Some of the most common questions you’ll get as a float center operator involve the cleanliness of the tanks. This post will be an introduction to some of the most commonplace sanitation methods used in float tanks. These are generally either chemicals that go in the water or devices that attach to your filtration system. We’ll be discussing chlorine, bromine, ozone, UV, and hydrogen peroxide, which accounts for the sanitation methods used on nearly every float tank on the market.
Editors Note: This is a revision of a past blog post, updated to reflect the most current sanitation methods and standards
In a perfect world, you could just pour water and salt into a float tank and it would stay pure and clean and fresh and salty forever. In the real world, conditions in the water are constantly changing, so keeping your water safe and clean takes a fair amount of vigilance.
This post covers how we maintain basic water quality in the float tank, except for sanitization methods, which will be covered in their own beastly sanitation blog post. Stay tuned for that coming out next week!
I’m happy to announce to first results from the Float Fund testing. This experiment, run through the NSF, was to see how salt water, with no other form of disinfection, actually effected harmful organisms. We ran tests with two different microorganisms, and in this post we’ll talk about how one (Pseudomonas) got its ass kicked by salt-water and how the other one (Enterococcus) didn’t seem phased in the slightest.
If you want to skip straight to the test results, you can download them in their entirety. Since they have a lot of fancy laboratory lingo, we’ll spend the rest of this post breaking down the different aspects of the testing.
Each year at the Float Conference, we put on a Certified Pool/Spa Operator (CPO) training course. At first, that might strike you as an odd thing to have as part of a float tank conference. This post will explain what CPO training is and why we think it can be a really useful certification to have on your belt.