Optimization of dual-layer hollow fiber technology for superior gas separation

Keyphrases

• Gas Separation 100%
• CO 2 100%
• Spinning Conditions 100%
• Shear Rate 100%
• CH 4 100%
• Dual-layer 100%
• Dual-layer Hollow Fiber 100%
• Fiber Technology 100%
• Canada 50%
• Montreal 50%
• World Congress 50%
• Hollow Fiber 50%
• Effective Approach 50%
• Hollow Fiber Membrane 50%
• Gas Permeation 50%
• Polyethersulfone 50%
• Mixed Gas 50%
• Gas System 50%
• Chemical Engineering 50%
• Dense Films 50%
• Oxygen Enrichment 50%
• Selective Layer 50%
• Gas Separation Performance 50%
• N2 Selectivity 50%
• CO2 Gas 50%
• Polyethersulfone Hollow Fiber Membranes 50%
• Natural Gas Separation 50%
• Intrinsic Value 50%
• Quebec 50%

Engineering

• Hollow Fibre 100%
• Separation Gas 100%
• Hollow-Fiber Membrane 66%
• Shear Rate 66%
• Graphics Processing Unit 33%
• Effective Approach 33%
• Separation Performance 33%
• Natural Gas 33%
• Oxygen Enrichment 33%

Material Science

• Natural Gas 100%