The industrial gas hydrogen has showcased its utility in a variety of processes, including
those in the steel and petrochemical industries. However, synthetically produced hydrogen …

Facilitated transport membranes are particularly promising in different separations, as they
are potentially able to overcome the trade-off behavior usually encountered in solution …

The capture and storage of carbon dioxide has been identified as one potential solution to
greenhouse gas driven climate change. Efficient separation technologies are required for …

With the growing concern about global warming placing greater demands on improving
energy efficiency and reducing CO2 emissions, the need for improving the energy intensive …

Compiling recent advances in membrane separations technology, this highly relevant book
introduces cost-effective solutions for separation problems in a wide range of industries. It …

This paper summarizes the results obtained in Nanoglowa EU project using polymeric
polyvinylamine fixed site carrier membranes developed at NTNU Norway for CO 2 removal …

The performance of the MFI zeolite membrane for the separation of the CH 4/N 2 gas
mixtures was investigated in this research. The studied systems comprised MFI zeolite …

Carbon molecular sieve (CMS) materials are a potential candidate for scalable and high-
performance reverse osmosis membranes due to their impressive chemical and thermal …

Conjugated polymers are excellent barriers for membrane separations because their
porosity can be controlled at the molecular level through chemical doping. Polyaniline …

Poly (amidoamine)(PAMAM) dendrimers were incorporated into a cross-linked poly (vinyl
alcohol)(PVA) matrix to improve CO2 separation performance at elevated pressures. An …