DETERMINATION OF LUBRICANT PROPERTIES OF WASHING FLUID USED IN WELL WORKOVER
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The processes of packing formation associated with mechanical adhesion and molecular attraction of clay particles have a significant impact on drilling efficiency. The use of optimized drilling fluids with additives helps to reduce the formation of contaminants and improve the overall efficiency of drilling operations. Lubricating additives play an important role in improving the tribological, hydrophobic and inhibiting properties of drilling fluids, which prevent packing and other complications associated with equipment wear. In this regard, in the course of the studies conducted in this article, the accuracy of the Baroid friction machine for determining the lubricating properties of drilling fluids during drilling wasassessed. The results showed that the equipment has the necessary accuracy for effective study of fluid characteristics, such as wear, wear duration, loads, torque, worn surface area and other parameters.
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1. Крагельский И.В. Трение и износ. – М.: Машиностроение, 1968. – 480 с.
2. Кистер Э.Г. и др. Улучшение смазывающих свойств промывочных растворов // Новости нефтяной и газовой промышленности Сера нефтедобыча. – 1982. - №12, с. 18 - 21.
3. Кистер Э.Г. Эмульсионные глинистые растворы М.: ГосИНТИ, 1968. - 58.с.
4. Ашуров Б.Н., Меликулов У.А., Бегижонов И.И., Умедов Ш.Х. Исследование критической скорости восходящего потока промывочной жидкости при бурении геологоразведочных скважин // ВЕСТНИК НУУз. – Ташкент, 2023. – №1/2.
5. Ашуров Б.Н., Меликулов У.A., Мирсаатова Ш.Х., Умедов Ш.Х. Определения состава смазочной добавки М-СД // Республиканская научно-техническая конференция «Нефт ва газ соҳасидаги замонавий инновaцион технологиялар. – Ташкент, 2023. - С. 114-115.
6. Акилов Ж., Газиев С.С., Ёров У.Б. Очистка ствола скважины от выбуренной породы. – Газовая промышленность. – М.: 2001. – с. 67-68.
7. Бродский Ю., Файнштейн А. Буровые растворы на углеводородной основе // Журнал «Бурение и нефть». – М., 2006. - №7, 8. – С. 24 – 26.
8. Булатов А.И., Аветисов А.Г., Справочник инжинера по бурению. Т. I, М.: «Недра»-1980, с.414.
9. Жидовцев М.А. Изнашивание элементов опоры шарошечных долот при промывке забоя жидкостью со смазочной добавкой/ машины и нефтяные оборудование: научная техническая информация. /ВНИИ ОЭНГ,1969, №6, с.9-12.