Articles
| Open Access |
DOI: On The Impact Of Water Flooding On The Coefficients Of Washing And Oil Recovery From Productive Formations Of The Fergana Oil And Gas Region, Represented By Carbonate Reservoirs
Agzamov Avaz Hamidullaevich , Doctor Of Technical Sciences, Professor, Tashkent State Technical University, Tashkent, Uzbekistan Karshiev Abduhoshim Xujakulovich , Candidate Of Technical Sciences, Associate Professor, Department Of Geology Of Oil And Gas Fields, Tashkent State Technical University, Tashkent, Uzbekistan Jurayev Eldor Isroilovich , Senior Lecturer, Karshi Engineering Economics Institute, Karshi, Uzbekistan Saxatov Boxodir Gulmurodovich , Assistant, Karshi Engineering Economics Institute, Karshi, UzbekistanAbstract
Based on the generalization of the experience in the development of multilayer fields in the Fergana oil and gas region, the influence of the use of water flooding at a late stage on the coefficients of washing and oil recovery from productive formations was studied. By using statistical methods of data processing, the dependences of the oil recovery factor on the reservoir flushing coefficient and the reservoir flushing coefficient on the compensation of fluid withdrawal by water injection were obtained, with sufficiently high correlation coefficients. The obtained dependencies confirm the theoretical foundations of oil recovery from productive formations developed with the use of water flooding and can be used in the design of the process at similar facilities.
Keywords
Field, reservoir, development
References
PC. Khodzhaev, A.M. Akramkhodzhaev, P.K. Asimov at. al. (1973). Oil and gas fields of Uzbekistan. Tashkent: FAN, 1973. P.188.
Irmatov E.K., Agzamov A.Kh. (1992). Waterflooding of oil fields with complicated mining and geological conditions and ways to improve its efficiency. Tashkent: Publishing house of the Academy of Sciences of the Republic of Uzbekistan. P.60.
Irmatov E.K., Agzamov A.Kh. (1991). Experience and problems of improving the development of oil and oil and gas fields in Central Asia and methods of increasing their oil recovery. Tashkent: FAN. P.71.
Agzamov A.Kh. (1988). Comparative assessment of the efficiency of carbonate reservoir development systems on the example of the fields of the Fergana oil and gas region. Geology, geophysics and oil field development. Moscow .: VNIIOENG. No. 2. pp. 18-20.
Agzamov A.Kh. (1985). The influence of some physical and geological factors on the efficiency of waterflooding on the example of the South Alamyshik field. RNTS Ser. Oilfield business and oil transportation. - Moscow .: VNIIOENG. No. 12. pp. 8-10.
Posevich A.G., Agzamov A.Kh., Ermatov N.Kh. (1998). Assessment of the influence of some geological, physical and technological factors on the efficiency of waterflooding in Fergana fields. Uzbek Journal of Oil and Gas. Tashkent. No. 3. pp. 23-25.
Kazakov, K.V., Korepanova, V.S., Nikitin, V.T., & Nikiforov, V.P. (2020). Approaches and some results of generalization of experience in the development of oil fields in the Timan-Pechora province. Oilfield business, (1), 5-12.
Agzamov A.Kh., Ermatov N.Kh., Agzamov A.A., Mukhammadiev Kh.M. (2020). The degree of influence of the frequency of formation flushing on the oil recovery factor of the deposits of the Fergana oil and gas region, represented by carbonate reservoirs, Geology, geophysics and development of oil and gas fields. Moscow.
Surguchev, M.L. (1985). Secondary and tertiary methods of enhanced oil recovery.
Ivanova M.M. (1976). Dynamics of oil production from deposits. - Moscow: Nedra. 247 p.
B.T. Basniev, V.V. Isaichev, S.V. Kozhakin., at al. Regulation of the process of oil field development. Moscow: Nedra. 197 p.
Baziev V.F. (2007). On the selection of fluid in the development of oil fields with flooding. Oil industry. No. 9. pp. 116-121.
Vylomov D.D., Shtin N.A., Tsepelev V.P. (2020). optimization of the reservoir pressure maintenance system by injecting produced water instead of freshwater. Oil Industry. Moscow. No. 7. P. 97-99.
Rodnonov S.P., Kosyakov V.P., Pyatkov A.A. (2015). Investigation of the influence of the injection rate on the dynamics of oil production from a fractured-porous medium using new displacement characteristics. Neftepromyslovoe delo. Moscow. No. 1. P. 16-20.
Medvedev K.Yu., Belonozhko A.I., Mikhalevich V.A. (2016). A method for calculating the compensation of withdrawals in "discharged" deposits on the example of the Izvestinskoye field. Equipment and technologies for the oil and gas complex. Moscow. No. 6. P. 41-44.
Ankudinov A.A., Vaganov L.A. Methodology for distributing the volumes of injected water over the area of an oil field. Geology, geophysics and development of oil and gas fields. - Moscow, 2013. - No. 9. - P. 19-24.
Sadykov M.R., Sergienko V.N., Kutyrev E.F. Development problems with water flooding of low-permeable formations under saturated with oil. Oil industry. Moscow, 2006. No. 11. - S. 24-27.
A.Yu. Sentsov, I.V. Ryabov, A.A. Ankudinov et al. (2020). Analysis of the water flooding system using statistical methods of data processing. Oilfield business. Moscow, No. 8 (620). P. 5-9.
Akhmedov P.U, Ubayhodzhaeva Z.S. (2014). Development of sedimentation-volumetric models of productive horizons of Jurassic and pre-Jurassic deposits of new exploration areas and fields in the Bukhara-Khiva and Ustyurt regions. Tashkent: JSC "IGIRNIGM". 229 p.
Akhmedov P.U, Ubayhodzhaeva Z.S. (2012). Development of sedimentation-reservoir models of new prospecting areas and fields in order to increase the efficiency of geological exploration in the Bukhara-Khiva and Gissar regions. - Tashkent: JSC "IGIRNIGM". 277 p.
Irmatov E.K. Hydrochloric acid treatments - experience and problems. Uzbek Journal of Oil and Gas. Tashkent, 2016. No. 3. P. 47-50.
E.K.Irmatov, G.S.Abdullaev, A.Kh.Agzamov et al. (2017). Acid impact on rocks. Tashkent: Fan va technology. 316 p.
Patent of the Republic of Uzbekistan No. IAP 04106 dated 25.01.2008. Sh.Zh.Shamsiev, I.I.Diveev, A.S. Mustafaev and others. Method of development of oil and gas condensate fields.
Patent of the Republic of Uzbekistan No. IAP 04816 dated 20.07.2011. Sh.Zh. Shamsiev, I.I.Diveev, A.S. Mustafaev and others. Method of development of oil and gas condensate fields in conditions of formation of a water-oil emulsion.
G'ofurovich, H. O., Abdurashidovich, U. A., O'g'li, I. J. R., & Ravshanovich, S. F. (2020). Prospects for the industrial use of coal in the world and its process of reproducing. PROSPECTS, 6(5).
G’ofurovich, K. O., & Abdurashidovich, U. A. (2020). Justification of rational parameters of transhipment points from automobile conveyor to railway transport. World Economics and Finance Bulletin, 1(1), 20-25.
G’afurovich, K. O., Abdurashidovich, U. A., & Ogli, B. A. O. (2020). Small Torch Progress In Prospects Gold Mining In Improving Countries. The American Journal of Interdisciplinary Innovations and Research, 2(09), 65-72.
Akramov, B. S., & Khaitov, O. G. (2015). Oil displacement by water in an electric field. Europaische Fachhochschule, (11), 38-39.
G’afurovich, K. O. (2020). Modern State And Methods Of Enhancing The Productivity Of Field Progress In The South-Eastern Part Of Bukhara-Khiva Region. The American Journal of Social Science and Education Innovations, 2(09), 423-432.
Khayitov, O. G. (2020). Evolution Of Petroleum Stratum Efficiency By-Multi-Factor Regression Analysis. The American Journal of Engineering and Technology, 2(08), 79-84.
Akramov, B. S., & Khaitov, O. G. (2017). Oil displacement by water in an electric field. Austrian Journal of Technical and Natural Sciences, (3-4), 20-22.
G’afurovich, K. O. (2020). Current State And Ways To Improve The Efficiency Of Field Development In The South-Eastern Part Of The Bukhara-Khiva Region. The American Journal of Applied sciences, 2(09), 194-206.
Khayitov, O. G., Nabieva, N. K., & Makhmudov Sh, N. (2013). Estimation of the degree of influence of the grid density of wells on the oil recovery coefficient of sub-gas oil deposits. Ural. Proceedings of universities. Mining journal, (6), 46-50.
Khayitov, O. G. (2019). On the formation of abnormally high and abnormally low reservoir pressures. In VI International Scientific And Practical Conference.«Global science and innovations (pp. 82-86).
Shafievich, A. B., Gafurovich, K. O., & Charcoal, N. J. F. (2017). Oil displacement by water in an electric field. Austrian Journal of Technical and Natural Sciences, (3-4).
G’afurovich, K. O. (2020). Modern State And Methods Of Enhancing The Productivity Of Field Progress In The South-Eastern Part Of Bukhara-Khiva Region. The American Journal of Social Science and Education Innovations, 2(09), 423-432.
Hayitov, O. G. (2013). NabiyevаN. To., Mahmudov Sh. N. The evaluation of the impact of well spacing on oil recovery factor oil of oil deposits. Izvestiya vuzov. Mining journal”. Uralsky, (6), 46-50.
Shafievich, A. B., & Gafurovich, K. O. Section 5. Mechanics. Austrian Journal of Technical and Natural Sciences, 20.
Zikirov, M. C., Qosimova, S. F., & Qosimov, L. M. (2021). Direction of modern design activities. Asian Journal of Multidimensional Research (AJMR), 10(2), 11-18.
Avazovna, A. H., & Gafurovich, K. O. Section 4. Technical science. Austrian Journal of Technical and Natural Sciences, 16.
Article Statistics
Copyright License
Copyright (c) 2021 The American Journal of Engineering and Technology
This work is licensed under a Creative Commons Attribution 4.0 International License.
Authors retain the copyright of their manuscripts, and all Open Access articles are disseminated under the terms of the Creative Commons Attribution License 4.0 (CC-BY), which licenses unrestricted use, distribution, and reproduction in any medium, provided that the original work is appropriately cited. The use of general descriptive names, trade names, trademarks, and so forth in this publication, even if not specifically identified, does not imply that these names are not protected by the relevant laws and regulations.