“Recycling targets prove EV battery waste is already solved”

What Europe’s targets mean

The Council’s July 2023 announcement sets out lithium recovery targets of 50% by the end of 2027 and 80% by the end of 2031. That creates an obligation and a direction for investment. It does not report that those percentages were already achieved in 2023, 2024 or 2026. The same announcement gives collection targets for portable batteries and light means of transport; those categories should not be presented as observed EV-pack collection rates. ^[1].

Several different percentages are often confused

Collection asks how many discarded batteries reach the correct system. Recycling efficiency asks how much battery material is recycled under the applicable calculation. Recovery of a particular metal asks how much of that metal is recovered. Recycled content asks how much secondary material goes into a new product. These measurements answer different questions. A high result for one does not supply the missing results for the others.

For example, a technically effective process cannot recover lithium from a battery it never receives. A factory with high recovery yields can still contribute little secondary supply if it processes only a small quantity. Conversely, a temporary shortage of retired packs can leave capacity underused without showing that battery recycling is technically impossible. Reporting the denominator is essential.

Capacity needs material and viable businesses

The IEA’s April 2024 assessment warned that announced recycling capacity could exceed available feedstock by 2030. It also explained that nickel-rich batteries and LFP batteries present different commercial economics. These are practical constraints involving supply, chemistry and business models, rather than a binary question of whether recycling exists. ^[2].

A press release about a future plant should therefore be checked for its opening date, process scope and actual operating volume. Nameplate capacity describes what equipment could process under stated conditions. Announced capacity is even further removed from recovered tonnes. Neither establishes how many end-of-life batteries reached regulated treatment, or how much recovered material qualified for use in new batteries.

What a convincing success claim requires

The IEA’s November 2024 recycling report describes recycling as a way to reduce reliance on new mines, while stressing the need to expand systems and supportive policies. It does not present recycling as an immediate replacement for all primary supply. ^[3].

A convincing assessment would combine collection and traceability records, operating throughput, chemistry-specific recovery results and evidence of secondary material use. Regulation helps create the conditions for those results. Claims that waste is already solved need the results themselves, and claims that every battery is destined for landfill ignore an existing industry and developing obligations. The sensible position is to track delivery against commitments.

Recent outcomes still need the right denominator

China’s MIIT reported more than 400,000 tonnes of waste-power-battery comprehensive utilization in 2025, up 32.9% from 2024. It also reported high lithium and nickel, cobalt and manganese recovery yields at selected enterprises. Those are real industrial outcomes, but tonnes processed and best-practice plant yields do not tell us what share of all batteries retiring that year were collected or what the industry-wide average yield was. ^[5]

Eurostat reports that 117,000 tonnes of portable batteries were collected for recycling in 2023, equal to 49% of average sales over the 2021–2023 period; 231,000 tonnes were sold in 2023, but that single-year sales figure is not the rate denominator. Portable batteries are not vehicle traction packs. The IEA’s estimate that key energy-mineral recycling rates average around 10% is also broader than EV batteries; its finding that China holds over three-quarters of battery pre-treatment capacity and 90% of material-recovery capacity describes installed capacity, not actual output. Targets, collected batteries, recovered metal and plant capacity remain distinct measures. ^{[4] [6]}