Application

Hyperboloid mixers are widely applied in environmental protection, chemistry, energy and light industry where the solid, liquid and gas are interflowing, especially in the sewage treatment process of coagulative precipitation tank, equalization pond, anaerobic pond, nitration pond, and denitrifying pond.If the mixer is dry type installation, it's especial suit for the environment with high temperature, high concentration and corrosive liquid.

Features 

1. In comparison with traditional blade-paddle mixer, MH has the feature of mixing equality, high efficiency, low energyconsumption and no dead zones.

2. Simple structure and easy for installation and maintenance.

3. Used especially for the water treatment such as mixing of waste water and chemical agents.

4. Big surface area impeller, equipped with small power, saving energy.

Conditions of Usage 

1. The density of the media shall not exceed 1150 kg/m³.

2. The installation depth should not exceed 10m.

Type description 

Construction 

Operating Features 

The MH hyperboloid mixer can hold a large capacity flow, and can get a big area circulating and gradual water flow. The unique impeller design perfectly combines the fluid features and mechanical movement to the maximum degree. The curved surface of hyperboloid impeller is shaped by the curve of formula xy=b rotating around y axis, in order to cater to the water flowing, the impeller is designed to feed water from the center, on one hand, the turbulent flow is reduced, on the other hand, the pressure of the liquid on the impeller surface is equal and even, therefore the machine will be balanceable in the movement  status. Eight guide vanes are equally distributed on the involute dual cambered surface. The kinetic energy is created with help of the potential energy from the supplementary water fed by the deadweight pressure of the fluid and the centrifugal force by the impeller rotating,  the fluid will move along the tangent of the impeller circumference under the condition of acceleration of gravity, with reflection of the  pond wall, a circulating water flow is formed from bottom to top, therefore the cross-water flow is formed in the direction of axial Y and radial X. The structure features and special installation mode (in the bottom of the pond) of the hyperboloid mixer impeller decide the ideal mixing effectiveness, and effectively avoids mixing dead zones. 

Type Selection Reference 

The type selection of hyperboloid mixer is related to the pond, medium parameters and installation mode. The type selection of hyperboloid mixer is basically confirmed according to the effective service area of each hyperboloid mixer, and according to the principle that the ratio of length to width not over 2 to 1, the rectangle pond will be equally divided into working cells, so as to confirm the mixers’ quantity

Fiuid Figure  

Performance Parameters 

Installation 

Project Reference