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Proceedings of the Mavlyutov Institute of Mechanics





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Kovaleva L.A., Galimbecov A.D., Galeeva L.N. Thermodynamic Justification of Physical Fields Effect on Oil Dispersed Systems Proceedings of the Institute of Mechanics of Ufa Branch of RAS. 6 (2008). 95–100.
2008. Vol. 6. Issue 1, Pp. 95–100
URL: http://proc.uimech.org/uim2008.1.013,en
DOI: 10.21662/uim2008.1.013
Thermodynamic Justification of Physical Fields Effect on Oil Dispersed Systems
Kovaleva L.A., Galimbecov A.D., Galeeva L.N.
Bashkir State University, Ufa

Abstract

In the paper the filtration processes of a single-phase viscous liquid with the influence of a radio-frequency electromagnetic field with considering the adsorption process is studied. The general system of equations describing this process includes the heat equation and the mass transfer equation taking into account adsorption process. As a result of the research, it was established that when the radio -frequency EM field is affected, the adsorption process slows down, which has a good effect on the filtration capacity of the saturated rock. In the special case, in the absence of a field, the adsorption process follows the classical Langmuir kinetics. The results of the research can find wide application in substantiating fundamentally new science-intensive technologies for the use of electric fields, particularly, in oil production, taking into account the adsorption interaction.

Keywords

high-frequency electromagnetic field,
nonequilibrium thermodynamics,
adsorption,
multicomponent hydrocarbon system