Project cooperationUpdated on 14 May 2025
Recycling end of life batteries
About
BUL Project and collaboration opportunities New recycling process development
•Developed a carbon-negative route for recycling end-of-life batteries and permanent magnets (TRL 3-4)
•Materials can be repurposed for other applications
•Minimum waste generated in the process
•Achieved high quality recovered material with improved functional properties
•Waste generation and scalability of the process needs to be analyzed
What we can offer
•Sustainable process development using eutectic solvents
•Solvent extraction techniques for materials recovery
•Process modelling and technoeconomic analysis
•Process design and intensification for technoeconomic assessment at scale
•Development of experimentally-informed detailed process designs
Stage
- Early
Topic
- Raw Materials
- Batteries
Organisation
Similar opportunities
Project cooperation
Cost effective long-duration stationary storage
- Early
- Batteries
- Manufacturing
- Raw Materials
- Sustainability
- Decarbonisation
Hitesh Patel
Senior Business Development Manager at Brunel University London
Uxbridge, United Kingdom
Product
INJELEC_Electrically conductive polymer fillers
- Hydrogen
- Licensing
- Batteries
- Raw Materials
- Demonstration
- Sustainability
- Decarbonisation
- Energy Efficiency
- Advanced Materials
- Product development
- Testing the product/application
- Prototype development / MVP (Product Minimum Viable)
Sébastien ZUIN
Manager & Business Developer at SATT CONECTUS
STRASBOURG, France
Expertise
Expertise in SSbD - HORIZON-CL4-INDUSTRY-2025-01-MATERIALS-51
- Sustainability
- Other expertise
- Advanced Materials
- Testing & Analysis
- Modelling, simulation, predictive technologies
Natalia Fernández
Postdoctoral researcher at Universidad de Burgos-ICCRAM
Burgos, Spain