Development of a multiphase chemical reactor network method as a tool for simulating biomass gasification in fluidized beds

Engineering

• Air Gasification 50%
• Biomass Conversion 50%
• Biomass Gasification 100%
• Chemical Reactor 100%
• Clean Energy 50%
• Energy Requirement 50%
• Engineering 50%
• Fluidized Bed 100%
• Gas-Phase 50%
• Gasifiers 50%
• Heterogeneous Reaction 50%
• Industrial System 50%
• Large-Scale Systems 50%
• Multiphase Reactor 50%
• Multiscale 50%
• Nuclear Reactor 100%
• Phase Reaction 50%
• Reacting System 50%
• Shift Reaction 50%
• Solution Algorithm 50%
• Steam Gasification 50%
• Transport Phenomena 50%

Keyphrases

• Air Gasification 25%
• Bio-ash 25%
• Biomass Conversion 25%
• Biomass Gasification 100%
• Char Conversion 25%
• Chemical Phenomena 25%
• Chemical Reactor Network 100%
• Clean Energy 25%
• Complex Chemical Reactions 25%
• Complexity Level 25%
• Conversion Reaction 25%
• Detailed Chemical Kinetics 25%
• Energy Requirement 25%
• Fluidized Bed 100%
• Gas-phase Reactions 25%
• Gasifier 25%
• Heterogeneous Reaction 25%
• Industrial Systems 25%
• Large-scale Systems 25%
• Mixing Behavior 25%
• Multiphase Reactors 25%
• Network Method 100%
• Perfectly Stirred Reactor 25%
• Perfectly Stirred Reactor Model 25%
• Physical Phenomena 25%
• Predictive Modeling 25%
• Reaction Catalysis 25%
• Reaction Systems 25%
• Reactor 25%
• Reactor Network 100%
• Shift Reaction 25%
• Solid-phase Reaction 25%
• Solution Algorithm 25%
• Steam Gasification 25%
• Transport Phenomena 25%

Chemical Engineering

• Biomass Conversion 100%
• Chemical Reactor 100%
• Fluidized Bed 100%
• Multiphase Reactor 100%
• Reacting System 100%