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首页> 外文会议>Canadian Society for Civil Engineering annual conference >MULTI-CRITERIA DECISION ANALYSIS WITH FUZZY PROBABILISTIC RISK ASSESSMENT FOR PRODUCED WATER MANAGEMENT
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MULTI-CRITERIA DECISION ANALYSIS WITH FUZZY PROBABILISTIC RISK ASSESSMENT FOR PRODUCED WATER MANAGEMENT

机译：生产用水管理的多准则决策与模糊概率风险评估

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摘要

Produced water (PW) is the most significant waste, in terms of environmental impact,generated in the production phase of oil and gas operations. The management of PW especially inoffshore platform provides distinct challenges for the oil and gas industry. There is a range oftechnologies to treat and manage the PW. This paper presents an integrated approach for managementof PW from oil and gas production. The methodology introduces several important concepts anddefinitions in decision analysis related to PW management. These are the trade-off between populationrisk and ecological risk, and between the cost and technical feasibility of the PW management system.The proposed decision analysis framework integrates fuzzy-probabilistic risk assessment (FPRA)methodology into a fuzzy multi-criteria decision making (FMCDM) analysis. The centroid method wasused for defuzzification and ranking the alternatives. The proposed methodology is applied on ahypothetical example and its efficacy is demonstrated through an application dealing with the selection ofPW management systems for offshore oil and gas operations.
机译：就环境影响而言，产出水（PW）是最主要的废物， 在石油和天然气运营的生产阶段产生。 PW的管理，尤其是在 离岸平台为石油和天然气行业带来了独特的挑战。有一系列 治疗和管理PW的技术。本文提出了一种综合管理方法 石油和天然气生产产生的PW。该方法论引入了几个重要的概念， 与PW管理相关的决策分析中的定义。这些是人口之间的权衡 风险和生态风险，以及PW管理系统的成本和技术可行性之间的关系。 拟议的决策分析框架集成了模糊概率风险评估（FPRA） 将方法论纳入模糊多准则决策（FMCDM）分析中。质心法是 用于解模糊和对备选方案进行排名。拟议的方法适用于 假设示例及其功效通过处理选择 用于海上石油和天然气运营的PW管理系统。

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