U.K. Rare Earth Firm Pensana Joins Equinor to Look at Recycling Magnets
The date of:
2022-01-26
viewed:
30
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
2026
-
04
-
17
Click on the number of times:
1
来源:ACS PublicationsThe optical performance of persistent phosphors like SrAl2O4:Eu2+,Dy3+ is limited due to environmental sensitivity. We fabricated a multifunctional phosphor–glass composite in which...
2026
-
04
-
16
Click on the number of times:
0
来源:ACS PublicationsThree phases of stoichiometric europium(III) iodate compounds are probed as candidates for optical quantum memory to determine the impact of reaction conditions on phase formation a...
2026
-
04
-
16
Click on the number of times:
1
Pentagonal Bipyramidal Dy(III) Ions Bridged by Homologous Metallocyanate Anions into One-Dimensional Chain Structures Exhibiting Distinct Magnetic Relaxation Properties来源:ACS PublicationsThe continuou...
2026
-
04
-
15
Click on the number of times:
1
来源:ACS PublicationsUp to date, the development of highly efficient, visible light-active catalysts remains a formidable challenge due to the enhanced rising of atmospheric CO2 concentration. This stud...