The problem of destruction of high-stable water-oil emulsions is considered. High stability of water-in-oil emulsions is mainly caused by presence at oil heavy high-molecular polar components (asphaltenes, resins etc.) which, being adsorbed on a surface of water drops, form armoring shell, barriering to coalescence and settling of drops. In this case application of traditional ways ineffectively. One of the methods of the decision of this problem is the using of radio-frequency electromagnetic field energy. Advantage of the given method is that the electromagnetic field causes resonant influence on elements of the armoring shell, leading to its destruction. As has been shown, the intensity of the phenomena, caused by polarizing interactions, increases when the field frequency approaches the resonance frequency of molecules possessing dipole moments.
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