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Professional advanced air purification technology explained
Professional advanced air purification technology explainedI. Low-temperature asymmetric plasmaThis technology is characterized by the formation of an asymmetric plasma electric field at high pressure, which causes a large number of plasma in the air to collide with each other and produce a certain electrochemical reaction, targeting toxic and harmful gases as well as various viruses and bacteria for multi-faceted and rapid degradation, and does not produce secondary pollution hazards. This technology has been hailed as the new century's expected high technology, operating without the need for personnel and saving energy. II. Chemical decomposition This technology uses the principle of ozone generator operation, which is characterized by its low price and numerous functions. It reduces the spread of solid dust by increasing the content of negative ions in the air and has a very good sterilizing effect but has little effect on the removal of harmful pollutants such as formaldehyde. And ozone equipment will produce a large number of high concentrations of ozone in the process of operation, in the elimination of bacteria at the same time on the human body's white blood cells will also produce some damage, so it is good to be used in an unoccupied environment. III. Volatilisation Generally, this technology is attached to the equipment with herbs as the filter medium, the price is also relatively low, and has a certain anti-bacterial function, its shortcomings are that herbs in a solid state can not play a purifying role, and after the filter media reaches saturation, not only can not play a sterilizing effect but also easy to reproduce bacteria, increasing the degree of difficulty in processing. IV. Adsorption As many of you may know, this technology is more commonly used in activated carbon filters, which are characterized by the ability to adsorb airborne bacteria, dust, and harmful gases in a very short period, and the cost of the equipment is very low. Its shortcoming is that the adsorption rate of water is only 45%, usually using about a month to reach a saturated state, and needs to be replaced in time to use. |
