Fault Interpretation in 3D Seismic Data and Their Verification with Horizontal Wells Data on the Example of the Caspian Sea Oil-Fields

A. Gorban, I. Kerusov
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Abstract

Summary Logging while drilling does not allow for predicting in advance the approach to fault. Estimation of the fault displacement using borehole data is ambiguous in homogeneous formations without significant contrast of physical properties, or in the presence of lateral facies changes. Therefore, very important tasks of interpretation of seismic data are: fault identification and clarification of fault displacement. Detailed interpretation of seismic data in combination with borehole data reliably allows to identify faults, including small-scale (vertical displacement 3-5 meters ), to reveal spatial distribution of faults, to clarify fault displacement and thus to reduce the risks and uncertainties while drilling horizontal wells, and update the geological model of the field at the development stage.
三维地震资料断层解释及水平井资料验证——以里海油田为例
随钻测井不能提前预测断层走向。在没有明显物理性质对比的均匀地层中,或者在存在侧向相变化的情况下,利用钻孔数据估计断层位移是不明确的。因此,地震资料解释的重要任务是:断层识别和断层位移的澄清。结合井眼数据对地震数据进行详细解释,可以可靠地识别断层,包括小尺度断层(垂直位移3-5米),揭示断层的空间分布,明确断层位移,从而降低水平井钻井的风险和不确定性,并在开发阶段更新油田的地质模型。
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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