This work focuses on the mechanistic understanding of oxidative dehydrogenation of ethane over supported alkali chloride catalysts, performed by kinetic and isotopic labeling experiments. Based on the mechanism and steady steady kinetic data, a detailed microkinetic model has been developed. Furthermore, the suitability of this catalyst system for the oxidative coupling of methane has been proven. Thus, this catalyst system is an excellent candidate to convert natural gas components towards the highly valued ethene.
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This work focuses on the mechanistic understanding of oxidative dehydrogenation of ethane over supported alkali chloride catalysts, performed by kinetic and isotopic labeling experiments. Based on the mechanism and steady steady kinetic data, a detailed microkinetic model has been developed. Furthermore, the suitability of this catalyst system for the oxidative coupling of methane has been proven. Thus, this catalyst system is an excellent candidate to convert natural gas components towards the...
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