Process water chiller
To provide economical cooling for incubators and climate control equipment
Benefits
Pas Reform’s process water chiller uses refrigerants to provide cooling for setters and hatchers. Chilled water may also be used to circulate through cooling coils in HVAC units. The refrigeration circuit consists of compressor(s), condenser(s), thermal expansion valve and evaporator(s). Together, these components remove heat from a process load to provide consistent setpoint temperatures 24 hours a day, seven days a week in an energy efficient design with low operational costs that respects the environment.
Each part is specially selected for maximum acoustic comfort during operation, while keeping durability and reliability at high levels. When equipped with a heat recovery unit, “waste” heat can also be re-used to (pre) heat incoming air from air handling units. Depending on local climate conditions, this may reduce heat production capacity substantially.
How it works
- The process water chiller removes heat from incoming water via an absorption recirculation cycle in a closed loop system, consisting of R410a cooling liquid
- Chilled process water is collected in a buffer tank, from where it can be supplied throughout the hatchery for cooling purposes
- In combination with a heat recovery system (optional), the heat produced is transferred to a heat pump, from where it can be reused in, for example the air handling unit
Technical specifications
| PWC 110 | 110 kW cooling capacity, 19.10 m3/hr flow rate |
| PWC 135 | 135 kW cooling capacity, 23.80 m3/hr flow rate |
| PWC 150 | 150 kW cooling capacity, 26.70 m3/hr flow rate |
| PWC 210 | 210 kW cooling capacity, 35.60 m3/hr flow rate |
| PWC 230 | 230 kW cooling capacity, 40.60 m3/hr flow rate |
| PWC 280 | 280 kW cooling capacity, 48.00 m3/hr flow rate |
| PWC 320 | 320 kW cooling capacity, 56.50 m3/hr flow rate |
| PWC 370 | 370 kW cooling capacity, 63.20 m3/hr flow rate |
| PWC 420 | 420 kW cooling capacity, 72.00 m3/hr flow rate |
| PWC 480 | 480 kW cooling capacity, 82.90 m3/hr flow rate |
| PWC 540 | 540 kW cooling capacity, 93.10 m3/hr flow rate |
| PWC 600 | 600 kW cooling capacity, 104.30 m3/hr flow rate |
| PWC 700 | 700 kW cooling capacity, 120.40 m3/hr flow rate |
| Refrigerant | R410a |
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