Advancing Renewable Energy with Next-Gen Electrolysis: UMN Project Update
Key Ideas
  • Next Hydrogen Solutions Inc. in Mississauga, Ont., has secured a contract with UMN for their latest electrolysis technology, supported by ARPA-E and other partners, aiming to produce ammonia from renewable energy sources.
  • The project involves a range of industry players and institutions, including Nutrien, GE, Nel Hydrogen, and more, to showcase hydrogen production from intermittent renewables for emerging energy markets.
  • Next Hydrogen's third-generation Alkaline Water Electrolyzers are set to enhance energy efficiency and operating capabilities, offering efficient load following for hydrogen production from wind and solar sources.
  • Raveel Afzaal, the President and CEO of Next Hydrogen, expressed enthusiasm for the project, highlighting their technology as a cost-effective solution for renewable hydrogen production.
Next Hydrogen Solutions Inc., based in Mississauga, Ontario, has been awarded a contract by the University of Minnesota (UMN) for their advanced electrolysis technology. The project, conducted at the UMN West Central Research and Outreach Center (WCROC), is supported by the U.S. Department of Energy's ARPA-E and involves collaboration with various partners like RTI International. The initiative aims to demonstrate the production of ammonia from renewable energy sources, catering to both emerging energy markets and existing agricultural sectors. Next Hydrogen will supply their latest Alkaline Water Electrolyzers, known for their energy efficiency and ability to adapt to variable renewable sources like wind and solar. Scheduled for operation in 2025, the project team includes a diverse range of contributors such as Nutrien, GE, Nel Hydrogen, and others, highlighting a collective effort towards sustainable hydrogen production. The President and CEO of Next Hydrogen, Raveel Afzaal, expressed pride in the project, emphasizing the cost-effectiveness of their technology for renewable hydrogen generation. This collaborative endeavor signifies a significant step in advancing renewable energy solutions and promoting sustainability within energy markets.
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