Floating aerators, used for aeration and mixing in biological reactors, provide high oxygen transfer in wastewater through a simple mechanical structure consisting of a drive group, shaft, and fan, with the fan designed to prevent precipitation by creating fine air bubbles that are sprayed vertically into the wastewater and transmitted across the pool to the lowest points, and, thanks to the floats it contains, can operate continuously despite changes in water level without requiring a bridge or carrier system, making it especially suitable for large lagoons where alternative aeration systems are difficult to use, and thus one of the most prominent aerators.

Floating aerators, used for aeration and mixing in biological reactors, provide high oxygen transfer in wastewater through a simple mechanical structure consisting of a drive group, shaft, and fan, with the fan designed to prevent precipitation by creating fine air bubbles that are sprayed vertically into the wastewater and transmitted across the pool to the lowest points, and, thanks to the floats it contains, can operate continuously despite changes in water level without requiring a bridge or carrier system, making it especially suitable for large lagoons where alternative aeration systems are difficult to use, and thus one of the most prominent aerators.