Biofouling in membrane devices treating water with different salinities: A modeling study

Engineering

• Modeling Study 100%
• Biofilm Development 100%
• Permeate Flux 100%
• Biofouling 100%
• Membrane Performance 50%
• Two Dimensional 50%
• Mathematical Model 50%
• Feed Pressure 50%
• Performance Loss 50%
• Detrimental Effect 50%
• Reverse Osmosis Membrane 50%
• Concentration Polarization 50%
• Mass Transfer 50%
• Assuming 50%
• Salt Concentration 50%
• Diffusion Coefficient 50%

Keyphrases

• Membrane Device 100%
• Biofilm 100%
• Biofouling 100%
• Biofilm Growth 33%
• Permeate Flux 33%
• High Salinity 16%
• Membrane Performance 16%
• Numerical Results 16%
• Feeding Pressure 16%
• Performance Loss 16%
• Detrimental Effects 16%
• Reverse Osmosis Membrane 16%
• Salt Concentration 16%
• Transport Development 16%
• Flux Enhancement 16%
• Mass Transport 16%
• Initial Flux 16%
• Concentration Polarization 16%
• Fluid Dynamics 16%
• Two-dimensional Mathematical Model 16%
• High Salt 16%
• Membrane Channels 16%
• Local Flux 16%
• Parametric Variation 16%
• Effective Diffusion Coefficient 16%
• Filled Membrane 16%
• Free Area 16%
• Feeding Effect 16%
• Biofilm Permeability 16%

Chemical Engineering

• Reverse Osmosis 100%
• Diffusion 100%
• Mass Transfer 100%
• Biofouling 100%