Active Materials & Manufacturing Food & Agriculture

Recovering Electronics Parts and Materials for Maximum Resource Efficiency

Summary

Original abstract (not yet simplified)

The RETURN project uses eco-friendly liquid salts and low-energy electrochemical processes to recover >99% of the metals contained in waste PCBs panels. It utilises digital recognition, assessment and sorting, working in parallel with Digital Product Passport systems and a Dynamic Digital Marketplace to return recovered or repaired components and materials to EU markets. The impact is maximised by commercially attractive...

View original technical description
The RETURN project uses eco-friendly liquid salts and low-energy electrochemical processes to recover >99% of the metals contained in waste PCBs panels. It utilises digital recognition, assessment and sorting, working in parallel with Digital Product Passport systems and a Dynamic Digital Marketplace to return recovered or repaired components and materials to EU markets. The impact is maximised by commercially attractive circular or closed-loop recycling of e-waste with facilities located directly into existing recycling centres at low investment levels. Sustainability and techno-economic viability assessments are built into all stages, assisting decision making and contributing to commercially useful performance and sustainability data to support post-project exploitation.

Related Research

Grants with similar aims, by meaning.

High Efficiency Precious Metals Recovery from E-waste
Project Recover and unBuild: Beyond WEEE regulation
Alchemy
Circular Innovation for Critical Raw Materials Recycling and Reuse for PCBS, Permanent Magnets and Electronic Components
Pre-commercial pilot for the efficient recovery of Precious Metals from European end of life resources with novel low cost technologies

Original classification

HORIZON

Plain English summaries and category classifications on this site are generated by AI and may not perfectly reflect the original research.