Commercial swimming pools, such as those found in Young Men’s Christian Association (YMCA) facilities, serve as an excellent space to exercise and play. However, the high moisture levels often found in these areas necessitate the use of specialized dehumidification equipment to prevent excessive humidity, temperature levels, and mold development. By employing commercial dehumidification equipment, facility owners and managers can better stick to the strict air temperature, humidity, and quality standards required of their facilities.
Poor indoor air quality (IAQ) poses numerous risks to the occupants of any building. Low-quality air negatively impacts occupant productivity and health. It also leads to uncomfortable work and living conditions and, when left unaddressed, has the potential to damage an overall building structure. Furthermore, poor indoor air quality can go against local building code standards for indoor air quality, leaving building owners open to lawsuits.
Industries that demand year-round strict control of moisture rely on dedicated dehumidification systems. These systems offer the ability to strictly control relative humidity limiting the effects of condensation, mold and mildew that may damage materials or products.
Finding the right dehumidifier for your pool room doesn't have to be a challenge. The new dehumidifier selection software from DCA makes choosing your equipment fast and simple. Made specifically for pool room applications, this software ensures that you find the correct equipment for your pool room in less time.
Search functions include a save option that lets users suspend their efforts while they find the necessary information. User-specified parameters are preserved on our servers, so the session can be resumed on any internet-connected device at any time. Reediting ability allows users to revisit the tool if their project parameters need adjustments.
DCA's new dehumidifier selection software contains exhaustive information on our currently available products and information to help searchers find the correct pool room dehumidifier to fit their needs.
Psychrometric charts graphically depict changes in temperature and humidity within a given climate to help ensure efficient dehumidification procedures are implemented.
Indoor pools add value and year-round enjoyment to your property, whether you have one in your hotel, gym, spa, or private residence. Maintaining appropriate water temperature is critical to continued pool satisfaction. Most indoor pool operators heat pool water 2–4°F below the pool room’s air temperature to minimize and control evaporation. They are increasingly using this to their advantage by installing dehumidifiers that channel heat from the refrigeration cycle back into the pool room in the form of space heating or assist in pool water heating.
Controlling the relative indoor humidity in your fitness center will reduce mold and bacteria buildup and produce happy patrons. Without dehumidification systems leading to unacceptable indoor air quality, these facilities tend to get grim pretty fast—when not controlled, moisture buildup from patron sweat results in foul odors, shorter equipment lifespans, and the proliferation of diseases.
Engineers and operators for fresh water and wastewater treatment facilities know the hazards and frustrations that come along with maintenance and housekeeping for the facility. These operations inevitably raise the moisture content of the air, which leads to rust and corrosion of the equipment, and eventually to the presence of mold and mildew within the facility.
Dehumidification systems remove unwanted moisture from a building’s internal environment to help control its atmosphere’s relative humidity and dew point. In commercial applications, dehumidifiers help contribute to a pleasant work environment, aid in room temperature regulation, and help control condensation causing mold or mildew formation. In industrial applications, dehumidification systems aid in controlling your product’s moisture content, enable smooth process operations, and maximize production efficiency.
Relative humidity (RH) is the percent water vapor contained in an environment’s air compared with the maximum amount of water vapor the air can contain at a specific temperature. In general as room temperature rises air can hold more moisture so the resulting RH decreases, and vice versa.