Latest news
Altilium Passes Environment Audit of its EV Battery Recycling Technology Centre with Zero Findings
The UKs first battery recycler direct to cathode active material, has successfully completed its first audit and all its environmental protection activities are in full conformity with[...]
MOU with Tees Valley Lithium to build a sustainable supply chain of Cathode Active Material essential for the UK’s transition to electric vehicles
The use of Lithium Iron Phosphate (LFP) in EV batteries has historically been favoured by Chinese manufacturers, but other OEMs have started to use LFP which is[...]
Delivery of upcycled Cathode Active Material NMC 622 to Imperial College for testing under UK Government backed program
Altilium Metals upcycles old electric vehicle (NMC 111) and portable electronics (LCO) batteries to latest generation Nickel-rich Cathode Active Material (NMC 622) for testing at Imperial College[...]
Positive study into recycling the copper contained in the wastes of an old mining operation, giving Europe a sustainable source of battery metals
We are pleased to announce positive results for test work on our 100% controlled 2,200 ha copper rich waste dump, located in central Bulgaria. A detailed mineralogical[...]
Altilium Metals featured in the Guardian Newspaper
The Guardian came to visit our Battery Recycling Technology Centre and we showed them our approach to supply a domestic, sustainable anode and cathode raw material from[...]
Proving Altilium Metals recycled lithium-ion batteries are comparable to new ones
Visit to the labs of Imperial College, London under our joint research program funded by the UK Government’s Automotive Transformation Fund to show batteries made under our[...]
Altilium Metals signs a long term supply agreement with a Global Commodity Trading Company for low carbon, sustainable Nickel MHP from recycling old lithium-ion batteries
We are delighted to announce that we signed a new contract with one of the world’s largest producer and marketer of nickel to supply circa 3,000 MT[...]
