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 …

Absorption in an aqueous amine solution is currently the most mature industrial process to
capture anthropogenic and native CO 2. The high cost of the technology prevents its …

To valorize waste CO2, capturing and utilizing it to produce chemical building blocks is
currently receiving a lot of attention. In this respect, amine and alkali base solutions have …

Our unabated reliance on carbonaceous fuel sources and the rising concentration of
atmospheric CO 2 motivate the design of integrated thermodynamically downhill CO 2 …

To avoid the main disadvantage of the carbon dioxide (CO 2) capture process, namely the
large amount of energy consumed to regenerate the amine absorbent using current thermal …

Rapid scientific advancements are needed to remove CO2 from our emissions. In this
context, novel molecularly integrated pathways to capture and remove CO2 as …

Next-generation carbon capture, utilization, and storage (CCUS) technologies will be
indispensable elements of global decarbonization efforts. In this context, permanent and …

Biological CO 2 sequestration using carbonic anhydrase is the most promising and eco-
friendly technique in CO 2 capture technology. The present study entails biomimetic CO 2 …

The gas–liquid two-phase flow and mass transfer performance of CO 2 absorption into 2-
amino-2-methyl-1-propanol (AMP) with ethylene glycol (EG) non-aqueous solution in a …

In the context of the new development of “carbon peak and carbon neutrality” in the world,
the development of carbon capture technology is particularly important. Carbonic anhydrase …