ПРОГНОЗ ГЕОЛОГИЧЕСКОГО РАЗРЕЗА НА ОСНОВЕ ДЕТАЛЬНОЙ ОБРАБОТКИ СЕЙСМИЧЕСКИХ МАТЕРИАЛОВ В ПРОГРАММНО`АЛГОРИТМИЧЕСКОМ КОМПЛЕКСЕ «ГЕОСЕЙФ»

Translated title of the contribution: Forecast of geological profile based on detailed processing of seismic materials in the software`algorithmic complex «GeoSeIF»

Alexander I. Kochegurov, Viktor P. Ivanchenkov, Oleg V. Orlov

Research output: Contribution to journalArticle

Abstract

Relevance. It is well known that the main objectives of forecasting a geological section are to determine the material composition of se/ dimentation, to select the productive strata and to assess their petroleum potential. These goals are achieved, among other things, on the basis of detailed processing and interpretation of seismic data with reference to the results of well logging. In modern software and algorithmic complexes for processing and interpreting seismic information, the amplitude and energy characteristics of the reflected wa/ ves are mainly used as diagnostic signs for prediction of a geological profile. Phase frequency characteristics for this purpose of the fo/ recast are practically not used. All this leads to the fact that when solving the problems of forecasting a geological profile, the percentage of erroneous decisions is quite large and the allocation of false anomalies of dynamic and kinematic parameters of reflections occurs qu/ ite often. The aim of the research is to obtain a forecast of the geological section using new informative parameters extracted from the instan/ taneous phase spectra of the reflected seismic waves on the basis of the detailed processing of seismic materials in the software and al/ gorithmic complex «Geoseif». Methods and means of research: digital signal processing and space/time fields, discrete Fourier transform, mathematical modeling methods, computational experiment. Results. The composition of the software and algorithmic complex «Geoseif» and the list of tasks solved on it are considered in detail. It is shown that the general approach to solving the problems on the «Geoseif» complex is associated with the formation of the selected route in accordance with the accepted processing graph from the available source data to the desired results. The paper presents the structure of the detailed processing of seismic materials during the implementation of phase/frequency deconvolution algorithms for predicting a geological section. As a result of application of the considered methodology, a phase/time analysis of the territory of the Dvurechensko/Karandashovskaya zone was conducted and a zoning map was drawn for the selected types of geological section. At the same time, the identified correlation links between the values of the phase response and the zonal and local lithological and tectonic inhomogeneities of the section are interpolated and extrapolated into the interwell space.

Original languageRussian
Pages (from-to)134-144
Number of pages11
JournalBulletin of the Tomsk Polytechnic University, Geo Assets Engineering
Volume330
Issue number6
DOIs
Publication statusPublished - 1 Jan 2019

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software
Processing
well logging
signal processing
deconvolution
seismic wave
inhomogeneity
Fourier transform
zoning
seismic data
Well logging
kinematics
Zoning
petroleum
Seismic waves
Petroleum
anomaly
Deconvolution
Tectonics
Computational methods

ASJC Scopus subject areas

  • Materials Science (miscellaneous)
  • Fuel Technology
  • Geotechnical Engineering and Engineering Geology
  • Waste Management and Disposal
  • Economic Geology
  • Management, Monitoring, Policy and Law

Cite this

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title = "ПРОГНОЗ ГЕОЛОГИЧЕСКОГО РАЗРЕЗА НА ОСНОВЕ ДЕТАЛЬНОЙ ОБРАБОТКИ СЕЙСМИЧЕСКИХ МАТЕРИАЛОВ В ПРОГРАММНО`АЛГОРИТМИЧЕСКОМ КОМПЛЕКСЕ «ГЕОСЕЙФ»",
abstract = "Relevance. It is well known that the main objectives of forecasting a geological section are to determine the material composition of se/ dimentation, to select the productive strata and to assess their petroleum potential. These goals are achieved, among other things, on the basis of detailed processing and interpretation of seismic data with reference to the results of well logging. In modern software and algorithmic complexes for processing and interpreting seismic information, the amplitude and energy characteristics of the reflected wa/ ves are mainly used as diagnostic signs for prediction of a geological profile. Phase frequency characteristics for this purpose of the fo/ recast are practically not used. All this leads to the fact that when solving the problems of forecasting a geological profile, the percentage of erroneous decisions is quite large and the allocation of false anomalies of dynamic and kinematic parameters of reflections occurs qu/ ite often. The aim of the research is to obtain a forecast of the geological section using new informative parameters extracted from the instan/ taneous phase spectra of the reflected seismic waves on the basis of the detailed processing of seismic materials in the software and al/ gorithmic complex «Geoseif». Methods and means of research: digital signal processing and space/time fields, discrete Fourier transform, mathematical modeling methods, computational experiment. Results. The composition of the software and algorithmic complex «Geoseif» and the list of tasks solved on it are considered in detail. It is shown that the general approach to solving the problems on the «Geoseif» complex is associated with the formation of the selected route in accordance with the accepted processing graph from the available source data to the desired results. The paper presents the structure of the detailed processing of seismic materials during the implementation of phase/frequency deconvolution algorithms for predicting a geological section. As a result of application of the considered methodology, a phase/time analysis of the territory of the Dvurechensko/Karandashovskaya zone was conducted and a zoning map was drawn for the selected types of geological section. At the same time, the identified correlation links between the values of the phase response and the zonal and local lithological and tectonic inhomogeneities of the section are interpolated and extrapolated into the interwell space.",
keywords = "Algorithmic complex, Detailed processing, Geological profile forecast, Phase/frequency deconvolution, Phase/time analysis, Software",
author = "Kochegurov, {Alexander I.} and Ivanchenkov, {Viktor P.} and Orlov, {Oleg V.}",
year = "2019",
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language = "Русский",
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journal = "Bulletin of the Tomsk Polytechnic University, Geo Assets Engineering",
issn = "2500-1019",
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TY - JOUR

T1 - ПРОГНОЗ ГЕОЛОГИЧЕСКОГО РАЗРЕЗА НА ОСНОВЕ ДЕТАЛЬНОЙ ОБРАБОТКИ СЕЙСМИЧЕСКИХ МАТЕРИАЛОВ В ПРОГРАММНО`АЛГОРИТМИЧЕСКОМ КОМПЛЕКСЕ «ГЕОСЕЙФ»

AU - Kochegurov, Alexander I.

AU - Ivanchenkov, Viktor P.

AU - Orlov, Oleg V.

PY - 2019/1/1

Y1 - 2019/1/1

N2 - Relevance. It is well known that the main objectives of forecasting a geological section are to determine the material composition of se/ dimentation, to select the productive strata and to assess their petroleum potential. These goals are achieved, among other things, on the basis of detailed processing and interpretation of seismic data with reference to the results of well logging. In modern software and algorithmic complexes for processing and interpreting seismic information, the amplitude and energy characteristics of the reflected wa/ ves are mainly used as diagnostic signs for prediction of a geological profile. Phase frequency characteristics for this purpose of the fo/ recast are practically not used. All this leads to the fact that when solving the problems of forecasting a geological profile, the percentage of erroneous decisions is quite large and the allocation of false anomalies of dynamic and kinematic parameters of reflections occurs qu/ ite often. The aim of the research is to obtain a forecast of the geological section using new informative parameters extracted from the instan/ taneous phase spectra of the reflected seismic waves on the basis of the detailed processing of seismic materials in the software and al/ gorithmic complex «Geoseif». Methods and means of research: digital signal processing and space/time fields, discrete Fourier transform, mathematical modeling methods, computational experiment. Results. The composition of the software and algorithmic complex «Geoseif» and the list of tasks solved on it are considered in detail. It is shown that the general approach to solving the problems on the «Geoseif» complex is associated with the formation of the selected route in accordance with the accepted processing graph from the available source data to the desired results. The paper presents the structure of the detailed processing of seismic materials during the implementation of phase/frequency deconvolution algorithms for predicting a geological section. As a result of application of the considered methodology, a phase/time analysis of the territory of the Dvurechensko/Karandashovskaya zone was conducted and a zoning map was drawn for the selected types of geological section. At the same time, the identified correlation links between the values of the phase response and the zonal and local lithological and tectonic inhomogeneities of the section are interpolated and extrapolated into the interwell space.

AB - Relevance. It is well known that the main objectives of forecasting a geological section are to determine the material composition of se/ dimentation, to select the productive strata and to assess their petroleum potential. These goals are achieved, among other things, on the basis of detailed processing and interpretation of seismic data with reference to the results of well logging. In modern software and algorithmic complexes for processing and interpreting seismic information, the amplitude and energy characteristics of the reflected wa/ ves are mainly used as diagnostic signs for prediction of a geological profile. Phase frequency characteristics for this purpose of the fo/ recast are practically not used. All this leads to the fact that when solving the problems of forecasting a geological profile, the percentage of erroneous decisions is quite large and the allocation of false anomalies of dynamic and kinematic parameters of reflections occurs qu/ ite often. The aim of the research is to obtain a forecast of the geological section using new informative parameters extracted from the instan/ taneous phase spectra of the reflected seismic waves on the basis of the detailed processing of seismic materials in the software and al/ gorithmic complex «Geoseif». Methods and means of research: digital signal processing and space/time fields, discrete Fourier transform, mathematical modeling methods, computational experiment. Results. The composition of the software and algorithmic complex «Geoseif» and the list of tasks solved on it are considered in detail. It is shown that the general approach to solving the problems on the «Geoseif» complex is associated with the formation of the selected route in accordance with the accepted processing graph from the available source data to the desired results. The paper presents the structure of the detailed processing of seismic materials during the implementation of phase/frequency deconvolution algorithms for predicting a geological section. As a result of application of the considered methodology, a phase/time analysis of the territory of the Dvurechensko/Karandashovskaya zone was conducted and a zoning map was drawn for the selected types of geological section. At the same time, the identified correlation links between the values of the phase response and the zonal and local lithological and tectonic inhomogeneities of the section are interpolated and extrapolated into the interwell space.

KW - Algorithmic complex

KW - Detailed processing

KW - Geological profile forecast

KW - Phase/frequency deconvolution

KW - Phase/time analysis

KW - Software

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