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8. EXPERIMENTAL STUDIES OF MECHANISM FOR OIL HEAVY FRACTIONS CRACKING FROM THE BAZHENOV SUITE.

Author

PONOMAREV, Andrey A., GOLOZUBENKO, Vadim A., HAFIZOV, Faiz Z., and SAVCHENKOV, Andrey L.

Subjects
*HYDROCARBONS, *CRACKING process (Petroleum industry), *ELECTROMAGNETIC fields
Abstract

Nowadays, the time is coming for development of oil deposits with the so-called hard-to-recover reserves (HRR). Particularly relevant and important at this time are the fundamental issues of the formation of hydrocarbon deposits. To understand how the most cost-effective way to extract heavy oil from clay-bituminous sediments, it is necessary to know the nature of the process of the formation of hydrocarbons. In the present work, experimental studies confirming the influence of electromagnetic fields on the change in the fractional composition of oil and fraction of heavy naphthenic hydrocarbon fractions are considered, as well as examples of natural phenomena that could affect the rapid, jumping formation of light oil deposits by changing the electromagnetic field of our planet. The object of research is the change in the fractional composition of oil under the influence of an electromagnetic field of frequency 50 Hz and magnetic induction of about 0, 81 T, as the subject of research is oil Bazhenov horizon, which according to many scientists is oil generating in Western Siberia. The purpose of the study was to evaluate the change in heavy oil fractions under the influence of an electromagnetic field. [ABSTRACT FROM AUTHOR]

Published
2018

9. Selecting a Technology to Increase well Capacity and Enhance Oil Recovery of the YUS11 Formation of the Fainsk Oil Field

Author

Aleksandrov, Vadim, Kadyrov, Marsel, Markov, Alexander, Golozubenko, Vadim, and Aleksandrov, Sergey

Abstract

To increase the development efficiency of reservoirs, methods to intensify inflows and enhance oil recovery are applied. The geological and field experience of applying these methods shows that a high technological effect can be reached in specific geological and geophysical conditions while in other conditions efficiency will be insignificant. In this relation, an important solution for this problem is the justification of selecting the most efficient technologies of stimulating pay zones. The research objective is to select the most optimal technologies of stimulating pay zones to increase the development scope and enhance oil recovery. Using geological and field analysis, a complex quantitative assessment was done for the efficiency of using methods to enhance oil recovery and stimulate pay zones in both production and injection wells.

Published
2018
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