Investigation of SDS effect on the properties and performance of nanofiltration membranes prepared on polyolefin support

Keyphrases

• Sodium Dodecyl Sulfate 100%
• Polyolefins 100%
• Sulfate Effect 100%
• Nanofiltration Membrane 100%
• Interfacial Polymerization 42%
• Surfactant 28%
• Separation Efficiency 14%
• Sodium Chloride 14%
• Polymerization Reaction 14%
• Performance Improvement 14%
• Salt Solution 14%
• Sodium Sulfate 14%
• Plasma Treatment 14%
• Pure Water Flux 14%
• Magnesium Chloride 14%
• Polyethylene 14%
• Water Contact Angle 14%
• Rejection Rate 14%
• Magnesium Sulfate 14%
• Trimesoyl Chloride 14%
• M-phenylenediamine 14%
• Polyamide Thin Film Composite Membrane 14%
• Film Structure 14%
• AFM Analysis 14%
• Nanofiltration Process 14%
• FESEM Analysis 14%
• Nanofiltration Performance 14%
• Surfactant-assisted 14%
• Zeta Potential Analysis 14%
• Membrane Desalination 14%
• Amine Monomers 14%
• TFC Nanofiltration Membrane 14%
• Hydrophobic Supports 14%
• PA Layer 14%

Material Science

• Sodium Dodecyl Sulfate 100%
• Polyolefin 100%
• Nanofiltration Membrane 100%
• Surface Active Agent 42%
• Polymerization 42%
• Thin Films 14%
• Film 14%
• Contact Angle 14%
• Micelle 14%
• Polyethylene 14%
• Polyamide 14%

Chemical Engineering

• Polyolefin 100%
• Nanofiltration 100%
• Surfactant 60%
• Polymerization 60%
• Film 40%
• Zeta Potential 20%
• Polyamide 20%