Seismic Facial Modeling as a Tool for Increasing the Reliability  of the Production Forecast for the Pk1 Layer of the Beregovoye Field

Grishchenko, M.A.; Aksenov, Andrey; Maksimovich, O.D.; Shchetinin, A.S.; Krivoshchekov, I.S.; Osipenko, Aleksey

doi:10.30713/2413-5011-2020-10(346)-54-61

GGDOGF

2020

DOI: 10.30713/2413-5011-2020-10(346)-54-61

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Seismic Facial Modeling as a Tool for Increasing the Reliability of the Production Forecast for the Pk1 Layer of the Beregovoye Field

M.A. Grishchenko¹,

Andrey Aksenov²,

O.D. Maksimovich³

et al.

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2021

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Seismic Data Analysis for Well Performance and Production Data Forecast: Massive Low-Relief Gas Reservoir Case Study

Gorlanov¹,

Vorontsov²,

Schetinin³

et al. 2021

Day 4 Fri, October 15, 2021

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In the process of developing massive gas reservoirs, gas-water contact (GWC) rise is inevitable, which leads to water-breakthrough in wells and declining daily gas production. Drilling horizontal sidetracks and new horizontal wells helps to maintain target production levels. The direction of drilling a horizontal well section largely determines its efficiency. In complex geological conditions, a detailed analysis of seismic data in the drilling area helps to reduce drilling risks and achieve planned starting parameters. The integration of seismic data in geological models is often limited by poor correlation between reservoir properties from wells and seismic attributes. Flow simulation models use seismic data based on the assumptions made by the geological engineers. The study uses a cyclic approach to geological modeling: realizations include in-depth analysis of seismic data and well performance profiles. Modern software modules were used to automatically check the compliance of the geological realization with the development history, as well as to assess the uncertainties. This made it possible to obtain good correlation between well water cut and seismic attributes and to develop a method for determining the presence of shale barriers and "merging windows" of a massive gas reservoir with water-saturated volumes.

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Seismic Data Analysis for Well Performance and Production Data Forecast: Massive Low-Relief Gas Reservoir Case Study

Gorlanov¹,

Vorontsov²,

Schetinin³

et al. 2021

Day 4 Fri, October 15, 2021

View full text Add to dashboard Cite

show abstract

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Seismic Facial Modeling as a Tool for Increasing the Reliability of the Production Forecast for the Pk1 Layer of the Beregovoye Field

Cited by 1 publication

References 0 publications

Seismic Data Analysis for Well Performance and Production Data Forecast: Massive Low-Relief Gas Reservoir Case Study

Seismic Data Analysis for Well Performance and Production Data Forecast: Massive Low-Relief Gas Reservoir Case Study

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