CAJ | 학술논문

以稻壳为原料，通过流化床快速热解的方式制备生物油。初步考察了螺旋进料速率对流化床反应参数的影响。当进料速率由4kg／h提高至5kg／h时，床层温度明显下降，床层压差明显增加，燃气流量也明显增加，表明热解产物更多地发生了二次裂解反应。采用GC-MS对快速热解所得生物油的组成进行分析，采用TG—DSC考察生物油的热稳定性，表明在250—400℃之间，出现较强的放热现象，缩聚现象严重，并对其重要的燃料性能进行表征，pH值2．33，水分24．0％，热值16．3MJ／kg，密度1．17g／mL，黏度45mm2／s（30℃）。
이도각위원료，통과류화상쾌속열해적방식제비생물유。초보고찰료라선진료속솔대류화상반응삼수적영향。당진료속솔유4kg／h제고지5kg／h시，상층온도명현하강，상층압차명현증가，연기류량야명현증가，표명열해산물경다지발생료이차렬해반응。채용GC-MS대쾌속열해소득생물유적조성진행분석，채용TG—DSC고찰생물유적열은정성，표명재250—400℃지간，출현교강적방열현상，축취현상엄중，병대기중요적연료성능진행표정，pH치2．33，수분24．0％，열치16．3MJ／kg，밀도1．17g／mL，점도45mm2／s（30℃）。
Bio-oil from rice husk was prepared by fast pyrolysis. The effect of feed rate on the reaction parameters of fluidized reactor was investigated. With increasing feed rate （4 kg/h to 5 kg/h） it was found that the pressure difference and pyrolysis gas were also increased, while reaction temperature decreased. These results indicated that secondly-cracking reaction was increased in pyrolytic products. The components of product were analysized by GC-MS. Thermal stability of bio-oil was determined by TG-DSC. The major fuel properties of bio-oil were characterized.