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К вопросу о применении устройств контроля притока в горизонтальных и многоствольных скважинахOn the issue of the use of inflow control devices in horizontal and multilateral wells Одной из основных проблем при разработке пластов с высокой расчлененностью и фациальной изменчивостью с наличием как высокопроницаемых, так и малопроницаемых интервалов, вскрытых горизонтальными скважинами, является неравномерный приток флюида в скважину. При этом частым явлением являются прорывы подошвенных вод или газа из газовой шапки, способных снизить поступление нефти к горизонтальной скважине. Одним из решений подобных проблем при строительстве горизонтальных скважин является оборудование скважин интеллектуальными поинтервальными устройствами контроля притока. One of the main problems in the development of reservoirs with high dissection and facies variability with the presence of both highly permeable and low-permeable intervals opened by horizontal wells is the uneven flow of fluid into the well. At the same time, breakthroughs of plantar water or gas from the gas cap are a frequent phenomenon, which can reduce the flow of oil to the horizontal well. One of the solutions to such problems in the construction of horizontal wells is the equipment of wells with intelligent interval flow control devices. Если вас интересует полный текст статьи, Вы можете заказать ее в издательстве. Литература 1. Урванцев Р. В. Интеллектуальное заканчивание горизонтальных скважин в условиях высокопроницаемых расчлененных коллекторов с маловязкой нефтью / Р.В. Урванцев // Международный студенческий научный вестник. – 2018.
– № 2. – С. 57. – EDN XNNDZJ. 2. Garcia, L. et al, 2009, "The first Passive Inflow Control Device That Maximizes Productivity During Every Phase of a Well's Life," paper IPTC 13863 presented at the 2009 IPTC Doha Qatar, 7–9 December. 3. Cao, Mengjing & Wu, Xiaodong & An, Yongsheng & Han, Guoqing & Wang, Ruihe & Liang, Bin. (2016). A Novel Inflow Control Device Design Philosophy of Optimizing Horizontal Well Performance. 10.2118/180286-MS. 4. Brekke K., Lien S.C. New Simple Completion Methods for Horizontal Wells Improve Production Performance in High-Permeability Thin Zone // SPE Drilling and Completion. – 1994 – V. 9. – P. 205–209. 5. Ouyang L-B. Uncertainty Assessment on Well-Performance Prediction for an Oil Producer Equipped with Selected Completions // Paper SPE 106966, 2007. 6. Martin Halvorsen, и др. Increased oil production at Troll by autonomous inflow control with RCP valves, 2012. 7. Stephen Greci Brandon Least, Mike Konopczynski, Kim Thornton, Halliburton. Inflow Control Devices Improve Production in Heavy Oil Wells. paper SPE, 2013. 167414. 8. Brandon Least, и др. The Theory of a Fluidic Diode Autonomous Inflow Control Device. SPE Middle East Intelligent Energy Conference and Exhibition, 28-30 October 2013, Manama, Bahrain. 9. Abduldayem, M.A., Shafiq, M., Al Douhan, N.D., and Baluch, Z.A.2007. Intelligent Completions Technology Offers Solutions to Optimize Production and Improve Recovery in Quad–Lateral Wells in a Mature Field. Paper SPE 110960 presented at the SPE Saudi Arabia Section Technical Symposium, Dhahran, Saudi Arabia, 7–8 May. doi:10.2118/110960-MS. 10. Kleverlaan, M., van Noort, R.H., and Jones, I. 2005. Deployment of Swelling Elastomer Packers in Shell E&P. Paper SPE 92346 presented at the SPE/IADC Drilling Conference, Amsterdam, 23–25 February. doi: 10.2118/92346-MS. 11. Birchenko, Vasily & Al-Khelaiwi, Faisal & Konopczynski, Michael & Davies, David. (2008). Advanced Wells: How To Make a Choice Between Passive and Active Inflow-Control Completions. 10.2118/115742-MS. References 1. Urvantsev R.V. Intellektual'noye zakanchivaniye gorizontal'nykh skvazhin v usloviyakh vysokopronitsayemykh raschlenennykh kollektorov s malovyazkoy neft'yu [Intelligent completion of horizontal wells in conditions of high-permeability dissected reservoirs with low-viscosity oil]. Mezhdunarodnyy studencheskiy nauchnyy vestnik [International Student Scientific Bulletin], – 2018, – no. 2. – p. 57. – EDN XNNDZJ. (In Russian).
2. Garcia, L. et al, 2009, "The first Passive Inflow Control Device That Maximizes Productivity During Every Phase of a Well's Life," paper IPTC 13863 presented at the 2009 IPTC Doha Qatar, 7–9 December. (In English). 3. Cao, Mengjing & Wu, Xiaodong & An, Yongsheng & Han, Guoqing & Wang, Ruihe & Liang, Bin. (2016). A Novel Inflow Control Device Design Philosophy of Optimizing Horizontal Well Performance. 10.2118/180286-MS. (In English). 4. Brekke K., Lien S.C. New Simple Completion Methods for Horizontal Wells Improve Production Performance in High-Permeability Thin Zone. SPE Drilling and Completion. – 1994, – V. 9, – pp. 205–209. (In English). 5. Ouyang L-B. Uncertainty Assessment on Well-Performance Prediction for an Oil Producer Equipped with Selected Completions. Paper SPE 106966, 2007. (In English). 6. Martin Halvorsen, i dr. Increased oil production at Troll by autonomous inflow control with RCP valves, 2012. (In English). 7. Stephen Greci Brandon Least, Mike Konopczynski, Kim Thornton, Halliburton. Inflow Control Devices Improve Production in Heavy Oil Wells. paper SPE, 2013. 167414. (In English). 8. Brandon Least, i dr. The Theory of a Fluidic Diode Autonomous Inflow Control Device. SPE Middle East Intelligent Energy Conference and Exhibition, 28–30 October 2013, Manama, Bahrain. (In English). 9. Abduldayem, M.A., Shafiq, M., Al Douhan, N.D., and Baluch, Z.A. 2007. Intelligent Completions Technology Offers Solutions to Opti- mize Production and Improve Recovery in Quad–La- teral Wells in a Mature Field. Paper SPE 110960 presented at the SPE Saudi Arabia Section Technical Symposium, Dhahran, Saudi Arabia, 7–8 May. doi: 10.2118/110960-MS. (In English). 10. Kleverlaan, M., van Noort, R.H., and Jones, I. 2005. Deployment of Swell- ing Elastomer Packers in Shell E&P. Paper SPE 92346 presented at the SPE/IADC Drilling Conference, Amsterdam, 23–25 February. doi: 10.2118/92346-MS. (In English). 11. Birchenko, Vasily & Al-Khelaiwi, Faisal & Konopczynski, Michael & Davies, David. (2008). Advanced Wells. How To Make a Choice Between Passive and Active Inflow-Control Completions. 10.2118/115742-MS. (In English). Комментарии посетителей сайтаФункция комментирования доступна только для зарегистрированных пользователей
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Авторизация Ключевые слова: устройства контроля притока, заканчивание скважин, нефть, бурение, пакеры Keywords: inflow control devices, well completions, oil, drilling, packers
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