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Performance Improvement from Drilling Control Systems Alarm Management and Analytics

机译:钻井控制系统报警管理和分析的性能改进

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Control Systems Alarms on offshore rigs are inarguably poorly designed.Drilling Control Alarms Systems(DCAS)in particular,are notorious and the pack leaving much to be desired.Excessive alarm volumes on these Integrated Control Systems(ICS)lead to Driller alarm blindness and exceed all industry recognized standards.The problem is exacerbated by the general lack of a Human Machine Interface(HMI)console dedicated to the maintenance crews or other roles to leverage for equipment insight and preventative maintenance.Because of these conditions,Drillers are inundated,and critical alarms are often ignored.Maintenance crews are reactive,resulting in missed preventative maintenance opportunities and equipment failure or non-productive time(NPT).The result is a general opinion that these DCAS are poorly designed,and the alarms themselves are not useful.This paper will work to alter that perception through illustrating that the DCAS do indeed contain useful information if examined with the correct lens.Additionally,this paper shows that Drilling Contractors have the tools at their disposal to leverage this lens on any ICS.It will illustrate how that can be done,as well as discuss some of the best practices that Drilling Contractors ought to adopt to improve the capabilities of their DCAS.
机译:控制系统报警器上的海上钻机不容争辩不佳designed.Drilling控制报警系统(DCAS)特别是臭名昭著和包留下许多是对这些集成控制系统(ICS)导致钻报警失明desired.Excessive警报音量和超越所有行业公认的standards.The问题是普遍缺乏专门的维修人员或其他角色杠杆设备的洞察力和这些条件预防性maintenance.Because人机界面(HMI)控制台的加剧,钻井被淹没,而关键警报通常是ignored.Maintenance船员是反应性的,导致错过了预防性维护机会和设备故障或非生产时间(NPT)。该结果是一个普遍的看法是,这些DCAS设计不当,并且警报本身不useful.This本文将致力于通过说明的是,DCAS确实包含有用的信息,如果与CORRE检查,以改变这种看法CT lens.Additionally,本文表明钻井承包商必须在他们的处置,以杠杆工具,在此镜片上的任何ICS.It将说明如何可以做,以及讨论一些最佳实践,钻井承包商应该采取以改善他们的DCAS的能力。

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