应用地质和数学模型预测水平井流体流入(以Kalamkas油田为例)

B. Nugmanov
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引用次数: 0

摘要

降低井底层的过滤阻力是提高油井产量的途径之一。除了众所周知的增产方法,如现代处理井底区域的方法外,侧向跟踪(钻井横向水平井眼)也引起了人们的极大兴趣。Kalamkas油田实施了以下工作:地质、地球物理和实地勘探的综合体;跟踪地层岩性的对比方案;厘清结构图、工程图;选择一口或多口井进行水平钻井;流体力学计算及流量估算。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Applying geological and mathematical modeling to predict fluid influx in horizontal wells (the case of Kalamkas oil field)
One of the ways to increase well oil production is to reduce the filtration resistance of the bottom-hole zone. Along with well-known stimulation methods, such as modern methods of treating wells bottom-hole zone, side tracking (drilling of lateral horizontal boreholes) is of great interest. The following works have been implemented Kalamkas field: a complex of geological, geophysical and field exploration; correlation schemes to track the lithology of the formation; clarifying structural maps and engineering maps; justifying activities to select one or more wells for horizontal drilling; hydrodynamic calculations and estimating their flow rate.
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