Predicting the Development of a Low Gas-Saturated Zone of the Medvezhye Field Based on Geological and Hydrodynamic Modeling

Artem A. Shirjaev; Kirill E. Vinogradov; Y. V. Vaganov; Vitaliya O. Naumenko

doi:10.48161/qaj.v3n4a250

Authors

Artem A. Shirjaev Laboratory for Workover Technologies and Well Stimulation, Tyumen Industrial University, Russia
Kirill E. Vinogradov Laboratory for Workover Technologies and Well Stimulation, Tyumen Industrial University, Russia
Y. V. Vaganov Laboratory for Workover Technologies and Well Stimulation, Tyumen Industrial University, Russia
Vitaliya O. Naumenko Laboratory for Workover Technologies and Well Stimulation, Tyumen Industrial University, Russia

DOI:

https://doi.org/10.48161/qaj.v3n4a250

Abstract

Given the rising water cut and reduced gas flow rate at large fields in Western Siberia, the issue of further development of productive formations of such fields is urgent. The factor of efficient use of natural resources also needs to be considered for extraction to be the most productive. The study is devoted to the construction of a 3D geological model of the PK1 layer of the Medvezhye field and a 3D hydrodynamic model created on its basis. Four project variants for the development of the transition zone of the PK1 formation of the Medvezhye field are proposed. The forecast period spans from 2023 to 2060.

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References

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