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This process involves the implementation of several methodical steps designed to effectively remove impurities, contaminants and bacterial agents.
These systems have been around for many years, and have proven their reliability and effectiveness in water control and stability. By means of a “controller”, they continuously analyze the water and provide parameters such as pH level, Redox (measurement of oxidizing power in millivolts), and or free chlorine, the latter being the most reliable and accurate. These controllers then control dosing pumps, salt chlorinators and other systems to maintain healthy water.
Benefits :
UV systems have been around for many years, and have proven their effectiveness in a wide range of industries. The operating principle is as follows: pool water passes through a cell that uses UV rays to eliminate micro-organisms and chloramines.
Most UV disinfection systems are low-pressure lamps (254nw wave length). This type of device cannot be considered as the main source of disinfection. But when combined with other oxidants, UV can reduce chemical consumption by up to 80%.
There are medium- and high-pressure UV systems more often used in community or public pools. These have a broad disinfection spectrum, but are very expensive. UV lamps have also demonstrated their reliability. They are limited-use parts and must be replaced every 12 to 24 months. These systems are easy to install in existing facilities. An ecological solution.
Ozone is created by an electrical process that breaks down the oxygen molecule (O2) to produce the ozone molecule (03).
This molecule is then mixed and dissolved in the pool's hydraulic circuit.
It's one of the most powerful disinfectants (more powerful than chlorine), but unfortunately has a very short shelf life.
Ozone has the advantage of being able to eliminate certain micro-organisms that chlorine cannot; it eliminates chloramines, is highly effective against organic pollution and provides crystal-clear water.
These systems require little maintenance, but are expensive to install. Combined with a control and dosing system, they use very few chemicals.
The operating principle is to add salt (sodium chloride) to the pool. Through electrolysis, hypochlorous acid (HClO) and sodium hypochlorite (NaClO) are created.
These have great oxidizing power against micro-organisms.
There are more sophisticated models that analyze the Redox and regulate the pH using a dosing pump. These models have the advantage of maintaining healthy, stable water.
There are also top-of-the-range models that produce chlorine by electrolysis in an independent circuit and then dose the chlorine produced in the pool.
