Pulsed disc and doughnut columns (PDDCs) and pulsed sieve plate columns (PSPCs) are
widely used for liquid-liquid extraction processes in nuclear fuel cycle. In this study …

In this study, the dispersed phase hold-up has been investigated in a pilot plant of a new
type of extraction column entitled “L-shaped pulsed packed extraction column” by using two …

A CFD model coupled with population balance equations is developed to systematically
study the effects of column internals on specific interfacial area generated in a pulsed sieve …

Numerical simulations of liquid–liquid counter-current two-phase flow in pulsed disc and
doughnut columns (PDDCs) are performed. The simulation methodology comprises two …

Pulsed disc and doughnut solvent extraction columns (PDDCs) have emerged as an
efficient alternative to conventional mixer-settlers and pulsed sieve plate extraction columns …

In liquid–liquid contact process, the motion of droplets relative to the surrounding fluid
always involves accelerating and decelerating, which affects the mass, heat, and momentum …

In this work, the residence time distribution (RTD) of the dispersed phase (aqueous phase)
and continuous phase (organic phase) in an agitated–pulsed extraction column (APC) was …

Computational fluid dynamics–population balance (CFD-PB) simulations are performed to
predict Sauter mean drop diameter and dispersed phase holdup for liquid–liquid two-phase …

Experiments are conducted to understand the effects of important geometrical and operating
parameters on continuous phase axial dispersion in liquid-liquid two-phase flow in air …

The “L-shaped pulsed packed extraction column,” a distinctive form of extraction column, is
used in this study to examine the impacts of operational parameters and the physical …