化工进展Issue(8)：1979-1985,1991,8.DOI:10.3969/j.issn.1000-6613.2014.08.007
感冒清热颗粒中药渣中试规模循环流化床气化实验
Experimental study of gasification of herb residues of Ganmaoqingre granules in pilot-scale dual-loop circulating fluidized bed
摘要
Abstract
The effect of properties of herb residue and air equivalence ratio on the gasification characteristics of Gangmaoqingre granules was investigated. Experiments were conducted in a pilot-scale dual-loop circulating fluidized bed. With the increase of water content,gasification temperature gradually decreased,the contents of tar and CO2 increased,while CO content and carbon conversion rate decreased. Besides,H2 content,gas calorific value and gasification efficiency increased first and then decreased. Smaller particle size contributed to lower tar content and gas calorific value. However,gas yield,gasification efficiency and carbon conversion increased gradually. With the decrease of particle size,H2,CH4,CO,CnHm contents and gasification temperature increased while CO2 content decreased. With the increase of air equivalence ratio,concentration of combustible gas, especially CO,gas calorific value and tar content gradually decreased. Besides,gasification temperature,gas yield and carbon conversion rate gradually increased. But gasification efficiency increased first and then decreased. When water content was smaller than 4% ,granularity was smaller than 4mm and air equivalence ratio was between 0.25 and 0.27,gasification efficiency would be higher,gasification result would be better.关键词
中药渣/双回路循环流化床/气化/粒径/含水率/空气当量比Key words
herb residues/dual-loop circulating fluidized bed/gasification/granularity/water content/air equivalence ratio分类
能源科技引用本文复制引用
范鹏飞,李景东,刘艳涛,董玉平,梁敬翠,盖超,张彤辉..感冒清热颗粒中药渣中试规模循环流化床气化实验[J].化工进展,2014,(8):1979-1985,1991,8.基金项目
“十一五”国家科技支撑计划（2010BAC66B02）、2012年山东省重大专项（2012ZHZX1A0902）及国家引智项目（DZ20133701002）。 （）
