Aquilon Chill

A natural refrigerant-based chiller for all climates

This CO2-based refrigeration system offers cooling capacities from 50-250 tons, all with the energy efficiency and decarbonization you expect. Experience intelligent and efficient heat recovery and a high-pressure design, eliminating the need for a backup generator and separate small condensing unit.

The Aquilon Chill uses CO2, a natural refrigerant with GWP=1 and ODP=0
A packaged solution with minimal install requirements
Large capacity cooling in a single shell-and-tube or x6 brazed plate heat exchangers for the cooling loop

Aquilon Chill

Meet your cooling and sustainability demands

The pressure to shift from high-GWP refrigerants and meet sustainability targets has never been greater. Be future-ready with the Aquilon Chill, a transcritical CO2 industrial chiller that meets low-GWP and high-cooling requirements. This packaged system provides safe, energy-efficient refrigeration for any type of climate. You’ll appreciate low installation costs (95% reduction versus building out) and a significant reduction in serviceability.

Features

High-pressure design eliminates the need for a backup generator and separate small condensing unit for off-cycle pressure protection
Multiple parallel transcritical semi-hermetic compressors
VFD on lead compressor; second VFD is optional
Superheater/liquid subcooler for efficient equipment protection
Multiple heat reclaim opportunities and benefits, including direct heat recovery (HVAC), snow melt, domestic hot water, sub slab warming, and process heating
Optional waterproof all-weather enclosure with insulation for outdoor installations

Chiller heat exchanger options: multiple parallel brazed plate heat exchangers―or a single shell and tube heat exchanger
High-efficiency oil management system with coalescing separators
Cooling capacities from 50-250 tons (for larger capacities, consult factory)
Microprocessor package control with local HMI and remote monitoring capability
Optional factory-mounted plate heat exchangers for water-cooled gas coolers for use with site cooling water