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Industrial Wastewater Treatment Using Ozone

Ozone-based industrial wastewater treatment systems offer a combination of ozone and advanced oxidation processes, effectively targeting and eliminating soluble organic and inorganic contaminants present in industrial wastewater.

These cutting-edge systems have the capability to lower TOC (total oxygen demand), BOD (biochemical oxygen demand) and COD (chemical oxygen demand) levels in wastewater, while also effectively removing specific chemical species.

Industrial Wastewater Treatment

Learn More about Ozone Water Treatment

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Industrial Wastewater Treatment

Ozone Oxidation in Industrial Wastewater Treatment

Each ozone oxidation technology is tailored for specific applications. Ozone oxidation in industrial wastewater treatment is effective in breaking down large molecules into more biodegradable species, thereby reducing the toxicity of remaining chemicals in the water. Ozone selectively reacts with certain molecules, whereas the electrolytic process proves most economical for dealing with smaller organic molecules. On the other hand, the advanced oxidation process generates hydroxyl radicals, which are extremely fast and nonselective in their reactions, attacking virtually all molecules. These hydroxyl radicals have the ability to mineralize organic compounds, converting them into carbon dioxide and ultimately contributing to TOC reduction.

Customized ozone industrial wastewater treatment solutions are essential, as they vary depending on the specific chemical species and their occurrence within the process. This individuality necessitates a thorough evaluation of each application. Customers seeking water treatment products must collaborate closely with product suppliers to assess and devise suitable solutions tailored to their unique requirements.

The difficulty in industrial wastewater treatment is that industrial wastewater has the potential to contain a wide array of contaminants, such as BOD, COD, color, phenols, cyanides, sanitary waste, and complex chemicals. With its powerful oxidative property, ozone, when utilized alongside physical, chemical, or biological processes, proves highly effective in treating intricate industrial wastes. Through ozone oxidation, organic molecules are broken down into smaller, more biodegradable components, and in certain cases, even converted into carbon dioxide.

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