Swiss Innovation Boosts Rare Earth Recycling Efficiency, Unlocking New Opportunities in E-Waste Keywords: rare earth recycling, e-waste, ETH Zurich, extraction technology, circular economy, precision crushing equipment
On June 26, 2025, ETH Zurich (Swiss Federal Institute of Technology) announced a breakthrough recycling technology that significantly improves the efficiency of extracting rare earth elements (REEs) from electronic waste. This innovative process uses a new high-selectivity extractant that enables effective recovery of critical metals such as dysprosium (Dy) and neodymium (Nd) from discarded fluorescent lamps. The technology is expected to play a vital role in supporting Europe’s efforts toward resource independence.
Global Recycling Status: Less than 1% Recovery Rate and Heavy Dependence on China
Currently, the global rare earth recycling rate remains below 1%, mainly due to the high cost and complexity of separation processes. Most countries heavily depend on China’s dominance in rare earth supply and processing. ETH Zurich’s new solution may reduce this dependency, offering a strategic shift to mitigate geopolitical risks and reshape the rare earth recycling landscape.
EU Policy Momentum: 25% REE Recycling Target by 2030
This technological innovation comes at a crucial time as the European Union pushes forward its Critical Raw Material Act, aiming to achieve a 25% rare earth recycling rate by 2030. The ETH Zurich technology not only enhances recycling efficiency but also aligns with regulatory goals, helping industries transition to circular economic models.
YungHsing’s Perspective: Equipment + Technology Integration for High-Efficiency Recycling
YungHsing Machinery emphasizes that electronic waste contains more than just plastic and base metals—it also holds valuable rare earths and precious metals. Maximizing recycling value requires not only advanced extraction techniques but also complete process integration.
- YungHsing has extensive experience in precision crushing, sorting, and intelligent classification equipment, ensuring efficient pre-treatment capabilities.
- We are actively exploring integration opportunities with advanced extraction modules to deliver a comprehensive solution from shredding and sorting to rare earth recovery.
Future Outlook: International Collaboration & EU Market Entry
Looking ahead, YungHsing aims to collaborate with material science institutes and recycling plants to co-develop integrated rare earth extraction systems. This would support entry into global markets, including the EU, with compliance to regulatory standards.
Additionally, for companies interested in developing high-value rare earth or precious metal recovery equipment, YungHsing offers a full range of front-end module technologies and support to help build a complete technical chain.
Let’s Build a High-Value Recycling Future Together
If you’re interested in rare earth recycling and integrated equipment solutions, feel free to contact the YungHsing team: 📧[email protected]
Together, we can build a greener industry aligned with the global circular economy trend.
References:https://www.reuters.com/science/zurich-researchers-pioneer-rare-earth-e-waste-recycling-2025-06-26/
