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The liquid/liquid sedimentation process: From droplet coalescence to technologically enhanced water/oil emulsion gravity separators: A review

Journal

JOURNAL OF DISPERSION SCIENCE AND TECHNOLOGY
Volume 27, Issue 7, Pages 1035-1057

Publisher

TAYLOR & FRANCIS INC
DOI: 10.1080/01932690600767098

Keywords

separator; crude oil emulsions; gravity settler; coalescence; decanters

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Crude oil is nearly always produced along with water in the form of water/crude oil emulsions. Gravity settlers are the most common technology to separate these dispersions. A short description is given of the coalescence mechanism (droplet collision, film drainage, film rupture). Three micromechanical sedimentation models (Hartland, Lobo, Henschke) and one set of design rules (Polderman) are described. IFP experimental data are presented that confirm the difference between sedimentation-based and coalescence-based models. Technological enhancements used in order to accelerate and/or increase the separation (heating, chemical demulsifiers, mechanical barriers, electrocoalescence, ultrasound, microwaves) are presented.

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