Critical Minerals Made in Britain
Embracing a circular economy by turning old EV batteries into a domestic source of critical minerals
Securing the UK’s Critical Materials Future
Combining first-of-a-kind industrial-scale infrastructure, patented materials processing technology and AI-powered digital intelligence, we recover, refine and return critical minerals to UK industry – delivering domestically sourced and sustainable battery materials that reduce reliance on imports, strengthen national resilience and dramatically lower carbon emissions.
This is critical minerals security, made in Britain.
Delivering green value, with no green premium
Altilium believes our EV battery materials should not demand a green premium, but instead focus on a green discount for recycled, circular economy raw materials.
We have developed the next generation of recycled, eco-friendly anode and cathode materials that are cheaper, higher quality and help automakers meet their regulatory and sustainability targets, which also just happen to be green.
Our focus is UK domestic, affordable, sustainable and superior battery materials that power the EV transition, cutting costs and emissions simultaneously.
Process
At Altilium Clean Technology, we’re redefining the EV battery value chain in the UK with our EcoCathode™ green recycling process. This proprietary technology transforms used EV batteries and gigafactory scrap into high-purity, battery-grade metal salts, precursor CAM (P-CAM) and cathode active material (CAM) essential for sustainable battery production.
EcoCathode ™ green processing in numbers:
• 95% recovery of critical minerals including lithium, nickel and cobalt
• 99% recovery of graphite for use in new anodes
• 24% lower emissions versus conventional hydrometallurgical recycling
As domestic transport remains the UK’s largest carbon emitting sector, our low-carbon battery materials allow automakers to decarbonise transport.
Latest news
Read our latest announcements and recent media coverage.
Memorandum of Understanding signing for supply of 10,000 MT per year of end-of-life electric vehicle battery “black mass” as feedstock to Altilium Metals first recycling plant in Europe
Once an Electric Vehicle battery reaches the end of its[…]
As part of it’s engineering studies for processing end-of-life electric vehicle batteries at it’s Medet Hydrometallurgical Plant in Europe, a potential net savings of 2.5 kg CO2 per kg of battery recycled has been identified, which is a carbon saving of 50,000 MT per year
Materials production is responsible for approximately half of the greenhouse gas emissions from battery production, and recycled materials typically have a lower carbon footprint than the same materials from virgin sources. For example, production of[...]
Memorandum of Understanding signing for supply of 10,000 MT per year of end-of-life electric vehicle battery “black mass” as feedstock to Altilium Metals first recycling plant in Europe
Once an Electric Vehicle battery reaches the end of its useful life, the battery pack can be collected, dismantled, and shredded. The shredded material is then processed to produce so-called “black mass”, which consists of[...]
Altilium Metals receives Third party verification from The University of Plymouth, UK that it’s Electric Vehicle Battery Recycling Process is fit for purpose commercially and can recovery over 95% of critical metals Nickel, Cobalt and Manganese from a typical spent cathode
The University of Plymouth is a leading UK University and is ranked among world’s top 25 in the Times Higher Education Impact Rankings. It has verified independently that the Altiltech process to recycle end-of-life lithium-ion[...]
