Hydrodynamic evaluation of the efficiency of flow deflecting technologies in conditions of formation of man-made filtration channels

The question is considered of the mechanism of waterproofing compounds at a late stage of development in zones of the formation that are different in geological heterogeneity. It is shown that man-made channels, which change the flow structure and distribution of mobile oil reserves, influence the p...

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Main Authors: D.V. Bulygin, A.N. Nikolaev, A.V. Elesin
Format: Article
Language:English
Published: Georesursy Ltd. 2018-09-01
Series:Georesursy
Subjects:
Online Access:https://geors.ru/archive/article/927/
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spelling doaj-9967a66600df45c2949a4657bcf232182020-11-25T01:02:12ZengGeoresursy Ltd.Georesursy1608-50431608-50782018-09-0120317217710.18599/grs.2018.3.172-177Hydrodynamic evaluation of the efficiency of flow deflecting technologies in conditions of formation of man-made filtration channelsD.V. Bulygin0A.N. Nikolaev1A.V. Elesin2Actual technologies LLCActual technologies LLCInstitute of Mechanics and EngineeringThe question is considered of the mechanism of waterproofing compounds at a late stage of development in zones of the formation that are different in geological heterogeneity. It is shown that man-made channels, which change the flow structure and distribution of mobile oil reserves, influence the process of filtration of injected water. The method of calculations is proposed, which allows to take into account the formation of channels and to determine their impact on the efficiency of flow deflecting technologies. To calculate the pressure, a hydroconductivity field is used at each point of the deposit, which is determined from the solution of the inverse coefficient problem. https://geors.ru/archive/article/927/technogenic flood channelswater flooding cellsfixed flow tube methodshort-term forecastwaterproofing compositionfiltration flowsadditional oil productionidentification of hydraulic conductivity
collection DOAJ
language English
format Article
sources DOAJ
author D.V. Bulygin
A.N. Nikolaev
A.V. Elesin
spellingShingle D.V. Bulygin
A.N. Nikolaev
A.V. Elesin
Hydrodynamic evaluation of the efficiency of flow deflecting technologies in conditions of formation of man-made filtration channels
Georesursy
technogenic flood channels
water flooding cells
fixed flow tube method
short-term forecast
waterproofing composition
filtration flows
additional oil production
identification of hydraulic conductivity
author_facet D.V. Bulygin
A.N. Nikolaev
A.V. Elesin
author_sort D.V. Bulygin
title Hydrodynamic evaluation of the efficiency of flow deflecting technologies in conditions of formation of man-made filtration channels
title_short Hydrodynamic evaluation of the efficiency of flow deflecting technologies in conditions of formation of man-made filtration channels
title_full Hydrodynamic evaluation of the efficiency of flow deflecting technologies in conditions of formation of man-made filtration channels
title_fullStr Hydrodynamic evaluation of the efficiency of flow deflecting technologies in conditions of formation of man-made filtration channels
title_full_unstemmed Hydrodynamic evaluation of the efficiency of flow deflecting technologies in conditions of formation of man-made filtration channels
title_sort hydrodynamic evaluation of the efficiency of flow deflecting technologies in conditions of formation of man-made filtration channels
publisher Georesursy Ltd.
series Georesursy
issn 1608-5043
1608-5078
publishDate 2018-09-01
description The question is considered of the mechanism of waterproofing compounds at a late stage of development in zones of the formation that are different in geological heterogeneity. It is shown that man-made channels, which change the flow structure and distribution of mobile oil reserves, influence the process of filtration of injected water. The method of calculations is proposed, which allows to take into account the formation of channels and to determine their impact on the efficiency of flow deflecting technologies. To calculate the pressure, a hydroconductivity field is used at each point of the deposit, which is determined from the solution of the inverse coefficient problem.
topic technogenic flood channels
water flooding cells
fixed flow tube method
short-term forecast
waterproofing composition
filtration flows
additional oil production
identification of hydraulic conductivity
url https://geors.ru/archive/article/927/
work_keys_str_mv AT dvbulygin hydrodynamicevaluationoftheefficiencyofflowdeflectingtechnologiesinconditionsofformationofmanmadefiltrationchannels
AT annikolaev hydrodynamicevaluationoftheefficiencyofflowdeflectingtechnologiesinconditionsofformationofmanmadefiltrationchannels
AT avelesin hydrodynamicevaluationoftheefficiencyofflowdeflectingtechnologiesinconditionsofformationofmanmadefiltrationchannels
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