Theoretical penetrant concentration profiles under steady-state pervaporation conditions were generated using a newly developed transport model. The transport model assumes the presence of an imaginary phase (liquid or vapor) which is in thermodynamic equilibrium with the membrane phase. Theoretical profiles were compared with experimental concentration profiles. The calculation for the phase boundary between imaginary liquid and vapor phases was also performed using the transport model. The present work is the first theoretical work that can reconstruct penetrant profiles inside the membrane showing concentration polarization.Peer reviewed: YesNRC publication: Ye
This study is a combination of experimental and theoretical works in an attempt to produce a new use...
An optimization-based procedure for estimating unknown parameters in solution–diffusion models of me...
We present a theoretical model for the evolution of mixture concentrations in a micro-pervaporation ...
Mathematical equations are derived for describing the pervaporation transport of pure penetrant thro...
Experimental profiles of a single penetrant (water) across the membrane have been established at dif...
[[abstract]]A hybrid mathematic model for pervaporation is proposed which incorporates the concepts ...
Modeling of pervaporation is a critical step in the integration of this technology in an industrial ...
Modeling of concentration polarization (CP) is important to ensure a successful membrane system desi...
Modeling of concentration polarization (CP) is important to ensure a successful membrane system desi...
International audienceA simple mass transfer model for the pervaporation process. the key component ...
International audienceA simple mass transfer model for the pervaporation process. the key component ...
International audienceA simple mass transfer model for the pervaporation process. the key component ...
: An optimization-based procedure for estimating unknown param-eters in solution–diffusion models of...
This study is a combination of experimental and theoretical works in an attempt to produce a new use...
abstract: Membrane based technology is one of the principal methods currently in widespread use to a...
This study is a combination of experimental and theoretical works in an attempt to produce a new use...
An optimization-based procedure for estimating unknown parameters in solution–diffusion models of me...
We present a theoretical model for the evolution of mixture concentrations in a micro-pervaporation ...
Mathematical equations are derived for describing the pervaporation transport of pure penetrant thro...
Experimental profiles of a single penetrant (water) across the membrane have been established at dif...
[[abstract]]A hybrid mathematic model for pervaporation is proposed which incorporates the concepts ...
Modeling of pervaporation is a critical step in the integration of this technology in an industrial ...
Modeling of concentration polarization (CP) is important to ensure a successful membrane system desi...
Modeling of concentration polarization (CP) is important to ensure a successful membrane system desi...
International audienceA simple mass transfer model for the pervaporation process. the key component ...
International audienceA simple mass transfer model for the pervaporation process. the key component ...
International audienceA simple mass transfer model for the pervaporation process. the key component ...
: An optimization-based procedure for estimating unknown param-eters in solution–diffusion models of...
This study is a combination of experimental and theoretical works in an attempt to produce a new use...
abstract: Membrane based technology is one of the principal methods currently in widespread use to a...
This study is a combination of experimental and theoretical works in an attempt to produce a new use...
An optimization-based procedure for estimating unknown parameters in solution–diffusion models of me...
We present a theoretical model for the evolution of mixture concentrations in a micro-pervaporation ...