Microorganism nano-oxygenation system capable of being automatically controlled

Abstract

The invention discloses a microorganism nano-oxygenation system capable of being automatically controlled and relates to the technical field of microorganism nano-oxygenation. Specifically, the microorganism nano-oxygenation system comprises a solar power supply unit, an automatic control system, an automatic bacterium agent adding unit, a nano-aeration oxygenation machine unit and a water qualitytreatment unit, wherein the automatic control system is arranged at the right side of the solar power supply unit; the automatic bacterium agent adding unit is mounted at the right side of the automatic control system; the nano-aeration oxygenation machine unit is arranged at the rear side of the automatic bacterium agent adding unit; and the water quality treatment unit is arranged at the rightside of the automatic bacterium agent adding unit. According to the microorganism nano-oxygenation system capable of being automatically controlled, the automatic control system is arranged so that the aim of automatic control of the system is realized; an automatic control unit control cabinet is internally provided with a control circuit and is electrically connected with the solar power supplyunit, the automatic control system, the nano-aeration oxygenation machine unit and the water quality treatment unit through lead wires respectively; and an electric signal is input and output and theaim of automatic control of each part of the system is realized.

Description

technical field [0001] The invention relates to the technical field of microbial nano-oxygenation, in particular to an automatically controllable microbial nano-oxygenation system. Background technique [0002] Aeration is a means of making air and water come into strong contact. Its purpose is to dissolve the oxygen in the air in the water, or release unnecessary gases and volatile substances in the water into the air, and the oxygen in the air is transferred through aeration. In the water, oxygen transfers from the gas phase to the liquid phase. Currently, the most widely used diffusion theory is the double-film theory proposed by Lewis and Whitman. Microbial nano-oxygenation is the use of microorganisms to speed up the rate of aeration and oxygenation. and improve the efficiency of aeration and oxygenation. [0003] Microbial nano-oxygenation technology is widely used in black and odorous water treatment or water quality improvement projects in rivers, lakes and other wa...

AI Technical Summary

Problems solved by technology

[0004] The existing microbial nano-aeration equipment or system has a limited level of automatic control and is at a relatively low level. Now there are two types of aeration methods on the market: the aerator with higher power is installed on the shore, and the air distribution pipeline is arranged along the coast. , to increase the working range; if the power of the aerator is small, it is installed on the shore (more common) or in the water, and a small number of aeration pipes are connected, and the working range is small. Both of these two methods have a small aeration range of nano-aeration , the aeration mainly depends on the layout of the aeration pipeline to achieve the problem

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