METHODS OF EXPLOITING WATERING GAS WELLS OF THE SHIMOLIY BERDAKH FIELD
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Abstract
The article examines the issue of intensifying gas extraction from water-flooded reservoirs. The wells of the Shimoliy Berdakh field are taken as an example, where almost all 48 wells in the operational fund produce water along with gas. The field is multi-layered and characterized by a complex geological structure. To increase the final gas recovery factor, the application of effective methods for lifting liquid to the surface is analyzed. The use of surfactants in low-yield wells yielded positive results. In conclusion, recommendations for intensifying gas production are proposed.
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[1] Khalismatov, I., Makhmudov, N. N., Zakirov, R. T., Shomurodov, Sh. E., & Isanova, —. (2021). Gas recovery of Jurassic terrigenous reservoirs of the Sudochiy trough of the Ustyurt oil and gas region. Technical Science and Innovation, 3(09), 107–117. https://uzjournals.edu.uz/btstu/
[2] Халисматов, И. Х., Махмудов, Н. Н., Закиров, Р. Т., & Шомуродов, Ш. Э. (2022). Геологические факторы, влияющие на коэффициент конечной газоотдачи продуктивных горизонтов месторождения Восточный Бердах – Учсай. Нефтегазовая геология. Теория и практика, 17(2). http://www.ngtp.ru/rub/2022/14_2022.html
[3] Халисматов, И. Х., Махмудов, Н. Н., Закиров, Р. Т., & Шомуродов, Ш. Э. (2021). Оценка конечной газоотдачи продуктивных пластов юрских коллекторов по месторождениям Судочьего прогиба. Газовая промышленность, (8), 54–60.
[4] Ли, Дж., Никенс, Г., & Уэллс, М. (2008). Эксплуатация обводняющихся газовых скважин: Технологические решения по удалению жидкости из скважин. Москва: ООО «Премиум инжиниринг».
[5] Назаров, У. С. (1989). Влияние подвески фонтанных труб на величину потерь давления в стволе, на забое и в призабойной зоне обводняющихся газовых скважин. В Интенсификация добычи нефти и газа (Сборник научных трудов). Ташкент.
[6] Khalismatov, I., Zakirov, R. T., Zakirov, A. A., & Ganikhanova, M. B. (2020). Features of the operation of watering gas wells in the Shimoliy Berdakh field. International Journal of Advanced Research in Science, Engineering and Technology, 7(12).
[7] Халисматов, И. Х., Ибрагимов, З. С., Дивеев, И. И., и др. (—). Способ удаления жидкости с забоя газовой скважины. Авторское свидетельство СССР, № 962593.
[8] Халисматов, И. Х., Дивеев, И. И., Ирматов, Э. К., и др. (—). Способ удаления жидкости с забоя газовой скважины. Авторское свидетельство СССР, № 968350.
[9] Халисматов, И. Х., Дивеев, И. И., & Матвеев, В. С. (—). Устройство для удаления жидкости с забоя газовых скважин. Авторское свидетельство СССР, № 1002531.