Project cooperationUpdated on 5 February 2026
Economic and sustainability assessment of electric motor recycling
About
The following materials can be sequentially separated: (1) steel® (2) aluminium® (3) copper® (4) permanent magnets. The working time required for motor disassembly (labour costs) as well as the costs for energy and consumables at each step will be assessed. The environmental pollution (if any) of each step will be also addressed.
We suggest comparing the environmental impact and the costs required for electric motors disassembly at different EU countries (ECIV regions), for example, Sweden, Spain, Finland, Lithuania and others. To implement the project idea, we are willing to collaborate with car recycling companies from respective regions.
The motor disassembly is the first step towards the recycling, reuse and refurbishment of the materials used in electric motors. The next step (second part of the project) could be an estimation of economic feasibility and environmental impact of the methods for EV motor recycling.
Stage
- Looking for partners
Topic
- Repair, Reuse, Refurbishment, Remanufacturing
- Recycling techniques
- Steel, metals and mining
- Automotive solutions
- Circular Electrical and Electronic Equipments (EEE)
Call
- 1st Call December 2025 (max 2,5 years)
Attached files
Organisation
Similar opportunities
Project cooperation
Enabling circular building parts by robotic precision machining of large cross-sections
- Circular bioeconomy
- Looking for partners
- Technological innovation
- Business model innovation
- 1st Call December 2025 (max 2,5 years)
- Repair, Reuse, Refurbishment, Remanufacturing
Mattias Brännström
Technical director At Dalahusgruppen at Dalahusgruppen
Falun, Sweden
Project cooperation
- Product innovation
- Looking for partners
- Materials innovation
- Proposal in preparation
- Technological innovation
- Business model innovation
- 2nd Call 2026 (max 1.5 years)
- 1st Call December 2025 (max 2,5 years)
- Circular construction materials and built environment
Ali HUSSAN
Post-doctoral researcher at BUILDERS Ecole d'ingénieurs
Caen, France
Project cooperation
HEAT: Hybrid Energy for Advanced Thermal networks
- Product innovation
- Looking for partners
- Regenerative energy systems
- Looking for a project leader
- 1st Call December 2025 (max 2,5 years)
- Repair, Reuse, Refurbishment, Remanufacturing
- Circular construction materials and built environment
Sergio Díaz de Garayo Balsategui
Research Project Manager & Senior Engineer at Centro Nacional de Energías Renovables (CENER)
Sarriguren, Spain