最小夜流量(MNF)和腐蚀控制符合物联网(IoT)的水系统

IF 1.6 Q3 WATER RESOURCES
Kian Hariri Asli, Kaveh Hariri Asli
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引用次数: 0

摘要

在新的世界观中,水被认为是一种经济社会商品,也是人类的基本需求。本工作旨在研究腐蚀与水系统中最小夜间流量(MNF)变化之间的关系。MNF作为因变量的变化受到自变量变化的影响,如未报告的总水量、允许的夜间消耗量和网络现场泄漏。首先,根据地理信息系统(GIS),通过数学模型和回归分析,研究了网络腐蚀造成的水损失在未报告的总水损失中所占的份额。结果,压力的p值为.564。在回归模型的基础上,幂函数在用于进水到配水管网的散点图和最佳拟合曲线上具有合适的相关性。用户仪表的误差以及这些误差的校正在表观失水部分进行了讨论。表观失水值相当于采出水的1.12%。这一表观水损失量显示了由于网络腐蚀造成的实际水损失在设施中未报告的总水损失中所占的份额。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Minimum night flow (MNF) and corrosion control in compliance with internet of things (IoT) for water systems
In the new world view, water is considered an economic-social commodity and a basic human need. This work aims to investigate the relationship between corrosion and changes in the minimum night flow (MNF) rate in water systems. Changes in MNF as a dependent variable are affected by changes in independent variables such as total unreported water loss, allowed night consumption, and network field leakage. First of all, the share of water loss due to network corrosion in total unreported water loss was investigated through a mathematical model and regression analysis according to Geography Information System (GIS). As a result, the p-value for pressure was .564. The Power function had a suitable correlation on the scatter diagram and best-fit curve which was used for Inflow to the water distribution network based on the regression model. The error of the consumers' meter and the correction of these errors were discussed in the apparent water loss section. The apparent water loss value was equal to 1.12% of produced water. This amount of apparent water loss showed the share of the actual water loss due to network corrosion from the total unreported water loss in the facilities.
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来源期刊
CiteScore
2.30
自引率
6.20%
发文量
136
审稿时长
14 weeks
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