With the expansion of industry, the emission of greenhouse gases is increasing, and its
impact on climate is becoming more and more serious. CO 2 is the main culprit of the …

Transition to low carbon societies requires advanced catalysis and reaction engineering to
pursue green routes for fuels and chemicals production as well as CO 2 conversion. This …

Industry interest in CO 2 capture and separation has grown almost exponentially over the
past decades. This paper aims to promote membrane technology as a viable solution for this …

Global communities have started addressing the problems of climate change-induced by
anthropogenic carbon dioxide (CO 2) emissions through the valorisation process. CO 2 can …

Ceramic membranes are being increasingly applied in water/wastewater treatment,
chemical, beverage and pharmaceutical industry, due to their excellent filtration/separation …

Oxygen transport membranes (OTMs) are a promising alternative to cryogenic air separation
(ASU) or pressure swing adsorption (PSA) for oxygen production. Using these ceramic …

In view of its important role as raw materials in various energy and environment fields, pure
oxygen has been widely required. The present cryogenic distillation, polymeric membrane …

Carbon dioxide, as an abundant and nontoxic C1 resource, can be extensively applied to
produce C1 building blocks via direct and indirect routes. On account of the stable electronic …

Converting CO 2 to valuable chemicals via catalytic CO 2 hydrogenation presents a
promising way for CO 2 utilization. However, many types of CO 2 hydrogenation are …

Abstract Conventional two-dimensional (2D) fillers in membranes have undesirable gas
transport resistance owing to their interfacial barriers. In this work, 2D microporous carbon …