Flash pyrolysis liquefaction of biomass
Cheh Jin-hua
Abstract
Cheh Jin-hua
Abstract
Experiments are conducted using an integrative biomass pyrolysis liquefaction installation to extract liquid fuel via a fast pyrolysis of biomass.With several representative biomasses being used as raw materials,we investigate ways to affect the pyrolysis liquefaction rate by changing the pyrolysis temperature,biomass types and operating conditions.The results show that,in the existing system device,the highest biomass liquefaction rate reaches 51.7 % and the operation conditions have a marked impact on the final pyrolysis liquefaction rates.
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Experiments are conducted using an integrative biomass pyrolysis liquefaction installation to extract liquid fuel via a fast pyrolysis of biomass.With several representative biomasses being used as raw materials,we investigate ways to affect the pyrolysis liquefaction rate by changing the pyrolysis temperature,biomass types and operating conditions.The results show that,in the existing system device,the highest biomass liquefaction rate reaches 51.7 % and the operation conditions have a marked impact on the final pyrolysis liquefaction rates.
Key concepts: Pyrolysis, Liquefaction, Biomass (ecology), Raw material, Waste management, Environmental science, Pulp and paper industry, Chemistry