Scientific and technical journal

«Oilfield engineering»

ISSN 0207-2351

In this issue
Oilfield engineering
In this issue
№ 2 (626), February 2021
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INTENSIFICATION OF OIL RECOVERY FROM DEPLETED DEPOSITS WITH APPLICATION OF NANOTECHNOLOGIES

UDC: 622.276.6
DOI: 10.33285/0207-2351-2021-2(626)-49-52

Authors:

VELIYEV NAZIM ASLAN OGLY1,
ZEINALOV RAKHIB RASHIDOVICH2

1 State Oil Company of Azerbaijan Republic (SOCAR), Baku, Azerbaijan Republic
2 Innovation and Production Center, Baku, Azerbaijan Republic

Keywords: nanotechnology, oil, oil production, intensification, depleted deposits

Annotation:

The article demonstrates the decisive role of studying the features of oil recovery intensification from depleted fields using nanotechnologies. The development of any oil field is carried out to the loss of profitability of further oil production. Methods of oil production intensification are aimed at reducing the time of a field development and, as a result, increasing its profitability. The article discusses some methods of improving and simplifying oil production using nanotechnologies. The use of nanotechnology in order to increase the return on oil remains an urgent topic at the moment. The main trends of this problem solution can be formulated as size effects in the properties of catalysts, size effects in catalytically active porous materials; nanotechnologies in separating mixtures; nanotechnological coatings; use of nano-materials as part of an intelligent system (various sensors, drives, control devices).

Bibliography:

1. Акимов В.Ф. Измерение расхода газонасыщенной нефти. - М.: Недра, 1978. - 200 c.
2. Булатов А.И. Англо-русский словарь по нефти и газу. - М.: РУССО, 2016. - 400 c.
3. Вода или нефть?: монография / Д.В. Козлов [и др.] - М.: Бимпа, 2014. - 456 c.
4. Глушков А.В. Анализ проблемы поиска альтернативы нефти и природному газу. - М.-Ижевск: Регулярная и хаотическая динамика, 2016. - 200 c.
5. Грей Ф. Добыча нефти. - М.: Олимп-Бизнес, 2010. - 416 c.
6. Дьяконова И.А. Нефть и уголь в энергетике царской России в международных сопоставлениях. - М.: Российская политическая энциклопедия, 2010. - 296 c.
7. Каминский Э.Ф., Хавкин В.А. Глубокая переработка нефти: технологический и экологический аспекты. - М.: Техника, 2011. - 384 c.
8. Коллон М. Нефть, PR, война. Глобальный контроль над ресурсами планеты. - М.: Крымский мост-9D, Форум, 2011. - 416 c.