Determining the Design Parameters of Reactive Distillation Processes by a Quick Mapping Method

Keyphrases

• Mapping Method 100%
• Design Parameters 100%
• Reactive Distillation 100%
• Reactive Distillation Process 100%
• Quick Mapping 100%
• Energy Efficiency 33%
• Reaction Systems 33%
• Hydrolysis 33%
• Methyl Acetate 33%
• Significant Benefit 33%
• Overall Cost 33%
• Saving Time 33%
• Real System 33%
• Reaction Kinetics 33%
• Conceptual Design Phase 33%
• Reactive Distillation Column 33%
• Reflux Ratio 33%
• Applicability Graph 33%
• Generic Maps 33%
• Relative Volatility 33%
• Generic System 33%
• Kinetic Equilibrium 33%
• Chemical Equilibrium Constant 33%
• Chemical Equilibrium 33%
• Number of Theoretical Stages 33%
• Kinetically Controlled 33%
• Chemical Process Industry 33%
• Methyl Lactate 33%
• Reaction Equilibrium Constant 33%
• Kinetically Controlled Reaction 33%

Engineering

• Design Parameter 100%
• Mapping Method 100%
• Reactive Distillation 100%
• Applicability 28%
• Equilibrium Constant 28%
• Energy Efficiency 14%
• Process Chemical 14%
• Initial Value 14%
• Distillation Column 14%
• Real System 14%
• Design Stage 14%
• Relative Volatility 14%
• Damkhler Number 14%

Chemical Engineering

• Reactive Distillation Process 100%
• Reactive Distillation Column 33%