Adrian Verhoef,
Emmanuel De Ridder,
Jan Degrève,
Bart Van der Bruggen
:
Determination of Activities in Membrane Processes: The UNIQUAC Model Expressed in Mole and Mass Fractions
Ben Bettens,
Adrian Verhoef,
Henk van Veen,
Jan Degrève,
Bart Van der Bruggen,
Carlo Vandecasteele
:
Pervaporation of binary water–alcohol and methanol–alcohol mixtures through microporous methylated silica membranes: Maxwell–Stefan modeling
Computers and Chemical Engineering 2010
DOI
Ben Bettens,
Adrian Verhoef,
Henk van Veen,
Jan Degrève,
Bart Van der Bruggen,
Carlo Vandecasteele
:
Adsorption of Pure Vapor Species on Microporous Silica Membranes and Silica Pellets
Journal of Physical Chemistry C 2010
DOI
Adrian Verhoef,
Emmanuel De Ridder,
Ben Bettens,
Jan Degrève,
Bart Van der Bruggen
:
Maxwell-Stefan in mass fractions for numerical simulation of the pervaporation process
Computer-aided chemical engineering 2009
DOI
Adrian Verhoef,
Jan Degrève,
Bart Huybrechts,
Henk van Veen,
Paul Pex,
Bart Van der Bruggen
:
Simulation of a hybrid pervaporation-distillation prosess
Computers and Chemical Engineering 2008
DOI
Adrian Verhoef,
Alberto Figoli,
Bram Leen,
Ben Bettens,
Enrico Drioli,
Bart Van der Bruggen
:
Performance of a nanofiltration membrane for removal of ethanol from aqueous solutions by pervaporation
Separation and Purification Technology 2008
DOI