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START Date WAS:Thursday, 9 May, 2024
START Time WAS:8:00 AM CDT (Houston Time, US) / 2:00 PM BST (London Time, UK)
Duration:60 minutes
Abstract:
Over the past decade, geothermal operators have increasingly used legacy electric submersible pump (ESP) technology in lower- and medium-enthalpy wells due to its significant practical benefits over conventional line shaft pumps. During this time, a reliable and flexible lifting solution suitable for high-enthalpy wells was not available.
With extensive expertise from petroleum applications and breakthroughs in high-temperature materials and ESP technology, the Reda Thermal™ power-efficient geothermal ESP system was developed. This purpose-built system can deliver over 1,000 hp in lifting power with superior reliability and efficiency, even in extreme well temperatures of up to 440 degF [225 degC].
Pilot deployment in Turkey has helped to validate the Reda Thermal ESP system’s performance and longer-term reliability, while boosting individual well revenue by over 50% for the operator.
If you're already registered for the Geothermal: Boosting Production from High-Enthalpy Geothermal Wells webcast, click below:
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Speakers
Andrey Fastovets North America Integration Business Development Manager, Production Oilfield - PRS HQ S&C Andrey has more than 18 years of experience at SLB. Based in Houston, he oversees the development of new technology projects globally, including leading the creation of high-temperature and high-reliability ESP systems for both conventional and unconventional applications. He joined the company as a field engineer and has held various positions in artificial lift operations, sales, marketing, and new product development across the US, Russia, the Middle East, and Asia. In his previous role as product manager, he championed the Reda Thermal geothermal ESP system project from its inception in 2019 to its successful field pilot and commercialization in 2022.
Andrey earned a Bachelor of Science and a Master of Science in petroleum engineering with honors from Gubkin Russian State University of Oil and Gas.
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