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[content] => High concentration ozone water is called "universal water" in Europe. [**]s a commonly used disinfectant, its application in wine production has become increasingly common. It is currently one of the strongest oxidants known to be available and is an efficient broad-spectrum fungicide. It can cause the protein shell of bacteria, fungi, and other bacterial bodies to undergo oxidative denaturation, killing bacterial propagules, dental cells, viruses, fungi, and so on. Ozone kills more than 99% of the common Escherichia coli, fecal streptococcus, Staphylococcus aureus, and can also kill hepatitis virus, cold virus, etc. The ozone water machine uses air and water as raw materials, and uses a 220V power supply to immediately produce 10-15ppm of high concentration ozone water.
1. Sterilization and disinfection:
(1) Food factories need to perform overflow immersion sterilization on the surface of raw materials and other objects to form a sterile raw material surface (packaging containers can be disinfected and sterilized by high concentration ozone gas contact). For example, fruits, etc. can be sterile after being washed and can be made into concentrated juice.
(2) In the processing of aquatic products - before freezing packaging, high concentration ozone water spray sterilization or overflow immersion sterilization are used to achieve perfect control of the hygiene indicators of aquatic products, avoiding the problem of excessive residual chlorine caused by the use of chlorides.
(3) In the production process of liquid food processing (such as beverages, fruit juices, etc.), high concentration ozone water can be used for soaking and flushing pipelines, production equipment, and containers, thereby achieving efficient sterilization. The bacteria and viruses on the surfaces of pipelines, equipment, and containers are washed and killed, which is very simple and effortless. Not only will there be no dead corners, but it also avoids the discharge and residue of harmful substances caused by the use of other chemical disinfectants, while ozone has no residual and no secondary pollution.
(4) It can be widely used in hotels, hotels, and government cafeterias to sterilize and disinfect dining utensils, fruits, and vegetables; [**]nd sterilization and disinfection of children's toys and object surfaces.
2. Pesticide degradation: It can be widely used in public canteens, fruit and vegetable processing plants, food processing plants, and other places to remove harmful substances such as pesticides, fertilizers, and food additives.
3. Water treatment: It can be widely used for algae prevention and sterilization of industrial water, sterilization and disease prevention of aquaculture water, and processes such as deodorization, decolorization, and sterilization in sewage treatment.
4. Food preservation: It can be widely used in the storage, preservation, and disinfection process of raw materials and finished products during the production and processing of refrigeration plants, food processing plants, livestock slaughterhouses, and other units.
Ozone is a strong oxidant that can effectively disinfect, remove color, deodorize, improve water taste, remove organic matter, and reduce COD when used in wastewater treatment. Therefore, in recent years, ozone and its combined use with other means for treating various types of wastewater have achieved rapid development.
Ozone permeates everywhere, without dead ends. Ultraviolet radiation only has a bactericidal effect when it reaches the surface of an object and reaches a certain intensity standard. Food workshops are generally relatively tall, resulting in insufficient ultraviolet radiation intensity, especially at long distances, which can cause significant blind spots, such as the lower part of the processing board. Ozone is a gas with strong permeability, good diffusion, uniform concentration, and no dead spots.
Because ozone has a very strong oxidizing property, once it is mixed with water, ozone first reacts with some reducing inorganic substances that are easy to be oxidized in the water, and then reacts with some organic substances to degrade the organic substances to different degrees, turning them into simple organic substances, and then further thoroughly oxidizes them into carbon dioxide, reducing the chemical oxygen consumption (COD) of water.
Working principle and structural composition of high concentration ozone water system
1. The equipment is composed of oxygen generator, ozone generator, high voltage power supply, gas-liquid mixing pump plus static mixer, gas-water separator, control system and other parts.
2. The equipment uses the high-concentration oxygen produced by the oxygen generator as the gas source, generates ozone through frequency conversion discharge, and uses the strong oxidizing property of ozone to sterilize and degrade pesticides.
3. The oxygen generator in the equipment uses zeolite molecular sieve imported from the United States as the adsorbent, and uses pressure swing adsorption (PS[**]) to separate oxygen and nitrogen in the air, and filter out harmful substances in the air, so as to obtain high-purity oxygen and Greatly improves ozone production, purity and efficiency. Then, the high-concentration ozone is fully dissolved in the water through the strong gas-water mixing of the gas-liquid mixing pump and the static mixer to form high-concentration ozone water with the function of sterilizing bacteria and degrading pesticides.
Ozone water machine test video
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High concentration ozone water is called "universal water" in Europe. [**]s a commonly used disinfectant, its application in wine production has become increasingly common. It is currently one of the strongest oxidants known to be available and is an efficient broad-spectrum fungicide. It can cause the protein shell of bacteria, fungi, and other bacterial bodies to undergo oxidative denaturation, killing bacterial propagules, dental cells, viruses, fungi, and so on. Ozone kills more than 99% of the common Escherichia coli, fecal streptococcus, Staphylococcus aureus, and can also kill hepatitis virus, cold virus, etc. The ozone water machine uses air and water as raw materials, and uses a 220V power supply to immediately produce 10-15ppm of high concentration ozone water.
1. Sterilization and disinfection:
(1) Food factories need to perform overflow immersion sterilization on the surface of raw materials and other objects to form a sterile raw material surface (packaging containers can be disinfected and sterilized by high concentration ozone gas contact). For example, fruits, etc. can be sterile after being washed and can be made into concentrated juice.
(2) In the processing of aquatic products - before freezing packaging, high concentration ozone water spray sterilization or overflow immersion sterilization are used to achieve perfect control of the hygiene indicators of aquatic products, avoiding the problem of excessive residual chlorine caused by the use of chlorides.
(3) In the production process of liquid food processing (such as beverages, fruit juices, etc.), high concentration ozone water can be used for soaking and flushing pipelines, production equipment, and containers, thereby achieving efficient sterilization. The bacteria and viruses on the surfaces of pipelines, equipment, and containers are washed and killed, which is very simple and effortless. Not only will there be no dead corners, but it also avoids the discharge and residue of harmful substances caused by the use of other chemical disinfectants, while ozone has no residual and no secondary pollution.
(4) It can be widely used in hotels, hotels, and government cafeterias to sterilize and disinfect dining utensils, fruits, and vegetables; [**]nd sterilization and disinfection of children's toys and object surfaces.
2. Pesticide degradation: It can be widely used in public canteens, fruit and vegetable processing plants, food processing plants, and other places to remove harmful substances such as pesticides, fertilizers, and food additives.
3. Water treatment: It can be widely used for algae prevention and sterilization of industrial water, sterilization and disease prevention of aquaculture water, and processes such as deodorization, decolorization, and sterilization in sewage treatment.
4. Food preservation: It can be widely used in the storage, preservation, and disinfection process of raw materials and finished products during the production and processing of refrigeration plants, food processing plants, livestock slaughterhouses, and other units.
Ozone is a strong oxidant that can effectively disinfect, remove color, deodorize, improve water taste, remove organic matter, and reduce COD when used in wastewater treatment. Therefore, in recent years, ozone and its combined use with other means for treating various types of wastewater have achieved rapid development.
Ozone permeates everywhere, without dead ends. Ultraviolet radiation only has a bactericidal effect when it reaches the surface of an object and reaches a certain intensity standard. Food workshops are generally relatively tall, resulting in insufficient ultraviolet radiation intensity, especially at long distances, which can cause significant blind spots, such as the lower part of the processing board. Ozone is a gas with strong permeability, good diffusion, uniform concentration, and no dead spots.
Because ozone has a very strong oxidizing property, once it is mixed with water, ozone first reacts with some reducing inorganic substances that are easy to be oxidized in the water, and then reacts with some organic substances to degrade the organic substances to different degrees, turning them into simple organic substances, and then further thoroughly oxidizes them into carbon dioxide, reducing the chemical oxygen consumption (COD) of water.
Working principle and structural composition of high concentration ozone water system
1. The equipment is composed of oxygen generator, ozone generator, high voltage power supply, gas-liquid mixing pump plus static mixer, gas-water separator, control system and other parts.
2. The equipment uses the high-concentration oxygen produced by the oxygen generator as the gas source, generates ozone through frequency conversion discharge, and uses the strong oxidizing property of ozone to sterilize and degrade pesticides.
3. The oxygen generator in the equipment uses zeolite molecular sieve imported from the United States as the adsorbent, and uses pressure swing adsorption (PS[**]) to separate oxygen and nitrogen in the air, and filter out harmful substances in the air, so as to obtain high-purity oxygen and Greatly improves ozone production, purity and efficiency. Then, the high-concentration ozone is fully dissolved in the water through the strong gas-water mixing of the gas-liquid mixing pump and the static mixer to form high-concentration ozone water with the function of sterilizing bacteria and degrading pesticides.
Ozone water machine test video
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