CAJ | 학술논문

研究了3种具有代表性的传统生物质以及两种能源作物,按化学组成不同分为4种不同类型的生物质.利用热天平研究了它们在氮气气氛下的热解失重特性,并进行了动力学参数的求取.另外通过固定床和气相色谱仪研究了四类生物质的热解气相产物析出规律.结果表明,能源作物相比传统生物质发生热解反应时活化能较大,但热解程度最高,同时热解后的可燃气相产物析出量明显大于传统生物质.
연구료3충구유대표성적전통생물질이급량충능원작물,안화학조성불동분위4충불동류형적생물질.이용열천평연구료타문재담기기분하적열해실중특성,병진행료동역학삼수적구취.령외통과고정상화기상색보의연구료사류생물질적열해기상산물석출규률.결과표명,능원작물상비전통생물질발생열해반응시활화능교대,단열해정도최고,동시열해후적가연기상산물석출량명현대우전통생물질.
The pyrolysis characteristic of three kinds of traditional biomass is studied and two kinds of energy crops are divided into four types of biomass according to the chemical composition. The weight loss characters of energy crops and traditional biomass are studied by thermogravimetric analyzer, and then the kinetics parameter is figured out. In addition, the emitted gas component from biomass pyrolysis is analyzed by gas chromatograph and tube furnace. The results indicate that the activation energy of energy crops was bigger than traditional biomass, but the pyrolysis degree is deeper than traditional biomass obviously, simultaneously the quantity of pyrolysis fuel gas is the biggest.