Membrane processes have evolved as a competitive approach in CO2 separations
compared with absorption and adsorption processes, due to their inherent attributes such as …

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

Microporous polymers are covalently bound, entirely organic materials which possess very
high surface areas. These materials have been intensively studied within recent years and …

This review concentrates on the advances of atomistic molecular simulations to design and
evaluate amorphous microporous polymeric materials for CO2 capture and separations. A …

Microporous polymers are a class of microporous materials with high free volume elements
and large surface areas. Microporous polymers have received much attention for various …

In the last decades, many novel polymeric materials have been considered to prepare highly
energy-efficient gas separation membranes. There is a continuous search to overcome the …

Membrane materials with excellent selectivity and high permeability are crucial to efficient
membrane gas separation. Microporous organic materials have evolved as an alternative …

The prototypical solution-processable polymer of intrinsic microporosity, PIM-1, and
derivatives thereof offer combinations of permeability and selectivity that make them …

Polyimides with intrinsic microporosity were readily prepared by introducing Tröger's base
(TB) into the polymer backbone via polymerization between imide-containing diamines and …

O 2/N 2separation.[13] Triptycene, the simplest member of the iptycenes, has three benzene
arms bridged about a [2, 2, 2]-tricyclic ring system in a shape-persistent, 3D paddlewheel …