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Ultraviolet

Would you be comfortable giving a baby – your child, grandchild, niece or nephew – a bottle filled with untreated tap water? Odds are, the answer will be a resounding “no”. So if they wouldn’t feed it to a baby, why is it okay for them to drink it?

You're thinking buying a ultraviolet (UV) disinfection system because you wanted to keep your family safe from waterborne contaminants, like bacteria, viruses, parasites, and other microorganisms. To make sure your family stays protected, you need to maintain your system by cleaning the quartz sleeve and changing your lamp every year.

These systems use ultraviolet lights to disinfect water. Water passes through a flow chamber where UV rays - which destroy bacteria and inactivate many viruses that are admitted and absorbed into the water stream. UV systems are often combined with other technologies to provide complete water solutions.

UV technology is available in point-of-entry systems treating all water entering the house as well as point-of-use units treating drinking water only.

One may purchase the best UV system available on the market today, however if it is not installed correctly, or misapplied,Then all is for nothing!  Modern UV systems are designed for years of trouble free operation; however one must remember that the system is treating your water in your specific application. If you do not follow the Manufacturer's Installation & Maintenance Instructions exactly, then how can the product work as it was designed?

As you can’t see, smell, or taste microbes in water, a water test is all the more critical. But with microbiological contaminants, the water test is simply a snapshot in time. With hard or iron-containing waters, the level of these minerals is less likely to change over time. Microbiological contamination, however, can change unexpectedly. A sudden thaw, a torrential downpour, a septic tank that develops a leak – any of these can cause sudden microbiological contamination. Because bacterial contamination is not a constant, the water test result is often reported as not detected. FOR NOW. That can change tomorrow, which is why the public health recommendation for regular testing is at least annually.

Both constant chlorination and ultraviolet (UV) disinfection are recognized by authorities like the EPA and Health Canada as effective means
of disinfection. UV adoption, though, is on the rise, because under normal operating conditions, it’s effective against a broader range of microorganisms, including protozoa, like Cryptosporidium and Giardia. It’s also a chemical-free, environmentally-friendly solution.

UV disinfection is not new!

Chlorine has been widely used for public water treatment in the USA / Canada since the early 1900s, which speaks to the fundamental need for disinfection, to protect health. But disinfection with sunlight has been recognized for centuries. The germicidal properties of sunlight were demonstrated by Downes and Blunt in 1877. Once it was understood that specific UV-C wavelengths are responsible for this germicidal activity, the technology was developed so that UV light could be used in a controlled and meaningful way. UV disinfection has been widely adopted in Europe and Canada for municipal and private water treatment. Advancements have continued making UV systems more compact and even more energy efficient over the years. Many municipalities around the world have overhauled their primary disinfection from chlorine-based to UV.

UV technology is easy to explain!

Ultraviolet light is a sophisticated disinfection solution, but it doesn’t require an overly technical explanation. Light of a specific wavelength is passed through the water, inactivating any pathogens that are present. Because they are inactivated, microbes can no longer multiply, which means they can’t cause infection.

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