4D SEISMIC IN RUSSIA: EXPERIENCE, PROBLEMS AND PROSPECTS

4D seismic is a series of time laps 3D seismic surveys employed during development of oil and gas fields. Its goal is to register changes in seismic wavefield within target interval caused by hydrocarbon extraction, which allows for optimization of field development plan (i.e. optimizing reservoir drainage, oil well placement, reducing reservoir development uncertainty, etc.). This article provides the first comprehensive analysis of the current state of 4D seismic in Russia, where, unfortunately, there are only a few cases of utilization of this technology, while global experience already includes hundreds of successful examples. Various options for its implementation for deep-sea (offshore) and onshore hydrocarbon exploration and production are considered. However, not numerous, practically all known cases of 4D seismic survey acquisition over Russian hydrocarbon fields are analyzed, and future prospects of this technology in Russia are assessed.

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Publication Details

Journal
Russian Geology and Geophysics
Published
2025-05-23
DOI
https://doi.org/10.2113/rgg20254845
Primary Topic
Reservoir Engineering and Simulation Methods
Type
article
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article

4D SEISMIC IN RUSSIA: EXPERIENCE, PROBLEMS AND PROSPECTS

Sergey Gorbachev, Y.P. Ampilov
Russian Geology and Geophysics
Reservoir Engineering and Simulation Methods
article

4D SEISMIC IN RUSSIA: EXPERIENCE, PROBLEMS AND PROSPECTS

Sergey Gorbachev, Y.P. Ampilov
article en

Abstract

4D seismic is a series of time laps 3D seismic surveys employed during development of oil and gas fields. Its goal is to register changes in seismic wavefield within target interval caused by hydrocarbon extraction, which allows for optimization of field development plan (i.e. optimizing reservoir drainage, oil well placement, reducing reservoir development uncertainty, etc.). This article provides the first comprehensive analysis of the current state of 4D seismic in Russia, where, unfortunately, there are only a few cases of utilization of this technology, while global experience already includes hundreds of successful examples. Various options for its implementation for deep-sea (offshore) and onshore hydrocarbon exploration and production are considered. However, not numerous, practically all known cases of 4D seismic survey acquisition over Russian hydrocarbon fields are analyzed, and future prospects of this technology in Russia are assessed.

Russian Geology and GeophysicsVol. 66(7)
Lomonosov Moscow State University (RU), Oil and Gas Research Institute (RU)
Life below water
Openalex Percentile: Top 86%
Reservoir Engineering and Simulation Methods
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