Pervaporation (PV) is a separation process in which minor components of a liquid mixture
are preferentially transported by partial vaporization through a non-porous permselective …

Wastewater containing volatile organic compounds (VOCs) is generated in various industrial
processes and is seriously harmful to the natural environment and human health. Its …

In this study, the influence of downstream pressure on the pervaporative removal of toluene
from water was investigated. An unfilled and CBV 3002-filled PDMS membranes were …

Effects of the selective layer thickness of flat composite membranes were studied on
pervaporation. Selective layers of different thicknesses were prepared from poly (vinyl …

Dense polymeric membranes with extremely small pores in the form of free volume are used
widely in the pervaporative separation of liquid mixtures. The membrane permeation of a …

A numerical model of non-isothermal pervaporation was developed to investigate the
development of the velocity, concentration and temperature fields in rectangular membrane …

Time lag permeation measurements with ethylene–propylene–diene (EPDM) elastomer
have been undertaken in an effort to characterize the gas transport properties of this barrier …

Pervaporation mass transfer model of spiral-wound membrane module with
polydimethylsiloxane (PDMS) membrane considering module structure parameters has …

This work reports the kinetic modeling of the pervaporative separation of methanol− MTBE
mixtures. Using a commercial membrane, Pervap 2256, that presented high selectivity …

Composite membranes were utilized for hydrophobic pervaporation. Experiments were
carried out with the toluene–water system using composite membranes (PERVAP® 1060 …