Currently reading: How the UK is priming itself as an EV battery powerhouse

New recycling centre is capable of producing the key ingredients of battery cells on an industrial scale

The UK’s ambition to become a major centre of EV battery manufacture is one step closer as work begins on its first integrated lithium-ion battery recycling and refining facility that is capable of producing the key ingredients of battery cells on an industrial scale.

The new plant in Plymouth is the penultimate stage in British company Altilium’s four-part plan, which will culminate in the creation of a refinery on Teesside. When it goes live at the end of 2027, this is slated to produce highquality, recycled cathode active material (CAM) for UK gigafactories.

Until then, the Plymouth plant will produce recycled nickel mixed hydroxide precipitate (MHP) and lithium sulphate – critical intermediate materials for domestic production of battery cathodes used by a range of industries.

Creating the CAM used in EV batteries requires expensive refining. Efforts in this direction have been boosted by rules governing new EV batteries sold in the EU that state they will need to have minimum levels of recycled lithium, nickel and cobalt from 2031, with further increases in 2036.

Altilium has developed a process for extracting and processing these metals to the required quality and earlier this year announced it had produced, at the UK Battery Industrialisation Centre, the UK’s first EV battery cells using recycled CAM and complying with those regulations.

Why domestic battery recycling is 'vital'

Battery black mass

The news comes in the wake of a report by the government on battery recycling in the UK. It says a secure supply of critical minerals – such as lithium and cobalt – is vital for economic growth and security. However, the country is currently reliant on the international market, especially China, to supply most of these minerals.

One solution, it says, lies in the recycling of lithium ion batteries from the growing volume of endof-life EVs, which, it claims, “could supply between 39% and 57% of the demand for lithium, cobalt and nickel by 2040”.

However, the cost of such work can be prohibitive. Altilium says its approach underlines the sector’s fi nely balanced economics. “We’re always looking to optimise our processes to make them cost-effective,” said Altilium spokesperson Dominic Schreiber. “We’re scaling progressively and, crucially, validating everything to ensure we de-risk the business at every stage. Until our Teesside plant comes on stream, our intermediate material will be a necessary income generator.”

When that day dawns, Altilium’s customers for its Teesside product are likely to include Nissan’s current and forthcoming gigafactories in Sunderland and JLR owner Tata’s site in Somerset.

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“For car and battery makers keen to reduce their carbon footprint as well as meet the new EU battery regulations, it won’t make sense to ship in material from elsewhere,” said Schreiber. “The battery is an EV’s biggest single source of embedded carbon. One with CAM made from recycled metals has up to 74% fewer embedded emissions.”

Altilium uses a third-party supplier to handle the first stage of its recycling process. This involves shredding used batteries and extracting their crucial metals in the form of a powder called black mass, which Altilium then refines.

Most of the feedstock comprises failed and damaged batteries, rather than those at the end of their useful life. There are no accurate figures on how many end-of-life batteries exist but the industry expects to see appreciable numbers of them coming to the market after 2030.

Bar chart showing how the proportion of recycled material in EVs will change by 2040

Refining black mass is the goal

Meanwhile, the UK’s first at-scale lithium ion battery recycling plant owned by Recyclus Group has just dispatched 111 tonnes of black mass to Glencore, a global mining and recycling company, which, like Altilium, will separate out the metals and refine them but using its own process.

“Since we started recycling at scale in 2023, our output of black mass has increased year on year,” said Robin Brundle, Recyclus Group co-founder and director. “This year, we plan to process 5000 tonnes of batteries but we have the capacity to process 22,000.”

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Recyclus’s plant in Wolverhampton handles all types and sizes of used lithium ion batteries, with used EV batteries accounting for around 60%.

Brundle says the firm has cracked the recycling side in terms of harvesting black mass and now, like Altilium, is planning to move into processing. “The holy grail is refining the metals in black mass to such a quality that they can go back into an EV battery,” he said. “With an automotive company, we’re developing a pilot plant that will separate and purify the black mass at scale here in the UK to exactly that level, while minimising the number of ‘touchpoints’ in the process so that it is economic.”

Brundle believes that if successful, the firm’s move into processing will, in around five years, coincide with car and battery makers wanting back their old batteries to extract, process and reuse black mass in their new ones. “We’ll be able to put our plant under their roof and do the work for them,” he said.

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Cobnapint 13 June 2025
Finely balanced economics = hardly worth doing.