
Load and recovery
We review ice area, slab construction, resurfacing cycles, spectator load and the recovery window after heavy use.
PRODUCT / 01
We specify the cooling plant around the real heat load: rink size, climate, occupancy, resurfacing schedule and the recovery speed your venue needs.

THE COOLING PACKAGE
A rink needs stable control at peak load and predictable recovery after the session ends.
IRM coordinates chiller selection, pumps, heat exchangers, glycol concentration, circuit balancing, sensors, controls and plant-room access. The result is a package that can be reviewed against the ice pad and building services before procurement.
Discuss your cooling load ↗ENGINEERING CHECKPOINTS
Operating hours, ambient conditions and user turnover shape the system. We make those assumptions explicit so equipment comparisons remain meaningful.

We review ice area, slab construction, resurfacing cycles, spectator load and the recovery window after heavy use.

Pipe circuits, pump duty, glycol properties and balancing points are coordinated for uniform cooling across the pad.

Accessible sensors, alarms, operating records and service clearances let the plant team check settings and service the system.
PACKAGE DETAIL
The final schedule is confirmed against the project brief, but these are the interfaces that should be visible from the start.
Cooling capacity, refrigerant direction, condenser conditions, redundancy, noise and plant-room requirements.
Fluid selection, concentration, pump sets, expansion strategy, filtration, isolation and circuit identification.
Ice temperature sensing, flow and pressure monitoring, setpoints, alarms, remote visibility and commissioning records.
NEXT STEP
Send the location, ice area, indoor or outdoor condition and target opening date. IRM will identify the information needed for a first technical scope.
Request a refrigeration review ↗