Urban and industrial wastewater treatment
Urban and industrial wastewater treatment
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Urban and industrial wastewater treatment

1. Ozone is an effective disinfectant and far better than chlorine, dioxide, chloroamines and hydroxyl radicals.
2. It has been observed that after ozonation, the coagulant usage rate decreases and the filtration rate increases.
3. Organic micro-pollutants are found in wastewater alongside natural organic matter (NOM), but their concentration is much lower, which is partially eliminated by ozone and OH radicals.
The use of ozone in drinking water and various industrial and urban wastewater is expanding worldwide. Ozonation has been able to replace conventional purification processes in many cases, such as disinfection and oxidation of organic compounds. This new process has increased the efficiency of old filtration methods in other cases, such as the removal of suspended particles. The processes carried out by the research department have focused on the wastewater of the food and wastewater treatment plants resulting from the washing of the relevant lines, with the results indicating a reduction in microbial load and odor removal from the effluent. In addition, replacing old methods with modern ozonation technology has produced good results. Inability of chlorine to completely eliminate microbial contamination as well as change in water quality and production of compounds such as trihalomethanes (THMS) and the environmental detrimental effects of chlorine use (concentrations greater than 1.5 mg / l of chlorine in sources) Blue causes aquatic mortality, especially fish), making the use of environmental friendly substances (ozone gas) more attractive.

Saler Company Information

Company : Ozone Sazan Pasargad
More Information : View
Online order registration form
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Urban and industrial wastewater treatment

1. Ozone is an effective disinfectant and far better than chlorine, dioxide, chloroamines and hydroxyl radicals.
2. It has been observed that after ozonation, the coagulant usage rate decreases and the filtration rate increases.
3. Organic micro-pollutants are found in wastewater alongside natural organic matter (NOM), but their concentration is much lower, which is partially eliminated by ozone and OH radicals.
The use of ozone in drinking water and various industrial and urban wastewater is expanding worldwide. Ozonation has been able to replace conventional purification processes in many cases, such as disinfection and oxidation of organic compounds. This new process has increased the efficiency of old filtration methods in other cases, such as the removal of suspended particles. The processes carried out by the research department have focused on the wastewater of the food and wastewater treatment plants resulting from the washing of the relevant lines, with the results indicating a reduction in microbial load and odor removal from the effluent. In addition, replacing old methods with modern ozonation technology has produced good results. Inability of chlorine to completely eliminate microbial contamination as well as change in water quality and production of compounds such as trihalomethanes (THMS) and the environmental detrimental effects of chlorine use (concentrations greater than 1.5 mg / l of chlorine in sources) Blue causes aquatic mortality, especially fish), making the use of environmental friendly substances (ozone gas) more attractive.

Saler Company Information

Company : Ozone Sazan Pasargad
More Information : View
Online order registration form