摘要
In this paper,the temperature rise characteristics of Huadian oil shale,its semi-coke and mixture were examined in the microwave field.The results showed that oil shale was a poor microwave absorbing material and can not be pyrolyzed while semi-coke produced can be used as microwave absorbent due to its high heat-up rate in the microwave field.The mixture of oil shale and semi-coke can be pyrolyzed by microwave radiation.The pyrolysis in the microwave field was performed and the effect of mixed ratio,microwave power and particle size were discussed.It was found that the more the semi-coke added,the more the oil yield produced.The higher the microwave power,the more the oil yield and gas loss,while the less the semi-coke yield in the same time.The influence of particle size was small on the pyrolysis except the particle size <0.2 mm due to its serious entrainment in the experiment.
In this paper, the temperature rise characteristics of Huadian oil shale, its semi coke and mixture were examined in the microwave field. The results showed that oil shale was a poor microwave absorbing material and can not be pyrolyzed while semi-coke produced can be used as microwave absorbent due to its high heat up rate in the microwave field. The mixture of oil shale and semi coke can be pyrolyzed by microwave radiation. The pyrolysis in the microwave field was performed and the effect of mixed ratio, microwave power and particle size were discussed. It was found that the more the semi-coke added, the more the oil yield produced. The higher the microwave power, the more the oil yield and gas loss, while the less the semi-coke yield in the same time. The influence of particle size was small on the pyrolysis except the particle size 〈0. 2 mm due to its serious entrainment in the experiment.
出处
《化工学报》
EI
CAS
CSCD
北大核心
2008年第5期1288-1293,共6页
CIESC Journal
基金
吉林省重大科技攻关项目(20075015)~~
关键词
油页岩
半焦
微波
干馏
铝甑实验
oil shale
semi-coke
microwave
pyrolysis
Fischer assay
