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 …

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) …

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 microfluidic platform to extract uranium from HNO 3 (nitric acid) medium using tri-isoamyl
phosphate (TiAP) dissolved (30% v/v) in ionic liquid ([BMIM] PF 6) is reported. PTFE …

In this work, the extraction of U (VI) by tributyl phosphate (TBP) is studied in small channels
of different sizes, operated in segmented flow. The variables analysed include the channel …

The mass transfer performance of confined impinging-jets (CIJs) contactors was investigated
for metal separations. In particular, the extraction of uranium (VI) from aqueous nitric acid …

Since the evaporator accident on the Savannah River Site,'red oil'has been considered an
important safety issue in every nuclear reprocessing plant. The removal of dissolved tributyl …

Experimental studies on the extraction of nitric acid from an aqueous phase by an extractant
tributyl phosphate (30% v/v) dissolved in dodecane (organic phase) in a Y-junction-based …

Kinetics of U (VI) extraction, in centrifugal flow-field under PUREX conditions, is reported to
be quite fast with a time constant of about 2–5 s. To test the limits of extraction under micro …