Method and system for carrying out comprehensive monitoring on sewage discharge

Abstract

The invention provides a method and system for carrying out comprehensive monitoring on sewage discharge and relates to the field of sewage discharge monitoring. The system for carrying out the comprehensive monitoring on the sewage discharge provided by the invention comprises a supervision center set in a supervision mechanism, a monitoring terminal set in each sewage discharge enterprise, and asewage discharge monitoring point set at each sewage discharge port of each sewage discharge enterprise. Each sewage discharge monitoring point comprises a diagnosis controller, a water quality detector, a sewage discharge pipe and electromagnetic valves. The diagnosis controllers compute current sewage discharge indexes according to sewage discharge parameters of the water quality detectors, compare the current sewage discharge indexes with preset standard sewage discharge indexes and send sewage discharge instructions to sewage discharge pipe electromagnetic valves. The monitoring terminalssend data to the supervision center periodically in a form of logs. The supervision center comprises a monitoring video check module, a three-dimensional visual module, a plotting module, a sewage discharge data detection module and an alarm module. According to the sewage monitoring system provided by the invention, whether sewage discharged by the enterprises reaches the standard or not can beknown accurately in real time, and a technical effect of automatic sewage purification discharge is achieved.

Description

technical field [0001] This application relates to the field of sewage discharge monitoring, in particular to a method and system for comprehensively monitoring sewage discharge. Background technique [0002] With the development of society and the rise of industry, sewage discharge and treatment have attracted the attention of all walks of life. In traditional sewage treatment systems, most of them only treat sewage through a single channel, but the types of sewage are different, and the element content is also different. The corresponding treatment methods should also be different. If a unified treatment method is used to treat sewage, it will inevitably affect the quality of the final discharged water. In terms of monitoring of traditional sewage treatment systems, employees usually use real-time monitoring in the working environment. If employees leave their jobs temporarily or change shifts, the abnormal state of the system cannot be detected and dealt with in time, whi...

AI Technical Summary

Problems solved by technology

[0002] With the development of society and the rise of industry, sewage discharge and treatment have attracted the attention of all walks of life. In traditional sewage treatment systems, most of them only treat sewage through a single channel, but the types of sewage are different, and the element content is also different. The corresponding treatment methods should also be different. If a unified treatment method is used to treat sewage, it will inevitably affect the quality of the final discharged water.

In terms of monitoring, traditional sewage treatment systems usually use employees to monitor in real time in the working environment. If employees temporarily leave their jobs or change shifts, the abnormal state of the system cannot be detected and dealt with in time, which is likely to cause serious consequences.

[0003] The existing monitoring of sewage outlets is mainly based on manual sampling and analysis, which is inefficient, labor-intensive, and time coverage is low. The samples are also lacking in scientificity and representativeness, and cannot reflect the dynamic changes in water quality.

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