Ning Li1,2, Weiming Yi1,2, Zhihe Li1,2,*, Lihong Wang1,2, Yongjun Li1,2, Xueyuan Bai1,2, Mei Jiang1,2
Journal of Renewable Materials, Vol.8, No.3, pp. 329-346, 2020, DOI:10.32604/jrm.2020.08618
Abstract Bio-oil production via pyrolysis is one of promising technologies for
renewable energy production from bio-wastes. However, the complicated biooil is still a challenge for high-valued application and during biomass pyrolysis,
the emission of non-cleaned aerosol, the potential emission, namely carbonaceous
aerosol (CA) increased the difficulty of the commercial promotion. In this study,
Rice husk pyrolysis was performed in a semi-continuous fluidized bed reactor
coupled with fractional condensers. The effects of pyrolysis and condensation
temperature on the properties of bio-oil and emission of CA were investigated systemically. Results indicated that the in-situ separation of vapors was accomplished
via condensers of different… More >
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