Hyperbolic mixer vertical annular flow mixer

**Scope of Application for the QSJ Double-Curved Surface Submersible Mixer and Vertical Turbine MixerThe G/Q/FSJ series of double-curved surface mixers is one of the recommended mixers by our company. It is widely used in industries such environmental protection, chemical industry, energy, and light industry where solid-liquid and gas-liquid mixing is required. It is particularly suitable for use in the coulation tank, regulating tank, anaerobic tank, nitrification, and denitrification tanks in wastewater treatment processes. **Working Principle of the QSJ-Curved Surface Submersible Mixer and Vertical Turbine Mixer** The upper surface of the impeller of the G/Q/FSJ series of double-curved mixers is a double-curved surface structure formed by the rotation of a hyperbola around the axis of the impeller. The unique design of the imp allows for the maximum integration of fluid characteristics with mechanical movement. The equation of the hyperbola is xy=b, and the surface is formed by rotating the curve the y-axis. To accommodate the flow of water, the design allows water to enter from the center of the impeller, which not only reduces the turbulence of incoming water but also ensures uniform pressure of the liquid on the surface of the impeller, thus ensuring the balance of the entire machine during operation. Eight guide blades evenly distributed on the double-curved surface, which, with the help of the liquid\'s own weight pressure as additional water intake, forms a kinetic energy with theugal force generated by the rotation of the impeller. The liquid, under the action of gravitational acceleration, moves tangentially along the circumference of the impeller after through the double-curved surface structure, and, reflected by the pool wall, forms a circulating water flow from top to bottom, thus creating a cross-flow in the axial (y) and radial (x) directions (as shown in the double-curved surface flow diagram). The G/Q/FSJ series of doubleurved surface mixers, as a mixing device, is suitable for mixing various low-viscosity liquids, solid-liquid, and gas-liquid mixtures. It be used not only in circular and square pools but also in rectangular pools where it is commonly used in a multi-unit arrangement. In the various wastewater treatment processes in country, the paddle wheel mixer can mainly overcome the problem of dead corners in traditional blade (paddle) mixers and the poor water-air mixing effect in a processes, thus ensuring uniform mixing and improving mixing efficiency. The main features are as follows: (1) It can be used in various liquid-solid, gas- mixing occasions, replacing existing mixing equipment, achieving three-dimensional, spiral mixing, making the mixing more uniform, and improving mixing efficiency. (2) With a large surface area impeller and small power consumption, it creates a large circulating water flow, consuming *0%**0% less energy than traditional mixing methods. 3) The entire machine has a compact structure, operates reliably, and is easy to install and maintain. (4) The impeller is made of enhanced fiber steel, capable of adapting to various working conditions, and has a long service life.