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Ordered Mesoporous Carbons As Highly Active Catalysts For Hydrogen Production By Ch_4 Decomposition

机译:有序介孔碳作为通过Ch_4分解生产氢的高活性催化剂

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Ordered mesoporous carbons have been applied, for the first time, as catalysts for hydrogen production via methane decomposition, showing higher and more stable activity than commercial carbonaceous catalysts.rnSince the hydrogen energy transition was recognized worldwide as one of the most promising alternatives to carbon-based fuels, great efforts have been dedicated by the scientific community to both production and storage of hydrogen. A variety of routes to produce hydrogen, such as photocatalytic water splitting, are being explored. Thus, catalytic methane decomposition is considered as one of the most promising methods in the short-term since no CO/CO_2 emissions are produced. Moreover, the carbon generated in this process as by-product can be commercialized, thus improving its overall economy.
机译:有序介孔碳首次用作通过甲烷分解制氢的催化剂,显示出比市售含碳催化剂更高,更稳定的活性。由于氢能转化被全世界公认是最有希望的碳替代品之一,基于氢的燃料,科学界已经为氢的生产和储存做出了巨大的努力。正在探索各种产生氢的途径,例如光催化水分解。因此,由于没有产生CO / CO_2排放,催化甲烷分解被认为是短期内最有前途的方法之一。而且,在此过程中产生的副产品碳可以商业化,从而改善了其整体经济性。

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