Knowingly or unknowingly, we have arrived at the stage where we have to fight against an invisible invader. Although we are not spreading Covid-19 intentionally, it’s proven that humans are super-spreaders themselves. In a bid to help fight against this newest pandemic, medical experts have recommended sanitizing your shared workspaces and production units. We all second this! But, the question here is about the fool-proof way to sanitize the shared spaces. Disinfection with UV light is one such way. That’s why you should consider it…
UV Light’s Capacity to Disinfect Contaminated Surfaces
Recently, we see lots of news doing rounds on the internet regarding the use of robotic devices that use light beams, blue light disinfection in public transport, and the like. Have you ever wondered how this works?
Well, the UV disinfection system or simply UV sanitizers are the magical wands behind this news. Ultraviolet light is a reliable and well-studied germicidal technology. Primarily, this technology works by destroying the DNA inside the microbial cells, including coronaviruses. Notably, the high-energy part of the ultraviolet spectrum called UVC is found to be the most effective. For decades now, this UV disinfection lamp has been used to sanitize industrial shared surfaces and drinking water. In hospitals, this technology is beneficial as it kills microbes like MRSA and Covid-19.
Why the UV disinfection systems are so popular now is because they are capable of sanitizing all the shared surfaces in a workspace with minimal labor and zero hazardous chemicals. In the wake of the coronavirus pandemic, controlling the spread of virus transmission is highly important. As a production unit manager or a business owner, you need to think about the various benefits of disinfection with UV light right now.
How do you determine the performance of a UV Disinfection System?
Today, especially after the surge of positive corona cases across the country, you can see several companies make and sell UV disinfection units. They come in various configurations. They vary in shapes, sizes, and features. Although all UVC devices can kill microbes to some extent, it could be difficult for business owners to determine the device’s effectiveness.
The main ways to substantiate the performance of a UV disinfection system are:
- Dose-response Models: Here, the UV dose will be measured and used to determine the device’s effectiveness in sanitizing workspaces.
- Laboratory Testing: Various tests will be conducted in laboratories, and the rate-of-kill will be measured for various microbes under controlled conditions. For instance, PXL Sanitizers have been tested by a third-party microbiological lab to find that it can virtually kill all the microbes. Contact us for more details.
- Environmental Effectiveness Tests: Herein, the workspaces will be swabbed before and after UV disinfection.
- Clinical Outcomes: Here, infection reduction rates resulting from the disinfection with UV light will be calculated.
It’s clear that the UV disinfection system market is booming. The prospective buyers, apart from the factors mentioned above, should also take into account whether the UV sanitizer can be easily operated. For example, PXL sanitizers offer automation features, wherein if a person uses a shared surface and leaves the place, the light will be triggered, and sanitation will be completed before the other person peeps in. Such features are essential to consider, especially during this lethal pandemic.