A monitoring method for zero direct discharge traceability of rain and sewage pipe network

Abstract

The invention discloses a method for monitoring the source of zero direct discharge of rain and sewage pipe network. The geographic data of urban drainage pipelines is acquired through a GIS data module, the geographic data is transmitted to a geographic information system at the same time, and the urban area range is collected through a zero direct discharge monitoring module. The drainage data of the internal rainwater and sewage pipe network and important discharge outlets and the basic information of the drainage pipeline are integrated with the information of the geographic information system, monitoring database and pipeline database through the data fusion unit of the electronic monitoring module, and the information is displayed through the display module. , through the traceability tracking module to collect the data information of the GIS data module, the zero-in-line monitoring module, and the electronic monitoring module, and trace the source through the traceability data analysis unit. Through the real-time monitoring of the drainage at the important discharge outlets along the river, it is possible to detect the sewage entering the river in time, and the amount of sewage can be based on evidence; through the display of the results, the rain and sewage pipe network is digitized in real time, and the data of different time periods can be accurately analyzed. According to the evidence, it can be checked.

Description

technical field [0001] The invention relates to a hydrological monitoring technology and the field of data analysis and processing, in particular to a zero-direct discharge traceability monitoring method for a rainwater and sewage pipe network. Background technique [0002] Due to the acceleration of urbanization, the rapid expansion of urban population, the deterioration of urban water environment and ecological environment, the construction of socialist ecological civilization is imminent. How to effectively solve and prevent water pollution has become an important problem faced by urban construction workers. [0003] Urban drainage has a great impact on the water quantity and quality of the receiving water body. Urban drainage pipeline system is an indispensable and important urban municipal infrastructure in modern cities, and it is also the backbone project for urban water pollution prevention and urban drainage and flood control. Its task is to collect and transport ...

AI Technical Summary

Problems solved by technology

[0004] In the construction of my country's rain and sewage pipe network monitoring system, there are still automatic monitoring equipment that have not been fully included in the measurement certification system, fewer types and models of monitoring instruments, high prices, automatic monitoring results are susceptible to external interference, and further analysis services for output data. Improvement and other issues

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