Kinetic modeling of solid, liquid and gas biofuel formation from biomass pyrolysis

Keyphrases

• Biofuel 100%
• Char Residue 100%
• Kinetic Model 100%
• Liquid-solid 100%
• Biomass Pyrolysis 100%
• Pyrolysis Products 100%
• Solid-gas 100%
• Solid Fuel Combustion 50%
• Reactor 50%
• Mathematical Modeling 50%
• Solid Phase 50%
• Catalytic Effect 50%
• Gas Phase 50%
• Devolatilization 50%
• Secondary Reaction 50%
• Lignin 50%
• Cellulose 50%
• Chemical Species 50%
• Transport Processes 50%
• Released Products 50%
• Chemical Reaction 50%
• Hemicellulose 50%
• Heterogeneous Reaction 50%
• Pyro-gasification 50%
• Grass 50%
• Computationally Intensive 50%
• Kinetic Processes 50%
• Hardwood 50%
• Softwood 50%
• Cereals 50%
• Multicomponent multiphase 50%
• Descriptiveness 50%
• Bio-oil Production 50%
• Reactor Scale 50%
• Pyrolysis Combustion 50%
• Kinetic Mechanism 50%
• Gas-phase Reactions 50%
• Comparison with Experimental Data 50%
• Coupled Transport 50%
• Oxy-fuel Atmosphere 50%

Engineering

• Pyrolysis 100%
• Biomass Pyrolysis 100%
• Biofuels 100%
• Char Residue 66%
• Gas-Phase 66%
• Thermochemical Process 66%
• Gasification 33%
• Multiscale 33%
• Mathematical Modeling 33%
• Devolatilization 33%
• Optimal Condition 33%
• Hemicellulose 33%
• Chemical Specie 33%
• Heterogeneous Reaction 33%
• Kinetic Model 33%
• Solid Fuel 33%
• Phase Reaction 33%
• Bio-Oil Production 33%
• Reference Specie 33%

Chemical Engineering

• Pyrolysis 100%