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Reliable ESP technologies for subsea or deepwater systems

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Lowering pressure at the sandface can significantly increase production and recovery. Today, there are two main options to consider: electric submersible pumps (ESPs) and subsea multiphase boosting pumps. An approach that integrates reservoir, environment, and infrastructure considerations is necessary.

Implement reliable, low-risk subsea lift systems with an industry leader you can trust

Subsea lift technologies include a range of ESP systems that meet the demanding needs of deepwater subsea production. REDA ESP systems have been used in the first subsea wells and are now being adapted to seafloor, caissons, and in combination with other techniques including initial install for running later.

Schlumberger helped develop the first and largest subsea ESP field in the South China Sea and the first ESP installation in the ultradeep water offshore Brazil.

Subsea ESP artificial lift field
Subsea Lift
Inwell and caisson lifting systems

ZEiTECS Shuttle

Rigless ESP replacement system

Retrieve and deploy any standard ESP assembly without a rig using wireline, coiled tubing, or sucker rods.

Y-Tool and Bypass System

Reservoir access below ESP and installation of dual ESPs

Enable stimulation, logging, and other interventions without retrieving the completion.

MaxFORTE

High-reliability ESP system

Maximize run life using one integrated system for subsea, deepwater, and hostile environments.

Dual ESP Systems

Improved performance of high-asset-value wells

Enable cost-effective production to reduce workover costs and increase the overall profitability of the well.
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Tech Report MaxFORTE System Delivers Jubarte Field's Highest Production Rates

Deepwater wells produce more than 100 million bbl of fluid after start-up and an average of 137,000 bbl/d.
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Tech Paper Jubarte—An Approach to the Operation of Deepwater ESPs

Jubarte Phase II comprises 15 production wells and seven injectors producing to the P-57 floating production, storage, and offloading (FPSO) platform. Wellheads are in 1,400 m of water, and each well produces to a seabed pumping module—módulo de bombeio (MoBo) in Portuguese—that houses a 1,500-hp electric submersible pump (ESP).

Tech Report Subsea ESPs Restart After Year-Long Shutdown, Saving CNOOC USD 500 Million

ESPs in South China Sea resume pumping to bring production back on line after devastating typhoon.
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Tech Paper Development of Jubarte Field: From Project Basis to Operational Challenges and Solutions

Petrobras operates the Jubarte heavy oil field located in the northern Campos basin offshore the state of Espírito Santo, Brazil, in 4,260 ft water depth. Initial field development (Phase I) included four producing wells connected to the FPSO P-34 (Rodrigues et al. 2005)1.
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Tech Paper A Novel Approach to Retrofitting ESPs into Existing Subsea Wells

A method for retrofitting ESPs on coil tubing into existing subsea wells, not prepared for such an installation.

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