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Kinetic knowledge is of great importance in achieving good control of the pyrolysis and gasification process and optimising system design. An overall kinetic pyrolysis scheme is therefore addressed here. The kinetic modelling incorporates the following basic steps: the degradation of the virgin biomass materials into primary products (tar, gas and semi-char), the decomposition of primary tar into secondary products and the continuous interaction between primary gas and char. The last step is disregarded completely by models in the literature. Analysis and comparison of predicted results from different kinetic schemes and experimental data on our fixed bed pyrolyser yielded very positive evidence to support our kinetic scheme. Project (No. 2001CB409600) Supported by the National Key Basic Research Program (973) of China  相似文献   
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Kinetics study on biomass pyrolysis for fuel gas production   总被引:1,自引:0,他引:1  
INTRODUCTIONSincebiomassisanabundant,inexpensiveandrenewableresource ,itsconversiontosyn theticfuelsandchemicalproductsappearsat tractive.Amongallkindsofbiomassconversionroutes,pyrolysisisbeinggivenincreasingatten tionsincetheprocessissimpleandmaybeopti m…  相似文献   
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《建筑能源环境》是建筑环境与能源应用工程专业的先导课,在新时代新技术的冲击下应紧跟教育部新工科发展的脚步与号召进行教学改革。本文针对于此,对《建筑能源环境》课程改革进行探索与实践,赋予课程内容以新工科时代背景,使课程设计紧跟专业领域科研前沿,将课程实践与行业尖端技术紧密结合,从而增强学生对专业的热爱,实现知识传授、激发创新的目的。  相似文献   
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