Humidity control
Dehumidification direction based on moisture load, outdoor air, occupancy and the condensation risk at the ice surface.
PRODUCT / 04
Clear air for clearer ice and better sessions.
Indoor ice creates a demanding climate. IRM coordinates humidity control, ventilation and air movement so the building supports the surface instead of fighting it.
INDOOR CLIMATE
Humidity is a performance variable.
Fog, frost and condensation affect ice quality, visibility, comfort and building durability.
We review indoor and outdoor design conditions, spectator load, door openings, ventilation strategy, ceiling height, lighting and the target surface temperature. The equipment direction then reflects the actual venue rather than a generic air-treatment allowance.
Review your HVAC brief ↗WHAT THE PACKAGE SOLVES
Keep the arena comfortable without losing control of the ice.
Air treatment should be coordinated with refrigeration and building controls from the earliest design stage.
Air movement and comfort
Diffusion, temperature stratification and spectator comfort considered alongside player performance and ice recovery.
Building protection
Condensation management for steelwork, roof structure, glazing, doors, seating areas and the wider building envelope.
COORDINATION POINTS
Make the air system accountable to the ice.
Clear responsibilities between the rink plant, HVAC contractor and controls team are essential at commissioning.
Design conditions
Outdoor climate, indoor temperature, relative humidity, audience density, door cycles and operating hours.
Controls and sensors
Humidity sensing, alarms, setpoints, ventilation demand, refrigeration interaction and commissioning access.
Visible, maintainable performance
Clear sightlines, reduced frost and condensation, comfortable public spaces and operating data the team can use.
NEXT STEP
Turn the indoor climate into a design input.
Share your city, rink size, building status and expected audience. IRM will help frame the humidity and HVAC questions that matter first.
Request an air-treatment review ↗