e-Power Technology

Ontario Emerging as Technology Center for Next-Gen e-Power 

Radiating from brainpower of the Automotive Excellence Centre at McMaster University, startup motor developer Enedym in collaboration with industrial neighbors Toyota Tsusho, a manufacturer of industrial trucks, and JFE Shohi Power Canada, a manufacturer of transformer cores and electrical steel products, are transforming their locale in Hamilton, Ontario, Canada into a center for next generation e-power technology. The place has roots. More than a hundred years ago, George Westinghouse and Nikola Tesla hung out there. […]

Materials/Manufacturing

Industry & Academia Collaborate to Develop Euro Magnet Supply Chain 

Two efforts to build a supply chain in Europe for rare earth resources and magnets are bringing together a cluster of industry and academic players spanning the continent — and reaching even to Beatrice, Nebraska in the USA for processing ore samples from an idyllic field in Norway. Among entities linked to the projects are research technology development firm RTD Talos in Cyprus, research institute SINTEF in Norway, along with REE Minerals in Norway and American processing firm Rare Earth Salts in Nebraska. […]

Materials/Manufacturing

Cyclic Materials Opens Magnet Recycling Plant, Signs Supply Deals with Solvay & Vacuumschmelze 

Startup recycler Cyclic Materials is stepping out to commercial operation with the opening of its first-phase plant in Canada and two new supply chain deals – one with Solvay in Brussels and another with Vacuumschmelze of Germany who has a new magnet plant now under construction in the USA.

In early June, the Toronto-based company opened its Hub100 plant in Kingston, Ontario. The plant is the first scaled version of Cyclic’s hydrometallurgical technology, REEPure, and is positioned to demonstrate the feasibility of the technology at a commercial scale. The plant has a design capacity to recycle 100 tons of magnetic material per year, producing recycled mixed rare earth oxides (rMREO) that can be reused in the rare earth magnet supply chain, as well as nickel and cobalt hydroxides. […]

Research & Development

Mechanisms of Electrical Switching in Antiferromagnets

A study lead by researchers from the Johannes Gutenberg University Mainz proves that switching in antiferromagnet is controlled by the combination of two mechanisms when those materials are subjected to a current pulse. Researchers imaged antiferromagnets, which are considered very promising materials for future spintronic applications such as data storage and computation, at the PEEM end station of the CIRCE beamline at ALBA.
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