The quality and after-sales service of the solar powered flow aerator are guaranteed

1. Introduction to Push Flow Aeration Machine

The push flow aerator for rivers, lakes, and ponds, also known as the submersible push flow aerator, has the functions of aeration, mixing, and pushing flow. It is a lightweight and multifunctional aerator and water circulation device, widely used in small landscape water bodies such as water feature residences, artificial lakes, and artificial rivers; In the practice of water restoration, there are significant effects on water oxygenation, water circulation, and other aspects, and there are multiple installation methods for different water bodies.

2. Push flow aerator

The push flow aerator consists of four parts: the main engine, the fixed bracket, the intake pipe, and the push flow aerator impeller. The aeration impeller blows extremely small bubbles into the bottom of the water, effectively circulating and increasing oxygen. It is widely used in the field of small-scale landscape water treatment, effectively reducing basic investment and facilitating operation and management. The push flow aerator has the following characteristics: it uses a submersible motor for operation, which has a small impact on the environment; It has multiple functions such as aeration, mixing, and pushing flow; The main body is made of stainless steel and high-strength engineering plastics, which are resistant to acid, alkali, and some organic solvent corrosion; Equipped with cathodic protection blocks, it has a wider range of applications; The installation spray angle can be adjusted within a range of 60 degrees up and down; The installation depth can be freely adjusted, suitable for different depths of water bodies; The multi-level combination of equipment enables the water to be enriched with oxygen and fresh, and the flowing water does not rot.

3. Principle of water purification by push flow aerator

Push flow aerator is a multi-purpose aeration and oxygenation equipment. The impeller rotates to push water away, forming gaps. By using the different specific gravity of water and air, air supplements the gaps, forming a mixed soda water. After high-speed operation, stirring and shearing by the "sail" shaped impeller, dissolved water is formed, and the water body is pushed forward to achieve the purpose of aeration, mixing and push flow. When three to six "sail" shaped blades rotate at high speed, several strong shear water flows are formed at the front end of the impeller, cutting the gas into uniformly sized fine bubbles. The axial thrust of the impeller rotation injects the gas water mixture into the water with strong force, causing secondary cutting and reducing the particle size of the bubbles, with an average particle size of 1.5mm. The steam water mixture forms a long-distance gas water mixture diffusion column in the water, thereby extending the contact time between gas and water and greatly improving the utilization rate of oxygen