Lithium carbonate has lost roughly 88% of its value in China, falling from CNY 600,000 (USD 88,000) per tonne in 2022 to under CNY 70,000 by late 2025 — a price collapse that has upended the economics of formal EV battery recycling in the world's largest electric vehicle market.

The crash hits at the worst possible moment. EVs sold in China broke the one-million mark for the first time in 2018, and most of those vehicles carried lithium-ion packs with roughly eight-year service lives. The first major retirement wave is now arriving.

What did the trial rule actually change?

The late-2025 trial method, issued by Chinese authorities, formally folds EV batteries into the country's extended producer responsibility (EPR) framework. Manufacturers must now establish recycling points and tracing systems. Energy storage as a second-life route narrowed in 2024 when a mandatory national safety standard took effect, leaving dismantling and material recycling as the dominant end-of-life pathway.

Why can't formal recyclers make money?

Chemistry is the binding constraint. More than 80% of EVs sold in China run on lithium iron phosphate (LFP) batteries, which lack the cobalt, nickel and manganese that make ternary cells profitable to recycle. One battery manufacturer that operates a recycling subsidiary and runs more than 200 collection points acknowledged that even this well-resourced setup is exposed.

"If we were only recycling lithium, the maths wouldn't work," the company official said. "The iron, phosphorous, copper and aluminium in the battery needs to be recycled too if the operation is to be profitable."

Whitelist access compounds the problem. Five editions of the Ministry of Industry and Information Technology (MIIT) standards-compliant recycler list have named 156 companies, but compliance costs enough that informal operators can outbid them for retired packs. Even the manufacturer above recovers only a fraction of the waste its own production lines generate.

Lithium carbonate's price collapse has destroyed the ability to plan recycling throughput on revenue assumptions that hold across the processing cycle.

Do subsidies work? Lessons from appliances and tyres

Local governments are trying. Jingmen in Hubei province has paid CNY 50 per tonne of recycled batteries since 2023. The national playbook on subsidies, however, is discouraging.

China's 2012 home-appliance recycling fund collected CNY 2.5 billion to CNY 3.5 billion a year from manufacturers based on current sales, then disbursed it to approved recyclers handling appliances sold two or three decades earlier. By the end of 2022 the fund owed recyclers CNY 19.98 billion in unpaid claims, according to the China National Resources Recycling Association. Manufacturer contributions were suspended in January 2024.

"The subsidies were used to buy in more appliances to recycle," one expert on appliance and electronics handling said. Companies competed for material rather than for recycling technology or recycled output quality, and informal buyers continued to win volume.

California's tyre scheme has a similar shape and similar results. A USD 1.75 fee per new tyre funds the programme. CalRecycle data show 35.1% of used tyres entered recycling in 2023, essentially flat from 36.6% in 2018. The remainder went to landfill, cement kilns, power plants and export markets — mostly as fuel — because domestic demand for higher-value recycled rubber does not exist.

What alternative does the EU model offer?

EU Regulation 2023/1542 sets minimum recycled-content thresholds for batteries sold on the EU market: 16% cobalt, 6% lithium and 6% nickel from 2031, rising to 26%, 12% and 15% respectively in 2036.

The mechanism inverts incentives. Battery makers required to source recycled material will seek stable, high-quality suppliers — and may invest in recycling directly. Money flows from manufacturers to recyclers based on output quality, not from government to recyclers based on input tonnage.

The verification gap is the practical hurdle. Refined recycled lithium carbonate is chemically identical to virgin material, so compliance depends on chain-of-custody tracking rather than testing. The EU's Digital Battery Passport enters force in February 2027; the verification methodology is still being drafted. In April 2026, China Automotive Data (Tianjin) launched a voluntary industry platform — an early step toward any mandatory Chinese system.

A second, technical gap remains: recycled lithium that passes compound-level specifications can still underperform on cell-level metrics such as impedance growth and cycle life as cathode designs push toward higher energy density and faster charging.

What's needed next?

Three policy levers run together, the research argues: a recycled-content mandate, regulatory enforcement against informal operators, and carbon pricing to close the cost gap between virgin and recycled materials. Without a carbon cost embedded in primary battery inputs, LFP recycling will continue to lose money on materials alone. With one, recyclers gain a structural advantage — and a market that does not depend on subsidy cheques.

The next milestone to watch: whether China's EPR rule, in force since April, evolves into a recycled-content standard on the EU template, and whether the Tianjin voluntary platform hardens into a compliance tool before the EU passport regime starts biting in February 2027.