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Push Flow Type Energy-Saving Efficient Mixing Aerator
product picture
Features
The push-flow aerator for rivers, lakes and ponds, also known as the submersible push-flow aerator, has strong aeration, mixing and push-flow functions. It is a lightweight multifunctional oxygenation aeration equipment and water circulation equipment, widely used in small landscape water bodies such as waterscape residences, artificial lakes and artificial rivers; in the practice of water body restoration, it has obvious effects on water body reoxygenation and water body circulation, and has a variety of installation methods for different water bodies.
It has the following features:
1. It uses a submersible motor for silent operation, which has little impact on the environment;
2. It has multiple functions such as aeration, mixing, and flow pushing;
3. The main body is made of stainless steel and high-strength engineering plastics, which are resistant to corrosion by acids, alkalis, and some non-toxic solvents; It has a cathodic protection block, which has a wider range of applications; The installation spray angle can be adjusted within a range of 60° up and down;
4. The installation water depth can be freely adjusted, which is suitable for water bodies of different depths; The equipment is used in a multi-stage combination to make the water body oxygen-rich and fresh, and the running water will not rot.
Working Principle
The plug flow aerator is a multi-purpose aeration and oxygenation equipment. The impeller rotates to push the water away to form the gap. The air first fills the gap by taking advantage of the different specific gravity of water and air to form a mixed gas-water mixture. After the "sail" type impeller rotates at high speed to stir and shear, it forms dissolved gas water and pushes the water forward to achieve the purpose of aeration, mixing and plug flow. When three to six "sail" type blades rotate at high speed, several strong shear water flows are formed at the front end of the impeller, which shear the gas into fine bubbles with uniform diameter. The axial thrust of the impeller rotation injects the gas-water mixture into the water to produce secondary cutting, making the bubble particle size smaller, with an average particle size of 1.5mm. The gas-water mixture forms a long-distance gas-water mixed diffusion column in the water, thereby extending the gas-water contact time and greatly improving the utilization rate of oxygen.
Technical Data
Application Scope
1. Used in papermaking, slaughtering, leather, sugar, wine, food processing, textile, printing and dyeing, petrochemical and other industrial wastewater treatment, remove suspended matter, floating matter, sediment and other solid matter;
2. Used in papermaking, alcohol, starch, food processing and other industries in the recovery of fiber, slag and other useful substances;
3. Used in urban sewage treatment instead of the initial sedimentation tank.
