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首页> 外文期刊>The Leading Edge >Estimation of formation fluid pressure using high-resolution welocity from inwersion of seismia data and a rock physics modal based on aompaction and burial diagenesis of shales
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Estimation of formation fluid pressure using high-resolution welocity from inwersion of seismia data and a rock physics modal based on aompaction and burial diagenesis of shales

机译:利用地震测井资料反演的高分辨率测井速度和基于页岩沉着和成岩作用的岩石物理模态估算地层流体压力

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摘要

Accurate assessment and prediction of formation fluid pressure and fracture gradient form an essential part of the planning process during various phases of hydrocarbon exploration and exploitation; these include regional basin analysis and basin high-grading, prospect identification, analysis, and drilling campaign to lift hydrocarbons. While the literature is full of activities in this field that are linked to the need for drilling safety by providing help with casing and mud weight program-and quite justifiably so-very little discussion addresses another, and very important need: seal integrity and trap configuration analysis.
机译:在油气勘探和开发的各个阶段,对地层流体压力和裂缝梯度的准确评估和预测是计划过程的重要组成部分;这些措施包括区域盆地分析和盆地高品位,前景识别,分析和钻探活动以提升碳氢化合物。尽管该文献中充斥着该领域的活动,但通过提供套管和泥浆重量计划方面的帮助,这些活动与对钻井安全的需求相关联,而且非常合理的讨论很少涉及另一个非常重要的需求:密封完整性和疏水阀配置分析。

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