Ozone Wastewater & Industrial Applications:

Wastewater exudation from an industrial facility can carry a wide and variable range of contaminants, including high BOD (Biochemical Oxygen Demand), COD (Chemical Oxygen Demand), color, phenols, cyanides, sanitary waste, and other harmful substances. Ozone exhibits advanced oxidation potential, effectively reducing a broad spectrum of contaminants and breaking down organic compounds. This powerful oxidation process can also help lower processing costs and eliminate penalties associated with the disposal of contaminated water. Furthermore, ozone treatment is an environmentally friendly technology, providing a chemical-free alternative to traditional methods like chlorine or hydrogen peroxide, which often produce harmful by-products. Numerous industries, including pharmaceutical, textile, automotive, and foundries, can benefit from ozone’s ability to treat complex wastewater efficiently and economically

The use of ozone in cooling tower treatment has seen a substantial rise in popularity in recent times, driven by several compelling factors. Ozone offers significant cost savings due to reduced operating expenses, eliminates the need for on-site chemical storage, and ensures no toxic discharges or chloramines. Additionally, it conserves water by preventing the buildup of total dissolved solids (TDS) from disinfectants. Ozone is generated on-site, eliminating the necessity for storing hazardous chemicals. The system also experiences lower corrosion rates, requires no regular disinfection system maintenance, and does not demand specialized training for employees operating it.

For over 25 years, ozone has proven to be a highly effective solution in pulp bleaching, delivering superior results compared to alternative methods. Its implementation has led to significant benefits, including enhanced pulp brightness and strength while promoting eco-friendly practices. Ozone’s ecological cleanliness aligns with local environmental regulations, making it a sustainable choice for the industry. Notably, ozone’s ease and safety of operation outshine traditional chemical oxidizers, making it a preferred and responsible approach in the pulp bleaching process.

The oil and gas industry can use the benefit of ozone for water reuse and treatment in the fracking process. Ozone is powerful in removing VOCs and breaking down the most dangerous chemicals. Ozone technology reduces the use of chemicals in the treatment and helps natural gas companies recycle water.

Traditional Laundering involves many chemicals, hot water, and high sewage costs. Using Ozone for commercial laundry saves your money by reducing energy consumption, conserving water, and reducing detergent and chemical use.

Textiles utilize several wet and dry processing techniques to achieve desired effects. The production of jeans consumes approximately 350 million m3 of water every year. Also, there is a large amount of wastewater and solid waste generated by the textile industry. Chemical-free and dry-bleaching technologies, such as ozonation, are therefore the best economic and environmental solutions.