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R3 Lithium has announced the start of operations at its lithium carbonate recovery facility in Covington, Georgia, marking a significant development for the U.S. battery materials supply chain. The company is producing lithium carbonate from 100% recycled battery materials at what it describes as North America's first proven commercial-scale facility of its kind.

The announcement comes alongside R3 Lithium's successful $15 million Series A financing round, backed by investors including Integral GlobalTech Partners, TDK Ventures, and Axial Partners. R3 Lithium acquired the 154,000-square-foot Covington facility in July 2026 and retained the management team responsible for demonstrating commercial-scale recycled lithium production at the site in 2025.

The newly secured capital will support upgrades to the existing lithium carbonate production line. The facility previously achieved the production of lithium carbonate with 99% purity using entirely recycled feedstock at commercial scale. R3 Lithium expects the Covington operation to represent more than half of total U.S. lithium carbonate production by 2027.

The facility has an annual shredding capacity of approximately 30,000 metric tons and currently houses a 2,500-metric-ton-per-year lithium carbonate production line. Space is available for another 2,500-metric-ton line, providing room for future capacity expansion.

R3 Lithium uses a calciner-based crystallization and water-based precipitation process to recover lithium directly from recycled black mass. By integrating battery shredding, lithium extraction, refining, and lithium carbonate production at one site, the company can avoid primary mining and overseas refining for this feedstock.

The facility processes both battery manufacturing scrap and end-of-life batteries. After shredding, lithium is extracted from the resulting black mass, while the remaining concentrated metal oxide contains valuable nickel, cobalt, manganese, and graphite. R3 Lithium can sell these materials separately, creating multiple revenue streams from the same recycled feedstock.

The company has already secured approximately $1 billion in signed offtake agreements, including contracts with Trafigura. These agreements provide a commercial foundation for expanding production while addressing growing demand for domestically sourced battery materials.

The development comes as the United States seeks to reduce its dependence on overseas lithium processing. Most battery cell and component production capacity remains outside the U.S. and Europe, while developing new domestic lithium mines can require many years. Recycling offers a complementary pathway because batteries already in circulation can serve as an above-ground source of lithium without requiring new mining projects.

R3 Lithium plans to establish a broader network of lithium carbonate and black mass shredding facilities across North America and Europe. Its modular approach is based on 5,000-metric-ton-per-year units, with new facilities intended to be supported by offtake agreements before significant capital is deployed.

The company's leadership also brings extensive experience in battery recycling and industrial operations. CEO Linh Austin has more than three decades of experience across international energy businesses, while CTO Eric Gratz has extensive expertise in lithium-ion recycling and battery materials technology.

With commercial operations now beginning in Georgia, R3 Lithium is positioning battery recycling as an additional source of domestic lithium supply. Its vertically integrated model could help strengthen U.S. supply security while increasing the recovery of valuable materials from spent batteries.

Impact on Chemical Commodity Prices

R3 Lithium鈥檚 operation could strengthen the availability of recycled lithium carbonate in the U.S. while reducing dependence on imported lithium and overseas refining. The facility鈥檚 planned expansion could provide a more consistent domestic source for EV batteries, energy storage, electronics, and defense applications. For chemical commodities tracked by 果酱视频, increased recycled lithium carbonate output could place moderate downward pressure on U.S. lithium carbonate prices over the medium term if production ramps up as planned. However, the effect is likely to remain limited initially because the current 2,500 MT/year capacity is small relative to global demand. Higher lithium recovery may also support greater availability of nickel, cobalt, manganese, and graphite.