How does a swimming pool work?

Posted by John Smith on May 21st, 2019

For many of us, the operation of a swimming pool is a mystery. However, it is essential to understand its basic principles and the interaction between its different equipment. Following the route of the water, discover in the following outline everything you have always wanted to know about the pool and never dared to ask.
 
Water recovery:
 
The skimmers recover and defoam the water on the surface, making it circulate in the direction of the filter, which retains the largest dirt in its basket, while the sink recovers the coldest water from the bottom to improve the movement of water. Hayward Chlorine Generator is one of the great products for Swimming Pool.    
 
This ensures not only the thermal homogeneity of the water but also the chemistry since the treatment products are evenly distributed throughout the vessel.
 
Aspiration and filtration:
 
The Energy Efficient Pool Pump also equipped with a basket that retains foreign bodies, sucks this water and sends it back to the filter, a key element of the installation.
 
Attention, the pump/filter couple must be perfectly combined, where the flow of the pump must never exceed the capacity of the filter. There are different types of filters, although all require regular maintenance.
 
Heating:
 
At the outset of the filter, the water can be heated by different procedures: electric heater, solar energy, or in this case, a heat pump.
 
Treatment of the vessel:
 
Water treatment is the last stage that follows heating. There are several more or less automated procedures to obtain perfectly healthy and permanently balanced water. We will not stop insisting on the importance of water treatment. Here, choosing a system to save can lead to setbacks because the water balance is fragile and requires constant supervision.
 
Attention: all these equipment are related among them by pipelines. If they are poorly sized, the system will not work. It is, then, to establish the correct relationship.
 
The size of the vessel allows reducing a theoretical flow that the pump and the filter must supply. The power of the pump, the capacity of the filter and the diameter of the pipe are also determined, knowing that the advised renewal of the water in the vessel is 3 to 6 times every 24 hours.