Halliburton has been awarded a contract by GeoFrame Energy to design and construct lithium extraction demonstration wells in East Texas. The project, starting in late 2025, will extract lithium using geothermal brines while generating renewable electricity. This initiative marks a major step toward sustainable, domestic lithium production in the U.S.
Halliburton has secured a significant contract from GeoFrame Energy for its geothermal and direct lithium extraction (DLE) initiative in East Texas. Under this agreement, Halliburton will take the lead in planning, designing, and executing the first phase of demonstration wells within the Smackover Formation, a geologic zone known for its lithium-rich brines. The commencement of fieldwork is anticipated in late 2025.
The collaboration marks a strategic advancement for both companies, particularly as the demand for domestically sourced lithium intensifies in response to the global transition toward electric vehicles and renewable energy technologies. Halliburton, with over a century of experience in well construction and operational excellence, is set to play a vital role in the development of this pioneering lithium project. Its extensive history of work in the Smackover Formation and continued investment in low-carbon innovations position it as a key contributor to GeoFrame Energy's long-term vision.
“GeoFrame Energy is well positioned to meet the growing demand for lithium through advanced brine extraction technologies,” said Duane Sherritt, Vice President of Low Carbon Solutions at Halliburton. “Our deep well expertise, execution capabilities, and historical presence in the Smackover Formation make us an ideal partner to help bring this project to life.”
Bruce Cutright, CEO of GeoFrame Energy, emphasized the broader significance of the project. “Our East Texas initiative is poised to become the leading domestic source of lithium in the U.S., and the first to produce battery-grade lithium carbonate from the Smackover Formation,” he stated. He further added, “Halliburton’s involvement is critical to our success in this early phase and as we scale to full-field development. Their role in drilling, design, and operational oversight of the demonstration wells will be foundational.”
Beyond lithium production, the project represents a forward-looking model of sustainable mining. GeoFrame Energy plans to harness geothermal brine not only for lithium extraction but also for clean energy generation. Using zero-emission binary cycle generators, the geothermal power will operate the lithium extraction and processing facilities. Notably, any surplus electricity produced will be fed back into the local power grid, enhancing the project's environmental and economic value.
This project signifies a shift in how lithium resources can be responsibly tapped within the U.S., supporting both energy independence and sustainable practices. With Halliburton’s technical strength and GeoFrame’s innovative approach, the project aims to set a new benchmark in lithium and geothermal development.
