Texas Just Became Ground Zero for American Lithium

EnergyX launched its first U.S. commercial lithium plant in Texas, producing 250 metric tons a year using new extraction tech.

1 Jul 2026

EnergyX began commercial demonstration operations on March 29 at Project Lonestar in Hooks, Texas, marking the first facility of its kind in the United States. The plant produces 250 metric tonnes of lithium carbonate equivalent annually, a modest volume that nonetheless signals a shift in how the country sources a material central to battery manufacturing.

"This plant cements our position as a leading low-cost lithium producer in the U.S.," said Teague Egan, EnergyX's chief executive.

The facility runs on GET-Lit, the company's proprietary direct lithium extraction process. Unlike conventional evaporation ponds, which take months and require large tracts of land, the method separates lithium from brine more quickly and at lower cost. That distinction matters for a domestic industry still dependent on imports from South America and Australia.

Faster, cheaper processing could make American-made lithium more competitive for battery manufacturers weighing where to source supply. For companies in the electric vehicle and energy storage sectors, a reliable domestic source reduces exposure to shipping disruptions and currency swings tied to overseas supply chains.

Sourcing locally also offers a traceability advantage. Corporate sustainability commitments and federal procurement rules increasingly favor supply chains that can be tracked from extraction to battery cell, a requirement imports struggle to meet consistently.

Beyond Project Lonestar itself, the launch tests whether direct lithium extraction can move from laboratory demonstration to industrial-scale output. Investors and policymakers focused on critical mineral independence are likely to watch closely, given the technology's long-touted but rarely proven commercial potential.

Whether the model scales remains open. EnergyX has framed Lonestar as a template for expanding domestic lithium capacity, though the leap from a 250-tonne demonstration plant to full commercial volumes will test both the technology's economics and the company's execution. For now, the facility stands as evidence that the process works outside a lab a narrower but more concrete claim than the industry's earlier promises.