Imagine a way to get almost all the precious metals out of old circuit boards using a special salt bath instead of harsh chemicals. It's like using a smart filter and a digital catalog to sort through electronic junk and put the valuable parts back into the market. This makes recycling electronics as easy as plugging a small machine into an existing waste center.
Current electronic waste recycling is often inefficient, expensive, and fails to recover a high percentage of critical metals. This leads to resource scarcity and high costs for raw materials in the EU electronics market.
A system combining eco-friendly liquid salt electrochemical recovery, digital sorting tools, and a Dynamic Digital Marketplace for recovered components.
If you are a recycling center dealing with low recovery rates from circuit boards — this project developed a low-investment facility setup that recovers >99% of metals. This allows you to turn waste streams into high-value material sales without massive infrastructure costs.
If you are a manufacturer dealing with raw material shortages for critical metals — this project developed a Dynamic Digital Marketplace and Digital Product Passports. This provides a reliable, closed-loop source of recovered materials to feed back into your production line.
If you are a metal recovery firm dealing with high energy costs for smelting — this project developed low-energy electrochemical processes using liquid salts. This reduces the operational cost of extracting critical materials from electronic waste.
Based on available project data, the system is designed for low investment levels by integrating facilities directly into existing recycling centers.
Yes, the project focuses on techno-economic viability and commercial attractiveness to ensure the recovery process works within existing recycling infrastructure.
Based on available project data, specific licensing terms are not listed, but the project includes sustainability and performance data to support post-project exploitation.
The project aligns with EU circular economy goals by using Digital Product Passports to return recovered materials to EU markets.
The project runs from 2025-06-01 to 2028-05-31, suggesting commercial availability after May 2028.
The consortium is heavily industry-driven, with 8 out of 9 partners being industrial entities (89% ratio) and all 9 partners being SMEs. This structure suggests a strong focus on commercial application and market entry rather than theoretical research, with a lean 1-university presence to support the technical electrochemical processes.
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