U.K. Rare Earth Firm Pensana Joins Equinor to Look at Recycling Magnets
The date of：
2022-01-26
viewed:
0
As governments look to secure supplies of crucial rare earth materials, the U.K.’s Pensana Plc signed an agreement with energy company Equinor ASA to look at developing a low-energy method for recycling magnets.The accord is for magnets from wind turbine nacelles -- the central hub that allows it to generate electricity -- to be recycled using hydrogen at Pensana’s hub at the Saltend Chemicals Park. The rare earth company is targeting recycling an annual market of 4,000 tons of end-of-life magnets.Rare earths are crucial to high-tech products from computer hard drives to missile-guidance systems and are an essential part of green-related products that are key to tackling climate change. While they are fairly common, China has dominated processing of the materials for more than a decade, and prices have surged lately as demand outpaced production. That’s prompting a search to secure more supply.Using hydrogen at the Saltend facility will help offer a production alternative that uses 88% less energy than virgin magnet manufacturing, the company said in a statement.
Hot News
/
Related to recommend
2024
-
09
-
20
Click on the number of times:
0
source:SMALL CAPSRareX (ASX: REE) has identified a significant new heavy rare earths (HRE) opportunity following a desktop study of historical data from its Mt Mansbridge tenement package in Western A...
2024
-
09
-
19
Click on the number of times:
0
source:TOHOKU UNIVERSITYA group of researchers has achieved significant progress in developing cost-effective catalysts for the oxygen evolution reaction (OER), a critical component in technologies li...
2024
-
09
-
18
Click on the number of times:
0
source:TechxploreAs the world transitions away from fossil fuels, the demand for rare earth elements (REEs) is only going to increase. These elements are vital to the production of technologies that w...
2024
-
09
-
13
Click on the number of times:
0
source:phys.orgThe synthesis of molybdenum carbide catalysts typically requires high temperature, leading to inevitable passivation in an oxygen-containing atmosphere. Developing a new route to produc...