QXB type submersible aerator

Brand:Vic Environmental Protection

　Model:complete

　Specifications:customizable

　Diameter:1000(mm)

　　Length:1500(mm)

Aeration resistance:1000(mmH2O)

Service area:10~200㎡

Ventilation rate:250m³/h

QXB Diving Aeration Principle

The device adopts direct transmission of electric motor and impeller, and utilizes the centrifugal force generated by the rotation of the impeller to achieve the effect of discharging surrounding water and forming a low-pressure area to suck in water flow. At the same time, a vacuum is generated at the inlet of the impeller and air is sucked in. In the mixing room, air and water are thoroughly mixed to form a uniform mixture of air and water, which is quickly discharged under the action of centrifugal force.

Due to the strong water jet, an effective water circulation can be formed, resulting in the air being cut into many tiny bubbles. Due to the slow rise of bubbles, the surface area greatly increases, and a large amount of oxygen in the air will also dissolve in the water, making the dynamic efficiency of this machine superior to other types of aerators.

Performance characteristics of QXB submersible aerator

1. High oxidation dissolution rate, large proportion of bubbles, high oxidation efficiency, and large oxidation area.

2. There is no dead zone in the pool. Horizontal aerated air with bubbles can completely flush every corner of the pool bottom.

3. The structure is compact, the unit has a long service life, the bearings can withstand large loads, and an oil bath shaft seal is used to prevent water from coming into contact with the seal during operation, ensuring 24-hour continuous operation of the aerator and long-term trouble free operation.

4. Save engineering investment, save blower, easy installation, and low noise.

Application of QXB submersible aerator

The new submersible centrifugal aerator is used for aeration tanks, aeration sand settling tanks, pre aeration tanks, aerobic nitrification tanks, mixed aeration, and aquaculture tank aeration in various biochemical treatment processes of sewage treatment engineering.