Air Dehumidification
Humid return air is cooled below its dew point so water vapour condenses and drains from the unit.
Helps maintain the target relative humidity and reduce condensation risk.
Designed for indoor swimming pools, the system dehumidifies recirculated air, reheats supply air and transfers recovered heat to pool water. Coordinated air- and water-side operation helps control humidity while reusing energy that would otherwise be rejected.
The unit primarily treats recirculated pool-room air. Project-specific fresh air, exhaust air and building pressure control must be coordinated with the overall ventilation design.
Warm, humid return air passes through the refrigeration circuit, where moisture is condensed and usable heat is captured. The control system can then direct that heat to supply-air reheating or pool-water heating according to operating demand.
The refrigeration circuit removes moisture from pool-room air, while the controller allocates available recovered heat between supply-air reheating and pool-water heating according to operating demand.
Humid return air is cooled below its dew point so water vapour condenses and drains from the unit.
Available condenser heat reheats the dehumidified air before it returns to the indoor pool space.
Available recovered heat is transferred through the water-side circuit to the pool-water loop.
These are coordinated functions, not three independent full-capacity systems. Final heat allocation depends on the air-side load, water-side load, operating mode, hydraulic design and selected model.
Moisture load is driven by exposed water surface, water and air temperatures, pool activity and the operating schedule. Two pool halls with the same floor area can require very different dehumidification capacities and airflow.
Pool-cover effect: provide occupied and unoccupied schedules separately. Consistent cover use can materially reduce evaporation during closed periods and change the required operating load.
Send the input data and drawings for a preliminary moisture-load, airflow and model recommendation.
Submit Project Data →Use these series ranges for initial screening. Final model selection should be based on the calculated moisture load, required airflow and available external static pressure, with performance checked at the project's air and water conditions.
Technical note: these values describe the series range. Individual model performance varies with entering-air conditions, pool-water temperature, airflow and operating mode. Refer to the model table for rated conditions, electrical data, dimensions, refrigerant and certification scope.
Answers for contractors, consultants and project buyers comparing indoor pool humidity-control systems.
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