Industrial CO2 Cascade Refrigeration System
The Hillphoenix Industrial CO2 Cascade refrigeration system combines one of nature’s most abundant elements — CO2 — with a secondary coolant of choice (ammonia, glycol, HFC etc.) in a parallel rack design that increases redundant capacity and refrigeration system availability.
Hillphoenix has spent years developing and refining the compressor technology employed in the CO2 Cascade systems. The compressors are durable and reliable and will deliver long, uninterrupted operations. But when service is required, the parallel rack design has a distinct, built-in advantage.
Multiple compressors linked in parallel eliminate the costly inconvenience of downtime — scheduled or otherwise — because one compressor can be isolated for maintenance while the others in the system pick up the slack by adjusting their output to match load demands. There will be no interruption or degradation of service whatsoever. Maintenance is a breeze and serviceability enhanced when compressors are linked in a parallel rack configuration.
Save Energy.
Compressors in a Hillphoenix Cascade System are carefully selected to match refrigeration loads precisely so that only a minimal amount of electrical energy will be required at any one time.
Save Space.
Hillphoenix designs its parallel rack systems with integrated power and control enclosures pre-installed which results in a more compact footprint. As a result, valuable floor space is freed up that can be made available for other uses.
Save Hassle.
Every parallel rack assembly is configured, built, installed and tested at the factory before it is shipped. The system is mounted on a skid and the entire, one-piece assembly is shipped right to the job site without hassles or hiccups.
Multiple Applications
End users concerned with reducing the overall operating costs as well as the amounts of refrigerant required by the systems in their cold storage, process cooling, biopharma and ice rink applications will find that benefits and peace of mind go hand-in
