First New U.S. Lithium Extraction Operation Opens Since the 1960s
Element3 launches domestic lithium production using wastewater from Permian Basin oil operations.
1Historic Domestic Milestone
The United States has launched its first new lithium extraction operation since the Silver Peak mine opened in the 1960s. Texas-based Element3 achieved this milestone in February 2026. Supported by the Department of Energy’s METALLIC facility, this project marks a significant shift in domestic resource production after decades of relying on traditional mining.
2Innovative Extraction Methodology
Rather than traditional mining, Element3 utilizes a novel process to extract lithium from wastewater generated during oil production. By leveraging seven licensed inventions from the Oak Ridge National Laboratory, the company selectively isolates lithium from produced water in the Permian Basin. This approach transforms industrial byproduct into a valuable, high-demand energy resource.
3Technical Conversion Process
The extraction technology selectively removes lithium from complex wastewater mixtures, initially producing lithium chloride. This substance is subsequently converted into battery-grade lithium carbonate powder and lithium hydroxide. These refined materials are essential components for manufacturing high-performance batteries, including those required for modern electric vehicles and various consumer electronic devices used daily.
4Operational Capacity and Scale
The new Midland, Texas facility officially opened on February 6, 2026, and is already actively producing lithium. The plant boasts an annual production capacity of 3,000 tons. This output represents nearly half of the current total lithium production level in the United States, significantly enhancing the nation's domestic supply capability for critical minerals.
5Strategic Supply Chain Shift
Historically, lithium processing occurred primarily outside the United States due to lower costs and fewer environmental regulations. By localizing this process, Element3 establishes a secure domestic supply chain. This transition reduces reliance on international imports, which currently include approximately 3,800 metric tons of unrefined lithium compounds brought into the country annually.
6Efficiency and Selective Recovery
Parans Paranthaman, who leads the Extractions and Separations Center at METALLIC, emphasized the necessity of high-efficiency extraction. Because the feedstock contains diverse elements, the process must selectively isolate lithium while maintaining low costs at scale. This technical precision is vital for ensuring the economic viability of extracting minerals from oil field wastewater.
7Resource Context and Demand
Lithium remains a cornerstone of modern life, powering everything from tablets to advanced smartphones like the iPhone 18 Pro. As the U.S. currently imports more lithium than it exports, the ability to harvest this element domestically from existing oil production infrastructure addresses a critical vulnerability in the nation's technology and energy sectors.
8Future Industry Implications
The success of the Midland facility demonstrates a viable path for integrating mineral extraction into existing energy operations. By utilizing wastewater from drilling, cooling, and fracking, the industry can create a circular supply chain. This development sets a precedent for how domestic energy producers can contribute to the growing demand for battery-grade materials.
Original article: SlashGear — First New U.S. Lithium Extraction Operation Opens Since the 1960s