Post-combustion Carbon dioxide (CO 2) capture (PCC) via amine absorption-stripping is an
evolving technology towards mitigation of CO 2 emissions. One of the major challenges in …

In this paper, we present improvements to postcombustion capture (PCC) processes based
on aqueous monoethanolamine (MEA). First, a rigorous, rate‐based model of the carbon …

Post-combustion CO 2 capture is considered to be the most promising technology to limit the
CO 2 emissions from existing fossil fuel power plants. One of the main problems associated …

Degradation and emissions of amine-containing solvents from CO 2 capture plants are
important to address as we are getting closer to full-scale deployment. Solvent degradation …

Flexible operation has the potential to significantly improve the economic viability of post-
combustion CO 2 capture (PCC). However, the impact of disturbances from flexible …

Using a rigorous, rate-based model and a validated economic model, we investigated the
technoeconomic performance of an aqueous NH3-based CO2 capture process integrated …

Amine solvents used in post combustion CO 2 capture (PCCC) plants react with NO x,
forming carcinogenic nitrosamine and nitramine compounds. These can be emitted to the …

Amine degradation is an important and current focus in the development of chemical
absorption technology based on the use of aqueous amines for post-combustion capture …

Abstract The blend MEA/MDEA (5/25% wt.) was studied on the LEMEDES-CO2 lab-scale
pilot plant, with representative conditions of post-combustion CO 2 capture for power …

To reduce greenhouse gas emissions from fossil fuel power plants, post combustion CO 2
capture with amine-based solvent is the most mature technology. Ethanolamine (MEA), the …