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{"references": ["1. Surguchev M.L. \"Secondary and tertiary methods for enhanced oil recovery.\" M.: Nedra, 1985. 308 p.", "2. Amelin I.D., Surguchev M.L., Davydov A.V. \"Forecast for the development of oil deposits at a late stage.\" M., Nedra, 1994. 308 p.", "3. Stepanova G.S. \"Gas and water-gas methods of influencing oil reservoirs.\" Moscow: Gazoil press, 2006. 198 p.", "4. Surguchev M.L., Zheltov Yu.V., Simkin E.M. \"Physico-chemical microprocesses in oil and gas formations.\" M.: Nedra, 1985. 215 p.", "5. Ergashevna, S. N. (2020). Technology of teaching students to work hard through folklore. European Journal of Research and Reflection in Educational Sciences Vol, 8(9).", "6. Klimov A.A. \"Methods for enhancing oil recovery\" Materials of the XXXIX scientific and technical conference based on the results of the work of the teaching staff of North Caucasian State Technical University, 2009."]}
the article analyzes the methods of increasing oil recovery used today. The use of enhanced oil recovery methods in oil fields is intended to increase the efficiency of field development. There are several groups of these methods used here in Russia and abroad. The article discusses the main of these methods used to increase the recovery rate and optimize the development system.
enhanced oil recovery methods, oil field, hard-to-recover reserves, hydrodynamic methods, physical and chemical methods, gas methods, thermal methods.
enhanced oil recovery methods, oil field, hard-to-recover reserves, hydrodynamic methods, physical and chemical methods, gas methods, thermal methods.
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