Nano One receives funding to advance M2CAM and thermal processing initiatives

Nano One® Materials Corp. is a clean technology company with a patented low carbon intensity process for the production of low cost, high-performance cathode materials used in lithium-ion batteries. The company has announced that it is receiving advisory services and funding of up to C$404,000 from the National Research Council of Canada Industrial Research Assistance Program (NRC IRAP) to support a research and development project to advance its Metal direct to Cathode Active Material (“M2CAM”) technology and thermal processing innovations.

“Nano One values this support from NRC IRAP,” said Nano One CTO Dr. Stephen Campbell“This project will further advance cost optimization of the One-Pot Process for the manufacture of cathode active materials, specifically as it relates to the use metal feedstocks enabled by our M2CAM technology and innovations in final stage of thermal processing.”

Nano One believes that the world’s battery ecosystems and supply chains can only be made secure, competitive and resilient, by leapfrogging the established methods, with economically and environmentally engineered supply chains. A study produced by Hatch Ltd. and announced by Nano One on January 24 2022, supports that Nano One’s patented One-Pot and M2CAM processes offer both environmental and potential economic benefits when compared to conventional cathode manufacturing processes. The technology eliminates large streams of wasteful by-product and the need to convert lithium-carbonate to lithium-hydroxide and metals to metal-sulfates. There are also estimated significant reductions in carbon footprint and water usage.

Dr. Campbell added “We have also identified opportunities to improve the efficiency of thermal processing, which is a capitally and energy intensive final step in making cathode materials. We have innovations and patents pending, and this latest support from NRC IRAP is aimed at developing them into near-term industrial scale solutions, better suited for terawatt-hour scale battery production.”

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