GeoESP® is flexible, safe, efficient, and innovative borehole and surface pump for geothermal wells
Talk to an ExpertOur global geothermal team swiftly responds to your needs, offering tailored, energy-efficient solutions. Our deep knowledge ensures custom electric submersible pump systems that fit your specific requirements, while our engineers and specialists provide a global perspective.
Innovative, modular design seamlessly adapts to a diverse array of pumps and seals, delivering unparalleled solids protection.
Explore GeoESP Intake
Simple, plug-and-play surface solution that feeds into our geothermal downhole pump when conducting inflow performance tests.
Explore GeoESP container
Machine learning and virtual parameters boost efficiency and extend runlife through timely interventions and planned maintenance.
explore intelevate
Designed to increase safety and speed of ESP execution while protecting equipment during storage, transportation, and preparation.
GEOESP redefines ESP technology
Our GeoESP pumping system technology is where innovation meets resilience in geothermal energy production. The heat-resistant materials can operate in extreme temperatures, handling scaling, corrosion, and abrasion while effortlessly adapting to your geothermal well’s unique conditions.
LEARN MOREOur GeoESP system optimizes pumping operations, minimizing input power costs. The innovative intake protects against solids and scale, reducing pressure drops and enhancing power savings. Additionally, our data-driven tools—Intelevate™ digital platform and GeoController® surface package—boost efficiency and enable proactive well maintenance.
Standardized dimensions allow rapid ESP customization, while flanged, modular interfaces simplify centralizer addition. High-pressure pump housings prioritize safety, surpassing traditional bolted bowl configurations. Our versatile design thrives in diverse well conditions, minimizing backup inventory needs and adapting seamlessly to varying geothermal environments.
CASE STUDY
Six months downtime saved; wells now being monitored 24/7/365.
READ CASE STUDYCAse Study
The GeoESP application was redesigned with a wider operating range and covered both wells at half the cost to the customer.
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Halliburton ESP geothermal manufacturing and R&D centers of excellence in Tulsa, Oklahoma, USA, and Emmen, Netherlands, excel in innovation. We prioritize quality assurance, reliability, and critical build capabilities for geothermal pumping systems. The high-volume, high-power testing facilities help ensure top-notch geothermal well performance. Our experienced team of scientists and engineers in the R&D lab is dedicated to developing efficient and reliable geothermal energy technology.
Submersible pump solutions for geothermal energy production
Tiger Shark® pumps adapt to changing well production, improving operating range and run life. Tiger Shark II pumps are designed for maximum flexibility in conventional, unconventional, and gassy wells, while Tiger Shark III addresses extremely abrasive deep wells with high discharge pressure.
Innovative, modular design seamlessly adapts to a diverse array of pumps and seals, delivering unparalleled solids protection in geothermal applications.
DuraHard coatings protect against friction, abrasive, and corrosive conditions, providing longer pump run life.
Corsair motors deliver long run times with greater reliability by actively resisting temperature and deformation in the harshest conditions.
Avenger® MLE provides increased reliability in high-temperature, highly corrosive gassy wells.
Defender® seals extend the operational life of motors used with ESPs by equalizing downhole pressure and preventing wellbore fluid migration to the motor.
Providing enhanced ESP system optimization and extensive customizable well monitoring to meet all your production needs
Hercules™ horizontal pumping systems (HPS) are an alternative to positive displacement, split-case, and other surface pumping options.
Simple, plug-and-play surface solution that feeds into our geothermal downhole pump when conducting well inflow performance tests.
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