A computational fluid dynamics (CFD) study is conducted to find a suitable two equation
turbulence model for accurate prediction of hydrodynamics of an inhouse turbulence contact …

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 current study aims to assess the performance and industrial feasibility of using three-
phase fluidized bed absorption columns for post-combustion carbon dioxide (CO 2) capture …

Chemical gas–liquid absorption systems are one of the most employed technologies for CO
2 removal from post-combustion processes, due to the high capture efficiency. This work …

A counter-current downer is proposed as a new structure to improve the flash ironmaking
technology (FIT). A computational fluid dynamics (CFD) model was established to predict the …

Sažetak Knowledge of gas holdup is important for the development of the three-phase
fluidized bed reactors. This work concerns the study of the effect of different operating …

In the current work, hydrodynamics of a turbulent contact absorber (TCA) was studied in
terms of bed pressure drop and expanded bed height by adopting a simplified modeling …

In this study, the motion of wet particles in the drying unit of a vertical powder dryer is
investigated by using a Discrete element method (DEM) coupled with a liquid bridge force …

The efficiency of extraction processes highly depends on the contact times and areas
between the solvent and the valuable substance. In this study a solid-liquid screw extraction …

Turbulent bed contactors (TBC) employed extensively in process industry and received
much attention due to their high efficiency, and low capital and operating costs. In this paper …