Powering the Future of Sustainable Energy: The Next Energy Era
Status quo is the enemy. We challenge convention and create better solutions that consider our planet and our people.
A New Model for Critical Minerals and Metals
We are not simply mining lithium. We are not simply recycling batteries. We are building the connective infrastructure for a circular, secure, and innovation-led critical minerals supply chain in the United States.
American Battery Technology Company is scaling a new model for critical minerals—one built on American ingenuity, in-house innovation, and the determination to create a more secure, sustainable, and resilient battery supply chain.
We have a new, integrated model designed for today’s needs and scalable for tomorrow’s future — combining American lithium resources, advanced battery recycling, and internally developed processing technologies to strengthen supply chain security, accelerate energy resilience, and scale a more sustainable, responsible battery materials economy.
The Battery Supply Chain Gap America Must Close
Battery demand is accelerating. Domestic battery manufacturing is expanding. But the upstream supply of the critical minerals that power lithium-ion batteries has not kept pace.
Across electric vehicles, grid storage, consumer electronics, defense applications, and emerging energy technologies, America is building more of the products that depend on lithium-ion batteries. Yet the domestic production and processing capacity for essential battery metals—including lithium, nickel, cobalt, and manganese—remains limited. That gap creates three urgent challenges for the future of American energy, manufacturing, and national security.
①
Security of Supply. Less than 1% of the global manufacturing capacity for each of the primary battery metals—lithium, nickel, cobalt, and manganese—is currently located in the United States. The federal government considers these minerals essential to the nation’s economic and national security, underscoring the need for more secure, domestic pathways to produce and recover them.
②
Cost of Supply. As demand for battery metals grows faster than new supply can enter the market, the cost of manufacturing and importing these materials has increased. A more resilient domestic supply chain can help reduce exposure to global price volatility, transportation risk, and supply disruptions.
③
Environmental Impact of Supply. Conventional battery metals mining and processing can carry significant environmental impacts, including greenhouse gas emissions, air pollutants, and risks to water and soil quality. Building cleaner, more efficient, and more circular methods for producing battery-grade materials is essential to ensuring the energy transition is not only electrified, but responsible.
We are focused on addressing all three challenges through an integrated domestic platform that combines lithium-ion battery recycling, primary resource development, and internally developed processing technologies. By recovering critical minerals from batteries already in circulation and developing domestic lithium resources, we are helping create a more secure, economical, lower-impact supply chain for the materials that power modern life.
Keeping Critical Minerals in Motion
The Power of a Next Energy Era Model
From the ground. From the grid. From the batteries already built. We are building the battery metals supply chain of the future.
By recycling, mining, and refining critical minerals, we are building circular, sustainable battery metals systems needed to transform fragmented material streams into a secure, reliable, and domestic supply system.
Critical Battery Minerals and Materials
Recycling, Refining, and Mining
Lithium Ion Battery Recycling: Recovering Critical Minerals From Batteries Already Built
ABTC’s lithium-ion battery recycling technologies are designed to recover valuable materials from end-of-life batteries and manufacturing scrap, helping return essential minerals to the domestic supply chain.
- Advanced lithium-ion battery recycling
- Recovery of lithium, nickel, cobalt, manganese, and other critical materials
- Solutions for end-of-life batteries and manufacturing scrap
- Reduced waste and greater circularity across the battery ecosystem
Metals Manufacturing: In-House Developed Next Generation Technology That Connects It All
Across recycling, resource development, and primary metals manufacturing, ABTC is building technology pathways that can help turn fragmented material streams into a more reliable domestic supply system.
- In-house scientific and engineering expertise
- Integrated processing and recovery capabilities
- Technology designed for scalability and environmental performance
- A platform built to serve customers, partners, manufacturers, and the U.S. battery economy
Lithium Mining and Refining: Developing One of America’s Largest Lithium Resources
ABTC is advancing domestic lithium resource development through internally designed extraction and processing technologies intended to support battery-grade critical mineral production in the United States.
- Domestic lithium resource development
- Proprietary extraction and processing technologies
- Responsible development designed for long-term scale
- Strategic support for U.S. energy security and industrial competitiveness
