Catalytic Pyrolysis by Heat Transfer of Tube Furnace for Produce Bio-Oil

Catalytic pyrolysis by heat transfer model can be solved the control temperature in tube furnace to produce bio-oil by continuous pyrolysis process and this study concern the products yield of bio-oil from mixed biomass consist of Cogongrass, Manilagrass and the leaf of trees, which conducted temperatures in the range of ~400-550℃, considering the feed rate of 150, 350, and 550 rpm (r•min^(−1))]. Preliminary result of proximate analysis was founded that the high volatile matter, low ash and moisture. The products yield calculation showed that the liquid yield of bio-oil was highest of 55.60 %, and 45.45%., at 350 rpm and 550 rpm., respectively, the solid yield of bio-oil was highest of 27.35 %, at 350 rpm, and the gas yield of bio-oil was highest of 43.60 %, at 150 rpm. Indicated that biomass from mixed biomass had good received yields because of low solid yield and gas yield and high liquid yield. The compounds detected in bio-oil from mixed biomass showed that the functional groups, especially; phenols. For the purpose that; in this research not only concern the feed rate and the heat transfer for contact biomass but also concern the control gas flow and temperature balanced.

並列關鍵字

Catalytic Pyrolysis ； Heat Transfer ； Continuous Pyrolysis Reactor ； Received Oil Yield

國際替代計量

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