Biomass has only been utilised as an energy source via direct combustion of bio-charcoal in the past decade, but the biomass processes also create environmental issues and low energy utilization. This study provides new insights into cellulose pyrolysis mechanisms for the benefit of advanced bio-oil and bio-product selectivity technologies and maximise the utilisation of the biomass in the future green energy market, which can effectively reduce the green house emission and its environmental issue
Increasing of global energy demand and depletion of fossil fuels reserves encourage people to search...
Biomass has been identified as an ideal resource for partly substituting the fossil fuels. Cellulosi...
Worldwide depletion of oil reserves has long been a concern, and has sparked the drive to find alter...
Cellulose, which is a polymer of β-1→4 linked D-glucose units, comprises about half the components o...
In order to conserve finite fossil fuels and reduce green house gas emission, the development of sus...
The rise of consumption of traditional fossil fuels has caused emissions of greenhouse gas and deter...
Pyrolysis is estimated to be one of the most promising methods to convert biomass to diverse product...
Pyrolysis is estimated to be one of the most promising methods to convert biomass to diverse product...
Pyrolysis is estimated to be one of the most promising methods to convert biomass to diverse product...
Thermochemical conversion technologies are promising pathways for producing environmentally benign, ...
Fast pyrolysis of biomass is a next-generation biofuels production process that is capable of conver...
At present, lignocellulosic biomass is the only renewable and available resource capable of supplant...
Increasing of global energy demand and depletion of fossil fuels reserves encourage people to search...
University of Minnesota Ph.D. dissertation. June 2016. Major: Chemical Engineering. Advisor: Paul Da...
Fast pyrolysis of biomass is a next-generation biofuels production process that is capable of conver...
Increasing of global energy demand and depletion of fossil fuels reserves encourage people to search...
Biomass has been identified as an ideal resource for partly substituting the fossil fuels. Cellulosi...
Worldwide depletion of oil reserves has long been a concern, and has sparked the drive to find alter...
Cellulose, which is a polymer of β-1→4 linked D-glucose units, comprises about half the components o...
In order to conserve finite fossil fuels and reduce green house gas emission, the development of sus...
The rise of consumption of traditional fossil fuels has caused emissions of greenhouse gas and deter...
Pyrolysis is estimated to be one of the most promising methods to convert biomass to diverse product...
Pyrolysis is estimated to be one of the most promising methods to convert biomass to diverse product...
Pyrolysis is estimated to be one of the most promising methods to convert biomass to diverse product...
Thermochemical conversion technologies are promising pathways for producing environmentally benign, ...
Fast pyrolysis of biomass is a next-generation biofuels production process that is capable of conver...
At present, lignocellulosic biomass is the only renewable and available resource capable of supplant...
Increasing of global energy demand and depletion of fossil fuels reserves encourage people to search...
University of Minnesota Ph.D. dissertation. June 2016. Major: Chemical Engineering. Advisor: Paul Da...
Fast pyrolysis of biomass is a next-generation biofuels production process that is capable of conver...
Increasing of global energy demand and depletion of fossil fuels reserves encourage people to search...
Biomass has been identified as an ideal resource for partly substituting the fossil fuels. Cellulosi...
Worldwide depletion of oil reserves has long been a concern, and has sparked the drive to find alter...