Houston Swim Club
X Enroll Now! Swim Lessons Prices Locations Blog Our Story Contact Us! Join Our Team! Computer Howey
Enroll Now! Login to the Parent PortalLoginSearch
 
 

How Ultraviolet Filtration Works!

 HSC utilizes several water disinfection methods, including state of the art Ultraviolet systems. Learn more about how this technology works!

Delta UV Filter

HSC uses several methods to clean and disinfect our pool water. These include mechanical filtration, chlorination, and UV filtration.

What is UV filtration?

The technology dates back to the early 1900s, but it was only recently (1998) discovered that it also is extremely effective in destroying protozoa such as cryptopordium and giardia. Since then, UV water treatment in the US has become industry standard. Some states are mandating the use of this type of filtration in public pools. For example, New York recently required all water spray parks to utilize UV systems.

UV works by bombarding passing water with a high intensity germicidal ultraviolet ray that destroys algae, bacteria and viruses all in a matter of seconds. It is the most effective way of destroying disease causing microorganisms such as cryptosporidium, legionella and ecoli.

UV systems are 99.9% effective

The highly concentrated electromagnetic energy also destroys organic matter such as dirt, urine and feces, and body matter, eliminating dangerous chloramines. Chloramines are what causes red eyes, skin irritations, and foul odors.

Back to All News


Oct 22, 2015

 


You may also like...

25 Years of Saving Lives

Celebrating employee accomplishments and milestones is an important part of our company culture at HSC, but the person we are celebrating this month is perhaps the most special of all.

Read More

Mom is incredibly happy with swim lessons

He successfully conquered his fear...I couldn’t be more blessed by what you’ve done to complete this journey for him!

Read More

We're celebrating the 2020 Olympics

The games are ON all week long! Find out how we're joining the fun...

Read More