First Remotely Operated Subsea Inspection in Middle East Successfully Completed

Fugro carried out the inspection using a low-carbon emission USV, controlling everything from an onshore remote operations centre using the company's Blue Essence technology By Mike Ball / 17 Aug 2023

Connect with Leading Marine Technology Innovators

Discover cutting-edge solutions from leading global suppliers
SUPPLIER SPOTLIGHT
Follow OS&T

Fugro has confirmed that it has completed site survey and inspection of an offshore gas platform in UAE waters, using a low-carbon emission uncrewed surface vessel (USV). The mission was executed entirely from an onshore remote operations centre (ROC) using Fugro’s Blue Essence technology without sending personnel offshore.

This marks the first time that a remotely operated subsea inspection has been successfully undertaken in the Middle East. The Fugro Pegasus USV (part of the Blue Essence fleet) was mobilised for Chinese operator Atlantis in early June to perform a subsea survey and inspection of the UAQ3 platform within the Umm Al Quwain gas field.

This pioneering operation was executed from Fugro’s onshore remote operations centre (ROC) in Dubai using a specialist team of mariners and surveyors. The Fugro Pegasus USV was equipped with a Blue Volta electric remotely operated vehicle (eROV), which was used to inspect the integrity of the platform’s structure and generate a detailed map of the surrounding seabed. The data collected was streamed to the ROC, allowing Atlantis to review the data in real-time during the operation. This enabled the team to quickly identify and investigate areas of further interest to develop a comprehensive risk assessment for the client’s upcoming decommissioning programme.

The Blue Essence USV fleet forms part of Fugro’s remote & autonomous operations programme to deliver market-leading geo-data insights to its clients with improved efficiency, safety and sustainability. Thanks to their economical design and optimised fuel system, the USVs eliminate carbon emissions by 95% versus conventional vessels and can spend up to two weeks at sea without refuelling. Furthermore, the ability to remove personnel from the offshore environment significantly reduces health and safety risks and creates the opportunity to build a more localised and diversified workforce onshore.

Patrick Boyce, Drilling Manager at Atlantis (UAQ) ltd, said: “Fugro’s remote survey technology aligned seamlessly with our projects HSEQ, technical goals and was the most attractive commercial choice. The Fugro Pegasus was able to mobilise on time and despite difficult sea conditions, it completed the full scope of work in 40% of the allotted time frame. The USV operation was managed by the technical team at the very impressive Fugro ROC. Communications with the USV were strong throughout and provided excellent imaging results. Of particular note was the evident expertise and professionalism of the Fugro team, who have obviously dedicated many months to honing their execution procedures.”

Hannes Swiegers, Fugro’s Director of IRM Services & Remote Operations for the Middle East and India, said: “This is a significant milestone for our Middle East business and demonstrates how novel technologies can play a key part in delivering our clients’ long-term safety, sustainability and in-country value (ICV) ambitions. Together with our clients, we are setting a new standard in Geo-data acquisition and analysis through continuous innovation, reducing unnecessary time, risk and carbon emissions. This new era of remote and autonomous technology will define the future of offshore operations in the energy sector and contribute towards a safer and more sustainable world.”

Posted by Mike Ball Connect & Contact

Latest Articles

Precision Ocean Data for Offshore Renewable Energy Development

AXYS Technologies takes a look at the offshore renewable energy technologies they have developed, deployed, and maintained in their 50 years of experience in this maritime sector

Apr 17, 2025
Extending Marine Science Capabilities Through ROV Deployment

Boxfish Robotics outlines how the Boxfish Alpha ROV supports mesophotic reef research by enabling safe access, observation, and data collection at depths beyond SCUBA limits

Apr 17, 2025
Kongsberg Discovery Supplies Technology to Convert Sailing Ship into Research Vessel

Kongsberg Discovery has upgraded the Statsraad Lehmkuhl for the One Ocean Expedition, providing advanced systems to support climate and ecosystem research

Apr 17, 2025
Marine Conservation Surveys Enhanced with Applied Acoustics’ Easytrak Alpha

Learn how Cornwall IFCA upgraded its survey capabilities with applied acoustics' Easytrak Alpha, boosting precision and effectiveness in monitoring marine protected areas

Apr 17, 2025
High-Temperature MEMS Accelerometer for Directional Drilling at OTC 2025

Tronics Microsystems will showcase a high-temperature MEMS accelerometer for directional drilling at booth #2569 at the Offshore Technology Conference 2025

Apr 16, 2025
Profile Spotlight: NORBIT’s Cutting-Edge Multibeam Sonar for Subsea Mapping

NORBIT Subsea has partnered with OST to showcase its advanced multibeam sonar solutions, supporting high-resolution subsea mapping, imaging, and monitoring across offshore and marine industries

Apr 16, 2025

Featured Content

OST’s Ocean Business 2025 Round-Up

OST has released a round-up of the latest technological advancements, announcements, news, and live demonstrations to come out of Ocean Business 2025

Apr 14, 2025
Charles River Analytics Software to Advance Autonomous Vessel Escort Safety

Charles River Analytics’ PAVE system enhances naval escort operations by using AI-powered perception to improve safety, tracking, and threat detection in crowded harbors

Apr 10, 2025
Who to see at Ocean Business 2025

OceanScienceTechnology.com is proud to be collaborating with a wide range of innovative companies participating in Ocean Business 2025

Apr 04, 2025