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Journal of Dispersion Science and Technology Volume 8, 1987 - Issue 1
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Original Articles

MICROEhULSIONS AS ADAPTIVE SOLVENTS FOR HYDROMETALLURGICAL PURPOSES: A PRELIMINARY REPORT

F. J. Ovejero-Escudero Institut du Génie Chimique, Laboratoire de Genie Chimique - U. A. CNRS 192, Cheminde laLoge, Toulouse, Cedex, 31078, France
,
H. Angelino Institut du Génie Chimique, Laboratoire de Genie Chimique - U. A. CNRS 192, Cheminde laLoge, Toulouse, Cedex, 31078, France
&
G. Casamatta Institut du Génie Chimique, Laboratoire de Genie Chimique - U. A. CNRS 192, Cheminde laLoge, Toulouse, Cedex, 31078, France
Pages 89-108 | Received 19 Nov 1985, Published online: 27 Apr 2007

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J. SZYMANOWSKI. (1998) Kinetics and Interfacial Phenomena in Solvent Extraction of Metals. Mineral Processing and Extractive Metallurgy Review 18:1, pages 1-66.
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A.I. Bulavchenko, E.K. Batishcheva & V.G. Torgov. (1995) Metal Concentration by Reversed Micelles. Separation Science and Technology 30:2, pages 239-246.
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J. Szymanowski & C. Tondre. (1994) KINETICS AND INTERFACIAL PHENOMENA IN CLASSICAL AND MICELLAR EXTRACTION SYSTEMS. Solvent Extraction and Ion Exchange 12:4, pages 873-905.
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ChandraS. Vijayalakshmi & Erdogan Gulari. (1992) Extraction of Trivalent Metals and Separation of Binary Mixtures of Metals Using Winsor II Microemulsion Systems. Separation Science and Technology 27:2, pages 173-198.
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ChandraS. Vijayalakshmi, AnanthV. Annapragada & Erdogan Gulari. (1990) Equilibrium Extraction and Concentration of Multivalent Metal Ion Solutions by Using Winsor II Microemulsions. Separation Science and Technology 25:6, pages 711-727.
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K. Osseo-asare. (1988) Enhanced Solvent Extraction with Water-in-Ok Microemulsions. Separation Science and Technology 23:12-13, pages 1269-1284.
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Articles from other publishers (8)

Yun Guo, Hong-Yi Li, Jie Cheng, Shuo Shen, Jiang Diao & Bing Xie. (2021) Highly efficient separation and recovery of Si, V, and Cr from V-Cr-bearing reducing slag. Separation and Purification Technology 263, pages 118396.
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Alexander I. Bulavchenko, Tat'yana Yu. Podlipskaya, Elena K. Batishcheva & Vladislav G. Torgov. (2000) The Study of the PtCl 6 2- Concentration with Reversed Micelles as a Function of the Acid−Salt Content of the Feed . The Journal of Physical Chemistry B 104:20, pages 4821-4826.
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S.P. Moulik & B.K. Paul. (1998) Structure, dynamics and transport properties of microemulsions. Advances in Colloid and Interface Science 78:2, pages 99-195.
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K. Osseo-Asare. (1991) Aggregation, reversed micelles, and microemulsions in liquid-liquid extraction: the tri-n-butyl phosphatediluent-water-electrolyte system. Advances in Colloid and Interface Science 37:1-2, pages 123-173.
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K. Osseo-Asare & Y. Zheng. (1991) Solubilization and metal complexation in a reversed micellar hydroxyoxime—sulfonic acid liquid—liquid extraction system. Colloids and Surfaces 53:2, pages 339-347.
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Hermayn G. Hauthal, Leuna‐Werke Ag & Konrad Quitzsch. (2010) Neues über Mikroemulsionen. Zeitschrift für Chemie 30:8, pages 274-281.
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A. Derouiche & C. Tondre. (1990) Metal ion transport through microemulsion liquid membranes. Colloids and Surfaces 48, pages 243-258.
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M Boumezioud, A Derouiche & C Tondre. (1989) Solubilization versus microemulsification of extractant molecules in micellar systems: Comparison between 8-hydroxyquinoline and Kelex 100. Journal of Colloid and Interface Science 128:2, pages 422-426.
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