Separation by pervaporation depends on the difference in partial vapor pressure
between the two s... more Separation by pervaporation depends on the difference in partial vapor pressure between the two sides of a membrane and the selective sorption properties of the membrane with respect to the components in the mixture1. The pressure difference is created by applying a lower pressure at the permeate side. Because the separation is not driven by the liquid-vapor equilibrium, separation of azeotropic mixtures is also feasible.
Separation by pervaporation depends on the difference in partial vapor pressure
between the two s... more Separation by pervaporation depends on the difference in partial vapor pressure between the two sides of a membrane and the selective sorption properties of the membrane with respect to the components in the mixture1. The pressure difference is created by applying a lower pressure at the permeate side. Because the separation is not driven by the liquid-vapor equilibrium, separation of azeotropic mixtures is also feasible.
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between the two sides of a membrane and the selective sorption properties of the
membrane with respect to the components in the mixture1. The pressure difference is
created by applying a lower pressure at the permeate side. Because the separation is not
driven by the liquid-vapor equilibrium, separation of azeotropic mixtures is also feasible.
between the two sides of a membrane and the selective sorption properties of the
membrane with respect to the components in the mixture1. The pressure difference is
created by applying a lower pressure at the permeate side. Because the separation is not
driven by the liquid-vapor equilibrium, separation of azeotropic mixtures is also feasible.