Tube aerator aeration pipe aeration aeration technology is one of the equipment used for aeration tank aeration in sewage treatment. Oxygen in water is transmitted to microorganisms through aeration, and the contact area between air and water is increased by rising bubbles. The dissolved oxygen in water, especially in lower water, has good effect on the distribution of dissolved oxygen and nutrients in the whole water body, which ensures the healthy growth of aquatic organisms and effectively solves the problem of increasing oxygen in high density and factory sewage treatment technology.

Because of the different kinds of wastewater, the concentration of wastewater and the amount of wastewater, the laying and layout of aerator aerator aerator aerator aerator aerator aerator aerator aerator aerator aerator pipeline are different. If the pipeline is not laid well and the layout is unreasonable, the effect of aeration will be affected. Firstly, the laying method of microporous tubes should be designed according to the area and shape of water surface. Prepare all kinds of materials according to the design requirements, such as tee, adjusting bracket, glue for bonding, etc.

When installing, each pipe joint should be sealed with glue or pipe hoop to prevent leakage. The aeration quantity of aeration pipe should be uniform as far as possible. The length of one aeration pipe should be controlled below 10 m. When laying, the micro-porous aeration pipe should be kept at the bottom of the pool and the ground level. Measured from all parts of the pool, the ground height of the aeration pipe should be generally high in order to ensure uniform aeration.

The tubular aerator should be debugged after installation. Open the main engine, adjust the height and direction of the aeration pipe one by one, until the aeration of the whole micro-porous pipe is uniform. The main engine should be installed in the middle of the main pipeline as far as possible to ensure the same gas supply of each pipeline. There should be no debris near the main engine intake to avoid blockage. The aerator should not contact with the silt as far as possible to avoid blockage.

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