Capturing, utilizing, and storing CO 2 is recognized as a vital strategy to combat climate
change driven by fossil fuel use. This approach helps reduce greenhouse gas emissions …

To limit warming to less than 2° C by the end of this century, enormous R&D efforts towards
carbon capture have been made. Membrane gas separation is a promising technology for …

Membranes offer a potentially energy‐efficient and space‐saving solution to reduce CO2
emissions and combat global warming. However, engineering membranes with advanced …

Permeance‐selectivity trade‐off and high temperature resilience are key challenges in
development of membranes for post‐combustion carbon capture. While mixed matrix …

Polymeric membranes have become an emerging technology for gas separation
applications. High-performance and low-cost polymeric membranes are desirable for …

Mixed matrix membranes, with well-designed pore structure inside the polymeric matrix via
the incorporation of inorganic components, offer a promising solution for addressing CO2 …

This perspective work examines the current advancements in integrated CO2 capture and
electrochemical conversion technologies, comparing the emerging methods of (1) …

The formation of mixed gas hydrates for pre-or post-combustion capture of carbon dioxide is
considered a promising alternative to conventional carbon capture technologies. Yet, to …

Inspired by the cerebral “nervous” networks for fast signal transport, the neuron-inspired filler
was synthesized by growing DUiO-66 nanoparticles on CNT (CNT@ DU (X)), and it was …