It is no secret that clean water in the pool is, above all, our health and safety. The question arises: how to ensure this security? If you use modern water treatment systems, the water in the pools will always be in perfect condition, it will remain crystal clear and will have a pleasant smell.
The presented designs have long turned from luxury into an integral part of the interior design of private houses, cottages and large apartments.
Pool cleaning is carried out in several stages:
- mechanical cleaning - removal of hair, debris, as well as other particulates;
- filtration removes suspended organic and mineral particles;
- water disinfection using chemicals (sodium hypochlorite, chlorine, chloramine, chlorine dioxide, bleach , etc.) and ultraviolet radiation.
The most common method of water disinfection is chlorination. Free chlorine is able to inhibit the enzyme systems of microorganisms that catalyze redox processes. The required amount of the drug is established by diagnostic chlorination. Ultraviolet disinfection is aimed at reducing the concentration of pathogenic microorganisms in water to the limits established by the relevant requirements.
Ultraviolet rays adversely affect cellular metabolism and the enzyme systems of a
bacterial cell. It should be noted that using this method of water disinfection, not only vegetative, but also spore forms of microorganisms are destroyed.
Ultraviolet disinfection of water has several advantages compared to chlorination:
- firstly, ozone has a higher oxidative potential;
- secondly, ozone reacts to pollution twenty times faster than chlorine;
- thirdly, ozonation helps to increase the concentration of oxygen dissolved in water;
- fourthly, ozone does not cause irritation of the skin and mucous membranes;
- fifthly, ozone is synthesized at the place of consumption, which cannot be said about chlorine;
- sixth, ozonation does not change the organoleptic characteristics of water;
- seventh, prevents the formation of calcium deposits;
- eighth, ozone hydrolyzes organic compounds (lotions, fats, creams, etc.) into their constituents.
Today, other methods for cleaning pools are used, for example, an automated pool cleaning system.
It provides circulation of water in the pool. The nozzles of the system simulate a mountain stream.
Powerful streams of water move from one nozzle to another. The automated pool cleaning system is designed in such a way that its nozzles rotate during operation, the direction of the jets changes, which ensures that the entire surface is cleaned. Garbage and dirt are sent to the garbage collection area, where they are discharged from the pool through an active drainage system. The automated pool cleaning system has a unique design that allows the use of water energy to rotate nozzles and switch water flows. The presented system has a huge tank for collecting large dirt. An automated pool cleaning system also prevents the development of algae and bacteria.