A New Prospective in Geological Data Acquisition for Well Placement Operations

M. Mele, A. Leone
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引用次数: 1

Abstract

Summary The latest technologies and innovations in while drilling technologies relevantly reduce geological uncertainties in Geosteering operations. The Ultra Deep Directional E.M. technology, sensitive to resistivity contrasts up to tens of meters around the drill string, is a significant step change in the oil industry because it represents the missing puzzle piece between borehole data and seismic data. The application of this technology goes beyond traditional real-time well placement with important implications in updating 3D geological models. Multidisciplinary integrated teams of experts from operating and service companies are collaborating more frequently on shared interpretation workflows, improving the effectiveness of data exchange capacity. The final outcome is a geological picture coherent with stratigraphycal, petrophysical and structural real time observations, reducing at the minimum the associated uncertainty and optimizing an efficient drain placing.
定位作业地质数据采集的新方向
随钻技术的最新技术和创新减少了地质导向作业中的地质不确定性。超深定向电磁技术对钻柱周围几十米范围内的电阻率对比非常敏感,这是石油行业的一个重大变革,因为它代表了井眼数据和地震数据之间缺失的部分。该技术的应用超越了传统的实时定位,在更新三维地质模型方面具有重要意义。来自运营和服务公司的多学科综合专家团队正在更频繁地合作共享解释工作流程,提高数据交换能力的有效性。最终的结果是一张与地层、岩石物理和构造实时观测相一致的地质图,最大限度地减少了相关的不确定性,并优化了有效的排液位置。
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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