Production of Hard-to-recover and Non-recoverable Oil Reserves by means of Binary Mixtures Technology | Zendy

E. N. Aleksandrov | Zendy; Н. М. Кузнецов | Zendy; С. Н. Козлов | Zendy; Yu. G. Serkin | Zendy; E.E. Nizova | Zendy

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Production of Hard-to-recover and Non-recoverable Oil Reserves by means of Binary Mixtures Technology

Author(s) -

E. N. Aleksandrov,

Н. М. Кузнецов,

С. Н. Козлов,

Yu. G. Serkin,

E.E. Nizova

Publication year - 2016

Publication title -

georesursy

Language(s) - English

Resource type - Journals

SCImago Journal Rank - 0.291

H-Index - 5

eISSN - 1608-5078

pISSN - 1608-5043

DOI - 10.18599/grs.18.3.2

Subject(s) - binary number , production (economics) , environmental science , oil reserves , petroleum engineering , mathematics , pulp and paper industry , process engineering , economics , chemistry , engineering , petroleum , microeconomics , arithmetic , organic chemistry

The paper discusses the results of the enhanced oil recovery by means of binary mixtures containing mineral (ammonium) and/or organic (mono-ethanolamine) nitrate and initiators of their decomposition. Calculations and large-scale field experiment show that resource-saving technology of binary mixtures can be considered as an alternative to the well-known thermal steam technology (Canada, USA). Designed and tested by the authors monitoring system of temperature and pressure in the reaction zone of the well, which provides conversion depth and efficiency coefficient of binary mixtures reaction that are close to 1 is a necessary and sufficient condition for the successful application of this method for the purpose of enhanced oil recovery.

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