Sterilizer effectiveness depends on its ability to shower the microorganism with enough UV light. Different sizes and types need different amounts of radiation to kill them. These are as follows: Organism Killing Dose of UV light (Microwatt seconds per square centimeter) Viruses: 15,000; Bacteria: 15,000 – 30,000; Algae: 22,000 – 30,000
Hi, I work in industrial water treatment and no in potable systems, but I'm familiar with UV treatment for bacteria. Yes it'll kill anything it can see, UV is a very easy way to kill bacteria. I wouldn't know if it's economical for such a small scale, but yes, it would work. A few other questions, your pH is very low as others have point out.
A viral video from Japan aims to show how easily germs and viruses can spread in restaurants when just one person is infected.
What Is UV Light? We have been working in the visible light range from 405-470nm that kills a wide variety of bacteria including MRSA, Staph, Strep, Cdiff and more. See below (Visible Light). This is light that gets to earth and we have lights that focus on the 405-470nm range to kill bacteria. We are now getting into the UV range.
There may be a secondary mechanism for longer wavelength blue light (440–490 nm), which hits flavin molecules that also occur in bacteria. This “antimicrobial blue light therapy” (aBLT) is attractive as it does not require any added photosensitizer, does not involve possibly harmful ultraviolet radiation, and kills microbial cells
Blue light kills acne-causing bacteria. “LED light is essentially acting like the sun to a plant,” says dermatologist Marnie Nussbaum, MD. “It is penetrating the skin to a cellular level and
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does blue light kill bacteria
