Geological-hydrodynamic modeling as a direction of increasing efficiency of hydrocarbon fields design and development
UDC: 622.279.23/.4.001.57
DOI: 10.33285/2413-5011-2023-8(380)-14-18
Authors:
SHEVTSOV VLADIMIR M.
1,
BEKOV BEKZOD KH.1,
JAMILOV ALIBEK F.1,
MALIKOVA NODIRA A.1
1 "O’ZLITINEFTGAZ" JSC, Tashkent, Republic of Uzbekistan
Keywords: hydrocarbon deposits modeling, gas condensate field, geological-hydrodynamic model, sidetracking, gas and condensate recovery coefficients, sidetrack azimuth, sidetrack length
Annotation:
The main task of hydrocarbon fields design and development is the most complete extraction of their recoverable reserves with maximum economic efficiency. In order to achieve the most complete coverage and oil and gas recovery factors, advanced technologies are used. One of the key directions by right is geological-hydrodynamic modeling of reservoir parameters and reservoir fluids filtration processes. At the same time, adaptation of the development history and its subsequent forecast allow optimal and the lowest cost design of a hydrocarbon field development using high-tech repairs of idle and low flow-rate wells in order to restore their operation with higher productivity.
Bibliography:
1. Geologo-tekhnicheskiy proekt razrabotki GKM Sharkiy Alat s uchetom nazemnogo obustroystva: otchet o nauch.-issled. rabote / B.Kh. Bekov, V.M. Shevtsov, N.N. Akhmetchanov, A.F. Zhamilov [i dr.]. – Respublika Uzbekistan, Tashkent: AO "O‘ZLITINEFTGAZ", 2022. – 202 s.
2. Ts 17488460-079:2022. Metodika vybora gazovykh i neftyanykh skvazhin dlya vysokotekhnologicheskogo remonta s primeneniem zarezki bokovogo stvola (ZBS). – Vved. 20.12.2022 g. № 144. – Respublika Uzbeksitan, Tashkent: AO "O‘ZLITINEFTGAZ", 2022. – 20 s.
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