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3. Conclusion
Although the principle of liquid-liquid extraction is very simple,
there are many physico-chemical phenomena that govern the transfer
of matter between two immiscible liquid phases. This series of articles
aims to make the reader aware of the existence of such phenomena,
and to show how they can be exploited to optimize an extraction system
from the physical chemist's point of view. More specific questions
relating to the industrial implementation of liquid-liquid extraction
processes, and in particular the choice of equipment, are covered
in Liquid-liquid extraction – Column modeling
The Ultimate Scientific and Technical Reference
This article is included in
Unit operations. Chemical reaction engineering
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Conclusion
Glossary
Bibliography
Websites
ACORGA ® Reagents
http://www.cytec.com/selector-guide (page consulted on March 24, 2016)
BASF Mining solutions
http://www.mining-solutions.basf.com/ev/internet/mining-solutions/en_GB...
Patents
ARRACHART (G.), AYCHET (N.), BERNIER (G.), BURDET (F.), LEYDIER (A.), MIGUIRDITCHIAN (M.), PELLET-ROSTAING (S.), PLANCQUE (G.), TURGIS (R.) and ZEKRI (E.). – "New bifunctional compounds useful as uranium(VI) ligands, their synthesis processes and uses". Patent WO 2013/167516 A1 – PCT/EP2013/059352.
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