基于先进地震解释技术的断层表征——构造复杂油藏最佳井位的定量输入

M. Etchebes, A. Bounaim, T. Brenna, D. Steckhan
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引用次数: 1

摘要

本文介绍了一套基于3d的自动化解决方案,通过提供断层分布、几何形状、断层倾角、断层相关岩石变形等结构属性,以及与计划井轨迹相交的裂缝带的预测,最大限度地利用地震数据来表征结构复杂的储层。这些信息及其相关的不确定性至关重要,因为它们可以极大地改善钻井过程中的决策过程,并改善结构复杂油藏中新井的规划。
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Fault Characterization Using Advanced Seismic Interpretation Techniques–Quantitative Input for Optimal Well Placement in Structurally Complex Reservoirs
Summary This paper presents a set of 3D-based automated solutions that has been designed to maximize the use of seismic data to characterize structurally complex reservoirs by providing structural properties such as fault distribution, geometry, throw, fault-related rock deformation and a prognosis of fractured zone intersecting the planned well's trajectory. Such information and its associated uncertainties are critical since they can greatly improve the decision-making process while drilling as well as improve the planning of new wells in structurally complex reservoirs.
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