吸水剖面预测模型在层系优化组合中的应用 ——以濮城油田文51块沙二段下亚段油藏为例
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余传谋,男,教授级高级工程师,从事油藏评价及开发工作。联系电话:13939330656,E-mail:cy02ycm02@163.com。

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国家科技重大专项“东濮凹陷油气富集规律与增储领域”(2011ZX05006-004)。


Application of injection profile date in layer optimized combination at late high water- cut stage of lower Es2 reservoir in Wen 51 block of Pucheng oilfield
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    摘要:

    濮城油田文51块沙二段下亚段油藏层间矛盾突出,非均质性强,通过建立吸水剖面预测模型进行层系优化组合,从而提高Ⅱ类和Ⅲ类层的采收率。利用地层物性资料及油水井参数,采用智能群算法,计算不同地质开发因素对注水井吸水剖面变化的影响权重,量化不同因素的影响程度,建立吸水剖面预测模型,进而预测不同分层条件下注水井吸水剖面的变化,优化分层注水措施,提高该类油藏Ⅱ类和Ⅲ类层的水驱动用程度,实现了濮城油田文51块沙二段下亚段油藏特高含水期开发对象的转移。自2008年12月应用以来,研究区综合含水率降低了4.7%,产油量连续5 a稳步提升,累积增油量为1.2×104 t,开发效果得到了明显改善。

    Abstract:

    Water absorption profile prediction models have been established and layer optimized combination has been done to improve the recovery of Ⅱ and Ⅲ layer in lower sub member of the Es2 Formation of Pucheng oilfield. The water absorption profile prediction models contain different geological factors and the weight coefficient on the basis of stratigraphic information and well parameters,and by means of intelligent swarm calculation. The prediction models can predict the variation of different stratification conditions, and optimize water injection measurements to improve water displacement utilization degree, so as to enhance the development performance in ultra-high water cut period of Wen 51 reservoir. Since the application of this technique in December 2008, the comprehensive water cut of study area has reduced by 4.7% and oil production has a steady improvement in 5 years, with cumulative incremental oil of 1.2 ×104 t. The reservoir development performance has been significantly improved.

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余传谋,王羽君.吸水剖面预测模型在层系优化组合中的应用 ——以濮城油田文51块沙二段下亚段油藏为例[J].油气地质与采收率,2014,21(3):102~104

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  • 在线发布日期: 2015-06-09