As a mature technology in carbon capture process, amine scrubbing technology has many
advantages such as fast absorption rate, high carbon dioxide (CO 2) selectivity, high CO 2 …

This review presents the typical industrial CO 2 removal unit using aqueous amines,
including pretreatment, compression and dehydration, and water, solvent, and emission …

Integrating carbon dioxide (CO2) electrolysis with CO2 capture provides exciting new
opportunities for energy reductions by simultaneously removing the energy-demanding …

The CO 2 capture process based on amine absorption–regeneration is currently the most
widely used technology, and the performance of absorbent is the key to this process …

The chemical stability of aqueous amines is an essential property to study before new
amines are introduced in pilot plants, to reduce risks related to the operation, cost and …

A prerequisite for establishing reasonable guidelines for environmental, technical, and
economically effective control of the emissions from amine-based capture plants is real-life …

The traditional CO 2 capture process represented by monoethanolamine has excessive
energy consumption, serious oxidative degradation and metal corrosion, which limits its …

Amine oxidation presents a major barrier to the wide-scale deployment of amine scrubbing
for post-combustion carbon capture (PCCC). This paper reviews previous work on the use of …

Chemisorption with biphasic solvents is a promising low-energy strategy for separating CO 2
from industrial flue gas, however, amine degradation and changes in water content can …

The oxidative degradation of previously used ethanolamine from three different CO 2
capture pilot plants was studied in a laboratory-scale degradation setup. Different solvents …