HitachiCool thermal management solutions protect temperature-sensitive processes across six core industry verticals.
Each sector imposes distinct thermal, regulatory, and reliability constraints. This comparison helps identify the critical parameters for your application.
| Industry | Temperature Range | Key Standard | Redundancy | Typical Capacity |
|---|---|---|---|---|
| Food & Beverage | -40°C to +4°C | HACCP / ISO 22000 | N+1 compressors | 200 - 2,000 TR |
| Pharmaceutical | -80°C to +8°C | GMP / GDP / 21 CFR | Full redundancy + backup power | 50 - 500 TR |
| Data Centers | +7°C to +18°C chilled water | ASHRAE TC 9.9 | N+1 with auto-failover | 100 - 2,000 TR |
| Cold Chain | -30°C to +15°C | GDP / ATP | Multi-circuit backup | 50 - 1,000 TR |
| Commercial | +5°C to +12°C chilled water | ASHRAE 90.1 / 55 | Varies by criticality | 100 - 3,000 TR |
| Industrial | +7°C to +80°C process | ATEX / TEMA / ASME | Continuous operation rated | 200 - 5,000 TR |
Choosing the right thermal system requires understanding the trade-offs involved. Below are key factors our application engineers evaluate during project scoping.
Air-cooled chillers offer lower installation cost and zero water consumption, with COP range 2.8-3.5. Water-cooled alternatives achieve COP 5.0-6.0 but require cooling towers and water treatment. For installations above 500 TR, water-cooled systems typically deliver lower total cost of ownership over a 15-20 year lifecycle.
Natural refrigerants (R-744, R-717, R-290) offer zero or near-zero GWP. CO2 transcritical systems require up to 120 bar operating pressure. Ammonia is toxic above 300 ppm and restricted in occupied spaces. Synthetic HFOs offer drop-in compatibility but carry higher cost and patent fees.
Our application engineers specialize in designing thermal systems for unique process requirements. Share your specifications for a tailored proposal.
Contact an Application Engineer