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OPERATION INTEGRITY EVALUATIONS FOR DEEPWATER DRILLING RISER SYSTEM

机译:深水上升管系统的运行完整性评估

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This paper highlights concerns and operating issues for deepwater drilling risers operated from dynamically positioned or moored rigs, and discusses proper approaches and criteria to evaluate and ensure the operational integrity of drilling riser systems.As drilling water depths go deeper, more operation issues need to be considered. Major operating concerns of deepwater riser systems include:• collapse pressure rating,• handling and lift capacity,• deployment and retrieval,• planned or emergency riser disconnect,• connected operations,• drift-off or drive-off,• hangoff during storms,• fatigue due to vortex-induced-vibration or wave loads.In deepwater drilling, longer and heavier riser equipment, rig motions, weight mass ratio, hydrostatic pressure, mud flow, stiffness, drag, wave, and current all play important roles on riser system integrity, from well head to rig equipment. This paper provides general guidelines to evaluate the drilling riser system of various rigs under normal and extreme operational conditions. Issues for different major operations will be introduced, evaluation methods and associated criteria will be discussed, typical findings and remedial solutions will be presented.
机译:本文重点介绍了通过动态定位或系泊钻机操作的深水钻探立管的关注点和操作问题,并讨论了评估和确保钻探立管系统运行完整性的正确方法和标准。 随着钻探水深的加深,需要考虑更多的操作问题。深水立管系统的主要操作问题包括: •崩溃压力等级, •处理和提升能力, •部署和检索, •计划中的或紧急立管断开连接, •关联操作, •漂移或驶离, •暴风雨期间的宿醉, •由于涡流引起的振动或波浪载荷引起的疲劳。 在深水钻井中,更长和更重的立管设备,钻机运动,重量质量比,静水压力,泥浆流量,刚度,阻力,波动和水流,对从井口到钻机设备的立管系统完整性均起着重要作用。本文提供了在正常和极端运行条件下评估各种钻机的立管系统的一般指导原则。将介绍不同主要业务的问题,将讨论评估方法和相关标准,将提出典型发现和补救措施。

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