A joint operation between Sonardyne and Subsea 7 has helped to de-risk technology adoption on BP’s Mad Dog Phase 2 development by allowing 24-hour remote access to offshore survey systems for onshore staff, de-risking the use of new technology, reducing project overheads, and paving the way for new ways of working in the future.
Read if you’re interested in flowline, spool piece or riser monitoring, slugging, walking or creeping of subsea assets, and how our SMART and AMT technologies helped Oceaneering and their own client keep production flowing.
Read if you’re interested in subsidence monitoring at offshore oilfields, and how our long endurance autonomous instruments and remote, working together with an uncrewed surface vessel, helped Norkse Shell measure seabed movement across the giant Ormen Lange gas field.
Read if you’re interested making subsea developments safer, cleaner and more efficient than ever before, and how our GyroCompatt helped China Offshore Fugro Geosolutions achieve its project goals
ROV pipeline inspections in shallow water – with long excursions and high elevation tracking requirements – can pose major challenges for even the best USBL systems. With SPRINT-Nav in the mix, it’s no longer an issue. Tavis Letherby, Survey/ROV Manager at CCC (Underwater Engineering), explains.
Improving the endurance and navigational precision of underwater autonomous systems, while also reducing costs, could provide disruptive capability in the subsea monitoring and inspection space. Geraint West, Ocean Science Head of Market, explore the challenges and solutions.
Thousands of kilometres of pipeline, flowline, and interconnecting spool pieces are installed on the world’s sea and ocean floors. Monitoring and maintaining these vast networks of pipes can be challenging. Explore how Oceaneering provided the analytics they needed to monitor these pipes using our SMART technology.
With our Ranger 2 permanently installed onboard the RRS James Cook, a team from the UK’s National Oceanography Centre (NOC) was able to significantly reduce the uncertainty around the position of their autonomous underwater vehicle (AUV).
We’re doing so much more using uncrewed surface vessel (USV) systems, right through the life cycle of exploration and production operations. It starts with the support of seismic data acquisition, using our Transition Zone Transceiver (TZ Transceiver).
Fusion 2 is not just simplifying offshore survey operations, it’s changing how people operate – for the better. Mike Clark, Global Survey Manager, i-Tech 7, told Baseline about their route to demonstrating reductions in offshore vessel schedules for Subsea 7’s deepwater field development projects using the real-time SLAM capability in Fusion 2.