Complex Distributed Permanent Monitoring System for Horizontal Wells. Noviy-Port Field Case Study

Ipatov, A. I.; Kaeshkov, I. S.; Krementskiy, M. I.; Bazhenov, D. U.; Buyanov, A. V.; Panarina, E. P.; Figura, E. V.; Klishin, I. A.; Нухаев, М. Т.

doi:10.2118/187769-MS

Author:

Ipatov, A. I.

Kaeshkov, I. S.

Krementskiy, M. I.

Bazhenov, D. U.

Buyanov, A. V.

Panarina, E. P.

Figura, E. V.

Klishin, I. A.

Нухаев, М. Т.

Corporate Contributor:

Институт нефти и газа

Кафедра разработки и эксплуатации нефтяных и газовых месторождений

Date:

2017-10

Journal Name:

Society of Petroleum Engineers

Journal Quartile in Scopus:

без квартиля

Bibliographic Citation:

Ipatov, A. I. Complex Distributed Permanent Monitoring System for Horizontal Wells. Noviy-Port Field Case Study [Текст] / A. I. Ipatov, I. S. Kaeshkov, M. I. Krementskiy, D. U. Bazhenov, A. V. Buyanov, E. P. Panarina, E. V. Figura, I. A. Klishin, М. Т. Нухаев // Society of Petroleum Engineers: SPE Russian Petroleum Technology Conference. — 2017. — С. 1-11

Текст статьи не публикуется в открытом доступе в соответствии с политикой журнала.

Abstract:

Application of distributed temperature systems (DTS) and distributed acoustic systems (DAS) for continuous monitoring and surveys of horizontal wells demonstrated with the case study of horizontal oil well at Novoportkovskoe oil and gas condensate field. This paper presents the results of long-term monitoring based on distributed fiber-optic sensing in producing horizontal well. The reported data illustrates high informative value of non-stationary temperature logging used to control well operation, inflow profiling and formation depletion.

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