Photohydrogen ion air purification device

As the most cost-effective air purification device, photohydrogen ion has been widely used in various industries. It has the advantages of super strong deodorization, odor removal, continuous and efficient elimination of harmful microorganisms, comprehensive purification, no secondary pollution, safe and stable operation, simple operation, easy installation, environmental protection, energy saving, and low wind resistance. It has been fully recognized by owners and customers, and favored by construction units.

Through research conducted by Weiyi Environment, it was found that relying solely on air purifiers to ensure air quality in some large places is not cost-effective in terms of purification efficiency and cost. Even if powerful companies choose indoor air purification all-in-one machines, it is difficult to cure the source of air pollution. But if the ventilation system is purified, the problem of air pollution can be effectively solved. Wei Yi found that by installing a photohydrogen ion purification device on the central air conditioning ventilation system, indoor air can be quickly purified and bacteria that grow in the pipeline system can be killed, eliminating the harm of secondary air pollution.

Working principle of photohydrogen ion air purification device:

Nano photohydrogen ion technology is an advanced air oxidation technology that mimics ecology. It uses a specific length of energy light wave emitted by a wide amplitude high-energy photon tube to irradiate various rare metal catalytic materials. By utilizing the hydrophilicity of the metal nanocatalytic network, advanced oxidative particles such as hydrogen peroxide, hydroxyl radicals, superoxide ions, and pure negative ions are generated. The photo hydrogen ion clusters generated by photocatalytic activity are activated, ionized, and decomposed, thereby oxidizing and decomposing into odorless and harmless substances. Mold, bacteria, and other harmful gases in the air are also killed, with a sterilization rate of over 99% and a removal rate of over 95% for formaldehyde, presenting clean and fresh air to people.

Four major functions of photohydrogen ion air purification purifier device

1. Continuously and efficiently eliminate harmful microorganisms such as mold, Legionella, coronavirus, avian influenza virus, influenza virus, etc;

2. Decompose volatile organic compounds: chemical organic compounds such as benzene, formaldehyde, ether, TVOC, etc;

3. Eliminating odors: It can effectively eliminate odors caused by human respiration, sweat, urine and feces, moldy and rotten objects, etc;

4. Settling inhalable particulate matter: fine dust, smoke, dandruff, solid sulfides, solid carbides.

Product features of photohydrogen ion air purification device

1. The efficiency of photohydrogen ion purification technology is several times that of using ozone or ultraviolet light alone, and it has the ability to rapidly kill a large number of bacteria in the air in a short period of time;

2. There is no secondary pollution to the environment, no toxic side effects on the human body, and the purified gas is reduced to carbon dioxide and water without any chemical residue;

3. Energy saving: No need to replace consumables, greatly reducing operating costs; Ultra low energy consumption, each photohydrogen ion purification device is only equivalent to an ordinary light bulb;

4. The purification device belongs to optoelectronic equipment, with a silent design inside, no noise, and ultra-low wind resistance.

5. Comprehensive decomposition: Quickly decompose harmful chemical gases and odors, settle suspended particles, and kill microbial pollutants such as bacteria, viruses, and molds.

Generally, purifiers are installed at the return or outlet of fan coil units, as well as in the return or supply ducts of central air conditioning. Fix the purifier in the selected position with screws, and then connect the power cords to each other.

Scope of application for controlling oil fume dust: large-scale thermal power plants, cigarette factories, textile factories, printing factories, paper mills, steel mills, cement plants, etc;

Waste gas and odor control: sewage, garbage treatment plant, pump station, petrochemical plant, chemical plant, pharmaceutical plant, cigarette factory, essence factory, slaughterhouse, etc;

Hospital environment: inpatient department, emergency room ICU、 Hand room, outpatient department, etc;

Business areas: catering, hotels, entertainment venues, hotels, training centers, fitness centers, office buildings, banks, supermarkets, schools, cinemas, etc.