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New U.S. and International Water Main Break Studies: More Detailed Pipe Analysis but What Are We Doing with the Data?

机译:新的美国和国际水域主要休息研究:更详细的管道分析,但我们在做什么数据?

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This paper reviews the water main break research and findings from Utah State University, Purdue University, Louisiana Tech, which have formed the new foundation to help utilities to better understand what future trends of water main breaks may look like nationally. International main break data from Australia is also available to be used to contrast results from the U.S. The next generation of water main pipe performance research will include advanced analytics and predictive analysis using machine learning taking into consideration hundreds of potential pipe performance variables such as climate and environmental corrosive soil variables. Private digital pipe condition assessment firms are amassing huge predictive data sets not based in survey results but GIS main break files. Another effort includes the development of national pipe inventory and pipe performance database called the PipeID project at Virginia Tech. This federally funded project while offering direct benefits to over 500 participating water utilities can also provide regional insight to utilities and the aggregate data will be used for federal policy making on regarding water pipe performance standards.
机译:本文评论了犹他州州立大学,普渡大学,路易斯安那州科技的水主要休息研究和调查结果,该技术已经形成了新的基础,帮助公用事业更好地了解了未来的水主要休息趋势可能看起来像国家一样。来自澳大利亚的国际主要休息数据也可用于对比美国的结果,下一代水主管性能研究将包括使用机器学习的先进的分析和预测分析,考虑到数百个潜在的管道性能变量,如气候和气候环境腐蚀性土壤变量。私人数字管道条件评估公司在调查结果中排放了巨大的预测数据集,但GIS主突破文件。另一种努力包括在弗吉尼亚理工科技的国家管道库存和管道绩效数据库的发展。本届联邦资助项目,同时为500多个参与水公用事业提供直接福利,还可以为公用事业提供区域洞察,并将其汇总数据用于有关水管绩效标准的联邦政策。

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