The advantages of using ozone in swimming pools
Ozone and its secondary products (such as hydroxyl groups) have the strongest bactericidal and virus killing effects, which can effectively prevent the spread of infectious diseases. Experiments have shown that the consequences of using ozone at different concentrations to kill bacteria and viruses are 600-3000 times that of chlorine. When the ozone concentration is 1mg/L, the inactivation of fecal Escherichia coli only takes 5 seconds, and it takes 15000 seconds to achieve abnormal consequences with a different concentration of chlorine.
Ozone is an internationally recognized environmentally friendly green disinfectant that does not cause any secondary purification of the situation, while chlorine agents react with inorganic substances in water to generate various chlorinated inorganic compounds, such as trichloromethane, chloroform, etc., all of which are recognized carcinogens. When people swim, these toxic substances are absorbed by the human body (the human body can receive 500 milliliters of water per hour in water). Chlorinated inorganic compounds in water can also comfort the eyes and skin, triggering red eyes and rashes.
Chlorinated inorganic compounds and toxic gases such as chlorine gas evaporated from water can harm human respiratory organs, while the use of ozone will not result in such incidents.
The acidic materials generated by chlorination severely corrode the water disposal system, as well as the equipment and structures in the museum such as grids and heating.
Ozone is the strongest oxidant, which can effectively differentiate humic substances in water, oxidize iron and manganese ions in water, and differentiate small inorganic bodies that scatter light in water, thereby greatly improving the clarity of water and making it appear beautiful blue, while chlorine agents have no such consequences. To make the water blue, swimming pools using chlorine agents often require the use of copper salts, which are extremely harmless to humans.
After participating in chlorine preparations, it will inevitably cause changes in the pH value of water, making people feel uncomfortable. Therefore, it is necessary to participate in alkaline or acidic substances for neutralization. Ozone is a neutral substance and such results will not occur.
Ozone can ensure the fluctuation of water quality during high passenger flow and low temperature seasons. When low temperature and high passenger flow occur, the water quality is often poor. At this time, if chlorine preparations are used, a small amount needs to be added, which will bring a series of adverse effects, such as changes in pH value, comfort to the respiratory tract and human body; However, adding a small amount of ozone does not have this adverse effect.
The use of ozone generators can greatly reduce the difficulty of water treatment processes and operations. At the same time, ozone generation has high safety, while chlorine preparations have certain risks during transportation, storage, and use.
Ozone can differentiate inorganic substances in water and has a micro flocculation effect, so under normal passenger flow, flocculants are not necessary.
Under certain application conditions, such as countercurrent circulation and not using activated carbon filter tanks, ozone can be used as the sole agent for water treatment without the need for chlorine agents, flocculants, or pH adjusters

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