This review discusses recent advances in the development of materials and membranes
with the potential for use in hostile environments and their efficiency in separating CO 2 and …

C ovalent organic framework (COF) membranes have exhibited great potential to become
the next-generation membranes for efficient separations due to the diverse structures …

The development of high-performance membranes selective for carbon dioxide is critically
important for advancing energy-efficient carbon dioxide capture technologies. Although …

Polymer membranes have been most commonly utilized in gas separations, while they often
suffer from the trade-off between membrane permeability and selectivity, which arises from …

Advancements in membrane separation technology play a pivotal role in separation
processes closely associated with the environment and energy. However, presently …

Hyper-crosslinked polymers (HCPs) are microporous materials that have aroused growing
attention in materials science. HCPs possess a number of outstanding advantages such as …

Dimethyl phenol (DMP) oligomers are a side product of industrial poly (phenylethyl
ether)(PPE) fabrication and significantly contribute to the environmental burden associated …

The advances in terms of new materials used for CO2 collectors are growing due to the
necessity to reduce the greenhouse gases emission and to respond to the environmental …

Herein, we present the rational development of N-doped microporous carbons (NMCs)
through a catalyst-free nucleophilic substitution reaction of rigid monomers, followed by …

The advances in terms of new materials used for CO2 collectors are growing due to the
necessity to reduce the greenhouse gases emission and to respond to the environmental …