2012•Oil Drilling & Production TechnologyRequires access

Discussion on flooding pattern for bottom water reservoirs driveling by water-injection

Cheng Qiu-ju, Feng Wen-guang, Peng Xiaodong, Xin Liu

Open publisher page 4 citations

Abstract

In the development of bottom water reservoirs,a large part of oil wells were water-flooded by bottom water coning.Whether the additional pressure caused by water injection could prevent the water coning are always the problem that petroleum engineers cares about most.After analyzing of the oil wells production dynamical performance and the geological characteristics of some bottom water reservoir located in northwest China,the numerical simulation technology;streamline simulation technology and virtual tracer simulation technology was adopt to analyze the reasons for inefficacy of water flooding treatment in this reservoir.Through analysis,we found out that most injected water flow to the bottom water area first,and then drive the bottom water flowing to the bottom of oil wells.At the same time,production wells displays obviously bottom water coning characteristic.The flooding path of injected water indicates that,in the bottom water reservoirs,bottom water coning cannot be restrained by maintaining reservoir pressure due to artificial water injection.

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What this paper is about

In the development of bottom water reservoirs,a large part of oil wells were water-flooded by bottom water coning.Whether the additional pressure caused by water injection could prevent the water coning are always the problem that petroleum engineers cares about most.After analyzing of the oil wells production dynamical performance and the geological characteristics of some bottom water reservoir located in northwest China,the numerical simulation technology;streamline simulation technology and virtual tracer simulation technology was adopt to analyze the reasons for inefficacy of water flooding treatment in this reservoir.Through analysis,we found out that most injected water flow to the bottom water area first,and then drive the bottom water flowing to the bottom of oil wells.At the same time,production wells displays obviously bottom water coning characteristic.The flooding path of injected water indicates that,in the bottom water reservoirs,bottom water coning cannot be restrained by maintaining reservoir pressure due to artificial water injection.

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OpenAlex reports 4 citations for this work. Citation counts describe recorded attention and do not establish research quality.

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Available abstract

In the development of bottom water reservoirs,a large part of oil wells were water-flooded by bottom water coning.Whether the additional pressure caused by water injection could prevent the water coning are always the problem that petroleum engineers cares about most.After analyzing of the oil wells production dynamical performance and the geological characteristics of some bottom water reservoir located in northwest China,the numerical simulation technology;streamline simulation technology and virtual tracer simulation technology was adopt to analyze the reasons for inefficacy of water flooding treatment in this reservoir.Through analysis,we found out that most injected water flow to the bottom water area first,and then drive the bottom water flowing to the bottom of oil wells.At the same time,production wells displays obviously bottom water coning characteristic.The flooding path of injected water indicates that,in the bottom water reservoirs,bottom water coning cannot be restrained by maintaining reservoir pressure due to artificial water injection.

Key concepts: Bottom water, Petroleum engineering, Water injection (oil production), Water flooding, Injection well, Geology, Flooding (psychology), Water cut

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