Численное моделирование поверхностно-активных веществ полимерного заводнения совместно с заводнением слабосоленой водой в Matlab на примере месторождения «Нефть Дашлары»

Назаралиев, Р.Р.; Гумбатов, А.И.; Мамедова, А.Э.

doi:10.15593/2712-8008/2024.1.5

Численное моделирование поверхностно-активных веществ полимерного заводнения совместно с заводнением слабосоленой водой в Matlab на примере месторождения «Нефть Дашлары»

Р.Р. Назаралиев, А.И. Гумбатов, А.Э. Мамедова

Сведения об авторах

Р.Р. Назаралиев
Бакинская высшая школа нефти, Баку, Азербайджанская Республика
А.И. Гумбатов
Бакинская высшая школа нефти, Баку, Азербайджанская Республика
А.Э. Мамедова
Бакинская высшая школа нефти, Баку, Азербайджанская Республика

https://doi.org/10.15593/2712-8008/2024.1.5

По мере увеличения численности населения на планете растет также и потребность в энергии, которую исторически в основном получают от углеводородов. Невзирая на масштабные инвестиции в сферу возобновляемой энергии с целью снижения зависимости от исчерпаемых источников энергии, нефтяная отрасль до сих пор играет существенную роль в современном мире и, согласно предположениям специалистов, данный тренд будет оставаться неизменным на протяжении еще нескольких десятилетий. Однако, учитывая уменьшение запасов углеводородных месторождений, специалисты активно работают над разработкой новых способов и современных технологий, способных технологически и экономически увеличить эффектиновность добычи нефти. Одним из таких методов, способствующих повышению нефтеотдачи, является снижение массовой доли минералов, в том числе соли, содержащейся в составе закачиваемой в пласты жидкости для поддрежания пластового давления. Результаты данного исследовательского проекта показывают, что при уровне минерализации, равной 0,02 %, количество нефтеотдачи составило 26,1 %, при этом базовый вариант заводнения составляет 22,2 %. К тому же показатели при применении полимера и полимерных поверхностно-активных веществ оказались 28,1 и 31,2 % (самый высокий показатель).

Ключевые слова

заводнение с использованием слабосоленой водыповышение нефтеотдачичисленное моделированиеполимерповерхностно-активные вещества

Литература

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15.Experimental Study of Flooding both Low Salinity Water and Foam in Sandstone Reservoirs Bearing Heavy Crude Oil / H.N. Al-Saedi, S.K. Al-Jaberi, W. Al-Bazzaz, R.E. Flori // In SPE Gas & Oil Technology Showcase and Conference (p. D02IS016R002). SPE. – 2019. DOI: 10.2118/198675-MS Scholar
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Опубликована: 31.03.2024
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Numerıcal Modellıng of Surfuctant-Polymer Floodıng Combıned wıth Law Salınıty Water Floodıng ın Matlab: Case Study ın Neft Dashları

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Numerıcal Modellıng of Surfuctant-Polymer Floodıng Combıned wıth Law Salınıty Water Floodıng ın Matlab: Case Study ın Neft Dashları

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