This paper presents a model for predicting permeate stream concentrations of a multi-stage membrane system considering membrane pressure gradient, osmotic pressure gradient, recovery, solvent mass transfer coefficient, solute mass transfer coefficient and concentration polarisation. Predicted results using the model and a statistical model for predicting mass transfer coefficients for a Filmtec NF70 membrane are compared to field results from a membrane study using a Filmtec NF70 and Toray SU-610 membranes. (from Authors
This study is a combination of experimental and theoretical works in an attempt to produce a new use...
This study is a combination of experimental and theoretical works in an attempt to produce a new use...
The influence of surface characteristics on membrane process performance is considered significant a...
Membrane solute mass transfer is affected by physical-chemical properties of membrane films, solvent...
Membrane solute mass transfer is affected by physical-chemical properties of membrane films, solvent...
Membrane solute mass transfer is affected by physical-chemical properties of membrane films, solvent...
Five articles describing the impact of surface characteristics, and development of mass transfer mod...
In this paper, membrane filtration of produced water is studied in terms of its mass transfer coeffi...
Reverse osmosis (RO) membranes are pressure driven, diffusion controlled processes. Current diffusio...
Reverse osmosis (RO) membranes are pressure driven, diffusion controlled processes. Current diffusio...
Reverse osmosis (RO) membranes are pressure driven, diffusion controlled processes. Current diffusio...
A diffusion-control solute Mass transfer model was developed to describe permeate water quality over...
Modeling of concentration polarization (CP) is important to ensure a successful membrane system desi...
The influence of surface characteristics on membrane process performance is considered significant a...
Modeling of concentration polarization (CP) is important to ensure a successful membrane system desi...
This study is a combination of experimental and theoretical works in an attempt to produce a new use...
This study is a combination of experimental and theoretical works in an attempt to produce a new use...
The influence of surface characteristics on membrane process performance is considered significant a...
Membrane solute mass transfer is affected by physical-chemical properties of membrane films, solvent...
Membrane solute mass transfer is affected by physical-chemical properties of membrane films, solvent...
Membrane solute mass transfer is affected by physical-chemical properties of membrane films, solvent...
Five articles describing the impact of surface characteristics, and development of mass transfer mod...
In this paper, membrane filtration of produced water is studied in terms of its mass transfer coeffi...
Reverse osmosis (RO) membranes are pressure driven, diffusion controlled processes. Current diffusio...
Reverse osmosis (RO) membranes are pressure driven, diffusion controlled processes. Current diffusio...
Reverse osmosis (RO) membranes are pressure driven, diffusion controlled processes. Current diffusio...
A diffusion-control solute Mass transfer model was developed to describe permeate water quality over...
Modeling of concentration polarization (CP) is important to ensure a successful membrane system desi...
The influence of surface characteristics on membrane process performance is considered significant a...
Modeling of concentration polarization (CP) is important to ensure a successful membrane system desi...
This study is a combination of experimental and theoretical works in an attempt to produce a new use...
This study is a combination of experimental and theoretical works in an attempt to produce a new use...
The influence of surface characteristics on membrane process performance is considered significant a...