GuineaEritreaEstoniaEswatiniEthiopiaFalkland IslandsFaroe IslandsFijiFinlandFranceFrench GuianaFrench PolynesiaFrench Southern TerritoriesGabonGambiaGeorgiaGermanyGhanaGibraltarGreeceGreenlandGrenadaGuadeloupeGuamGuatemalaGuernseyGuineaGuinea-BissauGuyanaHaitiHeard Island and McDonald IslandsHoly SeeHondurasHong KongHungaryIcelandIndiaIndonesiaIranIraqIrelandIsle of ManIsraelItalyJamaicaJapanJerseyJordanKazakhstanKenyaKiribatiKorea, Democratic People's Republic ofKorea, Republic ofKuwaitKyrgyzstanLao People's Democratic RepublicLatviaLebanonLesothoLiberiaLibyaLiechtensteinLithuaniaLuxembourgMacaoMadagascarMalawiMalaysiaMaldivesMaliMaltaMarshall IslandsMartiniqueMauritaniaMauritiusMayotteMexicoMicronesiaMoldovaMonacoMongoliaMontenegroMontserratMoroccoMozambiqueMyanmarNamibiaNauruNepalNetherlandsNew CaledoniaNew ZealandNicaraguaNigerNigeriaNiueNorfolk IslandNorth MacedoniaNorthern Mariana IslandsNorwayOmanPakistanPalauPalestine, State ofPanamaPapua New GuineaParaguayPeruPhilippinesPitcairnPolandPortugalPuerto RicoQatarRomaniaRussian FederationRwandaRéunionSaint BarthélemySaint Helena, Ascension and Tristan da CunhaSaint Kitts and NevisSaint LuciaSaint MartinSaint Pierre and MiquelonSaint Vincent and the GrenadinesSamoaSan MarinoSao Tome and PrincipeSaudi ArabiaSenegalSerbiaSeychellesSierra LeoneSingaporeSint MaartenSlovakiaSloveniaSolomon IslandsSomaliaSouth AfricaSouth Georgia and the South Sandwich IslandsSouth SudanSpainSri LankaSudanSurinameSvalbard and Jan MayenSwedenSwitzerlandSyria Arab RepublicTaiwanTajikistanTanzania, the United Republic ofThailandTimor-LesteTogoTokelauTongaTrinidad and TobagoTunisiaTurkmenistanTurks and Caicos IslandsTuvaluTürkiyeUS Minor Outlying IslandsUgandaUkraineUnited Arab EmiratesUnited KingdomUnited StatesUruguayUzbekistanVanuatuVenezuelaViet NamVirgin Islands, BritishVirgin Islands, U.S.Wallis and FutunaWestern SaharaYemenZambiaZimbabweÅland Islands Country Name\* First Last Email\* PhoneVesselEnd Use Application\*Please SelectDynamic PositioningDP & Offshore Survey (Dual Use)Offshore Survey (O&G)Offshore Survey (Renewables)Position Monitoring (e.g. FPSO)Nearshore SurveyGovernment/ResearchMessage Δ
**Categories:** C-Nav® Positioning Solutions
**Product Categories:** Correction Services
---
### [Vector V500 GNSS Smart Antenna](https://www.oceaneering.com/products/vector-v500-gnss-smart-antenna/)
**Published:** May 25, 2025
**Author:** Monica Dahl
**Content:**
[ Discuss a Project ](https://www.oceaneering.com/positioning-solutions/#contact) [  ](https://www.oceaneering.com/wp-content/uploads/2024/11/Vector-V500-side.jpg) [  ](https://www.oceaneering.com/wp-content/uploads/2024/11/Vector™-V500-front.jpg) [  ](https://www.oceaneering.com/wp-content/uploads/2024/11/Vector™-V500-top.jpg) Receiver # Vector™ V500 GNSS Smart Antenna
We are an authorized reseller of the Vector V500, Hemisphere® GNSS’ all-in-one multi- frequency, multi-GNSS smart antenna which provides RTK-level position and precise heading. This rugged design is sealed for the harshest environments and is a great solution for professional marine and other challenging applications.
The all-in-one V500 combines simple installation with consistent and precise heading accuracy and RTK positioning.
Hemisphere is a registered trademark of Hemisphere GNSS, Inc.
Athena is a trademark of Hemisphere GNSS, Inc.
- Simple all-in-one positing and heading sensor
- Multi-frequency GPS/GLONASS/BeiDou/Galileo/QZSS/IRNSS
- Athena™ RTK and Atlas L-band capable
### Download the Brochure
[ Vector™ V500 GNSS Smart Antenna ](https://oceaneering.canto.com/download/document/2a3sjmr14t1cn0s7sis0t0214b/original.pdf)### Contact Us
## Our team of experts is ready to help you get started.
Oceaneering offers best-in-class products and solutions, backed by unparalleled quality, reliability, and global support. Fill out the inquiry form to start a conversation today.
"\*" indicates required fields LinkedInThis field is for validation purposes and should be left unchanged.\* = required fields Nature of Enquiry\*Please selectProduct/Service SalesTechnical SupportService ActivationPlease click this link [C-Nav® Activation License Request (oceaneering.com)](https://cnavauthcode.oceaneering.com/cnavportal/requestauthcodeexternal.aspx) for further assistance. You do not need to complete rest of form.Company\*Country\* Please SelectAfghanistanAlbaniaAlgeriaAmerican SamoaAndorraAngolaAnguillaAntarcticaAntigua and BarbudaArgentinaArmeniaArubaAustraliaAustriaAzerbaijanBahamasBahrainBangladeshBarbadosBelarusBelgiumBelizeBeninBermudaBhutanBoliviaBonaire, Sint Eustatius and SabaBosnia and HerzegovinaBotswanaBouvet IslandBrazilBritish Indian Ocean TerritoryBrunei DarussalamBulgariaBurkina FasoBurundiCabo VerdeCambodiaCameroonCanadaCayman IslandsCentral African RepublicChadChileChinaChristmas IslandCocos IslandsColombiaComorosCongoCongo, Democratic Republic of theCook IslandsCosta RicaCroatiaCubaCuraçaoCyprusCzechiaCôte d'IvoireDenmarkDjiboutiDominicaDominican RepublicEcuadorEgyptEl SalvadorEquatorial GuineaEritreaEstoniaEswatiniEthiopiaFalkland IslandsFaroe IslandsFijiFinlandFranceFrench GuianaFrench PolynesiaFrench Southern TerritoriesGabonGambiaGeorgiaGermanyGhanaGibraltarGreeceGreenlandGrenadaGuadeloupeGuamGuatemalaGuernseyGuineaGuinea-BissauGuyanaHaitiHeard Island and McDonald IslandsHoly SeeHondurasHong KongHungaryIcelandIndiaIndonesiaIranIraqIrelandIsle of ManIsraelItalyJamaicaJapanJerseyJordanKazakhstanKenyaKiribatiKorea, Democratic People's Republic ofKorea, Republic ofKuwaitKyrgyzstanLao People's Democratic RepublicLatviaLebanonLesothoLiberiaLibyaLiechtensteinLithuaniaLuxembourgMacaoMadagascarMalawiMalaysiaMaldivesMaliMaltaMarshall IslandsMartiniqueMauritaniaMauritiusMayotteMexicoMicronesiaMoldovaMonacoMongoliaMontenegroMontserratMoroccoMozambiqueMyanmarNamibiaNauruNepalNetherlandsNew CaledoniaNew ZealandNicaraguaNigerNigeriaNiueNorfolk IslandNorth MacedoniaNorthern Mariana IslandsNorwayOmanPakistanPalauPalestine, State ofPanamaPapua New GuineaParaguayPeruPhilippinesPitcairnPolandPortugalPuerto RicoQatarRomaniaRussian FederationRwandaRéunionSaint BarthélemySaint Helena, Ascension and Tristan da CunhaSaint Kitts and NevisSaint LuciaSaint MartinSaint Pierre and MiquelonSaint Vincent and the GrenadinesSamoaSan MarinoSao Tome and PrincipeSaudi ArabiaSenegalSerbiaSeychellesSierra LeoneSingaporeSint MaartenSlovakiaSloveniaSolomon IslandsSomaliaSouth AfricaSouth Georgia and the South Sandwich IslandsSouth SudanSpainSri LankaSudanSurinameSvalbard and Jan MayenSwedenSwitzerlandSyria Arab RepublicTaiwanTajikistanTanzania, the United Republic ofThailandTimor-LesteTogoTokelauTongaTrinidad and TobagoTunisiaTurkmenistanTurks and Caicos IslandsTuvaluTürkiyeUS Minor Outlying IslandsUgandaUkraineUnited Arab EmiratesUnited KingdomUnited StatesUruguayUzbekistanVanuatuVenezuelaViet NamVirgin Islands, BritishVirgin Islands, U.S.Wallis and FutunaWestern SaharaYemenZambiaZimbabweÅland Islands Country Name\* First Last Email\* PhoneVesselEnd Use Application\*Please SelectDynamic PositioningDP & Offshore Survey (Dual Use)Offshore Survey (O&G)Offshore Survey (Renewables)Position Monitoring (e.g. FPSO)Nearshore SurveyGovernment/ResearchMessage Δ
**Categories:** C-Nav® Positioning Solutions
**Product Categories:** Receivers
---
### [C-Nav1PPSI Converter/Combiner](https://www.oceaneering.com/products/c-nav1ppsi-converter-combiner/)
**Published:** May 27, 2025
**Author:** Monica Dahl
**Content:**
[ Discuss a Project ](https://www.oceaneering.com/positioning-solutions/#contact) [  ](https://www.oceaneering.com/wp-content/uploads/2024/11/C-Nav1PPSI-Converter-Combiner-1024x933.jpg) Accessory # C-Nav1PPSI Converter/Combiner
The C-Nav1PPSI is a multifunction interface for GNSS receiver 1 pulse-per-second (PPS) signals designed to combine two 1 PPS signals into a single output. It converts transitor-transitor logic (TTL) signals to RS-232 and RS-422 formats, ensuring continuous timestamping even if one input fails, making it ideal for high-integrity systems requiring reliable timing signals.
- Multifunction interface for GNSS receiver 1 PPS signals
- Combines (“OR”) two 1 PPS signals into a single output
- Converts transistor-transistor logic (TTL) signals into RS-232/422 signals
### Download the Brochure
[ C-Nav1PPSI ](https://oceaneering.canto.com/download/document/5hcblsm28d4ajet038ro83be1c/original.pdf)### Contact Us
## Our team of experts is ready to help you get started.
Oceaneering offers best-in-class products and solutions, backed by unparalleled quality, reliability, and global support. Fill out the inquiry form to start a conversation today.
"\*" indicates required fields EmailThis field is for validation purposes and should be left unchanged.\* = required fields Nature of Enquiry\*Please selectProduct/Service SalesTechnical SupportService ActivationPlease click this link [C-Nav® Activation License Request (oceaneering.com)](https://cnavauthcode.oceaneering.com/cnavportal/requestauthcodeexternal.aspx) for further assistance. You do not need to complete rest of form.Company\*Country\* Please SelectAfghanistanAlbaniaAlgeriaAmerican SamoaAndorraAngolaAnguillaAntarcticaAntigua and BarbudaArgentinaArmeniaArubaAustraliaAustriaAzerbaijanBahamasBahrainBangladeshBarbadosBelarusBelgiumBelizeBeninBermudaBhutanBoliviaBonaire, Sint Eustatius and SabaBosnia and HerzegovinaBotswanaBouvet IslandBrazilBritish Indian Ocean TerritoryBrunei DarussalamBulgariaBurkina FasoBurundiCabo VerdeCambodiaCameroonCanadaCayman IslandsCentral African RepublicChadChileChinaChristmas IslandCocos IslandsColombiaComorosCongoCongo, Democratic Republic of theCook IslandsCosta RicaCroatiaCubaCuraçaoCyprusCzechiaCôte d'IvoireDenmarkDjiboutiDominicaDominican RepublicEcuadorEgyptEl SalvadorEquatorial GuineaEritreaEstoniaEswatiniEthiopiaFalkland IslandsFaroe IslandsFijiFinlandFranceFrench GuianaFrench PolynesiaFrench Southern TerritoriesGabonGambiaGeorgiaGermanyGhanaGibraltarGreeceGreenlandGrenadaGuadeloupeGuamGuatemalaGuernseyGuineaGuinea-BissauGuyanaHaitiHeard Island and McDonald IslandsHoly SeeHondurasHong KongHungaryIcelandIndiaIndonesiaIranIraqIrelandIsle of ManIsraelItalyJamaicaJapanJerseyJordanKazakhstanKenyaKiribatiKorea, Democratic People's Republic ofKorea, Republic ofKuwaitKyrgyzstanLao People's Democratic RepublicLatviaLebanonLesothoLiberiaLibyaLiechtensteinLithuaniaLuxembourgMacaoMadagascarMalawiMalaysiaMaldivesMaliMaltaMarshall IslandsMartiniqueMauritaniaMauritiusMayotteMexicoMicronesiaMoldovaMonacoMongoliaMontenegroMontserratMoroccoMozambiqueMyanmarNamibiaNauruNepalNetherlandsNew CaledoniaNew ZealandNicaraguaNigerNigeriaNiueNorfolk IslandNorth MacedoniaNorthern Mariana IslandsNorwayOmanPakistanPalauPalestine, State ofPanamaPapua New GuineaParaguayPeruPhilippinesPitcairnPolandPortugalPuerto RicoQatarRomaniaRussian FederationRwandaRéunionSaint BarthélemySaint Helena, Ascension and Tristan da CunhaSaint Kitts and NevisSaint LuciaSaint MartinSaint Pierre and MiquelonSaint Vincent and the GrenadinesSamoaSan MarinoSao Tome and PrincipeSaudi ArabiaSenegalSerbiaSeychellesSierra LeoneSingaporeSint MaartenSlovakiaSloveniaSolomon IslandsSomaliaSouth AfricaSouth Georgia and the South Sandwich IslandsSouth SudanSpainSri LankaSudanSurinameSvalbard and Jan MayenSwedenSwitzerlandSyria Arab RepublicTaiwanTajikistanTanzania, the United Republic ofThailandTimor-LesteTogoTokelauTongaTrinidad and TobagoTunisiaTurkmenistanTurks and Caicos IslandsTuvaluTürkiyeUS Minor Outlying IslandsUgandaUkraineUnited Arab EmiratesUnited KingdomUnited StatesUruguayUzbekistanVanuatuVenezuelaViet NamVirgin Islands, BritishVirgin Islands, U.S.Wallis and FutunaWestern SaharaYemenZambiaZimbabweÅland Islands Country Name\* First Last Email\* PhoneVesselEnd Use Application\*Please SelectDynamic PositioningDP & Offshore Survey (Dual Use)Offshore Survey (O&G)Offshore Survey (Renewables)Position Monitoring (e.g. FPSO)Nearshore SurveyGovernment/ResearchMessage Δ
**Categories:** C-Nav® Positioning Solutions
**Product Categories:** Accessories
---
### [C-Scape Software](https://www.oceaneering.com/products/c-scape-software/)
**Published:** May 29, 2025
**Author:** Monica Dahl
**Content:**
[ Discuss a Project ](https://www.oceaneering.com/positioning-solutions/#contact) [  ](https://www.oceaneering.com/wp-content/uploads/2025/06/C-Nav-C-Scape-1.jpg) [  ](https://www.oceaneering.com/wp-content/uploads/2025/06/C-Nav-C-Scape-2.jpg) [  ](https://www.oceaneering.com/wp-content/uploads/2025/06/C-Nav-C-Scape-3.jpg) [  ](https://www.oceaneering.com/wp-content/uploads/2025/06/C-Nav-C-Scape-4.jpg) [  ](https://www.oceaneering.com/wp-content/uploads/2025/06/C-Nav-C-Scape-5.jpg) Software # C-Scape Software
Oceaneering® C-Nav® C-Scape software provides independent, real-time monitoring of any dynamic positioning (DP) system (DPS), giving users unprecedented positioning confidence and situational awareness at sea.
- Blends multiple sensor inputs for unparalleled position QA/QC
- Intuitive and easy to use interface
- 24/7 global customer support
### Download the Brochure
[ C-Scape ](https://oceaneering.canto.com/download/document/ujuqsavfcl2l77q0pab2oidm5m/original.pdf)### Contact Us
## Our team of experts is ready to help you get started.
Oceaneering offers best-in-class products and solutions, backed by unparalleled quality, reliability, and global support. Fill out the inquiry form to start a conversation today.
"\*" indicates required fields CommentsThis field is for validation purposes and should be left unchanged.\* = required fields Nature of Enquiry\*Please selectProduct/Service SalesTechnical SupportService ActivationPlease click this link [C-Nav® Activation License Request (oceaneering.com)](https://cnavauthcode.oceaneering.com/cnavportal/requestauthcodeexternal.aspx) for further assistance. You do not need to complete rest of form.Company\*Country\* Please SelectAfghanistanAlbaniaAlgeriaAmerican SamoaAndorraAngolaAnguillaAntarcticaAntigua and BarbudaArgentinaArmeniaArubaAustraliaAustriaAzerbaijanBahamasBahrainBangladeshBarbadosBelarusBelgiumBelizeBeninBermudaBhutanBoliviaBonaire, Sint Eustatius and SabaBosnia and HerzegovinaBotswanaBouvet IslandBrazilBritish Indian Ocean TerritoryBrunei DarussalamBulgariaBurkina FasoBurundiCabo VerdeCambodiaCameroonCanadaCayman IslandsCentral African RepublicChadChileChinaChristmas IslandCocos IslandsColombiaComorosCongoCongo, Democratic Republic of theCook IslandsCosta RicaCroatiaCubaCuraçaoCyprusCzechiaCôte d'IvoireDenmarkDjiboutiDominicaDominican RepublicEcuadorEgyptEl SalvadorEquatorial GuineaEritreaEstoniaEswatiniEthiopiaFalkland IslandsFaroe IslandsFijiFinlandFranceFrench GuianaFrench PolynesiaFrench Southern TerritoriesGabonGambiaGeorgiaGermanyGhanaGibraltarGreeceGreenlandGrenadaGuadeloupeGuamGuatemalaGuernseyGuineaGuinea-BissauGuyanaHaitiHeard Island and McDonald IslandsHoly SeeHondurasHong KongHungaryIcelandIndiaIndonesiaIranIraqIrelandIsle of ManIsraelItalyJamaicaJapanJerseyJordanKazakhstanKenyaKiribatiKorea, Democratic People's Republic ofKorea, Republic ofKuwaitKyrgyzstanLao People's Democratic RepublicLatviaLebanonLesothoLiberiaLibyaLiechtensteinLithuaniaLuxembourgMacaoMadagascarMalawiMalaysiaMaldivesMaliMaltaMarshall IslandsMartiniqueMauritaniaMauritiusMayotteMexicoMicronesiaMoldovaMonacoMongoliaMontenegroMontserratMoroccoMozambiqueMyanmarNamibiaNauruNepalNetherlandsNew CaledoniaNew ZealandNicaraguaNigerNigeriaNiueNorfolk IslandNorth MacedoniaNorthern Mariana IslandsNorwayOmanPakistanPalauPalestine, State ofPanamaPapua New GuineaParaguayPeruPhilippinesPitcairnPolandPortugalPuerto RicoQatarRomaniaRussian FederationRwandaRéunionSaint BarthélemySaint Helena, Ascension and Tristan da CunhaSaint Kitts and NevisSaint LuciaSaint MartinSaint Pierre and MiquelonSaint Vincent and the GrenadinesSamoaSan MarinoSao Tome and PrincipeSaudi ArabiaSenegalSerbiaSeychellesSierra LeoneSingaporeSint MaartenSlovakiaSloveniaSolomon IslandsSomaliaSouth AfricaSouth Georgia and the South Sandwich IslandsSouth SudanSpainSri LankaSudanSurinameSvalbard and Jan MayenSwedenSwitzerlandSyria Arab RepublicTaiwanTajikistanTanzania, the United Republic ofThailandTimor-LesteTogoTokelauTongaTrinidad and TobagoTunisiaTurkmenistanTurks and Caicos IslandsTuvaluTürkiyeUS Minor Outlying IslandsUgandaUkraineUnited Arab EmiratesUnited KingdomUnited StatesUruguayUzbekistanVanuatuVenezuelaViet NamVirgin Islands, BritishVirgin Islands, U.S.Wallis and FutunaWestern SaharaYemenZambiaZimbabweÅland Islands Country Name\* First Last Email\* PhoneVesselEnd Use Application\*Please SelectDynamic PositioningDP & Offshore Survey (Dual Use)Offshore Survey (O&G)Offshore Survey (Renewables)Position Monitoring (e.g. FPSO)Nearshore SurveyGovernment/ResearchMessage Δ
**Categories:** C-Nav® Positioning Solutions
**Product Categories:** Software
---
### [Ocean Intervention](https://www.oceaneering.com/products/ocean-intervention/)
**Published:** May 29, 2025
**Author:** Monica Dahl
**Content:**
[ Discuss a Project ](https://oceaneering.com/subsea-tiebacks/#contact) [  ](https://www.oceaneering.com/wp-content/uploads/2025/06/01bw75.jpg) [  ](https://www.oceaneering.com/wp-content/uploads/2025/06/00fw182.jpg) [  ](https://www.oceaneering.com/wp-content/uploads/2025/06/11A032.jpg) [  ](https://www.oceaneering.com/wp-content/uploads/2025/06/04JW02.jpg) Multi-Service Vessel (MSV) # Ocean Intervention
##### Versatile. Connected. Proven Offshore.
The 243-ft Ocean Intervention is a U.S.-flagged, DP2-rated vessel delivering dependable support for flowline and umbilical installation, hydrate remediation, IMR, and well abandonment. With dual moonpools, a 60T stern A-frame, 40T deck crane, and the Maxximum® work class ROV, it’s built for efficiency in complex subsea operations. Real-time video streaming and modular tooling make it a reliable choice for high-demand offshore projects.
###### Key Features:
- Overall length: 243 ft / 74 m
- Accommodations for 50
- Crane: 60 T Stern A-Frame and 40 T Deck Crane
- Kongsberg SDP-21
- Dynamic Positioning 2
- Maxximum® 270-hp work class ROV
- Clear deck: 5,454 ft2 / 507 m2
- Region: North America
- U.S. flag – Jones Act compliant
### Download the Brochure
[ MSV Ocean Intervention® ](https://oceaneering.canto.com/download/document/tp4ebqta3544d81fgqc7lgn456/original.pdf)## Contact Us
### Our team of experts is ready to help you get started.
Oceaneering offers best-in-class products and solutions, backed by unparalleled quality, reliability, and global support. Fill out the inquiry form to start a conversation today.
**Categories:** Vessels
**Product Categories:** Multi-Service Vessel (MSV)
---
### [Ocean Intervention II](https://www.oceaneering.com/products/ocean-intervention-2/)
**Published:** May 30, 2025
**Author:** Monica Dahl
**Content:**
[ Discuss a Project ](https://oceaneering.com/subsea-tiebacks/#contact) [  ](https://www.oceaneering.com/wp-content/uploads/2024/11/Ocean-Intervention-II.jpg) [  ](https://www.oceaneering.com/wp-content/uploads/2025/06/G0040279-b.jpg) [  ](https://www.oceaneering.com/wp-content/uploads/2025/06/Corey-Vessel.jpg) Research Vessel # Ocean Intervention II
##### Advanced Survey Intelligence. Global Reach.
The 254-ft Ocean Intervention II (OI2) is a DP2 research vessel built for geophysical, geotechnical, and environmental surveys. Integrated with Oceaneering’s advanced data and navigation systems, it supports AUV, towed, and light geotechnical scopes. From pipeline inspections to carbon capture surveys, OI2 delivers reliable performance for global subsea operations.
###### Key Features:
- Overall length: 254 ft / 77 m
- Accommodations for 50
- Crane: 60 T Stern A-Frame and 40 T Deck Crane
- Hugin Superior AUV and DriX USV (Q1 2025)
- Geophysical and Light Geotechnical work scopes
- Dynamic Positioning 2
- Clear deck: 5,613 ft2 / 521.5 m2
- Region: Global
### Download the Brochure
[ Ocean Intervention® II Research Vessel ](https://oceaneering.canto.com/download/document/kot5feo0i15nn02b5shcc8v33f/original.pdf)## Contact Us
### Our team of experts is ready to help you get started.
Oceaneering offers best-in-class products and solutions, backed by unparalleled quality, reliability, and global support. Fill out the inquiry form to start a conversation today.
**Categories:** Vessels
**Product Categories:** Research Vessel
---
### [C-Monitor Software](https://www.oceaneering.com/products/c-monitor-software/)
**Published:** May 31, 2025
**Author:** Monica Dahl
**Content:**
[ Discuss a Project ](https://www.oceaneering.com/positioning-solutions/#contact) [  ](https://www.oceaneering.com/wp-content/uploads/2025/06/C-Nav-C-Monitor-2.jpg) [  ](https://www.oceaneering.com/wp-content/uploads/2025/06/C-Nav-C-Monitor-1.jpg) Software # C-Monitor® Software
C-Monitor supports the simultaneous observation and analysis of one or more differential DGNSS systems. Users can monitor and evaluate real-time DGNSS QA/ QC and precise point positioning (PPP) information.
- Full QA/QC utilities, tests, and statistical analysis
- User-friendly interface for easy configuration and display of data
- Visible satellite status showing azimuth, elevation, and signal strengths
### Download the Brochure
[ C-Monitor ](https://oceaneering.canto.com/download/document/5braasn8at1rj0h644qmm2lt3a/original.pdf)### Contact Us
## Our team of experts is ready to help you get started.
Oceaneering offers best-in-class products and solutions, backed by unparalleled quality, reliability, and global support. Fill out the inquiry form to start a conversation today.
"\*" indicates required fields CommentsThis field is for validation purposes and should be left unchanged.\* = required fields Nature of Enquiry\*Please selectProduct/Service SalesTechnical SupportService ActivationPlease click this link [C-Nav® Activation License Request (oceaneering.com)](https://cnavauthcode.oceaneering.com/cnavportal/requestauthcodeexternal.aspx) for further assistance. You do not need to complete rest of form.Company\*Country\* Please SelectAfghanistanAlbaniaAlgeriaAmerican SamoaAndorraAngolaAnguillaAntarcticaAntigua and BarbudaArgentinaArmeniaArubaAustraliaAustriaAzerbaijanBahamasBahrainBangladeshBarbadosBelarusBelgiumBelizeBeninBermudaBhutanBoliviaBonaire, Sint Eustatius and SabaBosnia and HerzegovinaBotswanaBouvet IslandBrazilBritish Indian Ocean TerritoryBrunei DarussalamBulgariaBurkina FasoBurundiCabo VerdeCambodiaCameroonCanadaCayman IslandsCentral African RepublicChadChileChinaChristmas IslandCocos IslandsColombiaComorosCongoCongo, Democratic Republic of theCook IslandsCosta RicaCroatiaCubaCuraçaoCyprusCzechiaCôte d'IvoireDenmarkDjiboutiDominicaDominican RepublicEcuadorEgyptEl SalvadorEquatorial GuineaEritreaEstoniaEswatiniEthiopiaFalkland IslandsFaroe IslandsFijiFinlandFranceFrench GuianaFrench PolynesiaFrench Southern TerritoriesGabonGambiaGeorgiaGermanyGhanaGibraltarGreeceGreenlandGrenadaGuadeloupeGuamGuatemalaGuernseyGuineaGuinea-BissauGuyanaHaitiHeard Island and McDonald IslandsHoly SeeHondurasHong KongHungaryIcelandIndiaIndonesiaIranIraqIrelandIsle of ManIsraelItalyJamaicaJapanJerseyJordanKazakhstanKenyaKiribatiKorea, Democratic People's Republic ofKorea, Republic ofKuwaitKyrgyzstanLao People's Democratic RepublicLatviaLebanonLesothoLiberiaLibyaLiechtensteinLithuaniaLuxembourgMacaoMadagascarMalawiMalaysiaMaldivesMaliMaltaMarshall IslandsMartiniqueMauritaniaMauritiusMayotteMexicoMicronesiaMoldovaMonacoMongoliaMontenegroMontserratMoroccoMozambiqueMyanmarNamibiaNauruNepalNetherlandsNew CaledoniaNew ZealandNicaraguaNigerNigeriaNiueNorfolk IslandNorth MacedoniaNorthern Mariana IslandsNorwayOmanPakistanPalauPalestine, State ofPanamaPapua New GuineaParaguayPeruPhilippinesPitcairnPolandPortugalPuerto RicoQatarRomaniaRussian FederationRwandaRéunionSaint BarthélemySaint Helena, Ascension and Tristan da CunhaSaint Kitts and NevisSaint LuciaSaint MartinSaint Pierre and MiquelonSaint Vincent and the GrenadinesSamoaSan MarinoSao Tome and PrincipeSaudi ArabiaSenegalSerbiaSeychellesSierra LeoneSingaporeSint MaartenSlovakiaSloveniaSolomon IslandsSomaliaSouth AfricaSouth Georgia and the South Sandwich IslandsSouth SudanSpainSri LankaSudanSurinameSvalbard and Jan MayenSwedenSwitzerlandSyria Arab RepublicTaiwanTajikistanTanzania, the United Republic ofThailandTimor-LesteTogoTokelauTongaTrinidad and TobagoTunisiaTurkmenistanTurks and Caicos IslandsTuvaluTürkiyeUS Minor Outlying IslandsUgandaUkraineUnited Arab EmiratesUnited KingdomUnited StatesUruguayUzbekistanVanuatuVenezuelaViet NamVirgin Islands, BritishVirgin Islands, U.S.Wallis and FutunaWestern SaharaYemenZambiaZimbabweÅland Islands Country Name\* First Last Email\* PhoneVesselEnd Use Application\*Please SelectDynamic PositioningDP & Offshore Survey (Dual Use)Offshore Survey (O&G)Offshore Survey (Renewables)Position Monitoring (e.g. FPSO)Nearshore SurveyGovernment/ResearchMessage Δ
**Categories:** C-Nav® Positioning Solutions
**Product Categories:** Software
---
### [Brandon Bordelon](https://www.oceaneering.com/products/brandon-bordelon/)
**Published:** May 31, 2025
**Author:** Monica Dahl
**Content:**
[ Discuss a Project ](https://oceaneering.com/subsea-tiebacks/#contact) [  ](https://www.oceaneering.com/wp-content/uploads/2023/10/Brandon-Boredon-SM-700x394-panorama.jpg) [  ](https://www.oceaneering.com/wp-content/uploads/2025/05/Connor-Bordelon-drawing.jpg) Multi-Service Vessel (MSV) # Brandon Bordelon
##### Confident Performance. Subsea Ready.
Brandon Bordelon is a 257-ft, U.S.-flagged, Jones Act-compliant MSV designed for high-efficiency offshore operations. It supports IMR, subsea pumping, hydrate remediation, well abandonment, and light construction with dual Millennium® Plus ROVs and a 50T active heave-compensated crane. With 6,160 ft² of clear deck space, it delivers reliable support for pre- and post-lay mat installation, wireline services, and diving operations in challenging subsea environments.
###### Key Features:
- Overall length: 257 ft / 78.3 m
- Accommodations for 60
- Crane: 50 T AHC Knuckle Boom
- Two Millennium® Plus work class ROVs
- Dynamic Positioning 2
- Clear deck: 6,160 ft2 / 572 m2
- Region: GoM
- U.S. flag – Jones Act compliant
### Download the Brochure
[ MSV Brandon Bordelon ](https://oceaneering.canto.com/download/document/7j8qgev2717il0r5m4o5bt530r/original.pdf)## Contact Us
### Our team of experts is ready to help you get started.
Oceaneering offers best-in-class products and solutions, backed by unparalleled quality, reliability, and global support. Fill out the inquiry form to start a conversation today.
**Categories:** Vessels
**Product Categories:** Multi-Service Vessel (MSV)
---
### [Intervention](https://www.oceaneering.com/products/intervention-multi-service-vessel/)
**Published:** May 31, 2025
**Author:** Monica Dahl
**Content:**
[ Discuss a Project ](https://oceaneering.com/subsea-tiebacks/#contact) [  ](https://www.oceaneering.com/wp-content/uploads/2024/05/Harvey-Intervention-No-name.jpg) Multi-Service Vessel (MSV) # Intervention
##### Full-Spectrum Subsea Power in a 300-ft Class of Its Own
The Intervention is a 300-ft, U.S.-flagged, Jones Act-compliant multi-purpose support vessel (MPSV) delivering advanced capabilities for complex Gulf operations. With a 165T AHC crane, 10,010 ft² of deck space, and precision navigation systems including Sonardyne USBL and C-Nav GNSS, it supports IMR, well intervention, and subsea installations with accuracy and control. Accommodating up to 72 personnel and featuring an S-92-rated helideck, the Intervention is built for offshore performance at scale.
###### Key Features:
- Overall length: 300 ft / 91.5 m
- Accommodations for 72
- Subsea Crane: 165 mT NOV AHC
- Clear deck: 10,010 ft2 / 930.4 m2
- Region: GoM
- U.S. flag – Jones Act compliant
### Download the Brochure
[ Intervention MSV ](https://oceaneering.canto.com/download/document/23qtr9ioh57mjcjemp4igp416e/original.pdf)## Contact Us
### Our team of experts is ready to help you get started.
Oceaneering offers best-in-class products and solutions, backed by unparalleled quality, reliability, and global support. Fill out the inquiry form to start a conversation today.
**Categories:** Vessels
**Product Categories:** Multi-Service Vessel (MSV)
---
### [C-NaviGator IV Control Display Unit](https://www.oceaneering.com/products/c-navigator-iv-control-display-unit/)
**Published:** June 1, 2025
**Author:** Monica Dahl
**Content:**
[ Discuss a Project ](https://www.oceaneering.com/positioning-solutions/#contact) [  ](https://www.oceaneering.com/wp-content/uploads/2024/11/C-NaviGator-IV-front-side-1.jpg) [  ](https://www.oceaneering.com/wp-content/uploads/2024/11/C-NaviGator-IV-front-side-map-1.jpg) Software # C-NaviGator IV Control Display Unit
C-NaviGator IV Control Display Unit is the next generation of Control Display Unit providing real-time system accuracy and performance indicators for multiple GNSS receivers; with options for various NMEA inputs and outputs. Improvements over the previous generation include a larger higher resolution display, multiple display port output for remote display expansion, AC/DC power options, double the USB ports and a move to Microsoft Windows platform. It is fully compliant with the latest guidelines for GNSS positioning within the oil and gas industry, as per IMCA standards.
- Windows 10 IoT touch screen PC with compatible version of C-Monitor
- Control and monitor multiple C-Nav® and third-party devices
- Advanced IMCA/OGP® QA/QC displays
### Download the Brochure
[ C-NaviGator IV ](https://oceaneering.canto.com/download/document/lc8qdt6r1164t02irj5n61ts6l/original.pdf)### Contact Us
## Our team of experts is ready to help you get started.
Oceaneering offers best-in-class products and solutions, backed by unparalleled quality, reliability, and global support. Fill out the inquiry form to start a conversation today.
"\*" indicates required fields PhoneThis field is for validation purposes and should be left unchanged.\* = required fields Nature of Enquiry\*Please selectProduct/Service SalesTechnical SupportService ActivationPlease click this link [C-Nav® Activation License Request (oceaneering.com)](https://cnavauthcode.oceaneering.com/cnavportal/requestauthcodeexternal.aspx) for further assistance. You do not need to complete rest of form.Company\*Country\* Please SelectAfghanistanAlbaniaAlgeriaAmerican SamoaAndorraAngolaAnguillaAntarcticaAntigua and BarbudaArgentinaArmeniaArubaAustraliaAustriaAzerbaijanBahamasBahrainBangladeshBarbadosBelarusBelgiumBelizeBeninBermudaBhutanBoliviaBonaire, Sint Eustatius and SabaBosnia and HerzegovinaBotswanaBouvet IslandBrazilBritish Indian Ocean TerritoryBrunei DarussalamBulgariaBurkina FasoBurundiCabo VerdeCambodiaCameroonCanadaCayman IslandsCentral African RepublicChadChileChinaChristmas IslandCocos IslandsColombiaComorosCongoCongo, Democratic Republic of theCook IslandsCosta RicaCroatiaCubaCuraçaoCyprusCzechiaCôte d'IvoireDenmarkDjiboutiDominicaDominican RepublicEcuadorEgyptEl SalvadorEquatorial GuineaEritreaEstoniaEswatiniEthiopiaFalkland IslandsFaroe IslandsFijiFinlandFranceFrench GuianaFrench PolynesiaFrench Southern TerritoriesGabonGambiaGeorgiaGermanyGhanaGibraltarGreeceGreenlandGrenadaGuadeloupeGuamGuatemalaGuernseyGuineaGuinea-BissauGuyanaHaitiHeard Island and McDonald IslandsHoly SeeHondurasHong KongHungaryIcelandIndiaIndonesiaIranIraqIrelandIsle of ManIsraelItalyJamaicaJapanJerseyJordanKazakhstanKenyaKiribatiKorea, Democratic People's Republic ofKorea, Republic ofKuwaitKyrgyzstanLao People's Democratic RepublicLatviaLebanonLesothoLiberiaLibyaLiechtensteinLithuaniaLuxembourgMacaoMadagascarMalawiMalaysiaMaldivesMaliMaltaMarshall IslandsMartiniqueMauritaniaMauritiusMayotteMexicoMicronesiaMoldovaMonacoMongoliaMontenegroMontserratMoroccoMozambiqueMyanmarNamibiaNauruNepalNetherlandsNew CaledoniaNew ZealandNicaraguaNigerNigeriaNiueNorfolk IslandNorth MacedoniaNorthern Mariana IslandsNorwayOmanPakistanPalauPalestine, State ofPanamaPapua New GuineaParaguayPeruPhilippinesPitcairnPolandPortugalPuerto RicoQatarRomaniaRussian FederationRwandaRéunionSaint BarthélemySaint Helena, Ascension and Tristan da CunhaSaint Kitts and NevisSaint LuciaSaint MartinSaint Pierre and MiquelonSaint Vincent and the GrenadinesSamoaSan MarinoSao Tome and PrincipeSaudi ArabiaSenegalSerbiaSeychellesSierra LeoneSingaporeSint MaartenSlovakiaSloveniaSolomon IslandsSomaliaSouth AfricaSouth Georgia and the South Sandwich IslandsSouth SudanSpainSri LankaSudanSurinameSvalbard and Jan MayenSwedenSwitzerlandSyria Arab RepublicTaiwanTajikistanTanzania, the United Republic ofThailandTimor-LesteTogoTokelauTongaTrinidad and TobagoTunisiaTurkmenistanTurks and Caicos IslandsTuvaluTürkiyeUS Minor Outlying IslandsUgandaUkraineUnited Arab EmiratesUnited KingdomUnited StatesUruguayUzbekistanVanuatuVenezuelaViet NamVirgin Islands, BritishVirgin Islands, U.S.Wallis and FutunaWestern SaharaYemenZambiaZimbabweÅland Islands Country Name\* First Last Email\* PhoneVesselEnd Use Application\*Please SelectDynamic PositioningDP & Offshore Survey (Dual Use)Offshore Survey (O&G)Offshore Survey (Renewables)Position Monitoring (e.g. FPSO)Nearshore SurveyGovernment/ResearchMessage Δ
**Categories:** C-Nav® Positioning Solutions
**Product Categories:** Accessories, Software
---
### [C-Nav289 GNSS Antenna](https://www.oceaneering.com/products/c-nav289/)
**Published:** June 2, 2025
**Author:** Monica Dahl
**Content:**
[ Discuss a Project ](https://www.oceaneering.com/positioning-solutions/#contact) [  ](https://www.oceaneering.com/wp-content/uploads/2024/11/C-Nav-C-NAV289-GNSS-Antenna2.jpg) Antenna # C-Nav289 GNSS Antenna
The C-Nav289 Antenna is a robust GNSS antenna that tracks all GNSS constellations, C-Nav®C3 corrections, and SBAS, with built-in rejection filters for INMARSAT and IRIDIUM signals. Its non-corrosive, all-polymer housing ensures durability in harsh environments, making it an ideal solution for reliable positioning in challenging conditions.
- Tracks all GNSS constellations, C-Nav® C3 corrections, and SBAS
- INMARSAT and IRIDIUM rejection filters
- All-polymer housing, non-corrosive design
### Download the Brochure
[ C-Nav289 Antenna ](https://oceaneering.canto.com/download/document/ajfi1t8d0d24d22fdgnvppe60d/original.pdf)### Contact Us
## Our team of experts is ready to help you get started.
Oceaneering offers best-in-class products and solutions, backed by unparalleled quality, reliability, and global support. Fill out the inquiry form to start a conversation today.
"\*" indicates required fields X/TwitterThis field is for validation purposes and should be left unchanged.\* = required fields Nature of Enquiry\*Please selectProduct/Service SalesTechnical SupportService ActivationPlease click this link [C-Nav® Activation License Request (oceaneering.com)](https://cnavauthcode.oceaneering.com/cnavportal/requestauthcodeexternal.aspx) for further assistance. You do not need to complete rest of form.Company\*Country\* Please SelectAfghanistanAlbaniaAlgeriaAmerican SamoaAndorraAngolaAnguillaAntarcticaAntigua and BarbudaArgentinaArmeniaArubaAustraliaAustriaAzerbaijanBahamasBahrainBangladeshBarbadosBelarusBelgiumBelizeBeninBermudaBhutanBoliviaBonaire, Sint Eustatius and SabaBosnia and HerzegovinaBotswanaBouvet IslandBrazilBritish Indian Ocean TerritoryBrunei DarussalamBulgariaBurkina FasoBurundiCabo VerdeCambodiaCameroonCanadaCayman IslandsCentral African RepublicChadChileChinaChristmas IslandCocos IslandsColombiaComorosCongoCongo, Democratic Republic of theCook IslandsCosta RicaCroatiaCubaCuraçaoCyprusCzechiaCôte d'IvoireDenmarkDjiboutiDominicaDominican RepublicEcuadorEgyptEl SalvadorEquatorial GuineaEritreaEstoniaEswatiniEthiopiaFalkland IslandsFaroe IslandsFijiFinlandFranceFrench GuianaFrench PolynesiaFrench Southern TerritoriesGabonGambiaGeorgiaGermanyGhanaGibraltarGreeceGreenlandGrenadaGuadeloupeGuamGuatemalaGuernseyGuineaGuinea-BissauGuyanaHaitiHeard Island and McDonald IslandsHoly SeeHondurasHong KongHungaryIcelandIndiaIndonesiaIranIraqIrelandIsle of ManIsraelItalyJamaicaJapanJerseyJordanKazakhstanKenyaKiribatiKorea, Democratic People's Republic ofKorea, Republic ofKuwaitKyrgyzstanLao People's Democratic RepublicLatviaLebanonLesothoLiberiaLibyaLiechtensteinLithuaniaLuxembourgMacaoMadagascarMalawiMalaysiaMaldivesMaliMaltaMarshall IslandsMartiniqueMauritaniaMauritiusMayotteMexicoMicronesiaMoldovaMonacoMongoliaMontenegroMontserratMoroccoMozambiqueMyanmarNamibiaNauruNepalNetherlandsNew CaledoniaNew ZealandNicaraguaNigerNigeriaNiueNorfolk IslandNorth MacedoniaNorthern Mariana IslandsNorwayOmanPakistanPalauPalestine, State ofPanamaPapua New GuineaParaguayPeruPhilippinesPitcairnPolandPortugalPuerto RicoQatarRomaniaRussian FederationRwandaRéunionSaint BarthélemySaint Helena, Ascension and Tristan da CunhaSaint Kitts and NevisSaint LuciaSaint MartinSaint Pierre and MiquelonSaint Vincent and the GrenadinesSamoaSan MarinoSao Tome and PrincipeSaudi ArabiaSenegalSerbiaSeychellesSierra LeoneSingaporeSint MaartenSlovakiaSloveniaSolomon IslandsSomaliaSouth AfricaSouth Georgia and the South Sandwich IslandsSouth SudanSpainSri LankaSudanSurinameSvalbard and Jan MayenSwedenSwitzerlandSyria Arab RepublicTaiwanTajikistanTanzania, the United Republic ofThailandTimor-LesteTogoTokelauTongaTrinidad and TobagoTunisiaTurkmenistanTurks and Caicos IslandsTuvaluTürkiyeUS Minor Outlying IslandsUgandaUkraineUnited Arab EmiratesUnited KingdomUnited StatesUruguayUzbekistanVanuatuVenezuelaViet NamVirgin Islands, BritishVirgin Islands, U.S.Wallis and FutunaWestern SaharaYemenZambiaZimbabweÅland Islands Country Name\* First Last Email\* PhoneVesselEnd Use Application\*Please SelectDynamic PositioningDP & Offshore Survey (Dual Use)Offshore Survey (O&G)Offshore Survey (Renewables)Position Monitoring (e.g. FPSO)Nearshore SurveyGovernment/ResearchMessage Δ
**Categories:** C-Nav® Positioning Solutions
**Product Categories:** Antennas
---
### [Momentum™ Electric ROV](https://www.oceaneering.com/rov-services/rov-systems/momentum-electric-rov/)
**Published:** March 4, 2026
**Author:** Monica Dahl
**Categories:** Remotely Operated Vehicles (ROVs)
**Product Categories:** Electric, Work Class
---
### [C-NavX3™ GNSS Receiver](https://www.oceaneering.com/positioning-solutions/c-navx3-gnss-receiver/)
**Published:** June 5, 2025
**Author:** Monica Dahl
**Categories:** C-Nav® Positioning Solutions
**Product Categories:** Receivers
---
### [C-NavX1 GNSS Receiver](https://www.oceaneering.com/products/c-navx1-gnss-receiver/)
**Published:** June 4, 2025
**Author:** Monica Dahl
**Content:**
[ Discuss a Project ](https://oceaneering.com/subsea-tiebacks/#contact)
    Receiver
# C-NavX1™ GNSS Receiver
The C-NavX1™ GNSS Receiver offers decimeter-level offshore positioning by tracking multiple satellite constellations, including GPS, GLONASS, BeiDou, and Galileo. With a redundant Iridium® delivery method for global correction services, it ensures highly accurate, pole-to-pole positioning for demanding maritime and offshore operations such as dynamic positioning.
- Capable of tracking GPS, GLONASS, BeiDou, Galileo, and QZSS constellations
- Multi-redundant Iridium® delivery method for C-Nav® LEO correction service
- Decimeter-level marine grade offshore positioning with truly global correction service
### Download the Brochure
[ C-NavX1™ GNSS Receiver ](https://oceaneering.canto.com/download/document/0fsvdqs4dh3cfbo4jvuf4k1r71/original.pdf)
# Contact Us
## Our team of experts is ready to help you get started.
Oceaneering offers best-in-class products and solutions, backed by unparalleled quality, reliability, and global support. Fill out the inquiry form to start a conversation today.
“\*” indicates required fields
\* = required fields Nature of Enquiry\* Please select Product/Service Sales Technical Support Service Activation Please click this link [C-Nav® Activation License Request (oceaneering.com)](https://cnavauthcode.oceaneering.com/cnavportal/requestauthcodeexternal.aspx) for further assistance. You do not need to complete rest of form.Company\*Country\* Please Select Afghanistan Albania Algeria American Samoa Andorra Angola Anguilla Antarctica Antigua and Barbuda Argentina Armenia Aruba Australia Austria Azerbaijan Bahamas Bahrain Bangladesh Barbados Belarus Belgium Belize Benin Bermuda Bhutan Bolivia Bonaire, Sint Eustatius and Saba Bosnia and Herzegovina Botswana Bouvet Island Brazil British Indian Ocean Territory Brunei Darussalam Bulgaria Burkina Faso Burundi Cabo Verde Cambodia Cameroon Canada Cayman Islands Central African Republic Chad Chile China Christmas Island Cocos Islands Colombia Comoros Congo Congo, Democratic Republic of the Cook Islands Costa Rica Croatia Cuba Curaçao Cyprus Czechia Côte d’Ivoire Denmark Djibouti Dominica Dominican Republic Ecuador Egypt El Salvador Equatorial Guinea Eritrea Estonia Eswatini Ethiopia Falkland Islands Faroe Islands Fiji Finland France French Guiana French Polynesia French Southern Territories Gabon Gambia Georgia Germany Ghana Gibraltar Greece Greenland Grenada Guadeloupe Guam Guatemala Guernsey Guinea Guinea-Bissau Guyana Haiti Heard Island and McDonald Islands Holy See Honduras Hong Kong Hungary Iceland India Indonesia Iran Iraq Ireland Isle of Man Israel Italy Jamaica Japan Jersey Jordan Kazakhstan Kenya Kiribati Korea, Democratic People’s Republic of Korea, Republic of Kuwait Kyrgyzstan Lao People’s Democratic Republic Latvia Lebanon Lesotho Liberia Libya Liechtenstein Lithuania Luxembourg Macao Madagascar Malawi Malaysia Maldives Mali Malta Marshall Islands Martinique Mauritania Mauritius Mayotte Mexico Micronesia Moldova Monaco Mongolia Montenegro Montserrat Morocco Mozambique Myanmar Namibia Nauru Nepal Netherlands New Caledonia New Zealand Nicaragua Niger Nigeria Niue Norfolk Island North Macedonia Northern Mariana Islands Norway Oman Pakistan Palau Palestine, State of Panama Papua New Guinea Paraguay Peru Philippines Pitcairn Poland Portugal Puerto Rico Qatar Romania Russian Federation Rwanda Réunion Saint Barthélemy Saint Helena, Ascension and Tristan da Cunha Saint Kitts and Nevis Saint Lucia Saint Martin Saint Pierre and Miquelon Saint Vincent and the Grenadines Samoa San Marino Sao Tome and Principe Saudi Arabia Senegal Serbia Seychelles Sierra Leone Singapore Sint Maarten Slovakia Slovenia Solomon Islands Somalia South Africa South Georgia and the South Sandwich Islands South Sudan Spain Sri Lanka Sudan Suriname Svalbard and Jan Mayen Sweden Switzerland Syria Arab Republic Taiwan Tajikistan Tanzania, the United Republic of Thailand Timor-Leste Togo Tokelau Tonga Trinidad and Tobago Tunisia Turkmenistan Turks and Caicos Islands Tuvalu Türkiye US Minor Outlying Islands Uganda Ukraine United Arab Emirates United Kingdom United States Uruguay Uzbekistan Vanuatu Venezuela Viet Nam Virgin Islands, British Virgin Islands, U.S. Wallis and Futuna Western Sahara Yemen Zambia Zimbabwe Åland Islands CountryName\* First LastEmail\* PhoneVesselEnd Use Application\* Please Select Dynamic Positioning DP & Offshore Survey (Dual Use) Offshore Survey (O&G) Offshore Survey (Renewables) Position Monitoring (e.g. FPSO) Nearshore Survey Government/Research MessageNameThis field is for validation purposes and should be left unchanged. Δ
**Categories:** C-Nav® Positioning Solutions
**Product Categories:** Receivers
---
## Trade Shows
### [SPE Subsea Well Intervention](https://www.oceaneering.com/tradeshows/spe-subsea-well-intervention/)
**Published:** July 1, 2024
**Author:** Pam Means
**Content:**
## Hear from our Speaker
---
### [ADIPEC](https://www.oceaneering.com/tradeshows/adipec/)
**Published:** May 23, 2025
**Author:** Fiona Lawson
**Content:**
---
### [MTS Dynamic Positioning Conference 2026](https://www.oceaneering.com/tradeshows/mts-dynamic-positioning-conference-2026/)
**Published:** October 6, 2026
**Author:** Audrey Leon
---
### [SEOGS](https://www.oceaneering.com/tradeshows/seogs-2/)
**Published:** June 8, 2026
**Author:** Pam Means
---
### [MTS Dynamic Positioning Conference](https://www.oceaneering.com/tradeshows/mts-dynamic-positioning-conference/)
**Published:** July 1, 2025
**Author:** Pam Means
**Excerpt:** This program brings together experts from around the world to share their knowledge and expertise in the field of marine engineering and dynamic positioning technology. This conference is a unique opportunity for professionals in the marine and dynamic positioning fields to learn from one another, share their experiences, and collaborate on solutions to the industry’s most pressing challenges.
---
### [SPE Subsea Well Intervention Symposium](https://www.oceaneering.com/tradeshows/spe-subsea-well-intervention-symposium/)
**Published:** May 20, 2025
**Author:** Pam Means
---
### [SPE Well Intervention Symposium](https://www.oceaneering.com/tradeshows/spe-well-intervention-symposium/)
**Published:** May 19, 2026
**Author:** Pam Means
---
### [Underwater Intervention 2024](https://www.oceaneering.com/tradeshows/underwater-intervention-2024/)
**Published:** November 5, 2024
**Author:** Audrey Leon
**Content:**
## Hear from our Experts at the Technical Conference
 12 November ### Nick Rouge
Subsea Robotics Product Manager #### Integrating Headset Visualization for Work Class ROV Control
 13 November ### Liz Hunter
Mother Ship (MOSHIP) Surveyor #### Navy Submarine Rescue
  12 November ### Sean Amenson
Senior Recruiter ### Katelyn Landry
Talent Acquisition Recruiter #### Internships, engineer rotations, recruitment, and talent acquisition programs
---
### [LogiMAT 2024](https://www.oceaneering.com/tradeshows/logimat-2024/)
**Published:** January 24, 2024
**Author:** Monica Dahl
**Content:**
## In-Booth Presentations
---
### [Modex Material Handling Tradeshow](https://www.oceaneering.com/tradeshows/modex-tradeshow-2024/)
**Published:** February 1, 2024
**Author:** Louder Agency
**Content:**
## In-Booth Presentations
---
### [EURONAVAL 2026](https://www.oceaneering.com/tradeshows/euronaval/)
**Published:** September 3, 2026
**Author:** Ruth Deacon
---
### [Navy Tech and Seabed Defence](https://www.oceaneering.com/tradeshows/navy-tech-and-seabed-defence-2026/)
**Published:** December 12, 2025
**Author:** Ruth Deacon
**Content:**
---
### [Sea Air Space](https://www.oceaneering.com/tradeshows/sea-air-space-2026/)
**Published:** December 16, 2025
**Author:** Ruth Deacon
**Content:**
### Connect with us at Sea, Air, Space 2026
## Sea, Air, Space
"\*" indicates required fields CommentsThis field is for validation purposes and should be left unchanged.Name\* First Name Last Name Title\*Company\*Email Address\* Phone Number\*How can we help?\*NotesCAPTCHA Δ
---
### [NSL Annual Symposium and Industry Update](https://www.oceaneering.com/tradeshows/nsl-annual-symposium-and-industry-update/)
**Published:** October 1, 2025
**Author:** Monica Dahl
---
### [ONS (Offshore Northern Seas)](https://www.oceaneering.com/tradeshows/ons-offshore-northern-seas/)
**Published:** February 17, 2026
**Author:** Fiona Lawson
**Content:**
## Featured Technical Presentations
 ### Optimising ROV Pilot Performance Through Neuroergonomics
**Anders Kaland** \| Tech Support Specialist II
As offshore operations become increasingly complex, the role of the pilot remains critical to mission success. This presentation explores how neuroergonomics, workstation design, visualization technologies, and simulation can help improve situational awareness, reduce workload, and support overall pilot performance. Attendees will gain insight into how human-centered design principles can enhance operational readiness and support the future of remote operations.
 ### The Courage to Operate from Shore: Lessons from 100,000+ Hours of Remote Subsea Piloting
**Chris Lyon** \| Remote Services Strategic Manager
Remote subsea piloting is no longer a future concept. It is an operational reality.
Drawing on lessons learned from more than 100,000 hours of remote subsea piloting, Chris Lyon will share insights from one of the industry’s largest commercial remote operations programs. The session examines the technologies, operating models, workforce considerations, and operational lessons helping reshape how offshore work is performed from shore.
## Join the Conversation
Throughout ONS, visit the Oceaneering stand for informal discussions with subject matter experts on the trends shaping the future of offshore operations.
Stop by to connect with our team, explore new ideas, and discuss the challenges and opportunities facing the offshore industry.
---
### [Mobile Robotics Summit 2024](https://www.oceaneering.com/tradeshows/mobile-robotics-summit-2024/)
**Published:** June 24, 2024
**Author:** Petra Halenbeek
---
### [AIMCT Angola 2026](https://www.oceaneering.com/tradeshows/aimct-angola-2026-asset-integrity/)
**Published:** July 6, 2026
**Author:** Pam Means
**Content:**
## Technical Insights from our Experts
 ### Expanding the Life of Aging Flexible Assets
**Cintia Limas Dos Santos** \| Inspection, Maintenance, and Repair (IMR) Lead
Want to extend asset life with confidence? Join us for a discussion on how operators can transform inspection data into actionable integrity decisions through advanced assessment technologies, helping reduce risk, optimize maintenance strategies, and maximize the value of aging flexible assets.
---
### [API Inspection and Mechanical Integrity Summit 2026](https://www.oceaneering.com/tradeshows/api-inspection-and-mechanical-integrity-summit-2026/)
**Published:** December 5, 2025
**Author:** Pam Means
**Content:**
## Technical Insights from Oceaneering Experts
##### Tuesday, July 21, 2026
 ### Dheeraj Perundurai Ravichandran
Principal NDT Engineer #### Critical Application of Advanced NDT in the Oil & Gas Industry
 ### Adam Haavisto
Manager, Integrity Services – North America #### Integrity Management Cycle Redefined: A Transformative Approach
---
### [Exclusive Oceaneering Networking Event](https://www.oceaneering.com/tradeshows/exclusive-oceaneering-networking-event/)
**Published:** June 11, 2026
**Author:** Pam Means
**Content:**
---
### [ROGe 2026](https://www.oceaneering.com/tradeshows/roge-2026/)
**Published:** May 19, 2026
**Author:** Pam Means
**Content:**
---
### [DP Asia](https://www.oceaneering.com/tradeshows/dp-asia/)
**Published:** May 14, 2026
**Author:** Pam Means
---
### [Combined Naval Event (CNE) 2026](https://www.oceaneering.com/tradeshows/combined-naval-event-cne-2026/)
**Published:** December 15, 2025
**Author:** Vipan Kumar
**Content:**
## In-Booth Presentations
Discover our latest advancements in subsea defence through a series of in‑booth presentations held throughout CNE 2026. Each day, our experts will showcase technologies that enhance naval readiness, strengthen subsea domain awareness, and enable rapid, informed decision-making. Join us to explore mission‑ready systems, resident robotics, digital asset management, and persistent surveillance solutions designed to support modern naval operations.  ### Alan Anderson
Product Manager, Subsea Robotics #### Shorten the Cycle: Detect, Classify, Act in a Single Mission
 ### Ash Sheppard
Product Manager, Subsea Robotics #### Supporting Continuous Subsea Monitoring with Field-Proven Resident Robotics and Digital Technology
 ### Matt Chapman
Director, Business Development #### Own The Baseline: Persistent Subsea Surveillance
 ### Christopher Lyon
Remote Services Strategic Manager, Subsea Robotics #### Mission-Ready Command: Using Remote Operations to Turn Real-Time Seabed Data into Decision Making
 ### Callum Bell
Account Manager, Digital Engineering #### Ready to Deploy? Ensuring Asset Availability with Digital Asset Management
### Subsea Defence
#### Don’t miss these mission‑ critical solutions that protect forces and infrastructure beneath the surface.
Presentations will occur each day during morning and afternoon sessions. Visit Stand B40 for details.
---
### [41st Space Symposium](https://www.oceaneering.com/tradeshows/41st-space-symposium/)
**Published:** February 26, 2026
**Author:** Pam Means
---
### [Subsea Tieback 2026](https://www.oceaneering.com/tradeshows/subsea-tieback-2026/)
**Published:** February 4, 2025
**Author:** Pam Means
**Content:**
---
### [AMPP Annual Conference and Expo 2026](https://www.oceaneering.com/tradeshows/ampp-annual-conference-expo-2026/)
**Published:** February 5, 2025
**Author:** Pam Means
**Content:**
### Digital Asset Management
Digitize the integrity loop with 3D scanning and cloud-based data management, integrating monitoring tools and predictive analytics to anticipate hazards. Enhance decision-making with seamless access to critical information and improve accessibility by breaking down silos.
[ Learn more ](https://www.oceaneering.com/asset-integrity/integrity-management/digital-asset-management/) ### Integrity Engineering
We identify risks, enhance safety, and minimize downtime and costs across asset lifecycles. Our expertise spans pressure systems, storage tanks, pipelines, and structures, addressing vibration and corrosion while extending asset life through condition monitoring.
[ Learn more ](https://www.oceaneering.com/asset-integrity-management/integrity-engineering/) ### Inspection Services
We deliver agile, integrated project execution and inspection management across the asset lifecycle. Our teams use the latest technology and expert knowledge to complete conventional and advanced inspection globally across various facilities and industries, both offshore and onshore.
[ Learn more ](https://www.oceaneering.com/asset-integrity/in-service-inspection/)
---
### [Annual Offshore Support Journal](https://www.oceaneering.com/tradeshows/annual-offshore-support-journal/)
**Published:** January 28, 2026
**Author:** Pam Means
**Content:**
---
### [Oceanology 2026](https://www.oceaneering.com/tradeshows/oceanology-2026/)
**Published:** January 16, 2026
**Author:** Fiona Lawson
**Content:**
---
### [Undersea Defence Technology (UDT) 2026](https://www.oceaneering.com/tradeshows/undersea-defence-technology-udt-2026/)
**Published:** December 15, 2025
**Author:** Ruth Deacon
**Content:**
## Hear from our Expert
### Build Once, Configure Many: Modular Subsea Robotics for Mission Agility at Scale
**Alan Anderson** \| S*ubsea Robotics Project Manager*
Featured speaker, Alan Anderson, will explore how a modular blueprint transforms undersea operations by combining a common core architecture, payload‑agnostic interfaces, and software‑defined autonomy. This approach enables rapid reconfiguration across diverse missions without the delays and expense of bespoke rebuilds, while manufacturing readiness practices ensure that modularity translates into real-world availability and scalability. By embracing modular design, subsea robotics not only deliver mission agility but also lay the foundation for interoperability and collaborative autonomy across mixed fleets, strengthening naval and commercial capabilities in contested maritime domains.
---
### [SOF Week 2026](https://www.oceaneering.com/tradeshows/sof-week-2026/)
**Published:** December 15, 2025
**Author:** Ruth Deacon
---
### [Modex Material Handling Tradeshow 2026](https://www.oceaneering.com/tradeshows/modex-material-handling-tradeshow-2026/)
**Published:** November 19, 2025
**Author:** Petra Halenbeek
---
### [Indo Pacific 2025](https://www.oceaneering.com/tradeshows/indo-pacific-2025/)
**Published:** October 21, 2025
**Author:** Ruth Deacon
**Content:**
---
### [Topsides UK 2025](https://www.oceaneering.com/tradeshows/topsides-uk-2025/)
**Published:** September 17, 2025
**Author:** Fiona Lawson
**Content:**
## Hear from our Expert
**Niall Shanks** \| Integrity Operations Manager
### A New Vision: Visualising Risk and Integrity in Offshore Operations
---
### [Asset Integrity Corrosion and Coatings Conference](https://www.oceaneering.com/tradeshows/asset-integrity-corrosion-and-coatings-conference/)
**Published:** September 30, 2025
**Author:** Fiona Lawson
---
### [Africa Oil Week](https://www.oceaneering.com/tradeshows/africa-oil-week/)
**Published:** July 1, 2025
**Author:** Pam Means
**Excerpt:** AOW: Energy presents an unparalleled program that provides essential insights and opens unmatched opportunities within the African energy sector. Through expertly designed sessions, AOW blends commercial interactions with deep geological insights to ignite engagement that leads to deal origination and successful M&A.
**Content:**
## Hear from our Experts
### Panel: The Role of Technology and Innovation in Accelerating Natural Oil and Gas Development in Africa
**Benjamin Laura** \| *Chief Operating Officer*
---
### [World Nuclear Exhibition 2025](https://www.oceaneering.com/tradeshows/world-nuclear-exhibition-2025/)
**Published:** July 9, 2025
**Author:** Pam Means
**Excerpt:** WNE is covering the whole nuclear supply chain.
Don’t miss specific inside events and source your future partners with pre-organized business meetings.
Stay ahead of the latest innovations and market trends, while attending high-level disruptive talks about the challenges the sector is facing with the most prestigious international experts.
Discover the international pavilions, companies can shine with the support and backing of the leading international nuclear associations.
**Content:**
---
### [OI2 Customer Vessel Tour](https://www.oceaneering.com/tradeshows/rsvp-oi2-customer-vessel-tour/)
**Published:** July 2, 2025
**Author:** Pam Means
**Content:**
---
### [Angola Oil & Gas 2025](https://www.oceaneering.com/tradeshows/angola-oil-gas-2025/)
**Published:** May 2, 2025
**Author:** Fiona Lawson
**Content:**
## Hear from our Leaders
##### September 4, 2025
**Leo Granato** \| Sr. VP, Integrity Management and Digital Solutions
### Strategic Partnerships: Unlocking Angola’s Deepwater Potential
#### Learn how collaboration between global service providers, technology firms, and local stakeholders can overcome market and operational challenges, accelerate growth, and support Angola’s ambition to maintain crude output above one million barrels per day.
### In Conversation with Oceaneering
#### Leo will participate in a fireside chat discussing the company, its current objectives, achievements, and what is next for Oceaneering.
---
### [Oman Corrosion and Materials Innovation Summit](https://www.oceaneering.com/tradeshows/omcorr/)
**Published:** May 15, 2025
**Author:** Fiona Lawson
**Content:**
## Hear from our Experts
##### September 14, 2025
**Dheeraj Perundurai Ravichandran** \| Principle NDT Engineer
### Workshop A: Advanced ultrasonics for critical asset integrity: from damage mechanisms to practical application
##### September 16, 2025
**Hooman Takhtechian** \| Global Engineering Lead – Corrosion
### Remote Monitoring Excellence: Ensuring Mechanical Stability and Corrosion Control A Case Study from BP Khazzan Field
### Optimizing Equipment Integrity through Integration of IOWs with RBI and Dynamic Confidence Assessment
---
### [India Drilling and Exploration Conference 2025](https://www.oceaneering.com/tradeshows/india-drilling-and-exploration-conference-2025/)
**Published:** May 28, 2025
**Author:** Audrey Leon
**Content:**
## Hear from our Subject Matter Experts
##### June 5-6
### Simranjeet Singh
Principal Product Engineer #### Presentation: Omnio™ Subsea Tool Changer
### Dhruv Mittal
Senior Product Engineer, Grade I #### Presentation: Millenium® Electric ROV
---
### [Caspian Oil and Gas 2025](https://www.oceaneering.com/tradeshows/caspian-oli-and-gas-2025/)
**Published:** April 29, 2025
**Author:** Monica Dahl
---
### [Africa Energies Summit](https://www.oceaneering.com/tradeshows/africa-energy-summit/)
**Published:** April 29, 2025
**Author:** Pam Means
**Content:**
## Don’t Miss Our Featured Speaker
### Panel Discussion: Africa’s Potential – Challenges and Opportunities from the Oilfield Services Perspective.
**Greg Boyle, Senior Director – Business Development**
---
### [SOF Week 2025](https://www.oceaneering.com/tradeshows/sof-week-2025/)
**Published:** April 29, 2025
**Author:** Monica Dahl
---
### [An Evening of Jazz with Oceaneering](https://www.oceaneering.com/tradeshows/an-evening-of-jazz-with-oceaneering/)
**Published:** March 31, 2025
**Author:** Michael Conner
---
### [Sea Air Space 2025](https://www.oceaneering.com/tradeshows/sea-air-space-2025/)
**Published:** March 6, 2025
**Author:** Ruth Deacon
---
### [ProMAT 2025](https://www.oceaneering.com/tradeshows/promat-2025/)
**Published:** November 19, 2024
**Author:** Petra Halenbeek
**Content:**
## Don’t Miss Our Expert Insights at ProMAT
### From concept to reality: Successfully integrating AMRs in manufacturing operations
**Garrett Cheney** \| *Technical Sales and Tender Manager*
Join Oceaneering Mobile Robotics and BlueBotics at ProMAT 2025 to gain practical strategies for streamlining your transition to automation to optimize manufacturing flows, minimize inefficiencies, and drive operational improvements. Discover how to:
- Integrate Autonomous Mobile Robots (AMRs) into your operations
- Overcome common challenges like redesigning workflows and adapting factory layouts
- Use strategic mission management
- Support employee onboarding
- Ensure your systems operate smoothly and efficiently
[Read the full session abstract here.](https://pm2025.mapyourshow.com/8_0/sessions/session-details.cfm?scheduleid=194)
---
### [ROG.e (Rio Oil & Gas)](https://www.oceaneering.com/tradeshows/rog-e-rio-oil-gas/)
**Published:** July 8, 2024
**Author:** Pam Means
**Content:**
## Hear from our Speakers
### Yuri Sarto
Sr. Engineer #### Evaluating Annulus Flooding Conditions with a Flexible Pipe Inspection Tool
#### Flowline Remediation Method Using Mineral Insulated Cables
### Murilo Silva
Sr. Reliability Engineering Manager #### Enhancing Electric ROV Design through Advanced Design Methodologies: A Reliability-Based Approach
---
### [LogiMAT 2025](https://www.oceaneering.com/tradeshows/logimat-2025/)
**Published:** November 20, 2024
**Author:** Petra Halenbeek
---
### [ADIPEC 2024](https://www.oceaneering.com/tradeshows/adipec-2024/)
**Published:** July 18, 2024
**Author:** Pam Means
**Content:**
---
### [South America Offshore Wind](https://www.oceaneering.com/tradeshows/south-america-offshore-wind/)
**Published:** July 17, 2024
**Author:** Pam Means
**Content:**
## Hear from our Experts
### Simao Silva
Director of Business Development and Brazil Country Manager #### Moderator: Spotlight on Developers – Panel Discussion: Offshore Wind Project Ambitions and a Review of 5 Year Plans
### Rosianita Balena
Senior Product Development Manager, Technology Brazil #### Mooring System Inspection: Adapting Existing and Emerging FPSO UWILD Solutions for Floating Wind
---
### [ONS 2024](https://www.oceaneering.com/tradeshows/ons-2024/)
**Published:** June 14, 2024
**Author:** Pam Means
**Content:**
## Hear from our Experts at the Technical Conference
---
### [FTS-Fachtagung 2024](https://www.oceaneering.com/tradeshows/fts-fachtagung-2024/)
**Published:** June 24, 2024
**Author:** Petra Halenbeek
---
### [Oceanology International 2024](https://www.oceaneering.com/tradeshows/oceanology-international-2024/)
**Published:** February 16, 2024
**Author:** Monica Dahl
**Content:**
## Watch our Experts
##### 12 March
##### 14 March
---
### [EGYPES 2024](https://www.oceaneering.com/tradeshows/egypes-2024/)
**Published:** January 19, 2024
**Author:** Monica Dahl
---
## Videos
### [Momentum™ Electric Work Class ROV](https://www.oceaneering.com/resources/momentum-electric-work-class-rov/)
**Published:** March 4, 2026
**Author:** Monica Dahl
**Categories:** Remotely Operated Vehicles (ROVs)
**Content Types:** Videos
**Industries:** Oil and Gas
---
### [Opportunities for Interns and Recent Graduates](https://www.oceaneering.com/resources/opportunities-for-interns-and-recent-graduates/)
**Published:** March 22, 2019
**Author:** Monica Dahl
**Categories:** Careers
**Content Types:** Videos
**Industries:** Oil and Gas
**Search Tags:** Careers
---
### [Why Choose a Career at Oceaneering](https://www.oceaneering.com/resources/why-choose-a-career-at-oceaneering/)
**Published:** March 22, 2019
**Author:** Monica Dahl
**Categories:** Careers
**Content Types:** Videos
**Industries:** Aerospace, Government and Defense, Maritime and Cargo Logistics, Material Handling, Oil and Gas, Renewable Energy, Science and Research
**Regions:** Africa, Asia Pacific, Europe & Middle East, North America, South America
**Search Tags:** Careers
---
### [Renewables - Ocean Perception](https://www.oceaneering.com/resources/renewables-ocean-perception/)
**Published:** March 30, 2022
**Author:** Monica Dahl
**Categories:** Renewables
**Content Types:** Videos
**Industries:** Renewable Energy
**Regions:** Africa, Asia Pacific, Europe & Middle East, North America, South America
---
### [Life at Oceaneering Chandigarh](https://www.oceaneering.com/resources/life-at-oceaneering-chandigarh/)
**Published:** April 27, 2022
**Author:** Monica Dahl
**Categories:** Careers
**Content Types:** Videos
---
### [ROV Life Offshore](https://www.oceaneering.com/resources/rov-life-offshore/)
**Published:** March 22, 2019
**Author:** Monica Dahl
**Categories:** Careers, Remotely Operated Vehicles (ROVs)
**Content Types:** Videos
**Industries:** Oil and Gas
**Regions:** Africa, Asia Pacific, Europe & Middle East, North America, South America
**Search Tags:** Careers, Recruiting, Remotely Operated Vehicles (ROV)
---
### [Diver Assisted Spool Piece Repair](https://www.oceaneering.com/resources/diver-assisted-spool-piece-repair/)
**Published:** December 5, 2022
**Author:** Monica Dahl
**Categories:** Pipeline Repair
**Content Types:** Videos
**Industries:** Oil and Gas
**Regions:** Africa, Asia Pacific, Europe & Middle East, North America, South America
---
### [PeopleMover Remix](https://www.oceaneering.com/resources/peoplemover-remix/)
**Published:** May 31, 2022
**Author:** Monica Dahl
**Content Types:** Videos
**Industries:** Material Handling
**Regions:** Africa, Asia Pacific, Europe & Middle East, North America, South America
---
### [IMR Overview](https://www.oceaneering.com/resources/imr-overview/)
**Published:** July 6, 2022
**Author:** Monica Dahl
**Categories:** Inspection, Maintenance, and Repair (IMR)
**Content Types:** Videos
**Industries:** Oil and Gas
**Regions:** Africa, Asia Pacific, Europe & Middle East, North America, South America
---
### [Neptune](https://www.oceaneering.com/resources/neptune/)
**Published:** December 21, 2023
**Author:** Monica Dahl
**Categories:** Asset Integrity Management
**Content Types:** Videos
**Industries:** Oil and Gas
**Regions:** Africa, Asia Pacific, Europe & Middle East, North America, South America
---
### [Pilot Project with Zeiss Group](https://www.oceaneering.com/resources/pilot-project-with-zeiss-group/)
**Published:** January 23, 2025
**Author:** Monica Dahl
**Categories:** Mobile Robotics
**Content Types:** Videos
**Industries:** Material Handling
---
### [Isurus - Proven High-Speed Work Class ROV](https://www.oceaneering.com/resources/isurus-proven-high-speed-work-class-rov/)
**Published:** January 23, 2025
**Author:** Monica Dahl
**Categories:** Remotely Operated Vehicles (ROVs)
**Content Types:** Videos
**Industries:** Oil and Gas, Renewable Energy
---
### [Liberty™ Resident System](https://www.oceaneering.com/resources/liberty-resident-animation/)
**Published:** January 23, 2025
**Author:** Monica Dahl
**Categories:** Remotely Operated Vehicles (ROVs)
**Content Types:** Videos
**Industries:** Oil and Gas
**Regions:** Africa, Asia Pacific, Europe & Middle East, North America, South America
---
### [UniMover™ 0 600 Underride Robot – Specifications](https://www.oceaneering.com/resources/unimover-0-600-underride-robot-specifications/)
**Published:** January 23, 2025
**Author:** Monica Dahl
**Categories:** Mobile Robotics
**Content Types:** Videos
**Industries:** Material Handling
**Regions:** Africa, Asia Pacific, Europe & Middle East, North America, South America
---
### [UniMover™ 0 600 – Underride Robot](https://www.oceaneering.com/resources/unimover-0-600-underride-robot/)
**Published:** January 23, 2025
**Author:** Monica Dahl
**Categories:** Mobile Robotics
**Content Types:** Videos
**Industries:** Material Handling
**Regions:** Africa, Asia Pacific, Europe & Middle East, North America, South America
---
### [MaxMover CB D 2000](https://www.oceaneering.com/resources/maxmover-cb-d-2000/)
**Published:** January 23, 2025
**Author:** Monica Dahl
**Categories:** Mobile Robotics
**Content Types:** Videos
**Industries:** Material Handling
**Regions:** Africa, Asia Pacific, Europe & Middle East, North America, South America
---
### [Freedom - Unmanned Intervention Drone (UID) Docking](https://www.oceaneering.com/resources/freedom-unmanned-intervention-drone-uid-docking/)
**Published:** August 29, 2021
**Author:** Monica Dahl
**Categories:** Remotely Operated Vehicles (ROVs)
**Content Types:** Videos
**Industries:** Oil and Gas
**Regions:** Africa, Asia Pacific, Europe & Middle East, North America, South America
**Search Tags:** Remotely Operated Vehicles (ROV)
---
### [Renewables Overview](https://www.oceaneering.com/resources/74926/)
**Published:** January 23, 2025
**Author:** Monica Dahl
**Categories:** Renewables
**Content Types:** Videos
**Industries:** Renewable Energy
**Regions:** Africa, Asia Pacific, Europe & Middle East, North America, South America
---
### [Isurus - Cable Installation](https://www.oceaneering.com/resources/isurus-cable-installation/)
**Published:** January 22, 2025
**Author:** Monica Dahl
**Categories:** Remotely Operated Vehicles (ROVs)
**Content Types:** Videos
**Industries:** Oil and Gas
**Regions:** Africa, Asia Pacific, Europe & Middle East, North America, South America
---
### [C-NavX3 GNSS Receiver](https://www.oceaneering.com/resources/73185/)
**Published:** July 25, 2024
**Author:** Monica Dahl
**Categories:** C-Nav® Positioning Solutions
**Content Types:** Videos
**Industries:** Maritime and Cargo Logistics, Oil and Gas
**Regions:** Africa, Asia Pacific, Europe & Middle East, North America, South America
**Search Tags:** C-Nav Positioning Solutions
---
### [C-Nav® LEO Satellite-based Correction Service](https://www.oceaneering.com/resources/c-nav-leo-satellite-based-correction-service/)
**Published:** May 5, 2024
**Author:** Monica Dahl
**Categories:** C-Nav® Positioning Solutions
**Content Types:** Videos
**Industries:** Maritime and Cargo Logistics, Oil and Gas
**Regions:** Africa, Asia Pacific, Europe & Middle East, North America, South America
---
### [Inform™ Vision
Cloud-based 3D Digital Asset Management Solution](https://www.oceaneering.com/resources/inform-vision-cloud-based-3d-digital-asset-management-solution/)
**Published:** May 30, 2024
**Author:** Monica Dahl
**Categories:** Asset Integrity Management, Integrity Management
**Content Types:** Videos
**Industries:** Oil and Gas
**Regions:** Africa, Asia Pacific, Europe & Middle East, North America, South America
**Search Tags:** Asset Integrity
---
### [BOP Inspection and Flushing Tool (BIFT)](https://www.oceaneering.com/resources/bop-inspection-and-flushing-tool-bift/)
**Published:** December 1, 2022
**Author:** Monica Dahl
**Categories:** BOP Intervention, Intervention Tooling
**Content Types:** Videos
**Industries:** Oil and Gas
**Regions:** Africa, Asia Pacific, Europe & Middle East, North America, South America
**Search Tags:** intervention Tooling, Tooling
---
### [Horizontal Connection System](https://www.oceaneering.com/resources/horizontal-connection-system/)
**Published:** December 13, 2023
**Author:** Monica Dahl
**Categories:** Subsea Connection Systems
**Content Types:** Videos
**Industries:** Oil and Gas
**Regions:** Africa, Asia Pacific, Europe & Middle East, North America, South America
**Search Tags:** Subsea Connection System
---
### [Flowline Remediation System](https://www.oceaneering.com/resources/flowline-remediation-system/)
**Published:** September 14, 2021
**Author:** Monica Dahl
**Categories:** Subsea Connection Systems
**Content Types:** Videos
**Industries:** Oil and Gas
**Regions:** Africa, Asia Pacific, Europe & Middle East, North America, South America
**Search Tags:** Subsea Connection System
---
### [Grayloc Nozzle Check Valve](https://www.oceaneering.com/resources/grayloc-nozzle-check-valve/)
**Published:** August 25, 2021
**Author:** Monica Dahl
**Categories:** Grayloc
**Content Types:** Videos
**Industries:** Oil and Gas
**Regions:** Africa, Asia Pacific, Europe & Middle East, North America, South America
**Search Tags:** Grayloc
---
### [Freedom™ Autonomous Subsea Pipeline Survey](https://www.oceaneering.com/resources/freedom-autonomous-subsea-pipeline-survey/)
**Published:** August 29, 2021
**Author:** Monica Dahl
**Categories:** Remotely Operated Vehicles (ROVs)
**Content Types:** Videos
**Industries:** Oil and Gas, Renewable Energy
**Regions:** Africa, Asia Pacific, Europe & Middle East, North America, South America
**Search Tags:** Remotely Operated Vehicles (ROV)
---
### [Grayloc Remote Clamp Connector](https://www.oceaneering.com/resources/grayloc-remote-clamp-connector/)
**Published:** August 29, 2021
**Author:** Monica Dahl
**Categories:** Grayloc
**Content Types:** Videos
**Industries:** Oil and Gas
**Regions:** Africa, Asia Pacific, Europe & Middle East, North America, South America
**Search Tags:** Grayloc
---
### [Grayloc Compact Flange](https://www.oceaneering.com/resources/72166/)
**Published:** August 29, 2021
**Author:** Monica Dahl
**Categories:** Grayloc
**Content Types:** Videos
**Industries:** Oil and Gas
**Regions:** Africa, Asia Pacific, Europe & Middle East, North America, South America
**Search Tags:** Grayloc
---
### [Grayloc Clamp Connector](https://www.oceaneering.com/resources/grayloc-clamp-connector/)
**Published:** August 29, 2021
**Author:** Monica Dahl
**Categories:** Grayloc
**Content Types:** Videos
**Industries:** Oil and Gas
**Regions:** Africa, Asia Pacific, Europe & Middle East, North America, South America
**Search Tags:** Grayloc
---
### [Light Well Intervention - Crown Pulling](https://www.oceaneering.com/resources/light-well-intervention-crown-pulling/)
**Published:** June 14, 2019
**Author:** Monica Dahl
**Categories:** Light Well Intervention, Well Intervention
**Content Types:** Videos
**Industries:** Oil and Gas
**Regions:** Africa, Asia Pacific, Europe & Middle East, North America, South America
**Search Tags:** Light Well Intervention, Well Intervention
---
### [Subsea Hydraulic Well Intervention](https://www.oceaneering.com/resources/subsea-hydraulic-well-intervention/)
**Published:** September 14, 2021
**Author:** Monica Dahl
**Categories:** Well Intervention
**Content Types:** Videos
**Industries:** Oil and Gas
**Regions:** Africa, Asia Pacific, Europe & Middle East, North America, South America
**Search Tags:** Well Intervention
---
### [Underwater Inspection in Lieu of Drydocking (UWILD)](https://www.oceaneering.com/resources/underwater-inspection-in-lieu-of-drydocking-uwild/)
**Published:** August 29, 2021
**Author:** Monica Dahl
**Categories:** Asset Integrity Management
**Content Types:** Videos
**Industries:** Oil and Gas
**Regions:** Africa, Asia Pacific, Europe & Middle East, North America, South America
**Search Tags:** Asset Integrity
---
### [M5 Connector - Subsea Seal Changeout ROV Tooling](https://www.oceaneering.com/resources/m5-connector-subsea-seal-changeout-rov-tooling/)
**Published:** December 11, 2023
**Author:** Monica Dahl
**Categories:** Subsea Connection Systems
**Content Types:** Videos
**Industries:** Oil and Gas
**Regions:** Africa, Asia Pacific, Europe & Middle East, North America, South America
**Search Tags:** Subsea Connection System
---
### [Rotator Topside Chemical Throttle Valve (T-CTV)](https://www.oceaneering.com/resources/rotator-topside-chemical-throttle-valve-t-ctv/)
**Published:** September 1, 2022
**Author:** Monica Dahl
**Categories:** Valves (Rotator Technologies)
**Content Types:** Videos
**Industries:** Oil and Gas
**Regions:** Africa, Asia Pacific, Europe & Middle East, North America, South America
**Search Tags:** Rotator, Rotator Technologies, Subsea Valves
---
### [Oceaneering Media Vault](https://www.oceaneering.com/resources/oceaneering-media-vault/)
**Published:** August 29, 2021
**Author:** Monica Dahl
**Categories:** Asset Integrity Management, Integrity Management
**Content Types:** Videos
**Industries:** Oil and Gas
**Regions:** Africa, Asia Pacific, Europe & Middle East, North America, South America
**Search Tags:** Asset Integrity, Oceaneering Media Vault (OMV)
---
### [Subsea Pipeline Repair without Downtime](https://www.oceaneering.com/resources/subsea-pipeline-repair-without-downtime/)
**Published:** August 29, 2021
**Author:** Monica Dahl
**Categories:** Inspection, Maintenance, and Repair (IMR), Pipeline Repair
**Content Types:** Videos
**Industries:** Oil and Gas
**Regions:** Africa, Asia Pacific, Europe & Middle East, North America
**Search Tags:** pipeline
---
### [Grayloc - Universal Ball joint](https://www.oceaneering.com/resources/grayloc-universal-ball-joint/)
**Published:** August 29, 2021
**Author:** Monica Dahl
**Categories:** Grayloc
**Content Types:** Videos
**Industries:** Oil and Gas
**Regions:** Africa, Asia Pacific, Europe & Middle East, North America, South America
**Search Tags:** Grayloc, grayloc ball joint
---
### [12-Inch Dredge](https://www.oceaneering.com/resources/12-inch-dredge/)
**Published:** June 8, 2021
**Author:** Monica Dahl
**Categories:** Dredging Tools
**Content Types:** Videos
**Industries:** Oil and Gas
**Regions:** Africa, Asia Pacific, Europe & Middle East, North America, South America
**Search Tags:** Dredge
---
### [Wellhead Load Relief (WLR) System](https://www.oceaneering.com/resources/wellhead-load-relief-wlr-system/)
**Published:** August 27, 2021
**Author:** Monica Dahl
**Categories:** BOP Intervention, Inspection, Maintenance, and Repair (IMR)
**Content Types:** Videos
**Industries:** Oil and Gas
**Regions:** Africa, Asia Pacific, Europe & Middle East, North America, South America
**Search Tags:** WLR
---
### [Regional Headquarters in Norway](https://www.oceaneering.com/resources/regional-headquarters-in-norway/)
**Published:** November 19, 2019
**Author:** Monica Dahl
**Content Types:** Videos
**Industries:** Oil and Gas, Renewable Energy
**Regions:** Europe & Middle East
**Search Tags:** Norway
---
### [Ocean Evolution](https://www.oceaneering.com/resources/ocean-evolution/)
**Published:** June 8, 2021
**Author:** Monica Dahl
**Categories:** Vessels
**Content Types:** Videos
**Industries:** Oil and Gas
**Regions:** North America
**Search Tags:** North America
---
### [C-Nav Overview](https://www.oceaneering.com/resources/c-nav-overview/)
**Published:** August 29, 2021
**Author:** Monica Dahl
**Categories:** C-Nav® Positioning Solutions
**Content Types:** Videos
**Industries:** Oil and Gas
**Regions:** Africa, Asia Pacific, Europe & Middle East, North America, South America
**Search Tags:** C-Nav Positioning Solutions
---
### [TorKey - CTV Mechanical Torque Tool](https://www.oceaneering.com/resources/torkey-ctv-mechanical-torque-tool/)
**Published:** October 15, 2019
**Author:** Monica Dahl
**Categories:** Valves (Rotator Technologies)
**Content Types:** Videos
**Industries:** Oil and Gas
**Regions:** Africa, Asia Pacific, Europe & Middle East, North America, South America
**Search Tags:** Rotator, Rotator Technologies, Subsea Valves
---
### [Freedom ROV](https://www.oceaneering.com/resources/freedom-rov/)
**Published:** September 20, 2019
**Author:** Monica Dahl
**Categories:** Remotely Operated Vehicles (ROVs)
**Content Types:** Videos
**Industries:** Oil and Gas
**Regions:** Africa, Asia Pacific, Europe & Middle East, North America, South America
**Search Tags:** Remotely Operated Vehicles (ROV)
---
### [Intervention Skid - Hydrate Remediation (HRS)](https://www.oceaneering.com/resources/intervention-skid-hydrate-remediation-hrs/)
**Published:** May 22, 2019
**Author:** Monica Dahl
**Categories:** Integrated Rig Services, Intervention Skids, Intervention Tooling
**Content Types:** Videos
**Industries:** Oil and Gas
**Regions:** Africa, Asia Pacific, Europe & Middle East, North America, South America
**Search Tags:** Flow Assurance, Oil and Gas, Subsea Injection, Well Stimulation
---
### [Inform Inspect](https://www.oceaneering.com/resources/inform-inspect/)
**Published:** August 6, 2021
**Author:** Monica Dahl
**Categories:** Asset Integrity Management, Inspection Management
**Content Types:** Videos
**Industries:** Oil and Gas
**Regions:** Africa, Asia Pacific, Europe & Middle East, North America, South America
**Search Tags:** Asset Integrity, Inform Inspect™
---
### [Subsea Pumping Technology (SPT)](https://www.oceaneering.com/resources/subsea-pumping-technology-spt/)
**Published:** May 22, 2019
**Author:** Monica Dahl
**Categories:** Subsea Distribution Solutions
**Content Types:** Videos
**Industries:** Oil and Gas
**Regions:** Africa, Asia Pacific, Europe & Middle East, North America, South America
**Search Tags:** Subsea Distribution Solutions, Subsea Pumping Technology
---
### [ROV Workover Control Systems (RWOCS)](https://www.oceaneering.com/resources/rov-workover-control-systems-rwocs/)
**Published:** November 19, 2019
**Author:** Monica Dahl
**Categories:** Workover Control Systems
**Content Types:** Videos
**Industries:** Oil and Gas
**Regions:** Africa, Asia Pacific, Europe & Middle East, North America, South America
**Search Tags:** ROV Workover Control Systems (RWOCS), Workover Control Systems
---
### [Trip Avoidance X-ray Inspection (TAXI)™ System](https://www.oceaneering.com/resources/trip-avoidance-x-ray-inspection-taxi-system/)
**Published:** March 21, 2019
**Author:** Monica Dahl
**Categories:** Asset Integrity Management, In-Service Inspection
**Content Types:** Videos
**Industries:** Oil and Gas
**Regions:** Africa, Asia Pacific, Europe & Middle East, North America, South America
**Search Tags:** Asset Integrity, TAXI™
---
### [Pipeline Repair](https://www.oceaneering.com/resources/pipeline-repair/)
**Published:** August 6, 2021
**Author:** Monica Dahl
**Categories:** Inspection, Maintenance, and Repair (IMR), Pipeline Repair
**Content Types:** Videos
**Industries:** Oil and Gas
**Regions:** Africa, Asia Pacific, Europe & Middle East, North America, South America
**Search Tags:** Inspection, Maintenance, and Repair (IMR), pipeline
---
### [Grayloc Clamp Connectors and Flanges](https://www.oceaneering.com/resources/grayloc-clamp-connectors-and-flanges/)
**Published:** May 23, 2019
**Author:** Monica Dahl
**Categories:** Grayloc
**Content Types:** Videos
**Industries:** Oil and Gas
**Regions:** Africa, Asia Pacific, Europe & Middle East, North America, South America
**Search Tags:** Grayloc
---
### [Diverless Pipeline Repair](https://www.oceaneering.com/resources/diverless-pipeline-repair/)
**Published:** December 16, 2019
**Author:** Monica Dahl
**Categories:** Pipeline Repair
**Content Types:** Videos
**Industries:** Oil and Gas
**Regions:** Africa, Asia Pacific, Europe & Middle East, North America, South America
**Search Tags:** pipeline, Repair
---
### [CTV-Ultra Flow](https://www.oceaneering.com/resources/ctv-ultra-flow/)
**Published:** May 23, 2019
**Author:** Monica Dahl
**Categories:** Valves (Rotator Technologies)
**Content Types:** Videos
**Industries:** Oil and Gas
**Regions:** Africa, Asia Pacific, Europe & Middle East, North America, South America
**Search Tags:** Rotator Technologies, Subsea Valves
---
### [Diver and ROV at Work](https://www.oceaneering.com/resources/diver-and-rov-at-work/)
**Published:** March 11, 2019
**Author:** Monica Dahl
**Categories:** Diving, Remotely Operated Vehicles (ROVs)
**Content Types:** Videos
**Industries:** Oil and Gas
**Search Tags:** Diving, Remotely Operated Vehicles (ROV)
---
### [Well Stimulation](https://www.oceaneering.com/resources/well-stimulation/)
**Published:** March 11, 2019
**Author:** Monica Dahl
**Categories:** Well Intervention, Well Stimulation
**Content Types:** Videos
**Industries:** Oil and Gas
**Regions:** Africa, Asia Pacific, Europe & Middle East, North America, South America
**Search Tags:** Well Intervention, Well Stimulation
---
### [Umbilical Overview](https://www.oceaneering.com/resources/umbilical-overview/)
**Published:** May 23, 2019
**Author:** Monica Dahl
**Content Types:** Videos
**Industries:** Oil and Gas
**Search Tags:** Subsea Distribution Solutions, Umbilical
---
### [Unmanned Aircraft Systems (UAS)](https://www.oceaneering.com/resources/unmanned-aircraft-systems-uas/)
**Published:** March 11, 2019
**Author:** Monica Dahl
**Categories:** Asset Integrity Management
**Content Types:** Videos
**Regions:** Africa, Asia Pacific, Europe & Middle East, North America, South America
**Search Tags:** Drone
---
### [Platform Decommissioning](https://www.oceaneering.com/resources/platform-decommissioning/)
**Published:** May 22, 2019
**Author:** Monica Dahl
**Categories:** Decommissioning
**Content Types:** Videos
**Industries:** Oil and Gas
**Regions:** Africa, Asia Pacific, Europe & Middle East, North America, South America
**Search Tags:** Decommissioning
---
### [Remotely Operated Vehicles (ROVs) - HD](https://www.oceaneering.com/resources/remotely-operated-vehicles-rovs-hd/)
**Published:** August 6, 2021
**Author:** Monica Dahl
**Categories:** Remotely Operated Vehicles (ROVs)
**Content Types:** Videos
**Regions:** Europe & Middle East
**Search Tags:** Remotely Operated Vehicles (ROV)
---
### [Rig Chase](https://www.oceaneering.com/resources/rig-chase/)
**Published:** August 25, 2019
**Author:** Monica Dahl
**Content Types:** Videos
**Regions:** Africa, Asia Pacific, Europe & Middle East, North America, South America
---
### [Drill Cutting Remediation System](https://www.oceaneering.com/resources/drill-cutting-remediation-system/)
**Published:** March 11, 2019
**Author:** Monica Dahl
**Content Types:** Videos
**Industries:** Oil and Gas
---
### [Vertical Connector Jumper Installation](https://www.oceaneering.com/resources/vertical-connector-jumper-installation/)
**Published:** August 6, 2021
**Author:** Monica Dahl
**Categories:** Subsea Connection Systems
**Content Types:** Videos
**Industries:** Oil and Gas
**Regions:** Africa, Asia Pacific, Europe & Middle East, North America, South America
**Search Tags:** Subsea Connection System
---
### [Subsea Tieback Overview](https://www.oceaneering.com/resources/subsea-tieback-overview/)
**Published:** October 3, 2019
**Author:** Monica Dahl
**Content Types:** Videos
**Industries:** Oil and Gas
**Regions:** Africa, Asia Pacific, Europe & Middle East, North America, South America
**Search Tags:** Subsea Tieback
---
### [Subsea Cement Removal](https://www.oceaneering.com/resources/7tns2co5l16i98mmdkmlvb415b/)
**Published:** March 11, 2019
**Author:** Monica Dahl
**Content Types:** Videos
**Industries:** Oil and Gas
---
### [Rotary Control Valve (RCV)](https://www.oceaneering.com/resources/rotary-control-valve-rcv/)
**Published:** November 3, 2019
**Author:** Monica Dahl
**Categories:** Valves (Rotator Technologies)
**Content Types:** Videos
**Industries:** Oil and Gas
**Regions:** Africa, Asia Pacific, Europe & Middle East, North America, South America
**Search Tags:** Rotator, Rotator Technologies, Subsea Valves
---
### [Subsea Hydraulic Directional Control Valve (HCV)](https://www.oceaneering.com/resources/subsea-hydraulic-directional-control-valve-hcv/)
**Published:** November 3, 2019
**Author:** Monica Dahl
**Categories:** Valves (Rotator Technologies)
**Content Types:** Videos
**Industries:** Oil and Gas
**Regions:** Africa, Asia Pacific, Europe & Middle East, North America, South America
**Search Tags:** Rotator, Rotator Technologies, Subsea Valves
---
### [RCTS Overview](https://www.oceaneering.com/resources/rcts-overview/)
**Published:** March 11, 2019
**Author:** Monica Dahl
**Categories:** Cutting, Grinding, and Milling Tools, Intervention Tooling, Remotely Operated Vehicles (ROVs)
**Content Types:** Videos
**Industries:** Oil and Gas
**Search Tags:** intervention Tooling, Remotely Operated Vehicles (ROV)
---
### [UWILD - ROV Inspection](https://www.oceaneering.com/resources/uwild-rov-inspection/)
**Published:** March 5, 2019
**Author:** Monica Dahl
**Categories:** Asset Integrity Management, Remotely Operated Vehicles (ROVs)
**Content Types:** Videos
**Regions:** Africa, Asia Pacific, Europe & Middle East, North America, South America
**Search Tags:** Asset Integrity, Remotely Operated Vehicles (ROV)
---
### [M5 Connector](https://www.oceaneering.com/resources/m5-connector/)
**Published:** November 12, 2023
**Author:** Monica Dahl
**Categories:** Subsea Connection Systems
**Content Types:** Videos
**Industries:** Oil and Gas
**Regions:** Africa, Asia Pacific, Europe & Middle East, North America, South America
**Search Tags:** Subsea Connection System
---
### [NEXXUS ROV](https://www.oceaneering.com/resources/nexxus-rov/)
**Published:** May 23, 2019
**Author:** Monica Dahl
**Categories:** Remotely Operated Vehicles (ROVs)
**Content Types:** Videos
**Industries:** Oil and Gas, Renewable Energy
**Regions:** Africa, Asia Pacific, Europe & Middle East, North America, South America
**Search Tags:** Remotely Operated Vehicles (ROV)
---
### [New Regional Headquarters in Australia](https://www.oceaneering.com/resources/new-regional-headquarters-in-australia/)
**Published:** September 26, 2023
**Author:** Monica Dahl
**Content Types:** Videos
**Regions:** Asia Pacific
**Search Tags:** Australia
---
### [Subsea Digital Radiography Tool (DRT)](https://www.oceaneering.com/resources/subsea-digital-radiography-tool-drt/)
**Published:** November 3, 2019
**Author:** Monica Dahl
**Categories:** Pipeline Repair
**Content Types:** Videos
**Industries:** Oil and Gas
**Regions:** Africa, Asia Pacific, North America, South America
**Search Tags:** Remotely Operated Vehicles (ROV)
---
### [ROV and Diver](https://www.oceaneering.com/resources/rov-and-diver/)
**Published:** August 5, 2021
**Author:** Monica Dahl
**Categories:** Diving, Remotely Operated Vehicles (ROVs)
**Content Types:** Videos
**Industries:** Oil and Gas
**Search Tags:** Diving, Remotely Operated Vehicles (ROV)
---
### [Remote Piloting and Onshore Support](https://www.oceaneering.com/resources/remote-piloting-and-onshore-support/)
**Published:** March 11, 2019
**Author:** Monica Dahl
**Categories:** Remote Operations, Remotely Operated Vehicles (ROVs)
**Content Types:** Videos
**Industries:** Oil and Gas, Renewable Energy
---
### [Magna Subsea Inspection System™](https://www.oceaneering.com/resources/magna-subsea-inspection-system/)
**Published:** February 20, 2019
**Author:** Monica Dahl
**Content Types:** Videos
**Industries:** Oil and Gas
**Search Tags:** pipeline, Repair
---
### [Intervention Workover Control Systems (IWOCS)](https://www.oceaneering.com/resources/intervention-workover-control-systems-iwocs/)
**Published:** February 27, 2019
**Author:** Monica Dahl
**Categories:** Workover Control Systems
**Content Types:** Videos
**Industries:** Oil and Gas
**Search Tags:** Workover Control Systems
---
### [ROV Remote Piloting and Automated Control Technology](https://www.oceaneering.com/resources/rov-remote-piloting-and-automated-control-technology/)
**Published:** May 23, 2019
**Author:** Monica Dahl
**Categories:** Remote Operations, Remotely Operated Vehicles (ROVs)
**Content Types:** Videos
---
### [Vertical Connector](https://www.oceaneering.com/resources/vertical-connector/)
**Published:** August 6, 2021
**Author:** Monica Dahl
**Content Types:** Videos
---
### [Flowline Connection Demonstration](https://www.oceaneering.com/resources/flowline-connection-demonstration/)
**Published:** July 6, 2021
**Author:** Monica Dahl
**Categories:** Subsea Connection Systems
**Content Types:** Videos
**Industries:** Oil and Gas
**Search Tags:** Subsea Connection System
---
### [Remote Aerial Vehicles (RAV)](https://www.oceaneering.com/resources/remote-aerial-vehicles-rav/)
**Published:** March 11, 2019
**Author:** Monica Dahl
**Content Types:** Videos
---
### [Chemical Injection Throttle Valves (CTV)](https://www.oceaneering.com/resources/chemical-injection-throttle-valves-ctv/)
**Published:** May 23, 2019
**Author:** Monica Dahl
**Categories:** Valves (Rotator Technologies)
**Content Types:** Videos
---
### [4k ROV footage](https://www.oceaneering.com/resources/4k-rov-footage/)
**Published:** March 11, 2019
**Author:** Monica Dahl
**Content Types:** Videos
**Industries:** Oil and Gas
**Search Tags:** Remotely Operated Vehicles (ROV)
---
### [60 Years of Solving the Unsolvable](https://www.oceaneering.com/resources/60-years-of-solving-the-unsolvable/)
**Published:** February 1, 2024
**Author:** Monica Dahl
**Content Types:** Videos
**Industries:** Aerospace, Government and Defense, Maritime and Cargo Logistics, Material Handling, Oil and Gas, Renewable Energy, Science and Research
**Regions:** Africa, Asia Pacific, Europe & Middle East, North America, South America
**Search Tags:** About us
---
## Webinars
### [Remote Services - Rethinking the Future of Offshore Operations](https://www.oceaneering.com/webinars/remote-services-rethinking-the-future-of-offshore-operations/)
**Published:** December 5, 2023
**Author:** Louder Agency
**Content:**
## Other episodes in the Remote Services Webinar Series
 Episode 2 ### Enabling Remote Surveys Through Secure Data Communications
Delivering real-time communications and reliable data transmissions are key to any operation. Our Remotely Operated Surveys have 150,000 hours of continuous up-time, reducing POB and offering seamless operations, including monitoring, data acquisition, and data processing.
[ Read More ](https://oceaneering.com/events/enabling-remote-surveys-through-secure-data-communications/)  Episode 3 ### Liberty™ E-ROV – Resident Subsea Vehicle
The Liberty™ E-ROV is a self-contained, battery-powered, work-class vehicle that performs routine tasks with fewer deployments, such as IMR, commissioning, and underwater intervention activities. Liberty keeps production online effectively with a lower carbon footprint.
[ Read More ](https://oceaneering.com/events/liberty-e-rov-resident-subsea-vehicle/)  Episode 4 ### Real-Time Decision Making – Streaming Video to Remote Piloting
Access your operations from anywhere, when you need it most. Oceaneering’s Onshore Remote Operations Centers provide reliable support for 24/7, real-time decision making, coupled with our cloud data solutions, which offer advanced live-streaming video and archiving.
[ Read More ](https://oceaneering.com/events/real-time-decision-making-streaming-video-to-remote-piloting/)
---
### [Winning With AGVs/AMRs - 4 Success Factors Explained](https://www.oceaneering.com/webinars/winning-with-agvs-amrs-4-success-factors-explained/)
**Published:** January 20, 2024
**Author:** Andrew Dodson
**Content:**
## Trade Shows, Webinars and Events
Interact with Oceaneering subject matter experts at our webinars, customer events, tradeshows, and industry events to discover how we are solving the unsolvable with our advanced technologies. [ See All ](https://oceaneering.com/news-media/events/)
---
### [Real-Time Decision Making - Streaming Video to Remote Piloting](https://www.oceaneering.com/webinars/real-time-decision-making-streaming-video-to-remote-piloting/)
**Published:** December 6, 2023
**Author:** Louder Agency
**Content:**
## Speakers
## Other episodes in the Remote Services Webinar Series
## Trade Shows, Webinars and Events
Interact with Oceaneering subject matter experts at our webinars, customer events, tradeshows, and industry events to discover how we are solving the unsolvable with our advanced technologies. [ See All ](https://oceaneering.com/news-media/events/)
---
### [Realizing Remote Interventions and Workovers with the RWOCS Solution](https://www.oceaneering.com/webinars/realizing-remote-interventions-and-workovers-with-the-rwocs-solution/)
**Published:** December 5, 2023
**Author:** Louder Agency
**Content:**
## Featured Presenters
## Trade Shows, Webinars and Events
Interact with Oceaneering subject matter experts at our webinars, customer events, tradeshows, and industry events to discover how we are solving the unsolvable with our advanced technologies. [ See All ](https://oceaneering.com/news-media/events/)
---
### [Using Riserless Light Well Intervention to Enhance Your Production](https://www.oceaneering.com/webinars/using-riserless-light-well-intervention-to-enhance-your-production/)
**Published:** December 5, 2023
**Author:** Louder Agency
**Content:**
## Featured Presenters
## Trade Shows, Webinars and Events
Interact with Oceaneering subject matter experts at our webinars, customer events, tradeshows, and industry events to discover how we are solving the unsolvable with our advanced technologies. [ See All ](https://oceaneering.com/news-media/events/)
---
### [Restore Field Operability with Oceaneering's Remediation Solutions](https://www.oceaneering.com/webinars/restore-field-operability-with-oceaneerings-remediation-solutions/)
**Published:** December 5, 2023
**Author:** Louder Agency
**Content:**
## Featured Presenters
## Trade Shows, Webinars and Events
Interact with Oceaneering subject matter experts at our webinars, customer events, tradeshows, and industry events to discover how we are solving the unsolvable with our advanced technologies. [ See All ](https://oceaneering.com/news-media/events/)
---
### [Mitigate Wellhead Fatigue and Reduce HSE Risks with Wellhead Load Relief (WLR) Solution](https://www.oceaneering.com/webinars/mitigate-wellhead-fatigue-and-reduce-hse-risks-with-wellhead-load-relief-wlr-solution/)
**Published:** December 5, 2023
**Author:** Louder Agency
**Content:**
## Featured Presenters
## Trade Shows, Webinars and Events
Interact with Oceaneering subject matter experts at our webinars, customer events, tradeshows, and industry events to discover how we are solving the unsolvable with our advanced technologies. [ See All ](https://oceaneering.com/news-media/events/)
---
### [Creating a Custom Solution for Problematic Xmas Trees and Manifolds](https://www.oceaneering.com/webinars/creating-a-custom-solution-for-problematic-xmas-trees-and-manifolds/)
**Published:** December 4, 2023
**Author:** Louder Agency
**Content:**
## Featured Presenters
## Trade Shows, Webinars and Events
Interact with Oceaneering subject matter experts at our webinars, customer events, tradeshows, and industry events to discover how we are solving the unsolvable with our advanced technologies. [ See All ](https://oceaneering.com/news-media/events/)
---
### [Generating Real CO2 Savings Offshore with Oceaneering’s Liberty™ Resident System](https://www.oceaneering.com/webinars/generating-real-co2-savings-offshore-with-oceaneerings-liberty-e-rov/)
**Published:** December 5, 2023
**Author:** Louder Agency
**Content:**
## Featured Presenters
## Trade Shows, Webinars and Events
Interact with Oceaneering subject matter experts at our webinars, customer events, tradeshows, and industry events to discover how we are solving the unsolvable with our advanced technologies. [ See All ](https://oceaneering.com/news-media/events/)
---
### [Liberty™ E-ROV - Resident Subsea Vehicle](https://www.oceaneering.com/webinars/liberty-e-rov-resident-subsea-vehicle/)
**Published:** December 6, 2023
**Author:** Louder Agency
**Content:**
## Speaker
## Other episodes in the Remote Services Webinar Series
## Trade Shows, Webinars and Events
Interact with Oceaneering subject matter experts at our webinars, customer events, tradeshows, and industry events to discover how we are solving the unsolvable with our advanced technologies. [ See All ](https://oceaneering.com/news-media/events/)
---
### [Freedom™ Autonomous Vehicle Development Overview](https://www.oceaneering.com/webinars/freedom-autonomous-vehicle-development-overview/)
**Published:** December 6, 2023
**Author:** Louder Agency
**Content:**
## Speakers
## Other episodes in the Freedom™ Webinar Series
## Trade Shows, Webinars and Events
Interact with Oceaneering subject matter experts at our webinars, customer events, tradeshows, and industry events to discover how we are solving the unsolvable with our advanced technologies. [ See All ](https://oceaneering.com/news-media/events/)
---
### [Freedom™ Autonomous Vehicle Testing and Qualification](https://www.oceaneering.com/webinars/autonomous-testing-and-qualification/)
**Published:** December 6, 2023
**Author:** Louder Agency
**Content:**
## Speakers
## Other episodes in the Freedom™ Webinar Series
## Trade Shows, Webinars and Events
Interact with Oceaneering subject matter experts at our webinars, customer events, tradeshows, and industry events to discover how we are solving the unsolvable with our advanced technologies. [ See All ](https://oceaneering.com/news-media/events/)
---
### [Freedom™ Autonomous Robotics Software Platform](https://www.oceaneering.com/webinars/freedom-autonomous-robotics-software-platform/)
**Published:** December 6, 2023
**Author:** Louder Agency
**Content:**
## Speakers
## Other episodes in the Freedom™ Webinar Series
## Trade Shows, Webinars and Events
Interact with Oceaneering subject matter experts at our webinars, customer events, tradeshows, and industry events to discover how we are solving the unsolvable with our advanced technologies. [ See All ](https://oceaneering.com/news-media/events/)
---
### [Enabling Remote Surveys Through Secure Data Communications](https://www.oceaneering.com/webinars/enabling-remote-surveys-through-secure-data-communications/)
**Published:** December 6, 2023
**Author:** Louder Agency
**Content:**
## Speakers
## Other episodes in the Remote Services Webinar Series
## Trade Shows, Webinars and Events
Interact with Oceaneering subject matter experts at our webinars, customer events, tradeshows, and industry events to discover how we are solving the unsolvable with our advanced technologies. [ See All ](https://oceaneering.com/news-media/events/)
---
### [Accelerate Your Digital Transition with the Rotator® Topside Chemical Throttle Valve](https://www.oceaneering.com/webinars/accelerate-your-digital-transition-with-the-rotator-topside-chemical-throttle-valve/)
**Published:** December 5, 2023
**Author:** Louder Agency
**Content:**
## Speakers
## Trade Shows, Webinars and Events
Interact with Oceaneering subject matter experts at our webinars, customer events, tradeshows, and industry events to discover how we are solving the unsolvable with our advanced technologies. [ See All ](https://oceaneering.com/news-media/events/)
---
### [Creating Bespoke Solutions for Subsea Valve Repair](https://www.oceaneering.com/webinars/creating-bespoke-solutions-for-subsea-valve-repair/)
**Published:** December 5, 2023
**Author:** Louder Agency
**Content:**
## Featured Presenters
## Trade Shows, Webinars and Events
Interact with Oceaneering subject matter experts at our webinars, customer events, tradeshows, and industry events to discover how we are solving the unsolvable with our advanced technologies. [ See All ](https://oceaneering.com/news-media/events/)
---
## White Papers
### [Explore the Differences Between Automated Guided Vehicles (AGVs) and Autonomous Mobile Robots (AMRs)](https://www.oceaneering.com/white-papers/the-differences-between-automated-guided-vehicles-and-autonomous-mobile-robots/)
**Published:** August 30, 2024
**Author:** Monica Dahl
**Content:**
# Explore the differences between Automated Guided Vehicles (AGVs) and Autonomous Mobile Robots (AMRs)
To improve your material handling process, you may have come across the terms Automated Guided Vehicles (AGVs) and Autonomous Mobile Robots (AMRs). How are they different and which one fits best with what intralogistics application? In this paper, we will break it down for you. This paper highlights:
[ Get your free copy today ](#contact) Register Now ### Get Your Free Copy Today
Please enter your contact details and and you’ll get access to the free copy. Thanks!
**Categories:** Mobile Robotics
**Content Types:** White Papers
**Industries:** Material Handling
**Regions:** Africa, Asia Pacific, Europe & Middle East, North America, South America
**Search Tags:** AGV, Autonomous Mobile Robots (AMRs)
---
## Series
### [HRVEC’s Employment Opportunities Tuesday](https://www.oceaneering.com/series/hrvecs-employment-opportunities-tuesday/)
**Published:** December 14, 2023
**Author:** Andrew Dodson
---
## Authors
### [Kristen Fraser](https://www.oceaneering.com/article_author/kristen-fraser/)
---
### [Blanca Montoya](https://www.oceaneering.com/article_author/blanca-montoya/)
---
### [Guilherme Matos](https://www.oceaneering.com/article_author/guilherme-matos/)
---
### [Christopher Lyon](https://www.oceaneering.com/article_author/christopher-lyon/)
---
### [Brent Blanchard](https://www.oceaneering.com/article_author/brent-blanchard/)
---
## Location Types
### [Regional Headquarters](https://www.oceaneering.com/locations/type/regional-headquarters/)
---
### [Manufacturing Facility](https://www.oceaneering.com/locations/type/manufacturing-facility/)
---
### [Office](https://www.oceaneering.com/locations/type/office/)
---
### [Grayloc](https://www.oceaneering.com/locations/type/grayloc/)
---
### [Operational Base](https://www.oceaneering.com/locations/type/operational-base/)
---
## Regions
### [Asia Pacific](https://www.oceaneering.com/locations/region/asia-pacific/)
---
### [Europe & Middle East](https://www.oceaneering.com/locations/region/europe-middle-east/)
---
### [Africa](https://www.oceaneering.com/locations/region/africa/)
---
### [South America](https://www.oceaneering.com/locations/region/south-america/)
---
### [North America](https://www.oceaneering.com/locations/region/north-america/)
---
## Regions
### [Australia](https://www.oceaneering.com/region/australia/)
---
### [Gulf of Mexico](https://www.oceaneering.com/region/gulf-of-mexico/)
---
### [United Kingdom](https://www.oceaneering.com/region/united-kingdom/)
---
### [Norway](https://www.oceaneering.com/region/norway/)
---
### [Angola](https://www.oceaneering.com/region/angola/)
---
### [APAC](https://www.oceaneering.com/region/apac/)
---
### [Brazil](https://www.oceaneering.com/region/brazil/)
---
### [Middle East](https://www.oceaneering.com/region/middle-east/)
---
### [India](https://www.oceaneering.com/region/india/)
---
### [Mexico](https://www.oceaneering.com/region/mexico/)
---
### [Canada](https://www.oceaneering.com/region/canada/)
---
### [South America](https://www.oceaneering.com/region/south-america/)
---
### [North America](https://www.oceaneering.com/region/north-america/)
---
## Search Tags
### [Grayloc](https://www.oceaneering.com/search_tags/grayloc/)
---
### [Well Intervention](https://www.oceaneering.com/search_tags/well-intervention/)
---
### [Well Stimulation](https://www.oceaneering.com/search_tags/well-stimulation/)
---
### [AUV](https://www.oceaneering.com/search_tags/auv/)
---
### [Mobile Robotics](https://www.oceaneering.com/search_tags/mobile-robotics/)
---
### ['-Regions](https://www.oceaneering.com/search_tags/regions/)
---
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