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Optimizing Artificial Lift

Software and services for optimal lift production

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Derive maximum benefit from a comprehensive portfolio

Our artificial lift solutions portfolio includes specialized expertise and complete equipment packages for every flow rate, including rod lift pumps, progressing cavity pumps (PCPs), hydraulic stroking units, electric submersible pumps (ESPs), horizontal surface pumps, and gas lift systems. This equipment can be further customized with an extensive selection of options, such as gas handling and separation devices, rigless ESP replacement systems, variable speed drives (VSDs), and more.

Schlumberger engineers use sophisticated software to select the optimal system for your application from this comprehensive offering using fluid, well, and reservoir information.

Optimizing Artificial Lift
Overcome fluid flow challenges to optimize production.
The PIPESIM steady-state multiphase flow simulator incorporates the three core areas of flow modeling: multiphase flow, heat transfer, and fluid behavior. Through advanced network modeling, you can analyze complex production and injection networks to optimize well, pipeline, and facility design for the complete system.
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Optimizing Artificial Lift Offerings

Lift IQ
Production life cycle management service
Monitor and diagnose equipment, well, and reservoir problems with a service suited for all artificial lift systems.
LiftSelect
Strategic production planning service
Simplify the process of selecting the optimal artificial lift strategy for your application with our configurator tool.
PCL
Production composite log service
Identify changes in well or reservoir performance through high-frequency liquid flow rate and water-cut calculations for any brand of ESP, at any point on the pump curve.
DesignRite
Artificial lift design and optimization software
Simplify the design process of ESP and gas lift systems using intuitive, user-friendly workflows for individual wells.
HEAL
Horizontal enhanced artificial lift system
Condition produced fluid stream and mitigate slug flow to extend natural flow and increase productivity over the life of your well.
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Case Study Remote ESP Optimization Reduces Power Consumption by 28% and 34% in Two Iraq Wells

The challenge was to optimize ESP performance and reduce power consumption in remote Iraqi wells with no well test data.
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Tech Paper Data Management for Appropriate ESP Selection, Procedures, and Operation Results in a Significant Reduction of Early Failures

A field data analysis was conducted to determine the appropriate configurations of electrical submersible pumps (ESPs) for a field and to identify how implementation of the improvement plans resulted in an increase of mean time between failures (MTBF).
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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 Lift IQ Service and Engineered Systems Dramatically Extend ESP Run Life in Mature Field, North Sea

Holistic approach overcomes sand and temperature challenges to reduce total cost of ESP ownership.

Case Study Lift IQ Service Improves ESP Uptime by 33.6%, Reducing Deferred Production for NAOC

Surveillance and remote intervention eliminate time-consuming wellsite visits and improve reservoir knowledge, Nigeria.

Case Study Lift IQ Service Remote Interventions Deliver 91% ESP Uptime in the Permian Basin

Surveillance and optimization avert 1,800 bbl of deferred oil production and 800 hours of field service in just 3 months.

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