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The increasing number of deaths caused by Legionaires’ Disease are focusing public interest on this problem. Instead of combating isolated symptoms, ProMinent offers integrated solutions for solving the Legionella problem at its source.
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Chlorine dioxide and ozone are the most successful and economical disinfectants for controlling Legionella infestations in water systems, as they break biofilms down efficiently and prevent them re-forming.
Chlorine dioxide is the most reliable disinfectant for combating legionella in drinking water because it not only eliminates the pathogenic bacteria but also biofilm as a cause of disease.
Very good depot action and strongly reduced AOX-values in the waste water: Just two out of many advantages.
The stongest disinfectant in water treatment: Ozone shows excellent efficacy even at low concentrations, at any pH value - at very low operating costs.
Up to 5 g/h of chlorine dioxide, especially for the combat of legionella in smaller and mid-sized public buildings, such as hospitals, hotels or sports complexes.
15 to 10 000 g/h of chlorine dioxide, especially for the treatment of large water quantities in continuous operation.
As an alternative to Chlorine compounds (drinking water treatment) or to peracetic acid (food and beverage industries) for the oxidation and disinfection of waters more and more often Chlorine dioxide is used. In this context, the measurement of this parameter gains equally of importance.
Performance range 80 – 720 g/h (larger plants on request) A range of compact ozone plants with integrated gas conditioning application. Bono Zon® plants work using positive suction pressure and are therefore particularly reliable.
Performance range 5 to -90 g/h Range of universal compact ozone plants. Air or oxygen is used as the operating gas.
Ozone is the strongest oxidant used for water treatment to a great extent and has the strongest near-term disinfection efficiency.
Biofilms are slimy deposits of microorganisms and extracellular substances in piping systems and tanks. These deposits are the breeding ground for many pathogenic germs such as E. coli or legionella and also protect them from chemical and physical influences. Microorganisms that occur in biofilms are extremely resistant to disinfectants.