2007Power System EngineeringRequires access

Study on Catalytic Pyrolysis of Corn Straw

Zhang Zheng-le

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Abstract

In biomass pyrolysis, the mental oxides of CFB slag, especially CaO, made for decreasing the tar yield and increasing the gas yield yield. A series of catalyst pyrolysis experiments were done. The results of the experiment indicated that after the slag could change the content of the gas components in a greater extend, increase the gas yield and increase the gas calorific value which made the calorific value increase from 9.737 MJ/Nm3 to 17.079 MJ/Nm3.

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What this paper is about

In biomass pyrolysis, the mental oxides of CFB slag, especially CaO, made for decreasing the tar yield and increasing the gas yield yield. A series of catalyst pyrolysis experiments were done. The results of the experiment indicated that after the slag could change the content of the gas components in a greater extend, increase the gas yield and increase the gas calorific value which made the calorific value increase from 9.737 MJ/Nm3 to 17.079 MJ/Nm3.

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Available abstract

In biomass pyrolysis, the mental oxides of CFB slag, especially CaO, made for decreasing the tar yield and increasing the gas yield yield. A series of catalyst pyrolysis experiments were done. The results of the experiment indicated that after the slag could change the content of the gas components in a greater extend, increase the gas yield and increase the gas calorific value which made the calorific value increase from 9.737 MJ/Nm3 to 17.079 MJ/Nm3.

Key concepts: Heat of combustion, Pyrolysis, tar (computing), Yield (engineering), Straw, Biomass (ecology), Slag (welding), Waste management

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