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Safety Controls in Process Operations - Gathering Centers (GC) Booster Stations (BS)

机译:过程运营中的安全控制 - 聚集中心(GC)&助推站(BS)

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Gathering Centers (GC) & Gas Booster stations (BS) operations use distinctive process and are subjected to high potential multiple hazards. The Process Safety strategy here, involves combination of Inherent, Passive, Procedural & Active controls for design & safe operation of all the processes. An inherently safer design approach attempts to eliminate potential hazards from the process operation without relying on control measures, systems or human intervention for incident prevention. Risks cannot be completely eliminated from the handling, processing, storage and export of hazardous materials. Instead, the goal of process safety management is to consistently reduce risk to a level that can be tolerated by all concerned- facility staff, company management, and the public at large. A systematic, risk-based approach to safety design can help eliminate hazards that pose intolerable risk from the process and mitigate the potential consequences of hazards. Safety Control in Process Operation is the important hazard control & risk reduction strategy, which falls under the Active control category. This presentation discusses ‘Safety Control in Process Operations’ with special focus on process safety for incident control & prevention in GC & BS facilities. The discussions also touches the Basic Process Control, vis-a-vis Safety Instrumented System (SIS), Layers of Protection, Initiating Events -referring Incident cases, Examples of SIS to Prevent abnormal situation & bring the operation to a safe state, the Safety integrated levels (SILs) & its reliably to ensure the protection.
机译:收集中心(GC)和天然气助推器站(BS)操作使用独特的过程,经受高潜在的多重危险。此处的过程安全策略涉及固有,被动,程序和主动控制的组合,用于所有流程的设计和安全运行。一个固有的更安全的设计方法试图消除过程运行的潜在危险,而无需依赖控制措施,系统或人为干预事件预防。从危险物质的处理,加工,储存和出口无法完全消除风险。相反,过程安全管理的目标是始终如一地将所有有关工作人员,公司管理和公众宽容宽容的水平的风险。一种基于风险的安全设计方法可以帮助消除从过程中造成难以忍受的风险的危害,并减轻危险的潜在后果。过程操作中的安全控制是重要的危险控制和风险降低策略,其落在主动控制类别下。本演示文稿探讨了“工艺业务安全控制”,特别关注GC&BS设施中的事件控制和预防过程安全性。讨论还触及了基本过程控制,VIS-A-VIS安全仪表系统(SIS),保护层,启动事件 - 评分事件案例,以防止异常情况的SIS的示例,使操作成为安全状态,安全综合水平(SILS)及其可靠以确保保护。

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