Performance of sulfolane/DETA hybrids for CO₂ absorption: Phase splitting behavior, kinetics and thermodynamics

Keyphrases

• Thermodynamics 100%
• Diethylenetriamine 100%
• Phase Splitting 100%
• CO2 Absorption 100%
• Absorption Phase 100%
• Splitting Behaviour 100%
• Sulfolane 100%
• Mass Transfer Resistance 50%
• CO2 Loading 50%
• Vapor-liquid Equilibrium 25%
• Enhancement Factor 25%
• Role of Water 25%
• Nuclear Magnetic Resonance 25%
• Gas Flow Rate 25%
• Low Power Consumption 25%
• Separated Phase 25%
• Carbamate 25%
• Equilibrium Model 25%
• Upper Layer 25%
• Sensible Heat 25%
• Total Temperature 25%
• CO2-rich 25%
• Lower Layer 25%
• CO2 Gas 25%
• CO2 Capture Technology 25%
• CO2 Absorption Process 25%
• CO2 Capture 25%
• Heat of Vaporization 25%
• Simulated Flue Gas 25%
• Heat Duty 25%
• CO2 Transfer 25%
• Wetted Wall Column 25%

Engineering

• Carbon Dioxide Capture 100%
• Vapor-Liquid Equilibrium 50%
• Enhancement Factor 50%
• Mols 50%
• Gas Flowrate 50%
• Nuclear Magnetic Resonance 50%
• Rich Phase 50%
• Vaporization 50%
• Equilibrium Model 50%
• Flue Gas 50%
• Sensible Heat 50%
• Heat Duty 50%
• Lean Phase 50%

Chemical Engineering

• Enthalpy 100%