Ultraselective glassy polymer membranes with unprecedented performance for energy-efficient sour gas separation

Keyphrases

• Energy Efficient 100%
• Polymer Membrane 100%
• Membrane-based Separation 100%
• Glassy Polymers 100%
• Amidoxime-functionalized 100%
• Sour Gas Separation 100%
• Design Strategy 50%
• Polymeric Membrane 50%
• Carbon Dioxide 50%
• Natural Gas 50%
• Feed Mixture 50%
• Order of Magnitude 50%
• Commercially Available 50%
• Commercial Interests 50%
• Feeding Pressure 50%
• Ultra-high 50%
• HyPer 50%
• Functional Polymers 50%
• Three-order 50%
• Gas Stream 50%
• Hydrogen Sulfide 50%
• Academic Interest 50%
• Functional Membrane 50%
• Membrane Materials 50%
• Natural Gas Sweetening 50%
• CH4 Selectivity 50%
• Polymers of Intrinsic Microporosity 50%
• Separation Performance 50%
• Post-synthetic Functionalization 50%
• Rigid Polymer 50%
• Acid Gas 50%
• Polar Groups 50%
• Unique Design 50%
• High Permeability Membranes 50%

Material Science

• Glassy Polymer 100%
• Natural Gas 100%
• Sour Gas 100%
• Polymeric Membrane 50%