基于生产动态数据的井间连通性绘图系统

Yiru Gao, Jingyi Ma, Shuyi Qian, Siyu Tian, Yibei Wu
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引用次数: 0

摘要

在油田开发过程中,井间连通性是油藏评价的重要指标,而在大部分油田进入中高含水开发阶段后,井间连通性评价成为提高注采开发效率的关键。为了解决传统动态连通性研究方法耗时长、成本高的问题,通过对刘76-60井组的研究,建立了水驱注采井间连通性计算模型。在研究过程中,通过对井组数据的处理建立了井间模型,在此基础上计算了注采井间连通性,并通过多元线性回归方程对计算结果进行了验证。最终结果表明,该研究建立的模型对井间连通性的评价较为准确,通过对比可以确认与生产动态的结果一致,因此可以利用该模型对井间连通性进行评价,对有效提高油藏注采开发效率具有积极作用。
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Inter-well Connectivity Mapping System Based on Production Dynamic Data
In the process of oilfield development, interwell connectivity is an important index for reservoir evaluation, but after most of the oilfields enter into the medium-high water content development stage, the evaluation of interwell connectivity becomes the key to improve the efficiency of injection and recovery development. In order to solve the problems of time-consuming and costly of the traditional dynamic connectivity research methods, a water-driven injection and recovery inter-well connectivity calculation model was established through the study of Liu76-60 well group. In the process of the study, the inter-well model was established by processing the data of the well group, and the inter-well connectivity between injection and extraction wells was calculated on the basis of this model, and the calculated results were verified by multivariate linear regression equations. The final results show that the model established in the study is more accurate in evaluating the inter-well connectivity, and the comparison can be confirmed to be consistent with the results of the production dynamics, so the model can be used to evaluate the inter-well connectivity, which has a positive effect on the effective improvement of the efficiency of injection and recovery development in the reservoir.
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