Sewage disposal process monitoring and intelligent early-warning cloud system and sewage disposal monitoring and early-warning method

Abstract

The invention relates to a sewage disposal process monitoring and intelligent early-warning cloud system and a sewage disposal monitoring and early-warning method. The system comprises a sewage disposal process monitoring and intelligent early-warning cloud system body. The sewage disposal process monitoring and intelligent early-warning cloud system is characterized by comprising a distributed data collection terminal module and/or an on-spot photographing unit, and further comprising a process monitoring embedded data collection instrument and a cloud computing server, wherein the distributed data collection terminal module and the on-spot photographing unit are in communication with the process monitoring embedded data collection instrument separately, and the process monitoring embedded data collection instrument is in communication with the cloud computing server. The sewage disposal process monitoring and intelligent early-warning cloud system is simple in structure, all phases of a sewage disposal process can be monitored, multiple kinds of real-time data in a sewage biochemical process are provided for an operation unit, and with the assistance of the means of on-spot photographing, visual picture monitoring is conducted on a sewage disposal site, and the disposal effect of various biochemical disposal links is reflected in real time, which is beneficial to improving ofsewage biochemical disposal efficiency.

Description

technical field [0001] The invention relates to the technical field of sewage treatment, in particular to an intelligent early warning cloud system for sewage treatment process monitoring and a sewage treatment monitoring and early warning method. Background technique [0002] Sewage biochemical treatment is the abbreviation of activated sludge biochemical treatment of sewage, and it is also a commonly used sewage treatment method. Untreated sewage, including industries, cannot be directly discharged according to national environmental protection standards. The "end monitoring" of the national environmental law enforcement department at the sewage treatment outlet can only achieve the water quality at the time of discharge, and cannot reflect the previous biochemical treatment in real time. link processing effect. The problem of "terminal monitoring" is that the monitoring range is limited, the monitoring data obtained are limited to the discharge outlet, and the real-time ...

AI Technical Summary

Problems solved by technology

Untreated sewage, including industries, cannot be directly discharged according to national environmental protection standards. The "end monitoring" of the national environmental law enforcement department at the sewage treatment outlet can only achieve the water quality at the time of discharge, and cannot reflect the previous biochemical treatment in real time. The processing effect of the link

The problem of "terminal monitoring" is that the monitoring range is limited, the monitoring data obtained are limited to the discharge outlet, and the real-time feedback capability of the monitoring data before the discharge outlet is not complete and comprehensive

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