Electrostatic Coalescence in a Solvent Extraction Process (VOL-274)

The American Institute of Mining, Metallurgical, and Petroleum Engineers
F. L. Prestridge B. C. Johnson K. L. Sublette
Organization:
The American Institute of Mining, Metallurgical, and Petroleum Engineers
Pages:
4
File Size:
278 KB
Publication Date:
Jan 1, 1984

Abstract

A problem common to the petroleum and mining industries is the resolution into its component phases of mixtures composed of a polar liquid dispersed in an immiscible, continuous nonpolar liquid. In the petroleum industry the polar liquid is water or brine and the nonpolar liquid is crude oil. The source of the entrained aqueous phase is connate water and/or condensed steam used in secondary and tertiary recovery methods. In the mining industry dispersions of polar liquids in immiscible, nonpolar liquids are created in solvent extraction (SX) systems. In these systems the polar, dispersed liquid is leachate or stripping solution while the nonpolar, continuous liquid is the extraction solvent.
Citation

APA: F. L. Prestridge B. C. Johnson K. L. Sublette  (1984)  Electrostatic Coalescence in a Solvent Extraction Process (VOL-274)

MLA: F. L. Prestridge B. C. Johnson K. L. Sublette Electrostatic Coalescence in a Solvent Extraction Process (VOL-274). The American Institute of Mining, Metallurgical, and Petroleum Engineers, 1984.

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