Cloud monitoring system for wastewater

Abstract

The invention discloses a cloud monitoring system for wastewater. The cloud monitoring system for wastewater includes a cloud server and multiple wastewater treatment devices, wherein the cloud serveris provided with a cloud transmission module, and each wastewater treatment device includes a zone transmission module and a motor. Through the cloud transmission module, the cloud server can be usedfor receiving zone transmission module-transmitted data which is related to operation of the motor. In the way, the cloud server can be used for recording, evaluating and analyzing the related data immediately, so that the motor of the corresponding wastewater treatment device is adjusted, and the effect of energy saving is achieved.

Description

technical field [0001] The invention relates to a wastewater treatment technology, in particular to a wastewater cloud monitoring system for wastewater treatment big data data. Background technique [0002] Wastewater treatment can generally be divided into physical, chemical and biological treatment methods. At present, domestic circulating water mostly adopts biological treatment methods. Although biological filter beds have achieved good results in application, their nitrification treatment is often accompanied by the addition of alkali agents, backwashing of filter materials, and accumulation of nitrate nitrogen. Related problems need to be solved. [0003] Generally speaking, wastewater treatment procedures include, for example, activated sludge method, contact oxidation method, oxidation deep channel method, artificial wetland, ecological engineering method, etc.; and the selection can be considered and determined according to the individual characteristics of each pro...

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Problems solved by technology

This complicated wastewater treatment method will lead to the fact that when the wastewater treatment system is abnormal, the industry cannot immediately respond to the abnormal situation and immediately restore the normal operation of the wastewater treatment system.

[0005] In addition, the traditional wastewater treatment has the following disadvantages: (1) It is almost entirely dependent on human monitoring, water quality control, measurement, and water cycle control; (2) It is unable to monitor the water quality and environmental hydrological data in time; (3) Most operators rely on Rules of thumb for judging on-site conditions greatly reduce the accuracy of grasping the environment

Furthermore, the existing industrial wastewater treatment device uses a manual start-up motor, which can make the whole device run normally and smoothly, but manual control of each component cannot realize automatic control, thereby reducing the working efficiency of the equipment

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