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US DOE Secretary Tours American Battery Technology Company Facilities

American Battery Technology Company (ABAT), a leader in critical battery materials, hosted U.S. Department of Energy Secretary Jennifer Granholm at its Nevada-based facilities. The visit included a tour of the lithium-ion battery recycling plant and the innovative lithium hydroxide demonstration facility. Secretary Granholm’s presence underscores the U.S. commitment to advanced battery technology and sustainable energy solutions. The company is working to expand its recycling operations and lithium manufacturing to commercial scale, supported by significant DOE grants.

Focus on Lithium Hydroxide from Claystone

ABTC’s demonstration facility utilizes a unique process to extract lithium from unconventional claystone resources in Nevada. This technique aims to produce cost-effective lithium hydroxide with minimal environmental impact. As the U.S. lacks large conventional lithium deposits, this technology represents a critical advancement in securing domestic lithium production.

Innovative Battery Recycling Operations

The recycling operations at ABTC feature a state-of-the-art, integrated approach to process various lithium-ion batteries. By employing strategic de-manufacturing and selective hydrometallurgy processes, the facility produces high-purity recycled materials, including lithium hydroxide and other essential battery components.

Strategic Partnerships and Future Growth

Several strategic partners joined the Secretary during her visit, highlighting collaboration towards a circular battery economy. ABTC’s joint efforts with industry leaders aim to revolutionize the domestic battery supply chain, reinforcing the U.S. position in global battery manufacturing.

Continued Investment and Expansion

With substantial support from the U.S. DOE, American Battery Technology Company continues to innovate and expand its lithium and battery recycling technologies. These investments reflect a growing focus on achieving energy independence and advancing the circular economy in battery metals.

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