Water network treatment and cyclic utilization system

Abstract

The invention provides a water network treatment and cyclic utilization system which comprises a water network treatment equipment body, a photoelectric sensor arranged on the water net treatment equipment body, a chemical feeding assembly connected with the water network treatment equipment body, an assembled artificial floating bed fishing assembly and a recycling assembly, wherein the photoelectric sensor is electrically connected with the water network treatment equipment body, and the water network treatment equipment body is electrically connected with the chemical feeding assembly, the assembled artificial floating bed fishing assembly and the recycling assembly. The invention relates to a water chemical feeding treatment and cyclic utilization system which comprises a photoelectric sensor which is electrically connected with the chemical feeding assembly, the assembled artificial floating bed fishing assembly and the recycling assembly, the photoelectric sensor is used for sensing clustered submerged plants floating on a water network, and after the submerged plants are sensed, directional chemical feeding is conducted through the chemical feeding assembly, so that on the one hand, large-area chemical feeding treatment is avoided, the treatment cost is saved, and on the other hand, chemical feeding is more targeted, and the chemical feeding effect is enhanced.

Description

technical field [0001] The invention relates to a water network treatment and recycling system, which belongs to the technical field of water network treatment systems. Background technique [0002] Nowadays, due to the shortage of water resources, the water use in some occasions needs to be carefully planned, and when necessary, the water use needs to be carefully planned. Most of the existing natural water resources such as rivers and lakes are used to block rivers and build dams or Water storage and power generation is a huge project and consumes a lot of cost, but there are few systems for purifying and recycling submerged plants in water sources such as rivers and lakes. In various natural or artificial water networks, it is easy to grow various plants. A kind of submerged plants, submerged plants can play a role in maintaining the clear water stability of the reservoir in the water body, but as the submerged plants die or when the submerged plants are cut by the water ...

AI Technical Summary

Problems solved by technology

[0002] Nowadays, due to the shortage of water resources, the water use in some occasions needs to be carefully planned, and when necessary, the water use needs to be carefully planned. Most of the existing natural water resources such as rivers and lakes are used to block rivers and build dams or Water storage and power generation is a huge project and consumes a lot of cost, but there are few systems for purifying and recycling submerged plants in water sources such as rivers and lakes. In various natural or artificial water networks, it is easy to grow various plants. A kind of submerged plants, submerged plants can play a role in maintaining the clear water stability of the reservoir in the water body, but as the submerged plants die or when the submerged plants are cut by the water grass lawn mower, the submerged plants will form clumps Floating to the surface of the water network, on the one hand, due to the slow flow of water in the water network, large groups of submerged plants will be suspended on the water surface, hindering sunlight and oxygen from entering the water network, and even causing corruption to affect the growth of aquatic plants or organisms. Causes the death of fish, shrimp and microorganisms. On the other hand, if large groups of submerged plants are not cleaned up in time, the drain outlet of the water network will be blocked. Therefore, the present invention relates to a method for timely processing large groups of suspended submerged plants, which can improve the water consumption of rivers, lakes and reservoirs. Utilization of water network treatment and recycling system to alleviate the problem of water shortage

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