Polyimides (PIs) are an important, well-established, and commercialized class of polymers
due to their extraordinary physical and chemical properties. They have been extensively …

Plasticization is a major source of performance reduction in polymeric membranes, where
uptake of specific vapour or liquid compounds affects either the space between …

Membrane technology is attracting more and more attention in hydrogen energy and natural
gas sweetening applications. One challenge remaining is advanced membranes with both …

Polymeric membranes for gas separations have experienced rapid growth over the past few
decades, and extensive research has been performed to develop high-performance polymer …

Thermally induced chemical crosslinking has attracted substantial attention for fabricating
plasticization resistant membranes due to the facile structure tunability that enables the …

The CO 2-induced plasticization effects impose detrimental effects on polymeric membranes
separation performance. To address this issue, a high-performance crosslinked brominated …

Although mixed matrix membranes (MMM) possess remarkably improved gas separation
performance compared to traditional polymeric membranes, membrane stability including …

Polymeric hollow fiber membranes (HFMs) are in high demand for gas separation due to
their superior processability and cost-effectiveness, despite exhibiting high vulnerability to …

Tailoring the ultra-microporosity of polymer and carbon molecular sieve membranes
(CMSM) is vital to their gas separation properties. Herein, we adopted a simple novel …

Mixed matrix composite membranes (MMCMs) hold great potential to realize efficient CO 2
removal from natural gas. However, the reduction of separation performance arising from the …