Battery recycling is a linchpin of the U.S. energy transition, securing critical materials, boosting economic growth, and enhancing national security. With electric vehicle (EV) battery demand expected to reach 3.6 TWh by 2030, recycling lithium-ion batteries is...
A self-reliant battery industry is critical for the United States to secure its energy future amid the global energy transition. With lithium-ion battery demand projected to reach 3.6 TWh by 2030, reliance on foreign supply chains for critical minerals like lithium,...
Why Localizing Battery Material Refining Is Critical for U.S. Energy Independence America’s clean energy future depends on more than just innovation—it requires control. As electric vehicles (EVs), energy storage systems, and defense technologies continue to surge in...
As the U.S. accelerates its clean energy and electric vehicle (EV) transition, battery recycling is emerging as a cornerstone industry of the 21st century. But it’s not just about materials—it’s about people and places. Battery recycling is creating a new wave of...
Explore why building a domestic battery supply chain is vital for America’s energy independence, national security, and job creation.
American Li-ion pCAM is setting a new standard: 99% purity, made from recycled black mass, refined in the U.S., and ready for EV and grid-scale batteries.
From Germany’s circular systems to China’s integrated capacity—see what global battery recycling best practices the U.S. can adopt, and how American Li-ion fits in.
Domestic battery material production isn’t just about batteries—it’s about national defense, secure supply chains, and American sovereignty. See how American Li-ion fits in.
Exporting black mass means exporting American opportunity. See why refining battery materials at home is the key to energy security, jobs, and economic resilience.
Exporting black mass may seem efficient—but it gives away our most valuable resources. Learn why it’s time to process battery materials at home and how American Li-ion is making it happen.