The objective of this research is to explore the possibility to upgrade gasified bio-oil in bench-scale fixed bed reactors with two heating units using the cracking method. The bio-oil is derived from Japanese cedars which are widely distributed in Japan. The catalyst is HZSM-5 zeolite, which is commonly used in bio-oil upgrading. The result showed that by using two heating units, even without catalyst, the upgrading was achieved as well. The catalytic cracking promoted the deoxygenation rate and further improved the quality of the upgraded oil compared with the non-catalytic cracking case. By separating two heating units with different operating condition, the catalytic effect and the deactivation of the catalyst was clarified. The raw bio...
Y zeolite was desilicated by means of alkaline treatments (NaOH 0.05, 0.10 and 0.20 M) during 15 min...
Catalytic cracking of bio-oil derived from woody biomass (Japanese cedar) was carried out at 450°C, ...
Crude bio-oils, as sustainable and renewable energy sources generated from thermochemical conversion...
Raw bio-oil was produced from fast pyrolysis of pine sawdust in a fluidized-bed boiler at 550 degree...
Fossil fuel crises along with global environmental issues, due to combustion of fossil fuel, lead to...
The world’s potency of fossil-derived petroleum fuels has declined steadily, while its consumption c...
Over the last hundred years, the fossil fuels consumption is increasing dramatically and this lead t...
Bio-oil has attracted considerable interest as a promising renewable energy resource because it can ...
The pyrolysis upgrading of bio-oil from sugarcane bagasse (SB) using ZSM-5 zeolite catalyst was carr...
Bio-oil from oil palm biomass in Malaysia seems to be attractive due to the resource abundance, env...
A consortium has been assembled to develop a new bio fuel chain from renewable feeds to transportati...
The upgrading of wood pyrolysis oils produced in the ENEL fast-pyrolysis plant located in Bastardo, ...
Pine wood pyrolysis vapors were catalytically treated using Zeolite catalysts. An auger fed reactor ...
Bio-oil can't be directly used as fuel due to its deteriorate properties. Here, an efficient catalyt...
Biofuel production is an attractive alternative to conventional fossil fuel, effectively solving pro...
Y zeolite was desilicated by means of alkaline treatments (NaOH 0.05, 0.10 and 0.20 M) during 15 min...
Catalytic cracking of bio-oil derived from woody biomass (Japanese cedar) was carried out at 450°C, ...
Crude bio-oils, as sustainable and renewable energy sources generated from thermochemical conversion...
Raw bio-oil was produced from fast pyrolysis of pine sawdust in a fluidized-bed boiler at 550 degree...
Fossil fuel crises along with global environmental issues, due to combustion of fossil fuel, lead to...
The world’s potency of fossil-derived petroleum fuels has declined steadily, while its consumption c...
Over the last hundred years, the fossil fuels consumption is increasing dramatically and this lead t...
Bio-oil has attracted considerable interest as a promising renewable energy resource because it can ...
The pyrolysis upgrading of bio-oil from sugarcane bagasse (SB) using ZSM-5 zeolite catalyst was carr...
Bio-oil from oil palm biomass in Malaysia seems to be attractive due to the resource abundance, env...
A consortium has been assembled to develop a new bio fuel chain from renewable feeds to transportati...
The upgrading of wood pyrolysis oils produced in the ENEL fast-pyrolysis plant located in Bastardo, ...
Pine wood pyrolysis vapors were catalytically treated using Zeolite catalysts. An auger fed reactor ...
Bio-oil can't be directly used as fuel due to its deteriorate properties. Here, an efficient catalyt...
Biofuel production is an attractive alternative to conventional fossil fuel, effectively solving pro...
Y zeolite was desilicated by means of alkaline treatments (NaOH 0.05, 0.10 and 0.20 M) during 15 min...
Catalytic cracking of bio-oil derived from woody biomass (Japanese cedar) was carried out at 450°C, ...
Crude bio-oils, as sustainable and renewable energy sources generated from thermochemical conversion...