首页> 外文会议>Abu Dhabi International Petroleum Exhibition Conference >Lessons Learnt from the use of a Quantitative Risk Based Approach to Manage SIMOPS Activities
【24h】

Lessons Learnt from the use of a Quantitative Risk Based Approach to Manage SIMOPS Activities

机译:从使用定量风险的方法来管理Simops活动的经验教训

获取原文

摘要

A number of major process industry accidents have involved SIMOPS. Company conducted construction (modifications) activities inside its own plant during the period from November 2017 to May 2018. The Group Risk Acceptability Criteria Guidelines have been defined by Company for the purpose of providing Senior Management with quantitative information about the risk profile during SIMOPS activities and to help them in taking informed decision about the execution strategy to ensure safe operations. A DNV-GL Phast based model of the plant has been used to assess the risk level. Using Group Risk guidelines for On-site personnel based on the FN (Frequency-Number of Fatalities) Curve, Company evaluated and compared several SIMOPS options prior to the actual works to identify the optimal manning level and schedule to ensure the overall Group Risk laid in the ALARP region. The quantitative risk assessment served as a tool to derive the optimal manning levels and shutdown schedule during the SIMOPS activities. The manning levels were controlled through additional administrative measures to ensure its implementation. Moreover, the overall SIMOPS Risk (FN Curve) for the current activity was compared with the risk undertaken during similar previous activities conducted in 2015 and 2016. After the successful completion of the activities, the Risk Assessment was updated to take into consideration the actual manning and schedule inputs for the Pre-Shutdown and Partial Shutdown phases. The actual overall Group Risk (including Pre and Partial Shutdown) was within the Company Group Risk Acceptability Criteria. Additionally, valuable Lessons Learned were identified such as purging (with inert gas), rather than just the depressurization of the equipment in the units during Shutdown, can contribute to a significant risk reduction. This paper presents a novel approach to evaluate SIMOPS risk on personnel using a Group Risk criteria based on FN Curve. This provides an additional re-assurance to stakeholders involved in the activity to take informed decisions based on a quantitative risk analysis rather than a qualitative assessment.
机译:许多重大的过程行业事故涉及Simops。公司在2017年11月至2018年5月期间进行了建筑工程(修改)活动。本集团风险可接受性标准指南由公司定义为提供高级管理层,以便在SIMOPS活动期间提供有关风险概况的量化信息。为了帮助他们对执行策略的了解,以确保安全运营。植物的DNV-GL Phast基础模型用于评估风险等级。基于FN(死亡率频率)曲线的现场人员使用集团风险指南,公司评估并比较了实际工程之前的几个SIMOPS选项,以确定最佳的曼宁水平和时间表,以确保奠定的整体集团风险Alarp地区。定量风险评估曾担任推导在SIMOPS活动期间获得最佳曼宁水平和关闭时间表的工具。曼宁水平通过额外的行政措施控制,以确保其实施。此外,目前活动的总体SIMOPS风险(FN曲线)与2015年和2016年类似的同性活动期间进行的风险进行了比较。在成功完成活动后,更新风险评估以考虑到实际的曼宁并计划预关闭和部分关机阶段的输入。实际的整体集团风险(包括前后和部分关闭)是公司集团风险可接受标准。另外,鉴定了诸如吹扫(具有惰性气体)的有价值的经验教训,而不是仅仅在关闭期间的设备中的设备的减压,可以有助于减少显着的风险。本文介绍了使用基于FN曲线的小组风险标准来评估Simops风险的新方法。这为参与活动的利益相关者提供了额外的重新保证,以根据定量风险分析而不是定性评估来获取知情决策。

著录项

相似文献

  • 外文文献
  • 中文文献
  • 专利
获取原文

客服邮箱:kefu@zhangqiaokeyan.com

京公网安备:11010802029741号 ICP备案号:京ICP备15016152号-6 六维联合信息科技 (北京) 有限公司©版权所有
  • 客服微信

  • 服务号