What is the disinfection effect and efficiency of the oulin machine?

Hello, the effect is good! Product advantages: 1. High efficiency:

Gas sterilization does not require any other auxiliary materials and additives. 2. Inclusiveness: kill bacteria, fungi and protozoa and other viruses, destroy botulinum toxins and rickettsia.

3. Cleanliness: decomposition into the characteristics of oxygen, produced by using oxygen in the air, there is no residue 4. Safety: redox has no secondary pollution problem, and at the same time, it eliminates the need for re-cleaning after disinfection.

5. Convenience: According to the sterilization concentration and time of debugging and verification, the opening and running time of the setting time are set, which is convenient for operation and use. 6. Economy:

The ozone disinfection method is efficient and fast, and has great economic and social benefits. Environmental protection issues are particularly important 7. Fast deodorization: oxidative decomposition of organic or inorganic polluted gases, with the function of removing mildew, fishy, odor and other odors.

8. Good preservation: decompose fruit and vegetable metabolites, inhibit the degradation of pesticide residues in fruits and vegetables and other foods in the ripening process, and the biggest advantage of this machine is that it consumes less electricity. Ozone can be sterilized when the machine is turned on.

No other ingredients need to be added. The ozone gas produced in the machine is never used up. Ozone is sterilized and decomposed into oxygen.

Our family bought one, and it was very efficient. Since having it, I've ditched my previous air purifier.

The main factors influencing ozone concentrations are:

1. The structure and processing accuracy of the ozone generator;

2. Cooling methods and conditions;

3. Drive voltage and drive frequency;

4. Dielectric materials;

5. The content of oxygen in the raw gas, cleanliness and dryness.

6. The efficiency of the generator power system (high efficiency, less heat conversion) affects the main factors of ozone production.

Selection of ozone generators: Indicated by g h.

Oxygen concentrator, oxygen source is suitable.

1. High disinfection and sterilization efficiency: the killing rate of bacteria is better than that of ultraviolet lamp, which is twice that of ultraviolet lamp.

2. Broad-spectrum: It has a strong killing ability against a variety of viruses, bacteria and microorganisms, and can also prevent mildew, remove mildew, keep fresh, remove peculiar smells, and reduce harmful substances.

3. No secondary pollution: After ozone disinfection, it does not need the intervention of any external factors, and is naturally reduced to oxygen, without any residue of toxic and harmful residues.

4. Disinfection without dead ends: different from ultraviolet light, it can reach all corners and even carpets to a certain depth through the diffusion of gas. The surface and inner cavity of irregular items can also achieve satisfactory disinfection and sterilization effects.

5. Human-machine coexistence: The air purifier is specially designed with a low-dose cycle cleaning and disinfection program, which reduces and eliminates the discomfort in the disinfection process, which can be cleaned and disinfected without affecting normal life and work.

6. Energy saving, consumption reduction and sterilization: an ozone disinfection sterilizer is about equal to the power consumption of 5-8 ultraviolet lamps, a quarter of the power consumption of ultraviolet lamps, and the effective service life is 8-10 times that of ultraviolet lamps.

Ozone is a good disinfectant that kills common pathogenic microorganisms. However, because of its strong oxidation, it is necessary to pay attention to the protection of the human body and related items when using.

There are pros and cons.

On the one hand, as far as the current disinfection technology is concerned, ozone disinfection is a sterilization and disinfection method with high efficiency and desirability. Because ultraviolet sterilization can only kill the surface bacteria, but cannot penetrate into the bacteria, but ozone is an all-round coverage to kill bacteria and viruses. But on the other hand, if it is not properly regulated, or if the ozone disinfection concentration is not set correctly, it will have many undesirable effects.

Therefore, on the whole, ozone disinfection is still a preferable disinfection method at present.

Compare before and after disinfection, and use the killing rate to evaluate the disinfection effect.

Ozone, with the chemical formula O3, is also known as triatomic oxygen and superoxide, named for its fishy-like odor, which can be reduced to oxygen by itself at room temperature.

Strong oxidation. Ozone has strong oxidizing properties and bactericidal properties, and is one of the strongest oxidants in nature, ranking second only to fluorine in redox potential in water. At the same time, the product of ozone reaction is oxygen, so ozone is an efficient oxidant without secondary pollution. As a strong oxidizing agent, its characteristics are as follows.

It can be used as an option for oxidation, and the main product has a high yield;

The oxidation temperature is low, the oxidation ability is also strong at atmospheric pressure, and it is beneficial to the oxidation of sensitive substances;

The reaction speed is fast and can be quantitatively oxidized;

Easy to use and manufacture.

The disinfection principle of ozone disinfection machine is based on the "strong oxidation of ozone", easy to reduce, no pollution, and the development and production of disinfection equipment.

Ozone is a strong oxidizing agent, and the sterilization process is a biochemical oxidation reaction. O3 sterilization is available in the following 3 forms: 1

Ozone oxidizes the enzymes needed to break down glucose inside bacteria, inactivating and killing bacteria. 2.It directly interacts with bacteria and viruses to destroy their organelles, DNA and RNA, so that the metabolism of bacteria is damaged, resulting in the death of bacteria.

3.It penetrates the cell membrane tissue and invades the cell.

The disinfection principle of ozone disinfection machine is based on the "strong oxidation of ozone", easy to reduce, no pollution, and the development and production of disinfection equipment.

Potassium permanganate (KM4), hydrogen peroxide (H2O2), peracetic acid (CH3COOOH), ozone (O3, direct oxidation and indirect oxidation of free radicals), bleaching powder (active ingredient calcium hypochlorite CA (CLO2)), iodine (I2), chlorine (killing bacteria through the oxidation of hypochlorous acid), fluorine, chlorine, bromine and iodine all have significant bactericidal effects, but chlorine and iodine are commonly used. Heavy metal (mercury, silver, arsenic) salts are toxic to bacteria (heavy metal ions are easy to bind to negatively charged bacterial proteins, causing them to denature and precipitate, such as mercury, silver, etc.).

Chlorine dioxide (the disinfection mechanism is mainly oxidation), chloramine (is one of the disinfection methods of chlorine derivatives),

The following is what I saw on the official website of Zhengao, I hope it will help you!

Artificial ozone is produced by the action of an ozone generator on oxygen in the air. Its application is mainly determined by its occurrence, which is divided into two categories: air disinfection and water treatment disinfection.

In general, the amount of ozone generated and used is determined by multiplying the rated amount of ozone generated by the time, and the attenuation amount should be calculated for different uses and different sites. The choice of air source configuration in the use of ozone generator directly affects the concentration, output and purity of ozone, and the air source is generally divided into four types: ordinary air source, dry air source, oxygen-rich source and industrial oxygen gas source.

The dry air source is mainly used in space disinfection, tap water treatment, swimming pool water, aquaculture water, production circulating water, reclaimed water reuse, etc.; The oxygen-rich source is used in places with high ozone concentration requirements, such as pure water, mineral water, sewage treatment, medicine and food workshops, etc.; Industrial oxygen sources are selected for places with high purity requirements, important concentration requirements, and small gas volume applications.

According to common sense, it is generally not necessary to configure a normal air supply, as this will affect the connection service life of the generator and lead to unstable generation. In the configuration of the gas source in the above 3 cases, the concentration and output increase sequentially when the generator is the same.

In the disinfection application of large spaces such as workshops in the pharmaceutical and food industries, in order to evenly distribute ozone, special pipelines should generally be installed to branch into the workshop, and some of them can be connected to the air conditioning duct pipeline, but this method sometimes causes corrosion and ozone consumption of the metal parts of the air conditioning air duct.

The correct selection of ozone generator for ozone source configuration determines the disinfection effect of various places, making ozone generator play an important role in the process of water treatment and air disinfection.

For water treatment, it is mainly equipped with ozone dissolved in water dosing device, which is generally divided into aeration type (direct aeration or oxidation tower type), venturi jet type, turbine negative suction type or Niconi pump hybrid type, etc., the above methods can be improved in water dissolution efficiency in turn, and the efficiency of Niconi pump can reach more than 95%. The solubility of ozone and water is greatly enhanced, so as to achieve superior purification effect on water.

Household air disinfection is to transplant the ozone generator into the air conditioner, and install the ozone catalytic decomposition and adsorption device at the air outlet, which can not only refrige and heat, but also use indoor circulating air to disinfect and purify the air, and the decomposed oxygen and negative ions can keep the indoor air fresh. In addition, ozone generators for air disinfection can also be used in public spaces such as hotels, restaurants, shopping malls, and theaters.

Air disinfection in the pharmaceutical industry. A considerable number of pharmaceutical companies in China have taken the lead in using ozone generators as the main means of disinfection and air sterilization.

The correct selection of air source for the ozone generator helps its ozone generation to be in line with the specific site and makes its disinfection effect more effective.

Generally, ozone household appliances on the market use air source, and air source is sufficient. Most of the industrial products are also used as air sources, unless oxygen sources are used in some special places. Generally speaking, the ozone concentration of ozone sterilizers with oxygen sources must be high, and ** is also high.

If you think about it, you can know that before making ozone, you need to collect air to make oxygen, and the process is complicated. And a search on the Internet shows that it is not so easy to make pure oxygen. As far as I know, general ozone disinfection machine manufacturers are working on how to use air sources to make purer ozone.

Therefore, the landlord does not have to worry about what gas source to use, as long as he chooses a company with quality assurance, good reputation and excellent technology, such as Zhengao in Guangzhou, which has been doing ozone products full-time for 10 years, and the customer service staff are also very conscientious, and they are very patient every time they consult. I believe there are some other good manufacturers, but I don't know exactly how.

There are two kinds, one is the air source and the other is the oxygen source.

If the air is large and the amount of ozone outlet required is large, the oxygen source should be selected.

In comparison, the air source is more affordable, while the oxygen source is more expensive.

For details, please contact the manufacturer.