As America accelerates its transition to clean energy and electric vehicles (EVs), the pressure is building on our domestic supply of critical minerals. These elements—like lithium, nickel, cobalt, and manganese—are essential for powering the future. Yet instead of closing the loop, the U.S. continues to export valuable black mass, missing an opportunity to strengthen its economy and national security.
It’s time for a national battery recycling strategy. Here’s why:
1. Stop Exporting Our Competitive Edge
Black mass, the valuable powder harvested from used lithium-ion batteries, contains recoverable quantities of critical minerals. But much of it is still being exported to be processed overseas—particularly to Asia. That’s a strategic misstep. Every ton of black mass shipped abroad is a missed chance to build our own supply chain, reduce dependency on foreign refiners, and generate domestic economic growth.
By retaining and processing black mass on U.S. soil, we can turn waste into wealth, transforming spent batteries into raw materials ready for manufacturing.
2. Recycling Is Faster Than Mining
Mining new materials is not only environmentally taxing—it’s also slow. Projects often face years of regulatory delays, environmental concerns, and community opposition. Recycling, on the other hand, is agile.
Unlike mining—which can take years—recycling can return battery-grade materials to production within months. The National Renewable Energy Laboratory’s ReCell Center demonstrates how modern techniques recover more minerals with less energy. In parallel, the U.S. Department of Energy is investing over $125 million to build out modular battery recycling infrastructure across the country.
3. Create Local Jobs and Revitalize Manufacturing
Building battery recycling facilities doesn’t just keep materials in the U.S.—it also supports American workers. From engineers and chemists to skilled laborers and logistics experts, these plants create long-term, high-paying jobs that reinvigorate local economies.
Facilities like American Li-ion’s Atoka plant in Oklahoma are proving this model works. With expansion already underway, the company is adding 100,000 square feet of infrastructure, 20,000 metric tons of annual processing capacity, and 100 new jobs.
4. Protect National Security and Energy Independence
The U.S. Department of Defense has repeatedly emphasized the need to secure access to critical minerals. With over 60% of global refining capacity controlled by China, depending on foreign processing introduces serious vulnerabilities.
A robust domestic battery recycling strategy is a direct countermeasure. It reduces foreign dependency, safeguards our national supply chain, and ensures that materials critical to defense and energy don’t fall into the wrong hands.
5. Ensure Environmental Accountability
Battery recycling isn’t just about economics—it’s also about environmental responsibility. Left unmanaged, end-of-life batteries can leach harmful chemicals into soil and water. But with modern closed-loop systems, recycling can be safe, efficient, and low-impact.
Facilities using modular, hydrometallurgical technologies—like those developed by Green Li-ion—can recover over 95% of critical minerals while using less energy and producing fewer emissions compared to traditional methods.
Conclusion
The U.S. has a once-in-a-generation opportunity to lead the global battery revolution. A national recycling strategy is the missing link—an initiative that will boost the economy, protect the environment, and reinforce American leadership in clean technology.
By keeping black mass at home and investing in infrastructure, we don’t just close the loop—we open new doors for American innovation, resilience, and independence.
