In pharmaceutical workflows, sample preparation is a crucial step. In today's world,
microextraction is very popular because it allows for faster and cheaper analyses. By using …

Membrane technology with advantages such as reduced energy consumption due to no
phase change, low volume and high mass transfer, high separation efficiency for solution …

Wastewater derived from mining sectors is presented as an alternative source for by-
products recovery. For that, membrane contactors (MCs) could be employed in a non …

Chemical absorption of carbon dioxide from flue or natural gas in hollow-fiber membrane
contactors (HFMCs) has been one of the most beneficial techniques to alleviate its emission …

A two-dimensional axisymmetric mathematical model was established to describe the
pressure-driven water vapor separation in the hollow fiber composite membrane for air …

This paper gives an overview of the major research carried out on mathematical modeling
for solvent extraction of metals, primarily in the last one decade. The basic theory of solvent …

In this study, a mathematical model is proposed for prediction of CO 2 absorption from N
2/CO 2 mixture by potassium threonate in a hollow-fiber membrane contactor (HFMC). CFD …

A mechanistic model is developed to simulate ethanol purification using membrane
technology. In the considered process, a feed solution containing 10 wt% water+ 90 wt …

Electromembrane extraction (EME) has attracted a great deal of interest in researchers
because of its advantages. For analysis, design and optimization purposes, understanding …

Membrane-based removal of benzoic acid from effluents was investigated in this work. A
comprehensive predictive model was developed in order to describe and predict the …