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System and method for optimizing tubular running operations using real-time measurements and modelling

机译:使用实时测量和建模来优化管状运行操作的系统和方法

摘要

A system for optimizing a tubular running operation (TRO) in which a running string is disposed in a wellbore includes sensors located at the wellsite, plus one or more processors, displays, and user-input devices, which may be at the wellsite or elsewhere. The sensors are configured to measure running string parameters including the running string's position within the well, the running and rotation rates, and loads acting at the top of the running string. Based on this information, the processor(s) perform torque-and-drag analysis (TDA) in the top-down direction to estimate downhole loads on user-selected running string components, accounting for measurement and modelling uncertainties. Based on the estimated loads, the processor(s) calculate one or more damage indicators, which are communicated to the user via the display(s), enabling the user to take corrective action to prevent or manage damage to the running string.
机译:一种用于优化在其中将运行管柱布置在井眼中的管状运行操作(TRO)的系统,该系统包括位于井场的传感器,以及一个或多个处理器,显示器和用户输入设备,它们可以在井场或其他地方。传感器配置为测量运行管柱参数,包括井内运行管柱的位置,运行和旋转速率以及作用在运行管柱顶部的载荷。基于此信息,处理器在上下方向上执行扭矩和阻力分析(TDA),以估算用户选择的运行管柱组件的井下载荷,并考虑到测量和建模的不确定性。基于估计的负载,处理器计算一个或多个损坏指示符,这些损坏指示符通过显示器传达给用户,从而使用户能够采取纠正措施来防止或管理对运行管柱的损坏。

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