石化设施退役风险的实践经验

IF 1.8 Q2 ENGINEERING, MULTIDISCIPLINARY
R. Raman, S. Medonos
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引用次数: 1

摘要

停用是昂贵的,并且可能是一个复杂的操作,涉及一系列不同的阶段,包括停止操作,场地准备,净化,拆除(拆除)和处置。每个退役阶段都有相关的风险,这些风险需要在合理可行的范围内进行识别、控制和最小化。基于风险的方法已经得到认可,既可以确保安全,又可以减少总退役时间,同时节省成本。传统的HAZOP研究可以方便地扩展到退役HAZOP,这是一项基于指南的集体多学科研究,确定与退役相关的风险类型,并将行动分配给承包商和专家部门实施。退役HAZOP能够全面解决退役活动的危害和风险,解决所有重大突发事件,并在预算范围内实现安全退役。提交的退役HAZOP研究本身提前完成,没有发生重大事故。虽然还有其他方法,但退役HAZOP和风险评估被认为是实现安全和项目成本目标的有效方法之一。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Practical Experience From Risks of Decommissioning of Petrochemical Facilities
Decommissioning is expensive and can be a complex operation involving a series of distinct phases, including cessation of operation, site preparation, decontamination, dismantling (demolition) and disposal. Each decommissioning phase has associated risks, which need to be identified, controlled, and minimised as far as reasonably practicable. A risk-based approach has been recognised, both for ensuring safety and reducing the total decommissioning period with cost savings. A traditional HAZOP Study can be conveniently extended to Decommissioning HAZOP, which is a guideword-based collective multi-discipline study identifying types of risks associated with decommissioning and allocates actions to the contractor and specialists departments for implementation. A Decommissioning HAZOP enables to address the hazards and risks of decommissioning activities holistically, addresses all major contingencies and results in safe decommissioning within budget. The presented Decommissioning HAZOP study itself was completed ahead of time, without major accidents. While there are other methods, Decommissioning HAZOP and risk assessment was recognised as one of the effective methods for achieving the safety and project cost objectives.
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来源期刊
CiteScore
5.20
自引率
13.60%
发文量
34
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