Aerobic bacteria need phosphorus to be able to process organic matter. After mineralisation, the phosphates are then deposited in the sediment bound to lime, iron and the like. There they remain permanently bound as long as oxygen is present in the water body.

Through comprehensive micro-invasive aeration along the entire surface of the water at the bottom of the pond, bubbles of atmospheric oxygen are settled at the bottom and the environment is transformed from oxygen-poor to oxygen-rich. This enables fish to survive in the oxygen-rich environment even at elevated temperatures.

Due to climate change, methane emissions in the lake have increased. Long-term and sustainable oxygen therapy favours water conservation, water maintenance and protection of biotopes. It enriches the quality of life for people.