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Electric Submersible Pump Systems

Engineered solutions that maximize production in all environments

Optimize production potential with fit-for-purpose ESPs

Our comprehensive suite of electric submersible pump (ESP) systems optimizes production through unparalleled technology and global expertise. We offer fit-for-purpose ESP solutions that meet conventional, unconventional, high-temperature, and deepwater conditions.

Increase run life in any oilfield application

The REDA Maximus ESP system is our standard ESP engineered for conventional, unconventional, and shallow-water conditions to improve run life. Its modular design provides operational and economic flexibility to suit any oilfield application.

Extend lifetime in extreme temperatures

The REDA Hotline high-temperature ESP system provides high performance in extreme and variable well conditions. The systems are designed to perform in heavy oil, gassy wells, and other extreme-heat environments—with a design rated up to 482-degF [250-degC] bottomhole and fluid temperature.

Enhance reliability in challenging environments

The MaxForte high-reliability ESP system maximizes run life in deep offshore and subsea wells with industry-leading technology and stringent quality and inspection processes. It is designed to improve uptime with real-time monitoring to capture changes in well performance.

Maximize production in common well conditions

The TPS-Line electric submersible pump system is a Russia-compliant ESP system that uses selected technologies from the REDA Maximus ESP system to maximize production in conventional reservoirs while adhering to Russian production standards.

Electric Submersible Pump Systems Offerings

ZEiTECS Shuttle

Rigless ESP replacement system

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

Subsea Lift

Subsea artificial lift systems

Harness reliable ESP technologies for subsea, deepwater, and ultradeepwater systems.

MaxFORTE

High-reliability ESP system

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

EZLine

Low-temperature ESP system

Maintain consistent production in commonly encountered low-temperature well environments to improve run life.

REDA Coil

Coiled-tubing-deployed ESP system

Minimize costs and deferred production by eliminating rig interventions to change out an ESP.

REDA Hotline

High-temperature electric submersible pump system

Increase production in heavy oil, gassy wells, and other extreme heat environments.

REDA Hotline XTend

Extended-capability high-temperature ESP system

Increase control, efficiency, and reliability with a reengineered ESP for higher temperatures, longer run life, and increased reliability.

REDA Maximus

Electric submersible pump system

Increase production with our standard ESP designed for conventional, unconventional, and shallow well conditions.

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Tech Report REDA ESP System Delivers 54 Years of Flawless Performance, Wisconsin

Installed in a water well in 1965, the pump required no service or remedial work throughout its operating life and was still working when removed.

Case Study Optimized ESP Solution Reduces NPT >88% in Liquid-Loading Horizontal Gas Well, Russia

Reduced time required to unload the well despite multiple challenges to ESP operation.

Case Study Remote ESP Optimization Reduces Power Consumption by 28% and 34% in Two Iraq Wells

PCL and Lift IQ services overcome lack of well test data from remote wellsites.

Case Study ScaleSOLV Dissolver Saves USD 13 Million by Eliminating Workovers and ESP Damage, Iraq

Engineered approach with ScaleSOLV dissolver replaces HCl treatments that failed to dissolve calcium sulfate scale while damaging ESPs and the sandstone formation.

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Tech Paper Successful Field Trial Deployment of ESP Rigless Technology in the Middle East: A Step Forward to Reduce Well Intervention Expenditure

This initial appraisal of the latest-generation rigless wireline-deployed ESP replacement system indicates that it has the potential to drastically lower ESP operating costs by reducing production deferment, minimizing HSE exposure, diverting rigs to other operations, and positively impacting asset value.