2588-0101 Вестник Евразийской науки The Eurasian Scientific Journal ООО «Издательство «Мир науки» https://esj.today/43NZVN124.html Обзор мирового опыта применения технологии газоциклической обработки нефтедобывающих скважин углекислым газом для увеличения добычи нефти The review of global experience in the implementation of gas cyclic carbon dioxide treatment technology for oil wells Зиганшин Раис Шамильевич Зиганшин Раис Шамильевич Ziganshin Rais Shamilevich pauc97@gmail.com Рощин Павел Валерьевич Рощин Павел Валерьевич Roschin Pavel Valerevich pv.roschin@yandex.ru Рязанов Арсентий Алексеевич Рязанов Арсентий Алексеевич Ryazanov Arsentiy Alekseevich Arsentiy.Ryazanov@lukoil.com Зиновьев Алексей Михайлович Зиновьев Алексей Михайлович Zinovev Aleksei Mikhailovich Ковалева Галина Анатольевна Ковалева Галина Анатольевна Kovaleva Galina Anatolievna Склюев Прокофий Витальевич Склюев Прокофий Витальевич Sklyuev Prokofiy Vitalievich Давыдов Михаил Анатольевич Давыдов Михаил Анатольевич Davydov Mikhail Anatolievich ФГБОУ ВО «Самарский государственный технический университет» (Самара, Россия) Samara State Technical University (Samara, Russia) ООО «РИТЭК» (Волгоград, Россия) RITEK LLC (Volgograd, Russia) 03 04 2024 2024 16 1 43NZVN124 14 02 2024 27 03 2024 2024 Зиганшин Раис Шамильевич, Рощин Павел Валерьевич, Рязанов Арсентий Алексеевич, Зиновьев Алексей Михайлович, Ковалева Галина Анатольевна, Склюев Прокофий Витальевич, Давыдов Михаил Анатольевич Ziganshin Rais Shamilevich, Roschin Pavel Valerevich, Ryazanov Arsentiy Alekseevich, Zinovev Aleksei Mikhailovich, Kovaleva Galina Anatolievna, Sklyuev Prokofiy Vitalievich, Davydov Mikhail Anatolievich CC BY 4.0 https://esj.today/43NZVN124.html

В настоящее время существует большое количество различных технологий интенсификации добычи нефти, к реализации многих из них приступили уже в прошлом столетии. Накопленный опыт позволил определить оптимальные границы применимости, эффективность и рентабельность в различных условиях применения. Частным случаем интенсификации добычи нефти на добывающих скважинах является обработка растворителем, к которому в настоящее время относится и углекислый газ в жидком и сверхкритическом состоянии. В статье представлен анализ применения технологии газоциклической обработки призабойной зоны пласта добывающих скважин за период 1980–2023 г., где в качестве растворителя используется углекислый газ. Согласно выполненному авторами данной работы анализу литературы, мировой опыт насчитывает около 200 задокументированных испытаний данной технологии. Для поиска использовались платформы OnePetro, ResearchGate, Elsevier, elibrary и другие источники информации. Авторами работы выполнен сбор и анализ информации по эффективности газоциклических обработок. Собранная база данных содержит 168 строк, информацию по 52 месторождениям из 6 стран, подготовлены данные по работе скважины до/после обработки, объемы закачки, время выдержки, количество циклов обработки, основные свойства пласта-коллектора и насыщающей его нефти. Подготовлена история применения от пилотных проектов и до современных опытов, приведены информационные ресурсы для поиска, продемонстрирована география применения. В заключительной части приведен ряд общих тенденций и закономерностей при проведении газоциклических обработок, сформулированы выводы. Авторы готовы поделиться накопленной статистикой по запросу через указанные контактные данные.

At present, there are a large number of different technologies for oil production stimulation, many of them were already started to be implemented in the last century. The accumulated experience has made it possible to determine the optimal boundaries of applicability, efficiency and cost-effectiveness in different conditions of application. A special case of oil production stimulation at producing wells is solvent treatment, which currently includes carbon dioxide in liquid and supercritical state. The article presents the analysis of application of the technology of gas cyclic treatment of bottomhole formation zone of producing wells for the period 1980–2023, where carbon dioxide is used as a solvent. According to the literature analysis performed by the authors of this paper, the world experience counts about 200 documented tests of this technology. OnePetro, ResearchGate, Elsevier, elibrary and other information sources were used for the search. The authors collected and analyzed information on the efficiency of gas cycling treatments. The collected database contains 168 lines, information on 52 fields from 6 countries, prepared data on well operation before/after treatment, injection volumes, holding time, number of treatment cycles, basic properties of reservoir and saturating oil. The history of application from pilot projects to modern experiments is prepared, information resources for search are given, geography of application is demonstrated. In the final part, a number of general trends and regularities in gas cycling treatments are given, and conclusions are formulated. The authors are ready to share the accumulated statistics upon request through the contact information provided.

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