<p>➀ The EU-funded REEsilience project highlights that tapping into low-ESG-risk rare earth deposits (e.g., in Norway, Sweden, and Greenland) can reduce Europe’s reliance on Chinese imports and secure critical materials for green technologies; </p><p>➁ Analysis of 149 global rare earth deposits identifies regions with minimal environmental, social, and governance risks, emphasizing opportunities in Scandinavia and partnerships with Canada/Australia; </p><p>➂ A system dynamics model predicts supply chain disruptions but shows resilience strategies (recycling, extended product life) can stabilize prices and ensure long-term sustainability.</p>
Related Articles
- ASA Motion Link Delivers Camera and Sensor Connectivity17 days ago
- Time-Sensitive Networking @ EndeavorB2B Brands25 days ago
- Knowles adds to safety-certified MLCCs2 months ago
- Students from Stralsund University Win One of the World's Largest Energy Efficiency Competitions4 months ago
- New 80 kW test bench strengthens hydrogen infrastructure in Saxony4 months ago
- Provision of 4-inch Aluminum Nitride Crystals for Future Markets in Power Electronics and UV Photonics4 months ago
- Emergency Medicine: Robot Treats Injured People in Flight4 months ago
- Miniaturized Quantum Magnetometer Offers New Measurement Possibilities for a Wide Range of Applications4 months ago
- UK and Japan to sign nuclear fusion collaboration deal4 months ago
- Fraunhofer IPMS Develops Energy-Efficient Solution for Real-Time Data Transmission4 months ago