UVC rays
When microbial organisms such as bacteria and viruses are exposed to UV rays, the structure and molecular bonds of DNA (DNA) change, losing their ability and becoming sterile and inactive.
DNA or deoxyribonucleic acid acts like a carbon paper (blueprint) in the exponential reproduction and replication of living organisms and increases their population. Through the sterilization and sterilization of microbial organisms, in addition to the loss of the ability to cause damage, the formation of colonies and the increase in their population can be prevented and controlled.
After UVC irradiation, dead organisms become unresuscible and their population rapidly decreases and eventually disappears.
Ultraviolet germicidal lamps (UVC lamp) with lethal and concentrated power provide a much greater effect than the ultraviolet energy available in nature to destroy pathogens and are a method adopted by nature.* Living microbial layer of air conditioning systems (HVAC)
* This is not just dirt, but pathogenic microbes.
Benefits of UVC rays
Many people refer to the growing sticky layer that forms on the evaporator blades of hot/cold air conditioners and sewer pipes as sludge or dirty and sticky sludge deposits. In fact, this living microbial layer is called biofilm, a complex active generative layer that constantly produces microbes, mold and bacteria that multiply and grow.
The slimy contaminated material adheres to the fins and protects these organisms from disinfectants.
Biofilms themselves are the end product of metabolism known as volatile organic compounds (VOCS). The presence of VOCs in the air causes side effects such as headaches, watery eyes and nose, as well as more serious illnesses such as asthma and allergies. Countless studies have shown that ventilation systems (HVAC) promote and promote the growth of microbial organisms and are also a site for their accumulation and spread are.
Pathogens and opportunistic bacteria and viruses as well as mold also live in ventilation systems and are transmitted and spread in this way.
The following list was prepared by sampling the surface layer of a portion of the evaporator coil and drain pans, ducts, unit final filters and diffusers and presents some of the system’s environmentally harmful microorganisms.
It doesn’t matter what material and pressure you use to wash the coils. The above method only cleans the coils to a depth of one inch (2.54 cm), when the microbial and organic agents reach the end of the coil they are alive and are quickly replaced. By placing and installing UVC lamps in front of the outlet The air cooling condenser coil and discharge source destroy any microorganisms that pollute the air and the biofilm layer that creates them before being released and returned to the system with UVC energy.
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