Development and application of an efficient chemical reactor network model for oxy-fuel combustion

Keyphrases

• Carbon Monoxide Emission 25%
• Chemical Reactor Network 100%
• CO Emission 25%
• CO Prediction 25%
• Combustion Device 25%
• Combustor 25%
• Complex Flow 25%
• Computational Cost 50%
• Computational Fluid Dynamics Simulation 50%
• Computationally Efficient 25%
• Darmstadt 25%
• Detailed Chemical Kinetics 100%
• Directly Coupled 50%
• Discretized 25%
• Dynamic Measurement 25%
• Efficient Strategy 25%
• Equation-based 25%
• Flame Zone 25%
• Global System 25%
• Ideal Reactor 50%
• Iterative Approach 25%
• Macrozones 25%
• Network Model 25%
• Novel Chemicals 25%
• Numerical Investigation 25%
• Numerical Model 25%
• Oxy-fuel Burner 25%
• Oxy-fuel Combustion 100%
• Pollutant Emissions 25%
• Reactor 50%
• Reactor Network 25%
• Reactor Network Model 25%
• Reactor Temperature 25%
• Rector 25%
• Sensitivity Analysis 75%
• Sequential Modular 25%
• Solution Method 25%
• System of Equations 25%

Engineering

• Chemical Reactor 100%
• Combustor 25%
• Computational Cost 50%
• Computational Fluid Dynamics 50%
• Flame Zone 25%
• Good Agreement 25%
• Kinetic Model 25%
• Network Model 100%
• Nuclear Reactor 50%
• Numerical Model 25%
• Oxyfuel Combustion 100%
• Reactor Temperature 25%
• Solution Method 25%

Chemical Engineering

• Chemical Reactor 100%