04/09/2024
Building on the CROCODILE H2020 Project
SOLMATE is proud to continue and build upon the research work established in the CROCODILE H2020 project. This previous initiative, also recognised as a Success Story, demonstrated significant advancements in critical raw materials (CRM) recovery processes, managing to demonstrate production of cobalt (Co) metal from black mass containing Co from different sources of waste streams such as spent batteries and catalysts. SOLMATE aims to push these boundaries even further. One of the primary objectives is to reduce the payback period of the CROCODILE process to below three years, making it more economically viable and attractive for widespread adoption.
- Li recovery as high purity LiCO3, used to manufacture battery cathodes
- Ni recovery in the form of mixed hydroxide precipitate (MHP), which has commercial value
- Graphite recovery with 94-97% purity, in line with the battery production requirements
Joining forces with the Cluster Hub
Recognising the importance of collaboration and shared expertise, the SOLMATE consortium has joined the Cluster Hub “Production of raw materials for batteries from European resources.” This strategic alliance is driven by a common goal: to enhance the efficiency and sustainability of CRM production from secondary sources. Through this collaborative effort, SOLMATE aims to leverage the collective knowledge and resources of the Cluster Hub to address common technical and non-technical issues, driving the entire battery industry forward. Additionally, this collaborative environment will help SOLMATE stay ahead of future challenges in battery research and potentially contribute to joint input for policy making at European level.
