Prediction of Wells Productive Characteristics with the Use of Unsupervised Machine Learning Algorithms

D. Balashov, D. Egorov, B. V. Belozerov, S. Slivkin
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引用次数: 2

Abstract

The new approach for production prediction was developed and is described in the article which involves the clustering analysis aimed to well logs such that the reservoir and non-reservoir rocks are obtained (presented by various clusters) and the subsequent linkage among clusters' types, their thicknesses and production characteristics is found. It may be implemented for the prediction of the production for planned wells' ranking further. Such approach may provide the solution to various tasks. It may be used for the geological features' estimation. For example, clustering may be adjusted such that sedimentological interpretation becomes simpler, geological models may become more accurate since the machine interpretation was confirmed to be able to find the errors in human interpretation. Moreover, the necessity of implementation of the method was proved for production prediction by regression analysis when clustering results and dynamic characteristics are used simultaneously.
利用无监督机器学习算法预测油井生产特征
本文提出并描述了一种新的产量预测方法,即针对测井数据进行聚类分析,从而获得储层和非储层岩石(以各种簇表示),并找到簇类型、厚度和生产特征之间的后续联系。该方法可用于计划井排产的进一步预测。这种方法可以为各种任务提供解决方案。它可用于地质特征的估计。例如,可以调整聚类,使沉积学解释变得更简单,地质模型可能变得更准确,因为机器解释被证实能够发现人类解释中的错误。在聚类结果与动态特性同时使用的情况下,通过回归分析实现产量预测的必要性得到了验证。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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