Solar aeration reaction device suitable for distributed water treatment

Abstract

The invention discloses a solar aeration reaction device suitable for distributed water treatment capable of offshore floating on water for independently running. The solar aeration reaction device comprises a solar system, a servo system, an aeration system and a bioremediation system, wherein the solar system mainly comprises a float bowl and a solar panel arranged on the float panel; the solar panel provides green energy power; the servo system mainly comprises a controller, an accumulator and a DC diaphragm air pump; the accumulator is connected with the solar panel for achieving charging and connected with the DC diaphragm air pump for providing electricity; the controller is connected with the accumulator for coordinating the charge and discharge processes; the aeration system mainly comprises an aerator connected with the DC diaphragm air pump; and the bioremediation system mainly comprises a mesh cage filled with a polyhedral hollow sphere biological carrier, wherein the aerator is located at the bottom position in the mesh cage. The solar aeration reaction device is capable of offshore floating on the determined water in all weather or can be moved to a to-be-treated water area; and clean solar power is utilized by the device, so that zero-cost day and night operation is achieved and the solar aeration device is mainly suitable for a closed water body which is motionless or poor in mobility.

Description

technical field [0001] The invention belongs to the technical field of water pollution control, in particular to a solar aeration reaction device suitable for decentralized water treatment. Background technique [0002] With the rapid development of our country's society and economy, the water pollution problem in the process of urbanization and rural reconstruction and construction has attracted more and more attention. Many urban rivers, landscape water bodies and lakes are becoming more and more polluted, and the water bodies have seasonal or year-round black and odorous phenomena. Wastewater from scattered water pollution sources in rural areas is difficult to treat due to the distance from cities, lack of pipe network supporting facilities, low management level, and lack of funds for station construction and operation. The problem of fragile water ecological environment pollution is getting worse year by year. At present, the most direct and effective solution that can...

AI Technical Summary

Problems solved by technology

However, due to its high operating cost, complex facilities, certain impact on the visual effect of the environment, and inconvenient operation and management, it cannot well solve the practical problems of decentralized pollution sources such as many points, wide area, small amount, and the requirements for dealing with the environment.

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