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DME hydrolysis to methanol is accelerated by the presence of acidic sites, and the methanol conversion to hydrogen proceeds relatively fast over copper-based catalysts. Since the equilibrium of DME hydrolysis seems to be shifted to the right due to methanol SR over copper-based catalysts, the catalytic activity of DME SR seems to mainly depend on the design of copper-based catalysts. In this work, different metal oxides were introduced into the copper-based catalyst, and their effects on the physical properties such as copper surface area, acidity and reducibility were investigated. The catalytic performances were analyzed mainly in terms of copper reducibility.

Characteristics of Hybrid Catalysts from Copper-Based Metal Oxide and .GAMMA.-Al2O3 for Steam Reforming of Dimethyl Ether