If you are the manager of a facility, each purchase of new machinery or other apparatus that you make has to serve a very specific function. On account of the fact that UV disinfection is applicable to a wide variety of settings and circumstances, UV technology has the potential to be a worthwhile investment for a diverse range of establishments. Uses for UV disinfection may be beneficial in a variety of settings, as shown in the following five methods.
Purification of the Air
To some degree, a UV lamp may fulfill the role of disinfecting air spaces in any establishment that requires this service. Because there must be a sufficient amount of contact between the air and the UV light for this sort of disinfection to work, it is more effective on still or stagnant air than it is on air that is moving. Many establishments decide to put UV disinfection lamps at the top level of the room in order to boost the efficiency of the air disinfection process. This ensures that the air will be cleaner as it naturally circulates around the space. In addition, establishments have the option of installing ultraviolet (UV) lamps in close proximity to the coils and drain pans of cooling systems like air conditioners and refrigeration units. This can prevent bacteria from growing in the cool and damp conditions that are present and, as a result, prevent the bacteria from being released into the air.
Water purification as well as treatment of wastewater
Other uses for UV disinfection are in facilities to disinfect water and even aid in the treatment of wastewater. UV disinfection is a physical procedure that does not require the addition of any chemicals to the water in order to clean it. As a result, this method has the potential to be both highly safe and very successful. UV radiation has the potential to reduce the prevalence of parasites that are resistant to chemical disinfection, such as cryptosporidia and giardia. More than two billion gallons of water a day are disinfected using ultraviolet light at a facility in New York.
This water is then distributed across the city of New York. Even if the treatment of wastewater must be carried out on a much bigger scale, ultraviolet (UV) light may still play a significant part in the process, and it can even take the place of chlorination. Even though ultraviolet (UV) light is not the only method of disinfection that is employed, the inclusion of UV light as a step in the treatment of wastewater has become relatively popular in many urban areas.
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Disinfection of the Surface
It shouldn’t come as much of a surprise that surfaces in healthcare institutions and other types of places might benefit from being disinfected with the use of UV light. In point of fact, ultraviolet light may eliminate live viruses and other infectious agents that are present on a surface in a matter of only seconds. When it comes to cleaning and sanitizing healthcare facilities, ultraviolet light (UV) might be an alternative that is much more effective and efficient than other methods.
UV light is a widely used method for disinfecting equipment in addition to fixed surfaces such as counters, tables, and floors. In labs where there is a potential for contamination, ultraviolet light (UV) may be used to disinfect goggles, glassware, and other scientific equipment. Uses for UV disinfection is effective, dry, and easy to use. This is in contrast to methods like cleaning or bleaching, which can leave behind residue and moisture.
Cleaning and Sanitizing of Food and Drink
Disinfecting food and drink using ultraviolet light, or UV light, combines the efficacy of UV light on surfaces with the effectiveness of UV light on liquids. In food processing facilities, uses for UV disinfection have been demonstrated to be efficient when used to disinfect items like conveyor belts, which are otherwise difficult to clean effectively. This is because UV light kills microorganisms without damaging the surface of the food. These kinds of surfaces may be disinfected without causing the equipment’s lifespan to decrease, provided the appropriate materials are used throughout the process. When evaluating the many applications in which UV light may be utilized as a technique of disinfection, it is equally necessary to evaluate the kind of UV light that is being used in those applications. Various types of bacteria and viruses may react differently to different wavelengths of ultraviolet light.
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In the midst of our nation’s struggle against the coronavirus pandemic, a significant amount of focus is turning toward a method that has hitherto been used in just a few isolated locations: germicidal UV technology. When applied appropriately, germicidal UV, also known as UV-C, is capable of bringing about a wide range of positive effects and may be highly useful. UV-C radiation can kill pathogens up to 99.9% of the time. Initial research indicates that it has the potential to render SARS-CoV-2, the virus responsible for COVID-19, inactive. However, due to the fact that this is a relatively novel approach for many establishments, including hotels, restaurants, and retail shops, we are going to discuss a variety of uses for UV disinfection. In commercial structures, germicidal UV has a variety of functions, including the following five:
Upper-room UV fixtures
Lighting industry experts agree that using germicidal UV in the upper rooms of a building is the most effective technique to cut down on the spread of germs and viruses. Upper-air units continually disinfect the air in a room by generating UV-C over people’s heads. This helps prevent the spread of airborne pathogens. Upper-room UV devices are perfectly safe to use in inhabited spaces since the UV-C rays are not directed directly at the occupants. There is a wide selection of upper-room UV-C fixtures available from American Ultraviolet. These lights are designed to function in practically any room, provided that the ceiling is at least seven feet in height.
UV light for HVAC systems
Germicidal UV treatments that are added to HVAC systems may also be used to clean the air outside of a building before it is brought inside. The incorporation of UV-C products into industrial HVAC systems will assist in the disinfection of the air before it is distributed to the occupants of the building. The kind of UV light product that you need will change depending on the kind of system that you have. There are primarily two choices: on-coil or in-duct installation. The drain pans and cooling coils are the primary targets of on-coil UV systems. In-duct ultraviolet light systems are mounted on the interior of the ducts to sterilize the air as it travels through the system. The ultraviolet (UV) radiation should not be dangerous to people since the UV fixture is either located outside the building, inside the ducting, or in a safe maintenance area.
Anyone who maintains the fixtures or the HVAC system has to be aware of and follow all safety protocols. Despite the fact that these solutions do not cleanse surfaces, they are beneficial in making the atmosphere safer and cleaner. Germicidal ultraviolet HVAC fixtures may be customized to work with a variety of different systems. Get in touch with us for a no-cost consultation if you’d want more information on the ways in which you can put them to use.
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The installation of UV-C fixtures
Other uses for UV disinfection may be achieved with the installation of germicidal UV lights. The vast majority of fixtures are designed to be fitted or mounted on walls and ceilings. Due to the fact that they are controlled by a timer or switch, they do not create much of a disturbance after they have been installed. If you are using a fixture that disinfects with UV-C, the area or room in question should still be vacant. Schools, banks, restaurants, grocery shops, and any other kind of company that receives a significant amount of foot traffic on a regular basis might benefit from installing UV lamps.
Germicidal UV mobile units
Because of their portability, UV-C mobile machines provide users with more freedom. It is not necessary to install a fixture in a certain spot since you are able to relocate the unit from one room to another. Disinfecting personal protective equipment (PPE) at hospitals that are low on supplies is one of the many uses for portable UV units, which are currently used in a broad variety of other industries, such as hotels.
Since PURO mobile UV units generate broad-spectrum UV (a mix of UV-A, UV-B, and UV-C), the operator should leave the room or area while the units are operating in order to protect themselves from the radiation they produce. The wattage of the bulb that is linked to PURO portable units might vary depending on the kind of base that the unit has. In this article, we evaluate the goods based on the territory that they cover. Because the American Ultraviolet® mobile UV units produce UV-C rays with a wavelength of 254 nanometers, the operator must leave the room when the units are running.
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Handheld UV units
Handheld UV-C units are well suited for cleaning difficult-to-reach surfaces such as handrails, keyboards, elevator buttons, doorknobs, chairs, and other such items. If you do a search for portable UV devices, you will most likely see hundreds of results for goods that are offered at affordable price points. Please be aware that not all of these goods are created equal in any way. Buying from a reputable manufacturer is the best way to ensure that the product you choose really does its job of disinfecting, so keep that in mind. A portable device known as the Blade was designed and developed by American Ultraviolet.
It is not difficult to use. After that, you activate it by plugging it in. To see how it works, please go here. The package comes with eye protection goggles. Additionally, the light is simple to swap out and replace whenever it is required to be done so. When it comes to certain items, there are no replacement components available, which means you have no choice but to throw them away after they stop operating. This can be a good choice and uses for UV disinfection.