A Calgary apartment building depended on a centralized hydronic system to keep residents comfortable through Alberta's demanding winters. Arch charged the system with properly concentrated, inhibited Permafrost glycol, protecting it against freezing and corrosion across the building's mixed-metal loop.

With the right formulation in place, property managers can extend system life and avoid the glycol-related emergencies that tend to surface on the coldest nights.

A large-scale cannabis production facility runs on reliable process cooling to hold consistent environmental conditions across its grow and production spaces. Arch supplied a custom-formulated Permafrost heat-transfer fluid and pumped it into the facility's industrial cooling system.

This is where formulation matters most: at scale, temperature control and fluid stability directly affect day-to-day output, and the fluid was matched to the load the system actually carries.

The Edmonton Health Centre can't afford HVAC downtime — its infrastructure has to keep the building running year-round. Arch charged the hydronic system with properly inhibited Permafrost glycol, shielding chillers, heat exchangers, and other high-value mechanical equipment from corrosion and freezing.

For facilities like this, matching fluid to system isn't routine maintenance; it's protecting a significant mechanical investment against preventable failures.

Schools lean on hydronic heating through Alberta's long heating season, and a mid-winter failure means more than discomfort — it can shut the building down. Arch supplied properly formulated Permafrost glycol and pumped it into the school's heating system, delivering the freeze protection and corrosion resistance the loop needs to run without interruption.

Reliable fluid performance here translates directly into fewer disruptions to the school day.