Operating Principle

The vortex aeration process utilizes the high-speed rotation of the diffuser wheel at the bottom of the air supply pipe to create a vacuum zone in the water. Air on the liquid surface is then introduced into the water by the aeration machine to fill the vacuum, resulting in the formation of microbubbles. These bubbles spiral up to the water surface, carrying oxygen from the air into the water as well.

Due to the imbalance in density between the gas-water mixture and the liquid, a vertical upward buoyancy is generated, carrying the solid particles to the surface. During the rising process, microbubbles adhere to the suspended particles, allowing the solid particles to be supported and maintained on the surface by these bubbles, and then scraped into the sludge zone by a scraper.

Model Significance

Application Fields

· Petroleum Refining Industry's Oily Wastewater

· Oily wastewater generated from mining operations

· Slaughter wastewater from the meat processing industry

· Waste oils from the dairy processing industry

· Pulp and Paper Industry's White Water Treatment

· Oily wastewater from the machinery industry

Technical Advantages

· Low noise, no components in the trough require maintenance.

· No need for a circulating pump; all necessary parts are readily available for purchase anywhere.

· No air compressor required, overall equipment performance is good, installation is simple.

· No air tank required, saving 20% to 40% of floor space.

· Low energy consumption and operating costs.

· Especially suitable for oil-containing wastewater treatment