The possibility of efficient and selective separation of components with similar chemical
properties makes the solvent extraction method attractive for the separation of An (III)/Ln (III) …

Experiments are carried out to study liquid–liquid two-phase flow patterns in Y-junction
microchannels etched in glass chips. The liquid–liquid test systems used in the experiments …

The objective of the study is to compare the performance of microchannels and conventional
stage-wise extractors for liquid–liquid extraction by using a standard phase system. Three …

The extraction of Eu (III) from nitric acid solutions was studied in intensified small scale
separation units using an ionic liquid solution (0.2 M n-octyl (phenyl)-N, N …

A continuous, compact process based on microfluidic extraction and microfluidic direct
precipitation is presented for recovery of uranium from lean streams. The process involves …

This experimental study is focused on several aspects of microfluidic solvent extraction of
uranium in setups comprising of microbore tube (s) connected to microfluidic junction (s) …

A new method for studying solvent extraction kinetics has been applied for measuring
americium and lanthanide extraction rate constants. This droplet-based microfluidic method …

This work describes a novel rotor-stator spinning disc extractor (RSSDE), which shows high
efficiency of liquid-liquid mass transfer and rapid separation of mixed phases in comparison …

In this work, to evaluate the new circle microchannel device for the removal of Cu2+ from
water, various parameters on the mass transfer effect and extraction efficiency were …

A microdroplet-based continuous countercurrent extraction process with a high phase ratio
(60–110) is proposed in this work. A countercurrent extraction apparatus containing a cross …