Alkali Vapor Condensation on Heat Exchanging Surfaces: Laboratory-Scale Experiments and a Mechanistic CFD Modeling Approach

Engineering

• Computational Fluid Dynamics 100%
• Scale Experiment 100%
• Pulverized Fuel 100%
• Alkali Salt 100%
• Boundary Layer 50%
• Hot Gas 50%
• Nodes 50%
• Full Scale 50%
• Empirical Model 50%
• Calculation Procedure 50%
• Numerical Modeling 50%
• Fuel System 50%
• Integrated Gasification Combined Cycle Plant 50%
• Hot Gas Cleaning 50%
• Steam Generator 50%
• Combined Cycle Power Plant 50%
• Superheater 50%
• Gasification 50%
• Ficks Law of Diffusion 50%
• Cleaning System 50%
• Saturation Pressure 50%
• Pressure Coefficient 50%
• Decreasing Temperature 50%
• Pulverized Fuel Boiler 50%
• Ash Particle 50%
• Isothermal 50%
• Vaporization 50%
• Dynamic Models 50%
• Diffusion Coefficient 50%
• Operational Problem 50%

Keyphrases

• Modeling Approach 100%
• Condensation 100%
• Laboratory-scale Experiment 100%
• Heat Exchange 100%
• CFD Modeling 100%
• Alkali Vapor 100%
• Vapor Condensation 100%
• Alkali Salts 40%
• Combined Cycle Power Plant 40%
• Heterogeneous Condensation 40%
• Condensation Rate 40%
• Wall Temperature 20%
• Boundary Layer 20%
• Hot Gas 20%
• Pressure Coefficient 20%
• High Sensitivity 20%
• Node number 20%
• Calculation Procedure 20%
• Diffusion Coefficient 20%
• Numerical Modeling 20%
• Computational Fluid Dynamics Modeling 20%
• Boiler 20%
• Pulverized Fuel 20%
• Integrated Gasification Combined Cycle 20%
• Alkali 20%
• Operational Problems 20%
• Pulverised Fuel Combustion 20%
• Vaporization 20%
• Fly Ash Particles 20%
• Combustion System 20%
• Superheater Tubes 20%
• Fuel System 20%
• Condensation Model 20%
• Steel Ring 20%
• Integrated Gasification 20%
• Isothermal Evaporation 20%
• Pulverized Fuel Boiler 20%
• Gradually Decreasing Temperature 20%
• Diffusion Law 20%
• Two-zone 20%
• Saturation Pressure 20%
• Hot Gas Cleaning System 20%