Battery recycling market to triple by 2034 as EV waste piles up

A new Allied Market Research report says the global battery recycling market will grow from $26.9 billion in 2024 to nearly $77.1 billion by 2034. The forecast points to rising EV adoption, stricter disposal rules and demand for recovered critical minerals as the main forces reshaping the sector. Why it matters: - Battery recycling is becoming a core part of the clean energy supply chain as electric vehicles, renewable power storage and consumer electronics generate more end-of-life batteries. - Recovered lithium, cobalt, nickel, manganese, copper and lead can reduce dependence on mining and help ease raw-material supply risks. - The market is also tied to emissions cuts, circular-economy goals and domestic supply-chain security in major economies. What happened: - Allied Market Research released a report projecting the global battery recycling market to rise from about $26.9 billion in 2024 to nearly $77.1 billion by 2034. - The report covers collection, transportation, dismantling, processing, material recovery, refining and reuse of battery components. - The report includes a downloadable PDF brochure and a purchase option for the full report . The details: - Lithium-ion batteries are drawing the most attention because of their use in EVs, energy storage systems and consumer electronics. - The report also covers lead-acid, nickel-metal hydride, nickel-cadmium, lithium polymer and alkaline batteries. - The market is benefiting from environmental awareness, government waste rules and industry efforts to secure critical materials. - Advanced hydrometallurgical and direct recycling methods are improving material recovery. - AI-powered sorting, automated disassembly, robotics and digital battery passports are emerging as important tools in the sector. - The report says the lithium-ion battery recycling segment is the fastest-growing part of the broader market. - The lead-acid battery recycling segment still holds a significant share because it has mature collection networks and established recycling technology. - The battery materials recycling market is focused on recovering lithium, cobalt, nickel, manganese, copper and graphite for reuse in manufacturing. - The battery recycling systems maintenance services market is expanding as facilities add automation and advanced recovery equipment. Between the lines: - The forecast reflects a shift from treating batteries as waste to treating them as a source of strategic raw materials. - The biggest commercial opportunity appears to be in EV battery recovery, where volumes are expected to rise as early-generation packs reach end of life. - Recycling economics are still constrained by complex battery designs, fire risk, transport rules and high capital costs. - That means the strongest players are likely to be those that can combine collection access, safe processing, scale and technology. What’s next: - The report expects investment in recycling infrastructure to keep rising across North America, Europe and Asia-Pacific. - Automakers, battery makers, recyclers and governments are building long-term partnerships to secure feedstock and strengthen domestic processing capacity. - Regulatory pressure on battery collection, producer responsibility and recovery targets is expected to keep supporting market growth through the forecast period. - The report also points to growing second-life battery use and battery reuse programs as additional revenue streams. The bottom line: - Battery recycling is moving from a niche waste-management activity to a strategic industrial market, and EV adoption is the main force accelerating that shift.