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Artificial Lift

Integrated lifting solutions for enhanced well production

Optimizing Artificial Lift

Bridge the gap between well conditions and production requirements with software and services that optimize artificial lift based on your specific well and reservoir information.

Electric Submersible Pumps (ESPs)

Increase run life and ultimately boost production with our line of ESP systems designed to meet conventional, unconventional, high-temperature, intervention-constrained, and offshore requirements.

Progressing Cavity Pumps (PCPs)

Reduce operating and capital costs with PCPs engineered to lower power consumption compared with other artificial lift methods—making them the cost-effective and efficient artificial lift solution.

Horizontal Surface Pumps

Increase uptime in demanding applications with cost-effective alternatives to split-case, vertical turbine, and positive displacement pumps.

Sucker Rod Pumps

Improve pumping performance with API-monogrammed and third-party certified equipment, including pump jack units, downhole API insert pumps, and other equipment.

Efficiently handle abrasive materials in low-productivity, high-gas/oil-ratio wells or deviated wellbores with conventional and unconventional lift systems for both continuous- and intermittent-flow production.

Power Systems and Cables

Deliver reliable pumping power and protection with a complete line of power systems, cables, and motor lead extensions.

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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.

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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.

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Tech Paper ESP Water Injector Well with Injection Pressure Available for Real-Time Monitoring Recovered 30% of Production in Low-Producer Wells: Case Study

Adopting a new approach that used the advantages of ESP sensors and operational flexibility, a production well was selected and converted to an injection well, thus avoiding the high investments in surface facilities and making the secondary recovery a feasible option for low-producing wells.

Case Study Simultaneously Producing Oil and Injecting Water Saves KOC at Least USD 4 Million

ESP technology with dual concentric tubing completion improves the economics of water injection in oil wells by eliminating the need for separate wells, Kuwait.

Case Study First Downhole Water Sink with ESP Improves Oil Recovery and Production Rates for KOC

New downhole water sink technology uses a shrouded ESP to draw water away from the oil/water contact, reducing coning and increasing oil production by 15%, Kuwait.

Case Study ZEiTECS Shuttle System Saves USD 95,000 and 5 Days of Deferred Production to Replace ESP

After 520 days in the well, the REDA ESP system was replaced rapidly with an integrated coiled tubing operation rather than a workover rig, Ecuador.