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Determination of prospective objects of oil and gas exploration by a complex of geological, geophysical, morphometric and remote methods within the Solokhivsko-Bilskyi cryptodiapir along the Zachepylivka-Bilsk seismic profile

Determination of prospective objects of oil and gas exploration by a complex of geological, geophysical, morphometric and remote methods within the Solokhivsko-Bilskyi cryptodiapir along the Zachepylivka-Bilsk seismic profile

The article deals with the complex geophysical, structural-geomorphological and remote sensing studies to assess the prospects of oil and gas bearing capacity along the Zachepylivka-Bilsk seismic profile within the Solokhivsko-Bilskyi cryptodiapir. The Timoshin-Semenova methodology for detecting a t...

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Bibliographic Details
Main Authors: Titarenko, Olga, Yefimenko, Tetiana, Yesipovich, Stanislav, Bondarenko, Alla
Format: Article
Language:Ukrainian
Published: Scientific Centre for Aerospace Research of the Earth Institute of Geological Science National Academy of Sciences of Ukraine, Kyiv, Ukraine 2024
Subjects:
seismic time section
diffusion-effusion flow trace
satellite imagery
lineament scheme
Online Access:https://ujrs.org.ua/ujrs/article/view/262
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Summary:The article deals with the complex geophysical, structural-geomorphological and remote sensing studies to assess the prospects of oil and gas bearing capacity along the Zachepylivka-Bilsk seismic profile within the Solokhivsko-Bilskyi cryptodiapir. The Timoshin-Semenova methodology for detecting a trace of diffusion-effusion flow of hydrocarbon compounds in the field of reflected waves was implemented, based on the processing of the seismic time section of the Zachepylivka-Bilsk regional profile. For a comprehensive study of the territory, the Sentinel-1 satellite imagery was used to build a modern relief surface along the Zachepylivka-Bilsk profile, the analysis of which allowed us to identify a number of structural complications in the relief. Based on the interpretation of satellite images, a lineament scheme was created. The prospective oil and gas bearing objects were identified based on the scattered wave field in the Zachepylivka-Bilsk section of the profile with access to detailed studies. The Solokhivske and Bilske gas condensate fields are considered in detail.

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