01
Define the duty
Design temperatures, required output and seasonal conditions
Solutions
Temperature Control
Compare heat pumps, chillers and heat recovery using the required source temperatures, outlet conditions and seasonal load.
Solution overview
Build around the operating conditions
Define heating and cooling duties separately. Consider make-up water, building losses, ventilation and operating hours. Compare equipment at matched source and delivery conditions, and identify passive heat-recovery opportunities before selecting active capacity.
- Design temperatures, required output and seasonal conditions
- Water chemistry, heat-exchanger materials and cleaning
- Electrical supply, control interfaces and maintenance access
Process priorities
Prepare the selection brief
02
Check the interfaces
Water chemistry, heat-exchanger materials and cleaning
03
Confirm the configuration
Electrical supply, control interfaces and maintenance access
From process to equipment
Equipment for this solution
Temperature Control
Seawater-Source Heat Pumps
Heat and cool aquaculture water through a purpose-designed water-source thermal system.
- Series / configuration
- NXR-HS brochure range; final model by technical offer
- Heat exchanger in company brochure
- Titanium tubes / PP shell
Temperature Control
Air-Source Heat Pumps
Control culture-water temperature where a suitable water heat source is unavailable.
- Series / configuration
- NXFR
- Heat source
- Outdoor air
Temperature Control
Waste Heat Recovery Exchangers
Transfer recoverable heat between compatible water streams before adding active heating or cooling.
- Series / configuration
- SSHRQ reference family
- Equipment type
- Water-to-water heat exchanger
Start a technical conversation
Tell us which equipment you need
Share your water flow, temperature duty or cabin requirements so the selected configuration can be discussed.