RE: AEM succesful conclusion to Rare project2 Jun 2023 16:43
'For all the time and effort invested, recycling rare earth materials has been broadly unsuccessful. The current process is to either melt magnets back to a master alloy or use solvent extraction to extract rare earth materials. Not only are these processes energy-intensive, but they also require magnets to be separate from other components in the motor housing, which often isn’t the case. With a limited supply available, manufacturers are looking for a more practical and cost-effective way of operating systems using magnet-based technology.
Working with the leader in magnet recycling and manufacturing, HyProMag, and the University of Birmingham, our goal is to broaden the range of scrap for the extraction of magnets and scale-up the extraction and recycling processes to make as many motor technologies as sustainable as possible.
The recycled magnets will be used in the bespoke ancillary motors designed and manufactured by AEM, and applied by Bentley Motors. Unipart will then develop a scalable manufacturing route for the volume production of this design.
The Opportunities
There are currently no motor designs on the market using recycled rare earth materials. Aside from making this an industry first, there are broader opportunities from the outcome of the RaRE project.
For instance, the scrap separation process that will be developed has applications within both global waste handling and waste handling facility designs. There are also benefits for recycled rare earth production facilities from the models of scrap processing and magnet manufacturing that will be developed, and all these processes and materials will be applicable across several sectors, creating a huge number of opportunities in different applications.
These outcomes from RaRE will present an opportunity to create a competitive advantage for UK motor manufacturing by developing a differentiated supply chain for motors and power electronics, which is expected to grow to £5 billion by 2025. The cost-effective production of magnetic materials could turn the UK into an exporter of magnets for tractions motors and inherently protect the UK from future supply issues. '