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Study on the catalyst and operation conditions for autothermal reforming of methane

Yan Hong Zhi

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Abstract

The influences of the operation conditions(pressure,temperature,space velocity,the molar ratios of steam to methane and oxygen to methane) on autothermal reforming of methane to syngas over the prepared Ni/α-Al2O3 catalyst were investigated in a fixed bed micro-reactor.Under the conditions:space velocity 2000 h-1,steam/methane molar ratio 1.0,oxygen/methane molar ratio 0.6,pressure 0.5MPa and temperature 1073K,the methane conversion,hydrogen yield and carbon monoxide selectivity were about 96.7%,70.8% and 62.4%,respectively.The 120 hours life test showed the catalyst had good stability.

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The influences of the operation conditions(pressure,temperature,space velocity,the molar ratios of steam to methane and oxygen to methane) on autothermal reforming of methane to syngas over the prepared Ni/α-Al2O3 catalyst were investigated in a fixed bed micro-reactor.Under the conditions:space velocity 2000 h-1,steam/methane molar ratio 1.0,oxygen/methane molar ratio 0.6,pressure 0.5MPa and temperature 1073K,the methane conversion,hydrogen yield and carbon monoxide selectivity were about 96.7%,70.8% and 62.4%,respectively.The 120 hours life test showed the catalyst had good stability.

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Available abstract

The influences of the operation conditions(pressure,temperature,space velocity,the molar ratios of steam to methane and oxygen to methane) on autothermal reforming of methane to syngas over the prepared Ni/α-Al2O3 catalyst were investigated in a fixed bed micro-reactor.Under the conditions:space velocity 2000 h-1,steam/methane molar ratio 1.0,oxygen/methane molar ratio 0.6,pressure 0.5MPa and temperature 1073K,the methane conversion,hydrogen yield and carbon monoxide selectivity were about 96.7%,70.8% and 62.4%,respectively.The 120 hours life test showed the catalyst had good stability.

Key concepts: Methane, Methane reformer, Syngas, Space velocity, Catalysis, Steam reforming, Hydrogen, Molar ratio

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