Green Energy Breakthrough: Scientists Develop Catalyst With 7.9x Higher Activity for Hydrogen Production

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Green Energy Breakthrough: Scientists Develop Catalyst With 7.9x Higher Activity for Hydrogen Production
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For hydrogen to be more accessible for vehicles and to be recognized as a reliable energy alternative, it’s essential to bring down the production costs of hydrogen, ensuring it’s economically viable. Central to this objective is optimizing the efficiency of the electrolysis-hydrogen evolution process, which produces hydrogen from water.

They accomplished this feat by depositing two different metals in a stepwise manner. The findings of their research were published inDepositing distinct materials selectively on specific locations of a catalyst surface, whose size is in the nanometer range, poses substantial challenges. Unintended depositions may block the catalyst’s active sites or interfere with each other’s functions. This predicament has prevented the simultaneous deposition of nickel and palladium onto a single material.

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