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In a paper published in Nature Communications, the synthesis of monolayer nanosheets of NiFeB hydroxide was presented. The study highlighted the effectiveness of boron in enhancing the production of high-oxidation-state nickel for enhanced oxygen evolution reactions.
MIT researchers have developed a new type of catalyst material, called a metal hydroxide-organic framework (MHOF), which is made of inexpensive and abundant components. The catalyst speeds up the electrochemical reaction that splits apart water molecules to produce oxygen, which is at the heart of multiple approaches aiming to produce alternative fuels for transportation.
In this article, Metrohm Middle East discusses how the generation of green hydrogen is underpinned by electrochemistry, specifically the electrolysis of water.
Nanotechnology Now Home > Press > Better solutions for making hydrogen may lie just at the surface The unique interactions between perovskite oxide, its changing surface layer, and iron species that are active toward the OER paves a new path for the design of active and stable materials, bringing us one step closer to efficient and affordable green hydrogen production. CREDIT Argonne National Laboratory Abstract: A clean energy future propelled by hydrogen fuel depends on figuring out how to reliably and efficiently split water. That's because, even though hydrogen is abundant, it must be der...
E-Mail IMAGE: The unique interactions between perovskite oxide, its changing surface layer, and iron species that are active toward the OER paves a new path for the design of active and stable... view more Credit: Argonne National Laboratory A clean energy future propelled by hydrogen fuel depends on figuring out how to reliably and efficiently split water. That's because, even though hydrogen is abundant, it must be derived from another substance that contains it -- and today, that substance is often methane gas. Scientists are seeking ways to isolate this energy-carrying element...