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摘要:Simulation of sugarcane bagasse gasification has been performed in Aspen plus. The gasification process has been modelled by decomposition of dried bagasse into volatile components and ash followed by partial oxidation and gasification reactions assuming chemical equilibrium where the total Gibbs energy of the system has its minimum value. The modelled data were compared to experimental results published in literature for processes where sugarcane bagasse and other biomass with comparable ultimate composition similar to bagasse were used as feedstock. The simulation data under-predicted the CH 4 formation and slightly over-predicted the H 2 formation. However the overall data were found to be in fair agreement with experimental data reported in literature.
会议名称:

International Conference on Chemical and Environmental Engineering (ICCEE’2013);International Conference on Mining, Mineral Processing and Metallurgical Engineering(ICMMME’2013);International Conference on Law,Entrepreneurship and Industrial Engineering(ICLEIE’2013);International Conference on Nanotechnology,Health and Environmental Sciences(ICNHES’2013);International Conference on Integrated Waste Management and Green Energy Engineering(ICIWMGEE’2013);International Conference on Energy Policies and Climate Protection(ICEPCP’ 2013)

会议时间:

2013-04-15;2013-04-15;2013-04-15;2013-04-15;2013-04-15;2013-04-15

会议地点:

Johannesburg,South Africa;Johannesburg,South Africa;Johannesburg,South Africa;Johannesburg,South Africa;Johannesburg,South Africa;Johannesburg,South Africa

  • 专辑:

    工程科技Ⅰ辑

  • 专题:

    轻工业手工业

  • 分类号:

    TS249.2

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