EALIR - Development of new, highly-efficient techniques to increase the recovery of critical materials in lithium-ion battery recycling

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Title
EALIR - Development of new, highly-efficient techniques to increase the recovery of critical materials in lithium-ion battery recycling

CoPED ID
d2798487-5b3e-4796-b865-89c1c9fb565f

Status
Active

Funder

Value
£253,202

Start Date
Sept. 30, 2022

End Date
March 31, 2024

Description

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**EALIR - Development of new, highly-efficient techniques to increase the recovery of critical materials in lithium-ion battery recycling**

The security of an EV battery supply-chain has become a priority for Governments globally. In January 2022, UK BEIS established the Critical Minerals Expert Committee to support the UK in this area, recognising that establishing a UK supply-chain is "critically important".

To address this energy security challenge, Altilium Metals Ltd has invented a novel, highly-efficient hydrometallurgical process, independently validated by the University of Plymouth, resulting in cost savings of 35% and a reduction of 38% in emissions compared to the extraction of virgin raw material. This technology offers the highest level of material recovery, recovering 95% of critical metals, which are then processed into high-quality cathode materials (LiNi1/3Mn1/3Co1/3O2) that can be sold directly to battery manufacturers.

This 18-month project is focussed on significantly driving forward the efficiency, climate-friendliness, and commercial value of our process and the industry as a whole.

Altilium Metals Ltd LEAD_ORG
Altilium Metals Ltd PARTICIPANT_ORG

Subjects by relevance
  1. Emissions
  2. Recycling
  3. Lithium-ion batteries

Extracted key phrases
  1. Ion battery recycling
  2. Material recovery
  3. Efficient technique
  4. Critical material
  5. Efficient hydrometallurgical process
  6. EV battery supply
  7. Virgin raw material
  8. Quality cathode material
  9. EALIR
  10. Battery manufacturer
  11. Development
  12. Critical metal
  13. UK supply
  14. New
  15. Energy security challenge

Related Pages

UKRI project entry

UK Project Locations