Can ozone solve all the problems of decoration pollution?

Ozone is oxidizing and has an effect on reducing things, and using ozone to control indoor decoration pollution is only an auxiliary process.

I have been engaged in the ozone industry for many years, and I know that ozone has been mythologized by some people, and it seems that everything can be done. Ozone is not a panacea, and its function depends on purity and concentration.

Ozone is the solution to all renovation pollution, not including radon.

But the premise of ozone needs to be at a certain concentration.

It is very difficult for individuals to maintain this concentration consistently.

Ozone removes formaldehyde. Ozone is highly oxidizing and can decompose formaldehyde into carbon dioxide, oxygen and water; Moreover, ozone can be reduced to oxygen in about 30-40 minutes at room temperature, and there will be no secondary pollution. However, only high-solubility ozone can effectively remove formaldehyde, and high concentration of ozone is more harmful to human health, so when using ozone to remove formaldehyde, it is not suitable to keep people indoors.

Formaldehyde removal method.

Open windows for ventilation: It is necessary to pay attention to the removal of formaldehyde and odor in the newly renovated house, and the first step is to open the windows for ventilation, and dilute and discharge formaldehyde to the outdoors through air convection. Although this step is simple, it is also necessary to pay attention to the weather conditions, once it is windy and rainy, the doors and windows must be closed in time, and the wind and rain will destroy the newly renovated home environment.

Place activated carbon: Although opening windows for ventilation can effectively discharge formaldehyde to the outdoors, the formaldehyde residue in some corners and hidden places is still very high. Therefore, you can place some activated carbon packets to adsorb residual formaldehyde, and the effect will be better.

Usually, the recommended amount of charcoal bag is 15 20 packs (50g packs) for a room of about 20 square meters, and 1 2 packs can be placed in drawers and cabinets according to the size.

It is useful because ozone is highly oxidizing and is able to break down indoor formaldehyde into carbon dioxide, water and oxygen. Ozone can be reduced to oxygen in 30 to 40 minutes at room temperature, and there will be no secondary pollution.

Note that only high concentrations of ozone are effective, but high concentrations of ozone will cause harm to human health, so when we use ozone to remove formaldehyde, it is best not to keep people indoors, and after the work is completed, we must ensure that all the ozone in the room is dissipated, so that it is safer to enter.

Hope it can help you and wish you a happy life?

Ultraviolet ozone lamp can remove formaldehyde, ozone has a strong odor removal function, it is feasible to remove formaldehyde and other odors in new houses, but it must be noted that when using ozone machines, people and machines cannot coexist.

Ozone is a strong oxidizing agent that can oxidize and decompose almost all gases and solid substances. The nature of ozone is that it has strong oxidizing properties, so the sterilization and disinfection effect is better than that of chlorine. Ozone is mainly used to prevent ultraviolet rays or reduce damage to the body, and can decompose formaldehyde.

However, it should be noted that the household ozone machine is definitely not good, if it is an industrial ozone machine, it meets the requirements, and the removal rate of formaldehyde is 30-40%. Small ozone machines such as fruit and vegetable detoxifiers, which are commonly used, cannot achieve odor removal due to the small amount of ozone generated and the poor diffusion ability of ozone gas.

Ozone can not remove formaldehyde, ozone is generally used for disinfection, formaldehyde can be used in combination with air purifiers and activated carbon, the general formaldehyde release period will be relatively long. Ventilation is important.

Ozone can oxidize formaldehyde to carbon dioxide. But ozone itself also has a certain toxicity. So it's not very suitable for use at home.

1. In view of the increasingly prominent ozone pollution, the new "Ambient Air Quality Standard" (GB 3095-2012) implemented by China has added ozone (03) monitoring items. The new national standard for ozone control standards is 100 micrograms cubic meters for the first envy level and 160 micrograms cubic meters for the second level of ozone concentration for 8 hours. Inclusion in the standard for monitoring is the first step in ozone pollution prevention and control.

2. Reduce ** and control the emission of precursors. Ozone is a typical secondary pollutant, and controlling the emission of its precursors is the key to treatment. The precursors of ozone are mainly nitrogen oxides and volatile organic pollutants, which are also precursors of secondary fine particulate matter.

Therefore, effective control of the emission of these two precursors is not only very important for the control of oxygen pollution, but also for the prevention and control.

3. In addition, the generation of ozone is closely related to the emission characteristics of regional transportation, petrochemical industry and coal-fired boilers and other industrial production pollution sources, as well as topographic and meteorological conditions.

Plant management of ozone.

Plants can increase the impedance coefficient of the ground surface, which can accelerate the sedimentation of ozone, thereby reducing the ozone concentration on the surface of the ground, but plants have a treatment effect on ozone, and also have a promotion effect, such as willows, poplars and other varieties will generate volatile organic compounds and promote the formation of ozone, so if you want to use plants to control ozone, you must pay attention to the species and ecological impact.

Air heating and flow control of ozone.

The decomposition of ozone is related to temperature, at more than 30 degrees Celsius, ozone will decompose 50%, at about 40-50 degrees Celsius, ozone decomposition can reach 80%, when the temperature reaches more than 60 degrees Celsius, ozone will be quickly reduced to oxygen, the higher the temperature, the faster the ozone decomposition, with air flow, ozone can be quickly treated, to achieve twice the result with half the effort. However, this method is not suitable for daily life, and it is not possible to control ozone by air heating and flow in an open environment.

Biological enzyme ozone purifier to control ozone.

Through the atomization technology of the fog cannon truck, the biological enzyme ozone purifier is sprayed in the air, and the enzyme organic molecules are fully in contact with the ozone molecules contained in the air, and the ozone molecules are decomposed into oxygen ions and oxygen under the active catalysis, which is not only fast and effective, but also green and environmentally friendly. When using, it is necessary to choose the peak time and cycle of ozone generation, and dilute it with water at a ratio of 1:500.