The quality of the tubular microporous aerator is guaranteed

One of the key factors in improving the effectiveness of biochemical treatment is whether sufficient dissolved oxygen and good flow velocity can be provided during the treatment of wastewater using biochemical processes. Due to the different types of aerators, the effectiveness of oxygenation in water varies. Currently, there are many types of aerators at home and abroad, but they all have disadvantages such as low oxygen utilization rate, high water resistance, high power consumption, clogging, short service life, and high price.

On the basis of digesting and absorbing technology, with the strong support of colleges and research institutions, and combined with the characteristics of good aeration effect and low price in foreign demand, our enterprise has replaced the current disc rubber membrane aerator. Since its launch, this product has been widely used for oxygenation and aeration in various industrial wastewater, urban domestic sewage, and micro pollution treatment processes for drinking water sources. Up to now, nearly 200 large and small water treatment projects have adopted it, generating huge environmental and economic benefits for users.

1The quality of the tubular microporous aerator is guaranteedproduct structure

This tubular aerator consists of a hard tube, engineering synthetic rubber (polymer), clamp, and regulating base.

IIThe quality of the tubular microporous aerator is guaranteedProduct Features

1. Acid, alkali, benzene, phenol, oil and other media;

2. High oxygen utilization rate, high power efficiency, large service area, and low energy consumption;

3. The bubbles are small and uniform, with good flow velocity and flow state;

4. Adopting a loop layout, easy installation, uniform air distribution, and low water resistance;

5. No need for air purification, no need for backwashing, easy management;

6. Various aeration devices that originally used fans for air blowing and aeration can be directly transformed into this tubular aerator under the condition that the original fan and intake pipeline remain unchanged