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Bringing Risk Out into the Miami Dade Sunshine—5,300 Miles of Pipeline, Which Mile Is First?

机译:将风险带入迈阿密戴德阳光公司(Miami Dade Sunshine)— 5300英里的管道,哪个英里是第一个?

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The Miami-Dade Water and Sewer Department (MDWASD), the largest water utility in the southeastern United States, supplies potable water service to over 2.3 million customers in southern Florida. Water is distributed through a distribution network comprised of more than 5,300 miles of pipeline. MDWASD is constantly working to address the identification of pipeline renewal needs in new and innovative ways. MDWASD recently developed a plan to renew large amounts of the system pipeline network that uses a computerized, risk-based pipeline asset approach mixed with a set of engineering decision criteria to identify areas of this very large system to focus the work on. This paper provides a detailed description of the development of the pipeline renewal program leveraging MDWASD's geographic information system (GIS) database. The approach utilized historic records of past pipeline breaks and failures as well as spatial analysis to rank each pipeline for its likelihood of failure. The consequences of failure were then calculated based on a number of factors such as the amount of system demand affected in a pipeline outage and the proximity to critical infrastructure, human activity, roadway traffic and commerce. The estimated likelihood of failure for each pipeline was then multiplied by the consequence of each pipeline failing to rank each segment within the 5,300 miles of the system. The scores were then applied to the MDWASD GIS for tracking and reference.
机译:美国东南部最大的自来水公司迈阿密戴德水务和下水道局(MDWASD)为佛罗里达州南部的230万客户提供饮用水服务。水通过包括5300英里以上管道的配水网络进行配水。 MDWASD一直在努力以新颖的方式解决管道更新的需求。 MDWASD最近制定了一项计划,以更新大量的系统管道网络,该计划使用计算机化的,基于风险的管道资产方法以及一系列工程决策标准来确定此大型系统需要关注的领域。本文详细介绍了利用MDWASD的地理信息系统(GIS)数据库开发的管道更新程序。该方法利用了过去管道破裂和故障的历史记录以及空间分析来对每个管道的故障可能性进行排名。然后根据许多因素来计算故障的后果,例如管道中断中所影响的系统需求量以及与关键基础设施的接近程度,人类活动,道路交通和商业状况。然后,将每个管道的估计故障可能性乘以每个管道未能对系统5300英里内的每个分段进行排名的结果。然后将这些分数应用于MDWASD GIS,以进行跟踪和参考。

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