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FG-OD800
FLYGOO
Product Features
1.Due to the strong oxidizing properties of ozone gas, it may not only cause damage to certain objects, but also pollute the environment, stimulate the respiratory system,and be harmful to human health. Therefore, both domestic and foreign countries have imposed restrictions on the ozone levels in the air. The Chinese government stipulates that the concentration of ozone in the air shall not exceed 0.2ppm in work-places and 0.15ppm in residential areas.
2.When ozone is used to treat all kinds of water, such as drinking water, swimming pool water and sewage, no matter what kind of gas-liquid contact device is used,more than 80% of ozone gas will eventually escape from the water and become the tail gas of Ordovician. If this part of the oxygen is directly discharged into the atmo-sphere or left indoors, it will cause environmental pollution. In the above situations, it is necessary to use an ozone destroyer to treat the ozone tail gas, so that these resid-ual ozone gases can be decomposed immediately and then discharged into the atmo-sphere.
Model | FG-OD800 |
Power Supply | 800W |
Air Flow Rate | 1.5Nm3/hr |
Max. Temperature | 210 ºC |
Low. Temperature | 45ºC |
Dimensions | 550*550*170mm |
Weight | 8.0KG |
Decomposition Method | Heating |
Inlet & Outlet DN | 8mm |
Voltage | 220-240V/ 50,60Hz |
External Case | Stainless Steel 304 |
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Application
An ozone destructor, also known as an ozone destroyer or catalytic ozone decomposition unit, plays a critical role in both water treatment plants and swimming pool systems to eliminate residual ozone from off‑gas streams before they are released into the atmosphere. In a typical swimming pool ozone installation, ozone is injected into the recirculating water to disinfect, oxidize organic contaminants, and reduce chlorine by‑products.
After the ozone contact tank, any un‑dissolved ozone gas must be removed from the headspace to prevent it from escaping into the pool hall or surrounding environment, where it could pose health risks due to its strong oxidizing and irritant properties. The ozone destructor achieves this by passing the off‑gas through a heated catalyst or a manganese dioxide/copper oxide bed that rapidly decomposes ozone back into oxygen.
Similarly, in drinking water or wastewater treatment, the destructor is installed at the exhaust of ozone contactors to ensure that no residual ozone is discharged, complying with occupational safety and environmental regulations. By reliably destroying leftover ozone, the device not only protects operators and bathers from respiratory irritation but also prevents corrosion of nearby equipment. Its simple, low‑maintenance design makes it an indispensable safety component in any ozone‑based water treatment or pool sanitation system.
To learn more about ozone generators , please contact Flygoo Ozone Sales :
