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• W1995037805 abstract "Abstract The problem of stability wellbore appears especially true when buroenii horizontal wells. This paper presents the results of stability analysis of rock Mukhanovskoye field. Also offers advice on selecting inhibited drilling fluid systems. The relevance in consideration and in the forecast of massif rock tension that contain oil and gas-saturated reservoirs is characteristic for the majority of the fields complicated by the abnormally high formation pressures (AHFP) [1]. Besides now they start the development of the fields with hard-to-recover reserves characterized by complex rock-and-geological conditions, low permeability and poor development of infrastructure. One of problems related to these fields consists in poor knowledge on regional stresses in the fields and sharp variability of magnitudes and orientation of horizontal stresses by depth. The stress condition of the rock produces significant impact upon the wall stability in the well especially in its horizontal sections. Need to consider the stress direction and its magnitude while selecting the well construction and completion procedure is related to their influence upon the direction of natural fracture system development and the dependence of fracture direction created by hydro-fracturing operations upon the natural stress status that subsequently has significant impact on the production volume [2]. For fields in development this need is connected with their impact upon the oil and gas production, as well as with the application of some production stimulation procedures and their effect upon the stress local fields. Change in formation pressure, arrangement of formation pressure maintenance system, extensive application of reservoir hydro-fracturing jobs conducts the redistribution of stresses and tensions in the rock near some wells, and sometimes for the whole field [3]. Indirectly this is confirmed by expansion of areas connected with the technogenic seismicity caused by field development process. Thus, it’s required to have continuous monitoring over the rock stresses in the area of hydrocarbon fields and the consideration of the information received by these measurements while constructing the wells and developing the fields using the oil production stimulation procedures [1]. The monitor of excessive or abnormally high formation pressure (AHFP) should be considered as the versatile aspect that combines the elements of geology, rock mechanics, chemistry and engineering. For this it's required to have the information on regional geological history as well as the results on detailed studies for the wells drilled closely or directly across the territory under study." @default.
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• W1995037805 date "2014-10-14" @default.
• W1995037805 modified "2023-09-25" @default.
• W1995037805 title "Provision of Shale Sediment Stability in Deviated (Horizontal) Wells" @default.
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• W1995037805 doi "https://doi.org/10.2118/171286-ms" @default.
• W1995037805 hasPublicationYear "2014" @default.
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