Ever wonder what will happen to all those EV, home, and main batteries will go after they start to wear out? Most people don't think about how big a job it will be to recycle or repurpose them and reuse their materials. Dr. Singh has started a new company, Relyion, to help solve that problem.
Dr. Surinder Singh’s distinguished career has focused on advancing and incubating technologies that address climate emergency with a focus on fundamentals of science, systems engineering, and business models. He is spearheading Relyion Energy Inc’s strategic business development to create second-life sustainable solutions for Lithium-ion batteries.
Previously, Dr. Singh worked as Director of Engineering and Center of Excellence Leader for NICE America Research (that’s the National Institute for Clean and Low-Carbon Energy), an incubator for China Energy (CE), and a program leader at General Electric.
China Energy is the world’s largest overall power producer and renewable power producer by assets. He utilizes system-level thinking to address climate change via clean energy technology developments. He has led initiatives funded by Defense Advanced Research Projects Agency (DARPA), Department of Energy, General Electric, NICE, and others on low-carbon technologies such as alternative fuel production for transportation with low greenhouse gas emissions; carbon capture and storage (CCS) including direct air capture and Bioenergy with Carbon Capture and Storage for decarbonizing the power sector, biofuels and biochar production, fuel cells, hydrogen, and energy storage. He has led multi-million-dollar programs, developed partnerships with renowned universities and technology developers, and developed calls for proposals for funding programs.
Dr. Singh is mentoring startups in Climate and Energy at Breakthrough Energy, Third Derivative/New Energy Nexus, On Deck, and STEP-TIET Venture Capital and Private Equity Principals Mentor. He has led multiple cross-functional and cross-organizational teams with chemical, mechanical, electrical, electrochemical, chemists, and material scientists backgrounds. He is a seasoned executive who has authored and co-authored 11 publications, 1 book chapter, and more than 100 technical reports and holds more than 40 patents granted and pending in ClimateTech. His scientific work has been extensively cited. He is also an editor for a renowned scientific journal Sustainable Materials and Technologies. He has a Ph.D. from University of California at Riverside and BE from Thapar Institute. He is cited in Fortune ' s “Unstoppable World’s Business Minds” and “Are Second Life EV Batteries Game Changers for Microgrid Owners and the Grid?”
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