GIEC OpenIR  > 中国科学院广州能源研究所
Alternative TitleEffects of Pyrolysis Conditions on Gasification Reactivity andMethods Acquiring Kinetic Parameters of Isothermal Gasification forBiomass Char
邵振华1,2; 汪小憨1; 曾小军1; 吴勇2
Source Publication新能源进展
AbstractBiomass gasification is a key point in the research of biomass utilization. Biomass gasification process includesbiomass pyrolysis and char gasification. Different char with different reactivity will be made by different pyrolysis processfor the biomass.
Other Abstract生物质气化是生物质利用研究的一个重点.生物质气化包含生物质的热解和热解所得焦炭的气化两个过程.不同的热解条件将得到具有不同气化活性的生物质焦炭,不同热解条件制取的焦炭的动力学参数也不相同.本文主要概述了热解条件对生物质焦气化活性的影响.同时基于阿伦尼乌斯公式介绍了生物质焦等温气化动力学参数的两种获取方法,非等转化率法是通过选择动力学模型中的结构因子f(x) 来获取动力学参数,而等转化率法是通过避开选择动力学模型中的结构因子f(x) 来获取动力学参数.基于简单碰撞理论提出了获取等温气化动力学参数的新方法,对
Keyword生物质焦 气化活性 热解条件 动力学参数
Funding Organization国家自然科学基金(51276184);国家重点基础研究发展计划(2011CB201501)
Document Type期刊论文
First Author AffilicationGuangZhou Institute of Energy Conversion,Chinese Academy of Sciences
Recommended Citation
GB/T 7714
邵振华,汪小憨,曾小军,等. 热解条件对生物质焦气化活性的影响及等温气化动力学参数求解方法[J]. 新能源进展,2015(1):14-20.
APA 邵振华,汪小憨,曾小军,&吴勇.(2015).热解条件对生物质焦气化活性的影响及等温气化动力学参数求解方法.新能源进展(1),14-20.
MLA 邵振华,et al."热解条件对生物质焦气化活性的影响及等温气化动力学参数求解方法".新能源进展 .1(2015):14-20.
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