Double-Skinned Forward Osmosis Membranes for Reducing Internal Concentration Polarization within the Porous Sublayer

Keyphrases

• Internal Concentration Polarization 100%
• Forward Osmosis Membrane 100%
• Double-skin 100%
• Skin Layer 75%
• Forward Osmosis Process 50%
• Forward Osmosis 50%
• Draw Solution 50%
• Porous Support Layer 50%
• Water Flux 50%
• 2H-1 50%
• Desalination 25%
• Solute 25%
• Highly Porous 25%
• Phase Inversion 25%
• Composite Membrane 25%
• Cellulose Acetate Membrane 25%
• Asymmetric Membrane 25%
• Porous Support 25%
• Selective Layer 25%
• Salt Rejection 25%
• Membrane Design 25%
• Low Water 25%
• Salt Transport 25%
• Magnesium Chloride 25%
• Water Transport 25%
• Transport Resistance 25%
• Salt Flux 25%

Engineering

• Internal Concentration Polarization 100%
• Forward Osmosis 100%
• Substrates 100%
• Support Layer 33%
• Draw Solution 33%
• Potential Application 16%
• Phase-Inversion 16%
• Asymmetric Membrane 16%
• Desalination 16%
• Salt Flux 16%
• Supports 16%
• Double-Skinned Cellulose Acetate Membrane 16%

Material Science

• Osmosis Membrane 100%
• Cellulose Acetate 50%