Membrane-based technologies for gas and vapor separations have been industrialized for
more than three decades due to (1) the invention of asymmetric composite membranes and …

Over the past three decades, polymeric gas separation membranes have become widely
used for a variety of industrial gas separations applications. This review presents the …

Separating CH 4/N 2 mixture is challenging, and performance of the existing materials is still
open to improvement. In this study, we examined both the adsorption-and membrane-based …

A two-dimensional (2D) porous layer can make an ideal membrane for separation of
chemical mixtures because its infinitesimal thickness promises ultimate permeation …

Microporous polymers of extreme rigidity are required for gas-separation membranes that
combine high permeability with selectivity. We report a shape-persistent ladder polymer …

The empirical upper bound relationship for membrane separation of gases initially
published in 1991 has been reviewed with the myriad of data now presently available. The …

Power to hydrogen (P2H) provides a promising solution to the geographic mismatch
between sources of renewable energy and the market, due to its technological maturity …

Global CO2 emissions have increased steadily in tandem with the use of fossil fuels. A
paradigm shift is needed in developing new ways by which energy is supplied and utilized …

The first edition of the book “Pressure and Temperature Sensitive Paints” published by
Springer in 2005 summarizes the early development of pressure-and temperature-sensitive …

Highly energy-efficient separation of gases can be achieved using polymer membranes as
they do not require thermal regeneration, a phase change or active moving parts in their …