Rising air bubbles create 2 opposing currents on the water surface.

Rising air bubbles create 2 opposing currents on the water surface.

Rising air bubbles create 2 opposing currents on the water surface.

Rising air keeps the water moving and creates an upward current.

The flow of the rising air changes the direction of movement of the swarm of jellyfish.

The controlled flow of a compressed air barrier prevents the water layers from mixing.

First of all, hoses with special nozzles are laid and anchored on the bottom of the water. The compressed air generated by compressors is pressed into the hose system. The outflowing air rises and initially creates a vertical flow. As a result, everything floating in the water body is pulled up with it. At the surface of the water, the current divides into two horizontal directions. Everything that floats on the water is held back. Ships and boats are not hindered by compressed air underwater.

The compressed air barrier is a diffusion barrier. Rising air creates an upward flow that splits on the surface into two oppositely horizontal flows. It ensures that the water is returned and forms a natural barrier for substances in the water. The compressed air barrier separates the water and holds back jellyfish, seaweed, sediment, and saltwater in an environmentally friendly way.

Rising air bubbles in sufficient quantities change the water’s physical properties. Sound waves are broken several times. The compressed air hydro sound attenuation reduces the noise pollution in the water body by up to 95%.