– Halliburton has introduced GeoESP® lifting pumps for geothermal energy applications
– GeoESP pumps are efficient, safe, and can operate at temperatures up to 220°C
– Halliburton also offers the IntelevateTM data science-driven platform for geothermal well management.
Halliburton Company has introduced GeoESP® lifting pumps, an advanced submersible borehole and surface pump technology specifically designed for geothermal energy applications. Developed by Summit ESP®, a Halliburton service, GeoESP lifting pumps address challenges related to fluid transportation to the surface through electric submersible pumps (ESP).
GeoESP lifting pumps are an efficient, safe, and agile solution for geothermal operations. They feature a high-flow inlet design that protects the pump against solids, minimizes power consumption, and effectively prevents scale formation. These pumps can operate at temperatures up to 220°C and resist scale, corrosion, and abrasion, ensuring durability in extreme conditions. The standardized pump dimensions allow for rapid customization to suit various geothermal well conditions.
In addition to GeoESP lifting pumps, Halliburton offers the IntelevateTM data science-driven platform for geothermal well management. This platform provides real-time diagnostics and visualizations of field data, improving operations, extending system run life, reducing energy consumption, and increasing production. Greg Schneider, Vice President of Artificial Lift at Halliburton, emphasizes the company’s commitment to maximizing safety and efficiency in geothermal energy production. The latest issue of Energy Global magazine features news and technical articles from the global renewable industry, providing insights into the latest developments in the sector.