Water pollution monitoring and governing service system and method based on Internet

Abstract

The invention discloses a water pollution monitoring and governing service system based on the Internet. The water pollution monitoring and governing service system comprises a sewage processing subsystem and an environment water detection subsystem. The sewage processing subsystem comprises a middle sewage processing part and a terminal sewage processing part. Plant sewage is directly conveyed to the middle sewage processing part through a front-stage sewage discharge pipe. The middle sewage processing part comprises a plurality of buffering pools used for collecting sewage discharged by the front-stage sewage discharge pipe, and primary water processing devices corresponding to the buffering pools. The environment water detection system comprises an environment water quality detection mechanism arranged in surrounding water environment of a plant, the middle sewage processing part and the terminal sewage processing part. A sewage quality detection mechanism, the environment water quality detection mechanism and a discharged water quality detection mechanism are all in communication with a server through the network. By means of the water environment protection system, sewage processing devices, lands and human resources are shared, sewage processing expenses of enterprises are saved, and the supervision and administration difficulty of the environment protecting management department for dispersed enterprises is lowered.

Description

technical field [0001] The invention relates to the technical field of sewage treatment, in particular to an Internet-based water pollution monitoring and treatment service system and control method. Background technique [0002] In recent years, the construction of sewage treatment plants in my country has been rapid, and the sewage treatment plants in cities above the county level have basically been completed. The construction of sewage treatment plants in developed areas is advancing to towns and industrial parks. However, there are still many problems in the equipment and operation of the sewage plant, especially for industrial sewage. Generally, there are two methods as follows. One is that the enterprise handles it independently, but in this way, the economic pressure on the polluting enterprises is great, and the supervision of the government environmental protection department is scattered. , the data deviates, and at the same time, due to the lack of professional m...

AI Technical Summary

Problems solved by technology

However, there are still many problems in the equipment and operation of the sewage plant, especially for industrial sewage. Generally, there are two methods as follows. One is the enterprise's own treatment, but in this way, the economic pressure on the polluting enterprises is great, and the supervision of the government's environmental protection department is scattered. , data deviation, at the same time, due to lack of professional maintenance in equipment operation, unstable operation of facilities, high operation and maintenance costs

The second method is centralized treatment in industrial parks. However, due to the large difference between the design scale and actual scale of sewage treatment stations in industrial parks, it is difficult to operate normally, and all polluting enterprises must build their own pollution control facilities. After reaching the standard, they will be centrally transported to sewage There are still problems such as large investment and high maintenance costs

[0003] In order to solve the above problems, Chinese patent CN103546536 proposes an Internet of Things system for sewage treatment plants. Although it improves the transparency and real-time performance of data, it does not fundamentally solve the sewage treatment cost and water environment problems.

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