How does the critical point change during a chemical reaction in supercritical fluids? A study of the hydroformylation of propene in supercritical CO₂

Keyphrases

• Batch Reaction 33%
• Batch Reactor 33%
• Behavior Problems 33%
• Binary Interaction 33%
• Binary Mixture 33%
• Chemical Reaction 100%
• Continuous Reaction 33%
• Critical Point Data 66%
• Critical Pressure 33%
• Critical Temperature Tc 33%
• Flow Reactor 33%
• High Pressure 33%
• Homogeneous Catalysis 33%
• Hydroformylation 100%
• Isobutyraldehyde 33%
• Peng-Robinson Equation of State 33%
• Phase Behavior 66%
• Phase Separation 33%
• Phase Space 33%
• Propene 100%
• Published Data 33%
• Reactant Concentration 33%
• Reaction Systems 33%
• Stoichiometry 33%
• Supercritical CO2 (SCO2) 100%
• Supercritical Fluid 100%
• Traditional View 33%
• View Cell 33%

Chemistry

• Batch Reactor 25%
• Carbon Dioxide 100%
• Critical Pressure 25%
• Critical Temperature 25%
• Homogeneous Catalysis 25%
• Hydroformylation 100%
• Isobutyraldehyde 25%
• Pc 50%
• Peng-Robinson Equation of State 25%
• Phase Behavior 50%
• Phase Separation 25%
• Phase Space 25%
• Propene 100%
• Reacting System 25%
• Reaction Stoichiometry 25%
• Supercritical Fluid 100%

Chemical Engineering

• Hydroformylation 100%
• Phase Separation 33%
• Propylene 100%
• Reacting System 33%