Integrated water treatment device

Abstract

The invention relates to an integrated water treatment device, which comprises a shell unit, a dissolved oxygen aeration unit, an operation cabin unit, a filtering unit, a clean water tank unit, and asewage collection unit, wherein the shell unit is a shell of the water treatment device, and the aeration unit is used for aerating water near the outside of the water treatment device; the operationcabin unit is an operation control cabin of the water treatment device, and the filtering unit filters the water aerated by the aeration unit; the clean water tank unit is used for storing the waterfiltered by the filtering unit, and the sewage collection unit is used for storing the water backwashed by the filtering unit, wherein the operation cabin unit comprises a wet and dry pump and a waterquality sensor; when the water quality sensor detects that the turbidity of the water to be treated is greater than a set value, the device enters a rapid filtering mode, the dry and wet pump runs ata high speed, so that the water flows into the filtering unit at a high speed; when the water quality sensor detects that the turbidity of the water to be treated is less than the set value, the device enters the slow filtering mode, and the dry and wet pump runs at a low speed, so that the water flows into the filtering unit at a low speed.

Description

technical field [0001] The invention relates to water treatment technology, in particular to an integrated water treatment equipment. Background technique [0002] The objects of water treatment mainly include natural water bodies and artificial water bodies. For example, river and lake water bodies, landscape water bodies, aquaculture water bodies, fountains, swimming pools, water parks, etc. Most of these water bodies have the characteristics of low pollutant concentration, diverse types of pollution sources, and large water volume, and most of them have high requirements for water quality and sanitation. At the same time, artificial or non-artificial pollution will continue to be generated during use . [0003] For example, the main pollution sources of river water bodies are the injection of external pollutants, long-term accumulation of river bottom silt and harmful substances released from silt. In addition, the water body lacks the necessary circulation, the dissol...

AI Technical Summary

Problems solved by technology

[0005] The current bio-ecological technology is generally in the form of constructing artificial wetlands, biological oxidation ponds, biological filter beds, etc. This method requires a lot of investment in infrastructure construction, which brings about an increase in cost and maintenance work, and this water treatment scheme is very important for treatment. Limited flexibility in volume and treatment location to respond to rapidly deteriorating water quality

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