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

Engineering & Materials Science

• Hydroformylation 100%
• Supercritical fluids 75%
• Phase behavior 70%
• Propylene 63%
• Chemical reactions 54%
• Stoichiometry 36%
• Catalysis 36%
• Batch reactors 35%
• Binary mixtures 35%
• Phase separation 35%
• Equations of state 31%
• Temperature 21%

Chemical Compounds

• Hydroformylation 64%
• Supercritical Fluid 61%
• Phase Behavior 53%
• Propene 44%
• Isobutyraldehyde 39%
• Phase Space 38%
• Peng-Robinson Equation of State 38%
• Homogeneous Catalysis 34%
• Critical Temperature 32%
• Pressure 31%
• Batch Reactor 30%
• Mixture 23%
• Phase Separation 23%
• Reaction Stoichiometry 22%
• Flow 17%

Medicine & Life Sciences

• propylene 84%
• isobutyraldehyde 55%
• Temperature 39%
• Pressure 35%
• Catalysis 32%
• Problem Behavior 28%
• Carbon Monoxide 27%