High energy penalty in amine-based solvent regeneration process is a critical challenge in
industrial application for post-combustion CO 2 capture technology. Recently, many efforts …

Global warming, primarily caused by greenhouse gas emissions, is a serious issue, and
carbon capture from point sources is gaining attention as a potential solution. Carbon …

CO2 emissions from industrial processes and their adverse implications on the climate is of
major concern. Carbon capture and storage (CCS), especially using chemical-absorption …

To enhance the energy efficiency of the CO 2 desorption process, the regeneration
behaviors of the CO 2-loaded 6 M MEA-AMP-PZ (monoethanolamine, 2-amino-2-methyl-1 …

Amine-based phase change solvents are recognized as an energy saving alternative to the
benchmark solvent, mono-ethanolamine (MEA), for CO 2 capture owing to their unique …

Biphasic solvents have attracted increasing attention in recent years due to their great
potential to reduce the energy consumption of carbon dioxide (CO 2) capture. In the present …

Chemical absorption using reactive amines for carbon dioxide (CO 2) capture is
characterized by absorption heat, heat of desorption and heat duty for regeneration (Qreg …

The CO 2 desorption process consuming excessive energy in traditional CCUS technology
becomes a great challenge to achieve the goal of carbon neutrality. The multi-acid site on …

The aqueous amine-based method stands out as the most practical and feasible industrial
approach for CO 2 removal from flue gases. However, the main barrier arises in the form of …

The research conducted in the last five years can potentially paint a picture of the next
generation's research related to solvent development for post-combustion carbon dioxide …