High-pressure, high-temperature demands on subsea equipment are exacting. Jennifer Pallanich talks to Brad Beitler of FMC Technologies about the challenges involved in building kit that’s fit for HPHT ...

Subsea gas-liquid separation combined with pressure boosting allows the development of fields that have insufficient tubinghead flowing pressure for attaining adequate production rates to the host ...

Subsea engineering is the backbone that connects the reservoir to the host facility in offshore developments. It directly governs deliverability, uptime, cost structure, and emissions by how well ...

Subsea engineering in deepwater integrates wells, seabed production systems, flowlines/risers, and control/power/chemical distribution to safely deliver hydrocarbons from reservoirs in 1,000–3,000 m ...

The system will leverage Curtiss-Wright’s canned motor technology, as well as Petrobras’ expertise in flow assurance and offshore hydrocarbon production and processing, to ensure the subsea boosting ...

Fully electric subsea technology development took a big step forward this summer when Equinor awarded a front-end engineering design contract to SLB OneSubsea for work on a 12-well, all-electric ...

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