FJH Breakthrough Enables REE Recovery from Magnet Waste
Filed with ASX · · 5 pages · English
Summary by 6ix AI
Metallium Limited has announced a breakthrough in recovering rare earth elements from magnet waste using a patented process called Flash Joule Heating combined with chlorination, as reported by Rice University researchers. The new method achieves high purity and yield in a fraction of the time compared to traditional processes, significantly reducing energy use and greenhouse gas emissions. Metallium plans to trial this method in its Texas pilot system, aiming to establish a sustainable U.S.-based supply chain for critical metals.
Written by 6ix AI from the company’s filing. How 6ix writes summaries
Earlier from Metallium
- Metallium Advances Texas Facility Development with Addition of Second Demonstration Line to Handle Rare Earths Elements and Semiconductor Feedstocks for FJH Process Amid Global Supply Chain Disruptions
- Metallium Executes MOU with Glencore, One of World's Largest Recyclers of End-of-Life Electronics
- E-Waste Supply & Metal Offtake MOU Executed with Glencore
- Metallium Enters into Binding Collaboration with Ucore Rare Metals to Integrate Metallium's Flash Joule Heating Technology with Ucore's RapidSX™ Rare Earths Elements Separation Technology
- Binding Deal with Ucore for U.S. REE Refining Independence
Later from Metallium
- Metallium Announces Breakthrough by Rice University Scientists Enables Rare Earth Recovery from Magnet Waste
- MTM Backs New US-Australia Critical Minerals Agreement
- NFM: Binding Commercial Framework with Metallium-Harts Range
- Exclusive Tech.Rights for HREE Project After FJH Tests
- Metallium Secures Binding Exclusive Rights to Treat Heavy REE-Rich Harts Range Project Following Exceptional Upgrade of Raw Ore from the Project after Flash Joule Heating (FJH) Treatment
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