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Nickel phosphides based electrochemical catalysts have been invented having significantly high activity for hydrogen oxidation and hydrogen evolution reactions. Research has shown a nickel phosphide having significantly improved exchange current density and specific activity versus pristine nickel. In a fuel cell test nickel phosphide anode catalyst-based hydrogen fuel cell exhibited improved current density. Applications: 1) Fuel cells electrolyzers and solar hydrogen generators 2) Liquid alkaline/hydroxide exchange membrane fuel cell/electrolyzer companies 3) Energy conversion applications
Benefits
1) Low material costs 2) High-performance electrochemical applications 3) Wide applications
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