Analysis and prospects for the development of indicator (tracer) methods for studying oil and gas reservoirs

Rapid development of the methodology for conducting and interpreting the results of tracer studies, which requires systematization of data. At present, indicator studies are practically the only non-alternative method that allows one to objectively evaluate real hydrodynamic connections between well...

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Päätekijät:	Verzhbitsky, V. V., Вержбицкий, В. В., Shchekin, A. I., Щекин, А. И., Gunkina, T. A., Гунькина, Т. А., Khandzel, A. V., Хандзель, А. В., Verzhbitskaya, V. V., Вержбицкая, В. В.
Aineistotyyppi:	Статья
Kieli:	Russian
Julkaistu:	Tomsk Polytechnic University, Publishing House 2025
Aiheet:	Inter-well Tracer Test Tracer methods Stationary source of tracer Single Well Chemical Tracer Tests Reservoir studies Partitioning Inter-well Tracer Test
Linkit:	https://dspace.ncfu.ru/handle/123456789/30458
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id	ir-123456789-30458
record_format	dspace
spelling	ir-123456789-304582025-05-15T10:54:13Z Analysis and prospects for the development of indicator (tracer) methods for studying oil and gas reservoirs Анализ и перспективы развития индикаторных (трассерных) методов исследования пластов-коллекторов нефтяных и газовых месторождений Verzhbitsky, V. V. Вержбицкий, В. В. Shchekin, A. I. Щекин, А. И. Gunkina, T. A. Гунькина, Т. А. Khandzel, A. V. Хандзель, А. В. Verzhbitskaya, V. V. Вержбицкая, В. В. Inter-well Tracer Test Tracer methods Stationary source of tracer Single Well Chemical Tracer Tests Reservoir studies Partitioning Inter-well Tracer Test Rapid development of the methodology for conducting and interpreting the results of tracer studies, which requires systematization of data. At present, indicator studies are practically the only non-alternative method that allows one to objectively evaluate real hydrodynamic connections between wells from a physical point of view. The importance of the information obtained as a result of interpreting the tracer studies lies in its reliability and unambiguity, which can significantly reduce uncertainties regarding fluid filtration paths, the presence of heterogeneity and peculiar features of hydrodynamic connectivity in productive formations. Aim. To create a set of systematical recommendations on the methodology for conducting and interpreting the results of tracer studies when developing oil and gas fields. Methods. The paper analyzes technologies for conducting and interpreting tracer tests using such methods as the Stationary Tracer Source, including Single Well Chemical Tracer Tests, Partitioning Inter-Well Tracer Test, as well as Inter-Well Tracer Test. Results and conclusions. As a result of the analysis of tracer methods for studying reservoir layers of oil and gas fields, the authors have classified the substances used as indicators, and carried out a comparison of the main goals achieved with the help of indicator studies in accordance with the object of study and the research method. The paper describes the strong and weak features of conducting and processing the results of the analyzed tracer research methods. The paper introduces the prospects for the development of indicator research methods, primarily related to the development of new types of tracers and methods for interpreting results. 2025-05-15T10:27:40Z 2025-05-15T10:27:40Z 2025 Статья Verzhbitsky V.V., Shchekin A.I., Gunkina T.A., Handzel A.V., Verzhbitskaya V.V. Analysis and prospects for the development of indicator (tracer) methods for studying oil and gas reservoirs // Bulletin of the Tomsk Polytechnic University, Geo Assets Engineering. - 2025. - 336 (4). - pp. 47 - 65. - DOI: 10.18799/24131830/2025/4/4683 https://dspace.ncfu.ru/handle/123456789/30458 ru Bulletin of the Tomsk Polytechnic University, Geo Assets Engineering application/pdf application/pdf Tomsk Polytechnic University, Publishing House
institution	СКФУ
collection	Репозиторий
language	Russian
topic	Inter-well Tracer Test Tracer methods Stationary source of tracer Single Well Chemical Tracer Tests Reservoir studies Partitioning Inter-well Tracer Test
spellingShingle	Inter-well Tracer Test Tracer methods Stationary source of tracer Single Well Chemical Tracer Tests Reservoir studies Partitioning Inter-well Tracer Test Verzhbitsky, V. V. Вержбицкий, В. В. Shchekin, A. I. Щекин, А. И. Gunkina, T. A. Гунькина, Т. А. Khandzel, A. V. Хандзель, А. В. Verzhbitskaya, V. V. Вержбицкая, В. В. Analysis and prospects for the development of indicator (tracer) methods for studying oil and gas reservoirs
description	Rapid development of the methodology for conducting and interpreting the results of tracer studies, which requires systematization of data. At present, indicator studies are practically the only non-alternative method that allows one to objectively evaluate real hydrodynamic connections between wells from a physical point of view. The importance of the information obtained as a result of interpreting the tracer studies lies in its reliability and unambiguity, which can significantly reduce uncertainties regarding fluid filtration paths, the presence of heterogeneity and peculiar features of hydrodynamic connectivity in productive formations. Aim. To create a set of systematical recommendations on the methodology for conducting and interpreting the results of tracer studies when developing oil and gas fields. Methods. The paper analyzes technologies for conducting and interpreting tracer tests using such methods as the Stationary Tracer Source, including Single Well Chemical Tracer Tests, Partitioning Inter-Well Tracer Test, as well as Inter-Well Tracer Test. Results and conclusions. As a result of the analysis of tracer methods for studying reservoir layers of oil and gas fields, the authors have classified the substances used as indicators, and carried out a comparison of the main goals achieved with the help of indicator studies in accordance with the object of study and the research method. The paper describes the strong and weak features of conducting and processing the results of the analyzed tracer research methods. The paper introduces the prospects for the development of indicator research methods, primarily related to the development of new types of tracers and methods for interpreting results.
format	Статья
author	Verzhbitsky, V. V. Вержбицкий, В. В. Shchekin, A. I. Щекин, А. И. Gunkina, T. A. Гунькина, Т. А. Khandzel, A. V. Хандзель, А. В. Verzhbitskaya, V. V. Вержбицкая, В. В.
author_facet	Verzhbitsky, V. V. Вержбицкий, В. В. Shchekin, A. I. Щекин, А. И. Gunkina, T. A. Гунькина, Т. А. Khandzel, A. V. Хандзель, А. В. Verzhbitskaya, V. V. Вержбицкая, В. В.
author_sort	Verzhbitsky, V. V.
title	Analysis and prospects for the development of indicator (tracer) methods for studying oil and gas reservoirs
title_short	Analysis and prospects for the development of indicator (tracer) methods for studying oil and gas reservoirs
title_full	Analysis and prospects for the development of indicator (tracer) methods for studying oil and gas reservoirs
title_fullStr	Analysis and prospects for the development of indicator (tracer) methods for studying oil and gas reservoirs
title_full_unstemmed	Analysis and prospects for the development of indicator (tracer) methods for studying oil and gas reservoirs
title_sort	analysis and prospects for the development of indicator (tracer) methods for studying oil and gas reservoirs
publisher	Tomsk Polytechnic University, Publishing House
publishDate	2025
url	https://dspace.ncfu.ru/handle/123456789/30458
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Analysis and prospects for the development of indicator (tracer) methods for studying oil and gas reservoirs

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