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Digital twin for marine drilling risers

机译:船用立管数字孪生

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摘要

To compete in today's climate of energy price instability, operators and contractors can benefit from data-driven solutions to increase their operations visibility, optimize lifecycle management and reduce costs of maintaining offshore equipment. Drawing critical insights from operational data is a crucial first step. The cost drivers of offshore drilling can include: (1) unplanned downtime associated with drilling in ultra-deep-water or harsh metocean conditions, such as strong loop currents, and (2) resources spent to transport and inspect riser joints onshore. These factors pose challenges on efficiently deploying and maintaining marine risers over their 20+ year lifespan, while meeting safety and regulatory needs. These factors can also cause riser curvature, hang-off deflections and high tensions at the blowout preventer and wellhead, which impart fatigue loading damage on the equipment.
机译:为了在当今能源价格不稳定的情况下竞争,运营商和承包商可以受益于数据驱动的解决方案,以提高其运营可视性,优化生命周期管理并降低维护海上设备的成本。从运营数据中获取关键见解是关键的第一步。海上钻井的成本驱动因素可能包括:(1)与超深水或恶劣的海洋条件(例如强环流)有关的钻井计划外停机,以及(2)用于在岸上运输和检查立管接头的资源。这些因素对在满足20多年的使用期限内如何有效部署和维护海上立管提出了挑战,同时又要满足安全和法规要求。这些因素也会导致防喷器和井口处的立管曲率,悬挂偏斜和高张力,从而给设备造成疲劳载荷破坏。

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