Humidity control
Dehumidification from 18.6 to 150.5 kg/h keeps pool-hall humidity in check.
Indoor pools & spas
Dehumidification, heat recovery and climate control for indoor pool halls.
01Requirements
What matters
in this environment.
Indoor pools put a great deal of moisture into the air. Left unmanaged, it condenses on glazing and structure, attacks the building and makes the hall uncomfortable. Techno-Pool is engineered for exactly this environment.
Corrosion-ready construction
Epoxy-coated coils, a stainless-steel drainage system and 50 mm rock-wool insulation.
Heat recovery on every unit
All Techno-Pool units are equipped with heat recovery to cut operating costs.
Smart automation
Humidity and temperature sensors, frequency converters, scheduling and remote control up to 200 m.
03Sizing
Choose by
evaporation load.
Eight Techno-Pool models span small private pools to large public halls.
Ranges across the eight Techno-Pool models. Per-model data is in the Techno-Pool catalogue.
04Selection guide
Where each
system fits.
- Hotel pools
- Techno-PoolHeat recovery on every unit
- Spa & wellness centres
- Techno-PoolWarmer water means more evaporation
- Municipal & public pools
- Techno-PoolLarger models, up to 505 m² and 150.5 kg/h
- Private residential pools
- Techno-PoolSmallest model from 64 m²
05FAQ
Common questions,
answered.
Which pool sizes does Techno-Pool cover?
Eight models cover pool surface areas from 64 m² to 505 m², with dehumidification capacities from 18.6 to 150.5 kg/h.
How is the unit protected from the pool environment?
Techno-Pool uses epoxy-coated coils, a stainless-steel drainage system and 50 mm rock-wool insulation.
Does every unit include heat recovery?
Yes. All Techno-Pool units are equipped with heat recovery.
Can the unit be controlled remotely?
Automation includes humidity and temperature sensors, frequency converters, programmable scheduling and remote control capability up to 200 m.
How is a Techno-Pool unit sized?
To VDI 2089 Part 1. The evaporation rate is W = e × S × (Pmax − Pset): a usage coefficient, times the water area, times the difference between the saturation vapour pressure at the water temperature and the vapour pressure of the hall air. For a 100 m² pool with water at 28 °C, hall air at 30 °C and 60% RH and a coefficient of 15, that comes to about 18.5 kg/h.
Tell us about
the building.
Send the drawings and the airflow you need, and an engineer will recommend the right Technogen units.