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
张林河, 高晖, 李国旭, 田亚东, 唐元璐. 2013: 常规稠油油藏开发调整技术研究与应用——以高浅北区为例. 石油地质与工程, 27(03): 79-81+148-149.
引用本文: 张林河, 高晖, 李国旭, 田亚东, 唐元璐. 2013: 常规稠油油藏开发调整技术研究与应用——以高浅北区为例. 石油地质与工程, 27(03): 79-81+148-149.
2013: Research and application of development adjustment technology in conventional heavy oil reservoir——taking Gaoqian north area as the example. Petroleum Geology and Engineering, 27(03): 79-81+148-149.
Citation: 2013: Research and application of development adjustment technology in conventional heavy oil reservoir——taking Gaoqian north area as the example. Petroleum Geology and Engineering, 27(03): 79-81+148-149.

常规稠油油藏开发调整技术研究与应用——以高浅北区为例

Research and application of development adjustment technology in conventional heavy oil reservoir——taking Gaoqian north area as the example

  • 摘要: 常规稠油油藏地层胶结疏松,原油黏度大,流动性差,生产过程中易造成油井出砂和边、底水突进等问题,严重制约了常规稠油油藏的开采速度和开发水平。针对高浅北区常规稠油油藏开发中存在的问题,在精细油藏描述和油藏动态分析等一系列综合研究基础上,确定了依靠加密调整提高平面储量动用程度,利用边水调剖技术抑制边、底水突进,利用水平井、侧钻水平井技术提高常规稠油油藏采油速度和采收率的开发调整思路,并在实践中取得了良好的开发效果。

     

    Abstract: Conventional heavy oil reservoir formation has the problems of loose cementation,big crude oil viscosity,poor liquidity,easy sand production in oil wells during the production process,breakthrough of edge-bottom water and etc which seriously constraint the production rate and development efficiency.Aiming at the problems mentioned above,based on fine reservoir description and reservoir dynamic analysis,the infilling adjustment has been established to enhance reserves producing degree.Using the edge water profile control technology to inhibit the edge-bottom water breakthrough,horizontal well and sidetracking horizontal well technology to improve conventional oil production speed and oil recovery of heavy oil reservoir development adjustment.Therefore,good development effect has been achieved in practice.

     

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