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Subsea Pump Control System

Optimal operation of the subsea boosting system

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Our subsea pump control system (SPCS) offers seamless integration of subsea and topside control systems, including control of topside equipment and operator stations. Specifically designed for subsea boosting applications, this control system optimizes operation of the subsea system with high reliability and high availability.

The electrohydraulic SPCS uses fiber optics for subsea–topside communication. It is built up to optimize the control loops for the subsea process equipment.

Subsea pump control system on subsea pump technology.

Applications

The SPCS has been supplied for many projects and is operating a wide range of systems, including

Features

  • Fast data highway for pump control
  • Extensibility to other subsea or surface equipment through standard industry interfaces
  • Short, robust signal paths for the system controller
  • Fast response times, important when operating high-power rotating equipment
  • Safe monitoring and control of subsea pumps and compressors
  • High-capacity communications link with bandwidth control to take full advantage of subsea instruments like subsea multiphase flowmeters and other data-intensive instruments
  • Operation of subsea satellite and full-field developments as part of the subsea production control system
  • Local data storage with trend tools and option for an Ethernet link for remote monitoring and control via the FRIEND remote surveillance and diagnostic system 
  • Backup communication through power line modems and superimposing the communication on the power supply lines

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Subsea Integration Alliance today announced the award of integrated subsea engineering, procurement, construction, installation and commissioning (EPCIC) contracts.

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Project to deliver industry's first all-electric actuated boosting system.

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Integrated, capital-efficient subsea equipment provides greater benefits than gas lift.

Press Release Subsea Integration Alliance Awarded Deepwater Integrated EPCIC Contract in the Gulf of Mexico by Murphy E&P

Project to deliver industry’s longest deepwater subsea multiphase boosting tieback.

Industry Article Enabling Ultradeepwater Success when Economics are Tight

Seabed boosting allows producing the reservoir to a lower abandonment pressure.

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Successfully deployed and commissioned the boosting system, increasing recovery by an estimated 50–150 million bbl of oil.

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