Bio-augmentation technology uses a combination of microorganisms (such as enzymes and bacteria) and nutrients to improve the biodegradation of organic substances in biological treatment plants, thereby improving the quality of treated wastewater. The combination of microorganisms used can function in both aerobic and anaerobic conditions. In this process, microorganisms consume the organic pollutant load, converting it into water and carbon dioxide, contributing decisively to the optimal operation of wastewater treatment systems.
The selected microorganisms specialize in the biodegradation of fatty substances and oils produced by domestic and industrial activities, thus reducing the burden on treatment systems. This process significantly reduces the accumulation of fats in pipes, wastewater treatment plants, and drainage systems, while limiting the corrosion of equipment/pumps in pipes and drains. It also reduces the load on biological treatment systems, improving treatment efficiency and reducing the need for chemical additives.
Microorganisms assist in breaking down fatty organic pollutants and other substances that accumulate in manholes and pumping stations, preventing deposits on the walls, blockages in the pipes, corrosion of equipment/pumps, and the formation of unpleasant odors.