ISSN 1673-8217 CN 41-1388/TE
主管:中国石油化工集团有限公司 主办:中国石油化工股份有限公司河南油田分公司
程立, 刘川, 林火养. 2019: 一种合理注采压力系统关系图版的建立——以A油田为例. 石油地质与工程, 33(05): 96-99.
引用本文: 程立, 刘川, 林火养. 2019: 一种合理注采压力系统关系图版的建立——以A油田为例. 石油地质与工程, 33(05): 96-99.
CHENG Li, LIU Chuan, LIN Huoyang. 2019: Establishment of a rational injection-production pressure system relation chart——Taking A oilfield as an example. Petroleum Geology and Engineering, 33(05): 96-99.
Citation: CHENG Li, LIU Chuan, LIN Huoyang. 2019: Establishment of a rational injection-production pressure system relation chart——Taking A oilfield as an example. Petroleum Geology and Engineering, 33(05): 96-99.

一种合理注采压力系统关系图版的建立——以A油田为例

Establishment of a rational injection-production pressure system relation chart——Taking A oilfield as an example

  • 摘要: 在油田开发过程中,注采压力系统优化研究是水驱开发油藏研究工作的关键环节之一,合理与否直接影响油田开发效果。利用油藏工程计算方法,创建一种判别注采压力系统合理性的关系图版,即在充分发挥油井产能的基础上,考虑注采平衡关系,以破裂压力与注水设备许用压力为限定条件,计算不同含水阶段的注水井井口与井底压力;同时,构建不同地层压力水平、不同开发阶段、不同注采比条件下,注水压力与油井产量的对应关系曲线图版,直观判定注采压力系统的合理性。应用结果表明,该方法能够准确判别油田注采压力系统的合理性及安全性,符合油田实际生产需求,对不同类型水驱油藏压力系统的研究均有借鉴意义。

     

    Abstract: In the process of oilfield development, the optimization study of injection-production pressure system is one of the key links in reservoir research of water drive development. Based on reservoir engineering calculation method, a relational chart for judging the rationality of injection-production pressure system is created, that is, on the basis of giving full play to oil well productivity, considering injection-production balance relationship, taking fracture pressure and permissible pressure of water injection equipment as restrictive conditions, the wellhead and bottom hole pressures of water injection wells at different water cut stages are calculated. Meantime, the curve chart of the corresponding relationship between water injection pressure and oil well production under different formation pressure levels, development stages and injectionproduction ratios are constructed to intuitively determine the rationality of injection-production pressure system. The application results show that this method can accurately identify the rationality and safety of injection-production pressure system in the oilfield, meet the actual production demand of oil field, and provide reference for the study of pressure system of different types of water drive reservoir.

     

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