Field trial results of water shut-off in oil producing wells using the Temposcreen-Plus technology in RN-Purneftegas LLC

Kaushanskiy, D.A.; Demyanovskiy, V.B.; Bakirov, N.R.; Baryaev, S.P.; Sherbakov, D.P.; Шаймарданов, А Р; Llc, Rf RN-Purneftegas; Llc, Rf RN-BashNIPIneft

doi:10.24887/0028-2448-2019-6-78-82

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2021

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“…С начала 90-х годов прошлого века семейство дисперсных полимерно-гелевых систем (ПГС) -«Темпоскрин» в различных модификациях успешно применяется для увеличения добычи нефти посредством обработки нагнетательных и добывающих скважин [1][2][3]. Приготовление ПГС производится путем смешения реагента «Темпоскрин» с пластовой водой перед закачкой в пласт.…”

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Investigation of the mobility of dispersed gels of the Temposcreen polymer-gel system

Demyanovskiy¹

2021

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The article describes the method of optical-electronic observation of the process of sedimentation of gel particles in the polymer-gel system. The analysis of hydrodynamic movement of gel particles in laminar and turbulent modes during the implementation of the Temposcreen technology in oil production is carried out. The effect of hydrodynamic conditions on the mobility of the polymer-gel system in well and reservoir conditions, as well as on the distribution of the dispersal gel phase in the reservoir, is considered. On the basis of the graph theory, the model of fluid flow management in the oil layer by the Temposcreen mobile polymer-gel system is presented.

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Investigation of the mobility of dispersed gels of the Temposcreen polymer-gel system

Demyanovskiy¹

2021

APOG

Self Cite

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show abstract

Field trial results of water shut-off in oil producing wells using the Temposcreen-Plus technology in RN-Purneftegas LLC

Cited by 1 publication

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Investigation of the mobility of dispersed gels of the Temposcreen polymer-gel system

Investigation of the mobility of dispersed gels of the Temposcreen polymer-gel system

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