S.S. Gots, Doctor of Physical and Mathematical Sciences (Bashkir State University),

K.Sh. Yamaletdinova, Doctor of Technical Sciences (Institute of Energy Resourсes Transportation GUP), B.K. Sushko, Doctor of Technical Sciences (Bashkir State University)

COGNITIVE APPRAISALS OF APPLICABILITY OF ELECTROMAGNETIC RADIATION

ON WATER-OIL EMULSION

Background

Reservoir pressure maintenance, enhanced oil recovery and oil transport with high water cut are associated by composition of stable water-oil emulsions, difficult for separating. In order to enhance oil and water separation the ecologically friendly wave methods are used.

Aims and Objectives

The aim of the work is to estimate the usability of wave methods and to choose the optimal technology of water-oil emulsion destruction in the reservoir.

Methods

Theoretical investigations and comparison of the known methods of electromagnetic radiation on the materials. Laboratory studies of electromagnetic absorption.

Results

There were provided the comparison of the known methods of electromagnetic radiation on the materials. There are recommendations how to choose the optimal technology of electromagnetic emission in order to destruct the water-oil emulsion.

Key words: water-oil emulsion, wave methods, electromagnetic waves, electromagnetic radiation, globules, electromagnetic wave resonators.

Literature

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The authors

• Gots Sergey S., Doctor of Physical and Mathematical Sciences, Professor

Bashkir State University

Professor of Physical Electronics and Nanophysics Chair

Russian Federation, 450074, Ufa, ul. Zaki Validy, 32

tel: (347) 229-96-97

e-mail: clara-yk@yandex.ru

• Yamaletdinova Klara Sh., Doctor of Technical Sciences

Institute of Energy Resourсes Transportation GUP

Chief Researcher of Hydrodynamic Modeling

of Engineering Processes in Oil Production Department

Russian Federation, 450055, Ufa, pr. Oktyabrya, 144/3

tel: (347) 229-96-97

е-mail: clara-yk@yandex.ru

• Sushko Boris K., Doctor of Technical Sciences

Bashkir State University

Professor of Statistical Radiophysics and Communication Chair

Russian Federation, 450074, Ufa, ul. Zaki Validy, 32

tel: (347) 229-96-97

e-mail: clara-yk@yandex.ru