2017
DOI: 10.18599/grs.19.4.10
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The Criteria for the Selection of Wells for Hydraulic Fracturing

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Cited by 4 publications
(3 citation statements)
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“…где 𝑤 1 -остаточная раскрытость трещины, м. Остаточная раскрытость трещины рассчитывается по формуле (14) в соответствии с работой [20]:…”
Section: таблица 3 исходные данные для расчета притока нефти после оп...unclassified
“…где 𝑤 1 -остаточная раскрытость трещины, м. Остаточная раскрытость трещины рассчитывается по формуле (14) в соответствии с работой [20]:…”
Section: таблица 3 исходные данные для расчета притока нефти после оп...unclassified
“…Since the main condition for rupture of rocks is the excess of the process fluid injection rate over the rate of its absorption by the reservoir, the size of the created cracks directly depends on the viscosity of the injected fluid. The depletion of the main fund of Western Siberian fields and the high probability of premature watering of wells lead to a decrease in the size of hydraulic fractures and, consequently, to the use of a low viscosity fracturing fluid [6]. Due to the reduction of financial costs for well interventions, the same agent is used as a fracturing fluid and a sand carrier fluid, which, in turn, contradicts the requirement for the latter to have its proper sand-carrying capacity [7,8].…”
Section: Introductionmentioning
confidence: 99%
“…New fractures in the reservoir, or fractures that have opened and enlarged, become conduits for hydrocarbons, connecting the well to the productive zones of the reservoir away from the bottom hole. The length of cracks deep into the formation can reach more than 100 meters (Khabibullin & Khisamov, 2020;Salimov, 2017;Dolgikh & Sharofidinov, 2020). One of the most important technical problems in HF is the anchoring of the created fracture with an appropriate granular material, a fixer (proppants).…”
Section: Introductionmentioning
confidence: 99%