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Olympus TLP: Passive Fire Protection (PFP) Optimization and Blast Mitigation

机译:OLYMPUS TLP:被动防火(PFP)优化和爆破缓解

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摘要

Shell designed, is building, and will operate Mars B Project Olympus Tensioned Leg Platform (TLP) with Drilling and Completion Platform Rig to produce 100 MBOPD oil and 100MMSCFD gas. Protecting people and environment is the top priority for Shell. Initial design assumptions for Passive Fire Protection (PFP) application and blast design to protect people could result in the need for significantly high weight allowances. Therefore, there is a need to find a comprehensive and structured approach to optimize PFP and blast mitigation to deliver reasonable weight allowances.
机译:壳牌设计,是建筑,并将MARS B Project Olympus张紧的腿平台(TLP)与钻孔和完工平台钻井平台生产,以生产100名MBOPD油和100MMSCFD气体。保护人民和环境是壳牌的首要任务。用于被动防火(PFP)应用和爆炸设计的初始设计假设保护人们可能导致有必要大量重量津贴。因此,需要寻找全面而结构化的方法来优化PFP和Blast减缓,以提供合理的重量津贴。

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