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[content] => 1. Strong oxidation ability, can handle many other water quality problems during disinfection. The oxidation ability of ozone is 50% greater than that of chlorine, and it can effectively remove or reduce complex taste, odor, color and metal ion problems while disinfecting.
2. The bactericidal effect is remarkable and the action is rapid. It is said that ozone sterilization is 300-3000 times faster than chlorine, and its disinfection efficiency is about 15 times higher than that of commonly used liquid chlorine and sodium hypochlorite, stronger than formaldehyde, comparable to peracetic acid, and the disinfection time is usually only 0.5-1min.
3. The effect of ozone disinfection is less affected by water quality. The bactericidal ability of ozone is slightly affected by the ammonia content in water, temperature (0-37°C range) and pH (5.6-9.8 range), but due to the strong bactericidal ability of ozone, temperature will affect the solubility and decomposition rate of ozone, so temperature The comprehensive effect of ozone is not obvious; the adaptation range of ozone to pH is wider than that of chlorine and chlorine dioxide. When the turbidity is lower than 5mg/L, the turbidity has little effect on the disinfection effect.
4. Broad spectrum and high efficiency. Ozone can quickly kill bacteria and spores, and can also kill amoebas, fungi, protozoa, some chlorine-resistant, ultraviolet-resistant and antibiotic-resistant pathogenic organisms, such as cysts and some viruses (including poliovirus, tobacco flower Leaf virus, etc.), Giardia, Cryptosporidium, algae, low-level aquatic organisms, etc., the contact time required is usually very short (however, ozone has a longer effect on some molds such as green mold, penicillium, etc.). The sequence from easy to difficult for microorganisms to be inactivated by ozone is generally: bacteria-virus-cyst.
5. Less side effects of disinfection. Ozone is reduced to oxygen after sterilization, so it can increase the dissolved oxygen in water. Ozone itself will not form disinfection halogenated products, nor will it produce and aggravate odor; some uses (such as food, pharmaceutical and microelectronics industries, etc.) do not need to add and remove participating disinfectants or disinfection side effects when making ozone-treated water The process of the product; the addition of ozone will not produce a pH change in the water.
6. The production conditions are simple. Generally, the production of ozone uses air as the raw material, and the production volume can be controlled by electric current. There is no need to transport and store raw materials, and the production can be equipment-based and automated. Easy to manage.
7. The sensory effect of disinfection treatment is more comfortable. Ozone has no adverse effects on the human body for the disinfection of swimming pool and recreational water.
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1. Strong oxidation ability, can handle many other water quality problems during disinfection. The oxidation ability of ozone is 50% greater than that of chlorine, and it can effectively remove or reduce complex taste, odor, color and metal ion problems while disinfecting.
2. The bactericidal effect is remarkable and the action is rapid. It is said that ozone sterilization is 300-3000 times faster than chlorine, and its disinfection efficiency is about 15 times higher than that of commonly used liquid chlorine and sodium hypochlorite, stronger than formaldehyde, comparable to peracetic acid, and the disinfection time is usually only 0.5-1min.
3. The effect of ozone disinfection is less affected by water quality. The bactericidal ability of ozone is slightly affected by the ammonia content in water, temperature (0-37°C range) and pH (5.6-9.8 range), but due to the strong bactericidal ability of ozone, temperature will affect the solubility and decomposition rate of ozone, so temperature The comprehensive effect of ozone is not obvious; the adaptation range of ozone to pH is wider than that of chlorine and chlorine dioxide. When the turbidity is lower than 5mg/L, the turbidity has little effect on the disinfection effect.
4. Broad spectrum and high efficiency. Ozone can quickly kill bacteria and spores, and can also kill amoebas, fungi, protozoa, some chlorine-resistant, ultraviolet-resistant and antibiotic-resistant pathogenic organisms, such as cysts and some viruses (including poliovirus, tobacco flower Leaf virus, etc.), Giardia, Cryptosporidium, algae, low-level aquatic organisms, etc., the contact time required is usually very short (however, ozone has a longer effect on some molds such as green mold, penicillium, etc.). The sequence from easy to difficult for microorganisms to be inactivated by ozone is generally: bacteria-virus-cyst.
5. Less side effects of disinfection. Ozone is reduced to oxygen after sterilization, so it can increase the dissolved oxygen in water. Ozone itself will not form disinfection halogenated products, nor will it produce and aggravate odor; some uses (such as food, pharmaceutical and microelectronics industries, etc.) do not need to add and remove participating disinfectants or disinfection side effects when making ozone-treated water The process of the product; the addition of ozone will not produce a pH change in the water.
6. The production conditions are simple. Generally, the production of ozone uses air as the raw material, and the production volume can be controlled by electric current. There is no need to transport and store raw materials, and the production can be equipment-based and automated. Easy to manage.
7. The sensory effect of disinfection treatment is more comfortable. Ozone has no adverse effects on the human body for the disinfection of swimming pool and recreational water.
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