Aerators are devices that direct the flow of water through a body of waste material. A single stream of water will gravitate to a single direction and will conform to its surroundings. Because of this, the volume of falling water will cause the water to be redirected. An aerator can reduce the amount of falling liquid by creating multiple mini-streams. This can reduce the amount of flow in a wastewater system.


An aerator has a symmetrical arrangement of blades. The blades extend from the bottom of the tank toward the central section. These blades are attached to a tapered step 12a. The lower end of the agitating blade 14 is connected to a portion of the aerator that has a different diameter. This way, the water current will diffuse from the upper section of the aerator to the bottom part.


The aerator preferably has a hexagonal configuration, which allows the aerator to handle forces with light cables, thereby reducing the weight of the device. The support structure comprises six braces, defining a hexagonal center 36. The aerator includes a plurality of struts 58 that project outward from the hub 36, toward the periphery of the tank 14b. The struts are connected to each other by connecting pieces 56.


The aerator can be easily operated and has a large number of benefits. The rotors can be mounted anywhere on a structure, such as a pool, or in a tank. The aerator can be used for a variety of applications, including in wastewater treatment plants. There are two main types of aerators, which are rotary and spool-type. The aerator uses a rotary shaft 12 with a length that reaches a specified depth under the water.

An aerator has a concave blade that agitates the water current in the bottom of the tank. It also features an upper section that tapers outward and twists inward toward the center of the tank. This ensures that the water is aerated over a large area. The angle of the blades A relative to the water surface is between 0 and 90 degrees, while the angle B of the rotor is between thirty and sixty degrees.


An aerator may be operated by a pump, which can produce a continuous stream of water. The aerator can be used to produce a continuous stream of water in a tank. It is commonly used in wastewater treatment systems. Aerators that use a high-quality pump will produce a continuous stream of water. Its high-quality pumps will last for years. The aerator can be operated in many ways.

An aerator according to the invention is a device that is made up of a cylindrical body and a lower mounting plate. The aerator can be used with a range of different diameter ratios. The optimal diameter ratio depends on the type of sewage treatment tank A and the splashing behavior of the waste water. The aerator can also be adjusted for the size of a sewage treatment tank A.