Indoor pools need adequate air circulation to fight mold.
Indoor pools need an effective air circulation system to ensure the circulation of dry air. Without such a system, problems such as mold, dry rot and water damage could develop. Installing a good dehumidification system could prevent these problems. Another solution is to plan for such problems while building the pool.
Dehumidification
A good dehumidification system helps deal with air circulation and moisture problems that indoor pools experience. This system helps prevent the formation of moisture and circulates air around the pool. While a dehumidification system could hike up the cost of the pool, it can provide a valuable service. This sort of system removes air and moisture from the space around the pool, heats up the dry air and recycles it back to the pool room.
Problems
If there is no effective air circulation at an indoor pool, the development of mold could endanger pool users. Another problem could come about as a result of endotoxins from organics that are not completely oxidized. Such endotoxins and mold could pollute the air and create health problems. Mold could also lead to destruction of the environment surrounding the indoor pool. That's why homeowners should consider the benefits of a dehumidification system rather than the costs.
Construction of Building
In building a space to put up an indoor pool, the building plan should keep the inside of the building's walls dry. Wood and gypsum board, as well as other materials that are likely to be affected by water, are not good choices. Instead, pool owners should opt for cement. The building's wall paints should be water-resistant. If not, the owner could use stucco. And the structure should have a vapor barrier. This is a sheet of polyethylene plastic that prevents condensation and guards against water vapor seeping in behind the walls.
Controlling Temperature
The American Society of Heating, Refrigerating and Air-Conditioning Engineers (ASHRAE) states that the air temperature around an indoor pool should be at least 2 degrees higher than the water temperature to make for minimal evaporation. Maintaining this differential helps a typical pool lose 6 gallons per hour to evaporation for every 1,000 square feet. Problems arise when the pool temperature is high and the air temperature is low. This could happen in the case of a spa.
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