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The copyrolysis of biomass/polyolefin mixture was performed to obtain gaseous hydrocarbons. The difference of the gaseous fractions was analyzed by gas chromatography (GC). The optimum condition for C3-C4 gases production was temperature 410°C, the biomass/polyolefin (in mass) mixtures ratio 1:1. At 410°C, the copyrolysis leaded to the production of more than 30% (in mass) of gases. It should be noted...
Fossil fuel is the most important energy resources for human life whilst its production tend to decrease in recent year, hence it is needed an alternative renewable energy resources for replacement. Many researches were developed to investigate an alternative energy resource. The conversion of biomass to bio oil is one of the prospective alternative energy resources. This research used palm solid...
Microwave pyrolysis technology was used to get bio-oil from fir sawdust. Fir sawdust was mixed with microwave absorption medium (glycerol and ionic liquid) in pyrolysis process. The ratio of absorption medium to fir sawdust was investigated, and result shows that the optimal ratio of glycerol to fir sawdust is 3:1, the optimal ratio of ionic liquid to fir sawdust is 2:1. Fourier Transform Infrared...
The object of this work is to reduce carbon dioxide emission and produce renewable liquid fuel (bio-oil) from locally produced rice husk by pyrolysis in a discontinuity feeding and fluidized bed reactor. The experiments are carried on at different temperatures ranging from 723 K to 923K. At 773K, the yields of bio-oil, solid and non-condensable are 53.8wt%N 19.1 wt% and 27.1wt%, respectively based...
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