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Kinetic and Mechanistic Analysis of Aqueous Phase Glycerol Reforming over Supported Pt Catalysts

机译:支持Pt催化剂水相甘油水溶液中的动力学和机械分析

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As the United States works to transition from a petroleum hased economy to one powered by renewables, catalytic conversion of these resources will play an important role. Hydrogen is a key component of many industrial reactions and is generally formed by the non-renewable steam reforming of natural gas. Cortright et al. have demonstrated oxygenated hydrocarbons (C:O = 1:1) can be reformed in the aqueous phase to produce hydrogen and CO2.
机译:由于美国致力于从石油流量过渡到可再生能源的一个人,这些资源的催化转换将发挥重要作用。氢是许多工业反应的关键成分,通常通过天然气的不可再生蒸汽重整而形成。 CortRight等人。已经证明含氧烃(C:O = 1:1)可以在水相中重整以产生氢和CO 2。

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