As the impeller rotates, the slurry is drawn from the surrounding areas through the bottom of the tank and into the space between the impeller blades. Simultaneously, low-pressure air, provided by a blower, enters through the hollow shaft and air distributor within the impeller chamber. The slurry and air mix thoroughly between the impeller blades, and the resulting mixture is discharged upwards and outward from the upper portion of the impeller towards the surrounding stator. The stator stabilizes and directs the flow evenly across the tank. As bubbles rise to the froth stabilization zone, the valuable minerals attach to the bubbles, concentrating in the froth. The froth is then scraped off the top by a froth scraper into a collection trough. Meanwhile, a portion of the slurry is drawn back to the lower part of the impeller, where it is re-agitated, and more mineral-laden bubbles are formed. This process continues across multiple cells in the flotation circuit, with non-valuable minerals eventually becoming tailings and exiting the flotation system.