BiOzone ozone water treatment and ozone cooling tower water treatment produces clean and reusable water through ozone oxidation. This ozone cooling tower water treatment approach provides water disinfection and sterilization. The high oxidation potential of ozone through our ozone cooling tower water treatment processes are utilized to its greatest advantage with equipment manufactured by BiOzone.
Ozone water treatment and ozone cooling tower water treatment results in the oxidation of odor, removal of taste-producing agents and a wide spectrum of organics, including humics, color bodies and hydrocarbons which makes the BiOzone process a very successful water treatment option. Ozone water treatment is essential to ensure water is clean and resuable.
BiOZone's techniques for ozone water treatment use a special cooling tower water treatment process to effectively treat water and ensure that it is clean. BiOzone is the leader in ozone water treatment technology and ozone water treatment products and is available to answer any questions you may have about water treatment processes through the use of ozone technology.
Traditional cooling tower water treatment involves the chemical treatment with a variety of metal compounds, organics, biocide, and pH stabilizers. After only 3 cycles, this water needs to be blown down; however, the quality of the wastewater is so poor that it cannot be recycled or recovered, and the cost of replenishing the cooling tower water and discharge cost can be a significant economic factor in operating cost.
Contrary to multi-chemical treatment, on-site generation of ozone gas and injection into the cooling water does not require any chemical adjustments of the water. Ozone will act as a strong oxidizer, disinfectant, and scale build-up inhibitor. By applying ozone, the cycle time can be increased up to 50. With a properly designed process train, the payback for the ozonation equipment can be less than 24 months.
The following benefits are predicted to result by applying ozone in lieu of chemical treatment: Reduced costs to maintain the tower. Reduced costs to maintain the condenser unit. Eliminated chemical storage with subsequent cost savings and improved safety. Easier compliance with EPA and State regulations. Reduced environmental reporting to the EPA and the State. No pH control requirements. No biofouling, algae growth or biological slime. No scaling of the condenser tubes or sheets (ozone will remove scale). Limited bleed-offs or blowdowns resulting in major water savings. Removal of inorganic material by precipitation (ozone is an excellent flocculation agent). Reduced corrosion rate, prolonging the life of the units and operating equipment (assuming controls prevent excess ozone generation). No formation of toxins; example, trihalomethanes (THM's) are not formed by ozone as they are with chlorine. More effective biocide and viricide action than with chlorine and other chemicals; example, a virus such as Legionnaires' Disease could not breed in the cooling tower system.