Modeling the effect of biofilm formation on reverse osmosis performance: Flux, feed channel pressure drop and solute passage

Engineering

• Biomass 100%
• Reverse Osmosis Membrane 100%
• Models 100%
• Biofouling 66%
• Membrane 66%
• Solute 66%
• Pressure Drop 66%
• Concentration Polarization 66%
• Hydraulics 66%
• Performance 66%
• Two Dimensional 33%
• Mathematical Model 33%
• Computer Simulation 33%
• Microscale 33%
• Performance Loss 33%
• Quasi Steady State 33%
• Cavity 33%
• Liquid Flow 33%
• Operational Condition 33%
• Biofilm Development 33%
• Biofilm Formation 33%
• Experimental Observation 33%
• Nanofiltration Membrane 33%
• Permeate Flux 33%
• Scale Model 33%
• Brackish Water Desalination 33%
• Pressure Loss 33%
• Design 33%
• Mechanisms 33%
• Substrates 33%
• Combines 33%
• Constant Pressure 33%
• Reverse Osmosis 33%

Physics

• Model 100%
• Membrane 66%
• Mechanical Stress 66%
• Performance 66%
• Growth 66%
• Reverse Osmosis 33%
• Hydrodynamics 33%
• Liquid Flow 33%
• Scale Model 33%
• Quasi-Steady State 33%
• Substrates 33%
• Computational Fluid Dynamics 33%
• Geometry 33%
• Sea Water 33%
• Achievement 33%
• Accumulations 33%

Chemical Engineering

• Biofouling 66%
• Sodium Chloride 66%
• Mass Transfer 66%
• Reverse Osmosis 33%
• Seawater 33%