Study of Rock Clayiness in Connection With Its Influence  on Reservoir Properties

Malyarenko, A. M.; Kotenev, Yu.A.; Bogdan, V.A.; Kotenev, A.; Mukhametshin, V. Sh; Blinov, S.A.; Umetbaev, V.G.

doi:10.30713/2413-5011-2020-6(342)-32-41

Cited by 2 publications

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“…The development of deposits in carbonate reservoirs shows that in some cases, in some areas, catastrophic water breakthrough into reservoirs occurs through fracture systems and individual highpermeability interlayers, which does not always have a favorable effect on technical and economic indicators [1][2][3][4][5][6][7][8]. The vast majority of these cases are due to high discharge pressures.…”

Section: Introductionmentioning

confidence: 99%

Differentiation of exploration and production wells to prevent the breakthrough of water injected into the reservoir

Mukhametshin

Кулешова

2022

IOP Conf. Ser.: Earth Environ. Sci.

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The equations of canonical discriminant functions and distributions were derived for deposits of the Tournaisian age of the Volga-Ural oil and gas province. This enables solution to the problems of increasing the efficiency of implementation of various contour waterflood systems, choosing exploration and production wells for focal waterflood, and estimation of the well grid density at the stage of preparation of the design documents, pressure and injection volumes, as well as making scientifically grounded management decisions for regulating the exploitation process. The method has been proposed to prevent a catastrophic breakthrough of water injected into the reservoir, which is the reason for a significant decrease in the degree of oil reserves recovery.

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Section: Introductionmentioning

confidence: 99%

Differentiation of exploration and production wells to prevent the breakthrough of water injected into the reservoir

Mukhametshin

Кулешова

2022

IOP Conf. Ser.: Earth Environ. Sci.

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Geotechnological regulation of the development of oil fields with hard-to-recover reserves

Sultanov

Malyarenko

2023

Kazakhstan journal for oil & gas industry

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Background: A significant proportion of the remaining oil reserves of the fields under development is confined to reservoir zones with low-permeability and undersaturated reservoir, thin reservoirs. Maintenance of oil production levels in such deposits is possible through methodological study and development of recommendations for optimizing and improving the development system, targeted application of technologies and methods for enhanced oil recovery. In turn, the methodological study for deposits with hard-to-recover reserves includes a systematic statistical and geological and technological analysis of the results of field development, an analysis of existing generally accepted methodologies, and theoretical studies. Thus, the creation of an integrated approach to regulating the development of oil fields, taking into account a detailed understanding of the geological structure, is an important task in the current state of the fields under development. Aim: The aim of the work is to develop an integrated approach to regulating the development of oil fields with hard-to-recover reserves based on methodological solutions of technological and statistical analysis, differentiation of research objects, retrospective analysis of the use of technologies and methods aimed at increasing oil recovery. The aim of the work is to form an integrated approach to regulating the development of oil fields with hard-to-recover reserves based on methodological solutions for geological-technological and geological-statistical analysis, differentiation of research objects, retrospective analysis of the use of technologies and methods aimed at increasing oil recovery. Materials and methods: Achieving this goal is possible using the following methods: statistical analysis, geological and field analysis, methodological solutions for studying the relationship "rock fluid", differentiation of research objects according to geological, geophysical and geological and field data. On the example of some stages, research algorithms are proposed. Results: A methodological solution is proposed for regulating the development of oil fields with hard-to-recover oil reserves. Conclusion: The proposed geotechnological approach to the development control will improve the technological efficiency of hydrocarbon reserves development due to a detailed understanding of the reservoir structure, differentiation into zones (areas) of the reservoir, study and analysis of their state of development, reasonable selection of priority and promising technologies and technical solutions to increase their production.

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Study of Rock Clayiness in Connection With Its Influence on Reservoir Properties

Cited by 2 publications

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Differentiation of exploration and production wells to prevent the breakthrough of water injected into the reservoir

Differentiation of exploration and production wells to prevent the breakthrough of water injected into the reservoir

Geotechnological regulation of the development of oil fields with hard-to-recover reserves

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