- R3 Lithium has established a new facility in Georgia focused on producing lithium carbonate from recycled battery materials.
- The plant can process up to 30,000 metric tons of battery materials annually and produce 2,500 metric tons of lithium carbonate.
- R3 has signed purchase agreements with customers for approximately $1 billion, supporting its production plans.
- Recycling batteries offers an alternative lithium supply route to meet growing demand.
R3 Lithium has begun producing lithium carbonate from recycled battery materials at its facility in Covington, Georgia. The 154,000-square-foot plant is designed for commercial-scale lithium recycling. R3 has also secured $15 million in Series A funding to enhance its operations. The company expects the Georgia facility to produce over half of the nation's lithium carbonate output by 2027. Its current production line can manufacture 2,500 metric tons of lithium carbonate annually.
The plant can process up to 30,000 metric tons of battery materials per year, including manufacturing scrap and end-of-life batteries. The resulting black mass from the grinding process contains valuable materials from lithium-ion batteries. R3 processes these materials on-site to recover lithium and produce lithium carbonate. The process combines sintering-based crystallization and water-based precipitation techniques, consolidating these steps to eliminate the need to transport lithium-containing materials elsewhere for refining. The facility has previously produced 99% pure lithium carbonate using fully recycled materials.
Production Process for Recycled Battery Materials
R3 acquired the site in July, with the previous owner having invested approximately $150 million in its operation. A second 2,500-metric-ton production line could eventually double the site's lithium carbonate capacity. R3 has also signed purchase agreements with customers for around $1 billion, with buyers including Trafigura. Trafigura's battery metals trader, Tim Wood-Dow, stated that domestic lithium resources remain limited.
This approach could provide US battery manufacturers with another source of domestically processed lithium. The majority of battery production and processing capacity is still overseas. Developing new lithium mines also takes considerable time, with projects potentially requiring seven to ten years for permitting before production can begin. Recycling existing batteries offers an alternative supply route. R3 can obtain lithium from materials already circulating in the battery economy. As demand for battery storage increases, so does the need for lithium carbonate. Global battery storage capacity is projected to exceed 300 gigawatt-hours by 2025, and the construction of data centers adds another source of demand for large-scale energy storage systems.
Each 1 gigawatt-hour of grid-scale storage requires approximately 880 metric tons of lithium carbonate.
Future Expansion Plans
R3 plans to build additional facilities in North America and Europe, with each location using modular production units capable of processing 5,000 metric tons annually. The company intends to secure purchase agreements with customers before deploying these units, a strategy that will allow R3 to scale up capacity in phases as demand grows. The Covington plant also recycles other materials besides lithium. Its process produces concentrated metal oxides containing nickel, cobalt, manganese, and graphite, which R3 can sell separately after extracting lithium, creating additional value from the same recycled battery feedstock.
Keeping the process in one location also reduces the number of locations involved in moving battery materials through the recycling chain. Waste and end-of-life batteries can enter the plant and exit as refined lithium carbonate. R3 now hopes to replicate this model at more locations. If its expansion goals are met, recycling batteries could become a larger source of domestically produced lithium carbonate in the US.
Item Specification Plant area 154,000 square feet Annual lithium carbonate production 2,500 metric tons Annual battery material processing capacity 30,000 metric tons Modular production unit processing capacity 5,000 metric tons
The Importance of Recycling Batteries for US Lithium Resources
R3 Lithium's new facility not only produces lithium carbonate but also provides US battery manufacturers with a domestic source of lithium, reducing reliance on overseas supply. As demand for battery storage increases, recycling existing batteries offers a faster supply route, which is crucial for meeting future market needs. R3's expansion plans and long-term agreements with customers demonstrate the market's urgent demand for sustainable lithium resources and could alter the US position in the global lithium supply chain.