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Real-time geosteering software enhances data sharing, updating to optimize well placement

机译:实时地质导向软件可增强数据共享,更新以优化井位

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摘要

THE TWIN CHALLENGES of finding and producing hydrocarbons from increasingly complex reservoirs while meeting tighter fiscal constraints drive the need for well path and engineering design optimization. Just as designing wells within a 3D geological model or seismic volume can shorten well-planning cycle times, improve well placement and reduce drilling risk, the ability to make real-time updates to those 3D models, based on petrophysical log responses, enables rapid and informed replanning and engineering while drilling.
机译:从日益复杂的储层中寻找和生产碳氢化合物的双重挑战,同时又面临着更严格的财政限制,这推动了对油井路径和工程设计优化的需求。正如在3D地质模型或地震体积内设计井可以缩短井眼规划周期,改善井位布置并降低钻井风险一样,基于岩石物理测井响应对这些3D模型进行实时更新的功能可以实现在钻井过程中进行了明智的重新规划和工程设计。

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