摘要
目前生物质热解动力学方程的研究主要集中在低升温速率工况,实验和模拟数据不能完全反映极高升温速率下商业规模级别热解反应器生物质快速热解动力学特征。以喷动循环流化床快速热解系统为研究对象,分析落叶松树皮快速热解过程,结合气固等温反应理论,通过生物油产率及不凝气体产率,获得落叶松树皮快速热解、生物油转化、不凝气体转化的动力学参数及其动力学方程。
The kinetic equations of biomass pyrolysis under low heating rate have been extensively studied,whereas the experimental and simulation data could not fully reflect the kinetic characteristics of biomass fast pyrolysis in commercial-scale pyrolysis reactors under very high heating rate.The spouted-circulating-fluidized bed fast pyrolysis system was studied,and the fast pyrolysis of larch bark was analyzed.Based on the isothermal theory of gas-solid reaction process,the kinetic equations and corresponding parameters of larch bark fast pyrolysis,bio-oil conversion,non-condensable gas conversion were obtained through the bio-oil production rate and non-condensable gas production rate.
作者
唐朝发
韩继文
李杉
杜洪双
TANG Chao-fa;HAN Ji-wen;LI Shan;DU Hong-shuang(Beihua University,Wood Material Science and Engineering Key Laboratory of Jilin Province,Jilin 132013,Jilin,P.R.China)
出处
《林产工业》
北大核心
2021年第2期16-20,共5页
China Forest Products Industry
基金
吉林省科技发展计划项目资助(20120751,20200201184JC,20130102032JC)
教育部青年基金项目(16XJCZH005)。
关键词
喷动循环流化床
落叶松树皮
快速热解
动力学方程
动力学参数
Spouted-circulated-fluidized bed
Bark of larch
Fast pyrolysis
Kinetic equation
Kinetic parameters
