The liquid-liquid extraction process is numerically studied based on two modeling
approaches of artificial neural network (ANN) and response surface methodology (RSM) …

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 …

The transport processes in liquid–liquid extraction pulsed columns are significantly
influenced by the localized flow field in the column. The localized flow field refers to the local …

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

CFD simulations of Pulsed Disc and Doughnut Columns (PDDCs), which are used in solvent
extraction based separation processes, are preformed to predict dispersed phase holdup in …

Choosing equipment that has a higher rate of transferring mass and consumes less energy
is essential for effectively extracting and separating cobalt ions in liquid-liquid extraction …

The pulsed disc and doughnut column (PDDC) is a widely used type of liquid–liquid
extraction equipment. Both the research and design of this type of equipment require in …

The pulsed disc-doughnut column is used in various industrial applications. Knowing size
distributions of the dispersed phase droplets through this column is necessary to …

The agitated‐pulsed column (APC) is expected to exhibit good transfer. The dispersed‐
phase holdup and characteristic velocity were measured using a 25‐mm diameter APC. The …