EV Battery Recycling Faces an Economic Crisis, Industry Report Finds
For many electric vehicle batteries, the cost of recycling now exceeds their value — a fundamental economic mismatch that threatens to undermine the environmental benefits of the EV revolution. According to a new report from NPR, salvage yard operators across the United States are struggling with batteries that nobody wants, even recyclers, as the industry confronts a rapidly shifting chemistry landscape.
The LFP Paradox
At the heart of the problem is the rise of lithium iron phosphate (LFP) batteries. These batteries are cheaper, safer, and longer-lasting than traditional nickel-cobalt-manganese (NMC) alternatives — qualities that have made them the dominant EV chemistry globally. The International Energy Agency reports that LFP batteries now account for over 55% of global EV battery deployment, up from roughly 50% in 2024.
But LFP batteries contain no cobalt or nickel — the high-value metals that traditionally made battery recycling profitable. David Klanecky, CEO of Cirba Solutions, a major U.S. battery recycler, put it bluntly: “There’s really no value in recycling iron phosphate, unfortunately.”
Salvage Yards in the Crosshairs
The economic strain is most acute at small salvage yards. Brian Bachand, CEO of Westover Salvage Yard in Massachusetts, has a Tesla battery sitting on a shelf that he cannot sell. The only recycling quote he received was negative $1,800 — meaning he would have to pay to have it taken away. “This is a liability,” Bachand told NPR. “No one’s paying me for it. I have to pay to get rid of it.”
Across the state, Thomas Andrade of Everett Auto Parts considers himself lucky to break even on hybrid battery recycling. “The good thing with these is, they’ll at least take them at no expense,” he said.
Frederick Bloomfield, an analyst at Benchmark Mineral Intelligence, quantifies the problem: LFP batteries in North America carry a “gate fee” of $1.50 to $2.00 per kilogram for recycling. Since EV batteries can weigh a ton or more, salvage yards face hundreds of dollars in costs just to have an LFP battery accepted for recycling.
A System Built for the Wrong Chemistry
Recycling facilities in the United States were built expecting a steady stream of nickel- and cobalt-rich batteries. The rapid shift to LFP has left them “ill-prepared,” according to Bloomfield. A perspective published in npj Materials Sustainability notes that disassembly remains the “critical bottleneck” for industrial-scale recycling, as battery packs are designed for performance, not easy dismantling.
Most EV batteries currently recycled in the U.S. are factory scrap — defective batteries rejected by quality control — rather than end-of-life batteries from old cars, because EV batteries are lasting longer than anticipated. But as more EVs reach the end of their lifespans, the volume of retired batteries will surge. The Nature article projects over 1.2 million EV batteries will be retired annually by 2030, rising to 14 million per year by 2040.
Recycling Works at Scale — But Not for Small Operators
J.B. Straubel, CEO of Redwood Materials, remains optimistic about the long-term economics. “Every year that goes by, every month that goes by, it’s getting more economical, it’s getting more competitive,” he said. General Motors’ Andy Oury confirmed that recycling has become “a source of revenue” for the automaker due to economies of scale with factory scrap.
But small salvage yards lack the volume to make recycling economically viable. Emil Nusbaum of the Automotive Recyclers Association noted that EVs lack the valuable engines and transmissions that make dismantling gas cars profitable, leaving batteries as a costly wild card.
Stranded Batteries and Safety Risks
The economic conundrum is already creating downstream problems. Joe Hearn of the SHiFT vehicle retirement initiative reports that “scrappers and shredders are very conservative” — loads containing EVs or hybrids are being refused and returned. Jessica Dunn of the Union of Concerned Scientists warns that EV batteries are already showing up in landfills illegally, posing fire and toxic leaching risks.
Colorado’s Landmark Solution
In June 2026, Colorado became the first U.S. state to pass an extended producer responsibility (EPR) law for EV batteries. SB26-003 requires manufacturers to take back and recycle unwanted batteries at their own expense, with mandatory mineral recovery targets — 50% lithium recovery by 2031, rising to 80% by 2035.
State Sen. Lisa Cutter, the bill’s co-sponsor, framed the issue simply: “There’s not a magic trash fairy. We have to plan for these things.”
The law drew support from an unusually broad coalition: environmental groups, salvage yard operators, battery recyclers including Redwood Materials and Cirba Solutions, and even automakers who will bear the cost. The Alliance for Automotive Innovation called the law “balanced,” noting that keeping battery minerals within domestic supply chains is “foundational to America’s automotive industrial base.”
What’s Next
Colorado’s law is widely expected to serve as a template for other states. Jessica Dunn, who worked on the legislation, said: “We see Colorado as the starting place.”
The fundamental tension remains: the very chemistry improvements that make EVs more affordable and sustainable also make them harder to recycle profitably. As LFP batteries continue to gain market share — and as rising lithium prices (more than double early 2025 levels, according to the IEA) shift the economic calculus — the industry faces a race against time to build recycling infrastructure that can handle the coming wave of end-of-life batteries.
Without policy intervention and technological innovation, the environmental promise of electric vehicles could be undermined by a mountain of unrecycled batteries.