The paper deals with the numerical modeling of CO 2 removal from flue gases by amine
solvent in an absorber column, ie the first stage of a post-combustion capture installation …

At present, application of numerical methods in generation of random packing geometries
has appeared to be the alternative approach for complex and expensive experimental …

The high energy consumption of the MEA regeneration process is the biggest challenge for
the application of CO2 capture by the monoethanolamine (MEA) solution. Therefore, it is …

The paper is devoted to the amine-based post-combustion carbon dioxide capture
technology. The aim of the paper was to analyze the effect of varying flow conditions on the …

CFD study of a turbulent contact absorber (TCA) for Type I and Type II regimes is performed
where Eulerian approach is used with closures from using Kinetic Theory of Granular Flow …

The paper is devoted to the computational fluid dynamics (CFD) simulation of liquid
spreading process in a packed bed. The volume of fluid (VOF) approach was applied to …

The paper is devoted to interfacial heat exchange between gas and liquid flowing
countercurrently through a packed bed in a trickling flow regime. The lack of correlations …

To reduce climate change, absorbing CO2 directly from the air (DAC) with high-efficient CO2
absorption, low-cost, and environmentally friendly system has been attracted much attention …

In recent years, CFD has played an important role in the understanding and design of TBR's.
In this work, through CFD with Eulerian approach, a three-phase heterogeneous reactor …

Packed bed reactors with counter-current, gas-liquid flows have been considered to be
applicable in CO 2 capture systems for post-combustion processing from fossil-fueled power …