Every year, a plethora of studies focused on developing water-lean solvents for CO 2
capture is published in the scientific literature. More often than not, these studies lack a …

Acid gas removal from gaseous streams such as flue gas, natural gas and biogas is mainly
performed by chemical absorption with amines, but the process is highly energy intensive …

Carbon dioxide (CO 2) is the primary greenhouse gas contributing to anthropogenic climate
change which is associated with human activities. The majority of CO 2 emissions are …

An amine-based biphasic solvent is promising to cut down the energy penalty of CO2
capture. However, the high viscosity of the CO2-enriched solvent retards its industrial …

Acid gas absorption with aqueous amines is an important industrial technology for natural or
flue gas treatment. To lower the high energy required for the regeneration process it has …

Hydrogen is commonly perceived as the key player in the transition towards a low-carbon
future. Nevertheless, H 2 low energy density hinders its easy storage and transportation. To …

Absorption and separation by aqueous amines is seen today as a mature technology for CO
2 capture at large scale. However, it still suffers from some drawbacks, especially the high …

In most cases, the slow CO 2 sorption kinetics of water-lean solvents—which include low-
volatile organic diluents—are the limiting factor when it comes to post-combustion CO 2 …

Non-aqueous precipitating amine systems for carbon capture allows for CO 2 desorption at
lower temperatures than conventional aqueous amine systems and can potentially reduce …

In order to avoid the catastrophic effects of global warming, we need to reduce CO 2
emissions. Currently, the most mature technology to reduce large industrial CO 2 emissions …