Aliphatic amines encompass a diverse group of amines that include alkylamines, alkyl
polyamines, alkanolamines and aliphatic heterocyclic amines. Their structural diversity and …

Transforming hazardous species into active sites by ingenious material design was a
promising and positive strategy to improve catalytic reactions in industrial applications. To …

Catalytic carbamate decomposition is a feasible option for reducing the heat duty of amine
solvent regeneration during the chemisorption of CO2 capture; advanced material with …

Integration of mesoporous confinement effect and strong metal oxide-support interaction,
durable and efficient Zr/Al 2 O 3 catalysts were proposed to boost the carbamate …

CO 2 absorption technology based on amine solutions has sustained appeal due to its high
efficiency in post-combustion capture of CO 2. However, the high energy penalty of solvent …

Solid acid-catalyzed regeneration of amine-based absorbents is an available choice for
reducing the energy requirements of CO 2 capture, but it faces crucial challenges in …

Catalytic regeneration has become one of the most promising technologies to solve the high
energy consumption problem of CO 2 capture in organic amine solutions. As the most …

The production of renewable chemicals and monomers is fundamental for transitioning to a
future circular economy. Currently, cis, cis-muconic acid (ccMA) is a bio-sourced platform …

Catalytic amine-based solvent regeneration offers high CO 2 capture capacity, consumes
low energy and synchronously purifies by-product while mitigating CO 2 emissions in the …

The tandem conversion of carbon dioxide to olefins (CTO) via methanol over a combination
of metal oxide plus zeolite catalysts is a considerable alternative to fossil-based routes to …