Study on Interlayer Interference Caused by Commingling Production
and Development Strategy in Sandstone Reservoir

doi:10.11885/j.issn.1674-5086.2012.06.06.01

Abstract

Abstract:

There are several vertical reservoirs in A Oilfield，and the greatly different reservoir physical properties，different
fluid properties，and the disperse reserves. Because of these factors，in the cause of commingling water injection or commingling
oil production，some problems caused by reservoir heterogeneity will gradually arise，which include serious injected water
breaking through in single layer，quick increase of water cut，different reserves producing，unequal oil recovery and lower
reservoir oil recovery. So how to improve the recovery is very important in the vertically heterogeneous reservoir. This paper
uses numerical simulation technology to conduct the single and composite factor sensitivity analysis under the condition of
commingling production by A oil field homogeneous model，and reservoir production characteristics，development evaluation
and development index are compared in different development method by the actually heterogeneous model. In the end，we
recommend technology development program practical in Oilfield，and put forward Oilfield development technology strategy
and measures.

Key words: commingling production, interlayer interference, sensitivity analysis, development strategy, sandstone oil reservoir

Yu Huajie, Zhu Guojin, Tan Xianhong. Study on Interlayer Interference Caused by Commingling Production
and Development Strategy in Sandstone Reservoir[J]. 西南石油大学学报(自然科学版), DOI: 10.11885/j.issn.1674-5086.2012.06.06.01.

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References

[1] 于会利，汪卫国，荣娜，等．胜坨油田不同含水期层间

干扰规律[J]．油气地质与采收率，2006，13（4）：71–73．

Yu Huili，Wang Weiguo，Rong Na，et al. Rule of interlayer

interference in various water cut periods of Shengtuo

Oilfield[J]. Petroleum Geology and Recovery Efficiency，

2006，13（4）：71–73.

[2] 许建红，钱俪丹，库尔班．储层非均质对油田开发效果

的影响[J]．断块油气田，2007，14（5）：29–31．

Xu Jianhong，Qian Lidan，Ku Erban. Influence of reservoir

heterogeneity on Oilfield development effectiveness[

J]. Fault-Block Oil & Gas Field，2007，14（5）：

29–31.

[3] 李娅，谭成仟，马世东，等．姬黄37 区提高单井产量

对策研究[J]．西安石油大学学报：自然科学版，2012，

27（1）：60–63，74．

Li Ya，Tan Chengqian，Ma Shidong，et al. Research of

the countermeasures enhancing single-well production of

Jihuang 37 Area[J]. Journal of Xi’an Shiyou University：

Natural Science Edition，2012，27（1）：60–63，74.

[4] 乔琦，吴永峰，葛维，等．克拉玛依油田III 类砾岩油

藏氮气泡沫驱可行性[J]．新疆石油地质，2012，33（4）：

464–466．

Qiao Qi，Wu Yongfeng，Ge Wei，et al. Feasibility study

on nitrogen foam flooding for class-III conglomerate

reservoir development in Karamay Oilfield[J]. Xinjiang

Petroleum Geology，2012，33（4）：464–466.

[5] 赵永胜．注水井层间干扰的探讨[J]．石油勘探与开发，

1983，10（1）：64–69．

Zhao Yongsheng. A discussion on the interlayer interference

in water-injection wells[J]. Petroleum Exploration

and Development，1983，10（1）：64–69.

[6] 俞启泰．水驱油田的驱替特征与递减特征[J]．石油勘

探与开发，1995，22（1）：39–42．

Yu Qitai. Drive curves and decline curves for water drive

field[J]. Petroleum Exploration and Development，1995，

22（1）：39–42.

[7] Fetkovich M J. Decline-curve analysis using type

curves[C]. SPE 4629，1980.

[8] 袁奕群，马志元．注水井层间干扰现场试验[J]．石油勘

探与开发，1981，8（4）：68–72．

[9] 佘梅卿，申秀丽，祝道钧，等．分层采油技术的研究与

应用[J]．石油机械，1995，23（12）：43–49．

[10] 于春生，李闽，乔国安，等．纵向非均质油藏水驱油

实验研究[J]．西南石油大学学报：自然科学版，2009，

31（1）：84–86．

Yu Chunsheng，Li Min，Qiao Guoan，et al. Vertically heterogeneous

reservoir water flooding oil test[J]. Journal of

Southwest Petroleum University：Science & Technology

Edition，2009，31（1）：84–86.

[11] 张顺，苏树林，林春明，等．提高非均质砂岩油田水驱

采收率的新思路[J]．石油学报，2001，22（4）：55–59．

Zhang Shun，Su Shulin，Lin Chunming，et al. A new idea

for improving water flood EOR in heterogeneous medium

sandstone oil field[J]. Acta Petrolei Sinica，2001，22（4）：

55–59.

[12] 陈付真，姜汉桥，李杰，等．细分层系技术在小断块油

藏中的应用研究[J]．石油天然气学报，2009，31（3）：

284–287．

Chen Fuzhen，Jiang Hanqiao，Li Jie，et al. Application

of fine strata classification in small fault block

reservoirs[J]. Journal of Oil and Gas Technology，2009，

31（3）：284–287.

[13] 裴承河，陈守民，陈军斌．分层注水技术在长6 油藏

开发中的应用[J]．西安石油大学学报：自然科学版，

2006，21（2）：33–36．

Pei Chenghe，Chen Shoumin，Chen Junbin. Application

of zonal injection in the development of Chang-6 oil reservoir[

J]. Journal of Xi’an Shiyou University：Natural Science

Edition，2006，21（2）：33–36.

[14] 房彩霞，谭文宁，孟建华，等．马寨油田分层开采提

高采收率研究[J]．西南石油学院学报，2003，25（4）：

45–47．

Fang Caixia，Tan Wenning，Meng Jianhua，et al. Research

on improving oil recovery by zonal production in

Mazhai Oilfield[J]. Journal of Southwest Petroleum Institute，

2003，25（4）：45–47.

[15] 王启民，宋永，訾卫平．分层开采矿场试验初步总

结[J]．大庆油田，1982，1（2）：96–104．

Wang Qimin，Song Yong，Zi Weiping. Preliminary conclusion

on field test of exploitation by zonal segregation[

J]. Daqing Oil Field，1982，1（2）：96–104.

[16] 周琦，姜汉桥，陈民锋．严重非均质油藏开发层系组合

界限研究[J]．西南石油大学学报：自然科学版，2008，

30（4）：93–97．

Zhou Qi，Jiang Hanqiao，Chen Minfeng. Study on reasonable

development layer combination limits of extremely

heterogeneous reservoirs[J]. Journal of Southwest

Petroleum University：Science & Technology Edition，

2008，30（4）：93–97.

[17] 闫范，侯平舒，张士建，等．非均质注水开发油藏提高

水驱油效率研究及应用[J]．钻采工艺，2003，26（6）：

48–49，65．

Yan Fan，Hou Pingshu，Zhang Shijian，et al. Research and

application of improving oil displacement efficiency by

water flooding development heterogeneous reservoir[J].

Drilling & Production Technology，2003，26（6）：48–49，

65.

[18] 鲜波，熊钰，石国新，等．薄层油藏合采层间干扰分析

及技术对策研究[J]．特种油气藏，2007，14（3）：51–54．

Xian Bo，Xiong Yu，Shi Guoxin，et al. Interlayer interference

analysis of commingled production in thin reservoirs

and its technical countermeasures[J]. Special Oil and Gas

Reservoir，2007，14（3）：51–54.