01
Define the duty
Feed load, solids capture and biological treatment capacity
Solutions
Recirculating Aquaculture
Select solids separation, biofiltration, gas management and disinfection around the actual feed load and hydraulic requirements.
Solution overview
Build around the operating conditions
A recirculating water loop combines several equipment duties. Define the culture load, maximum feed input, water chemistry and flow before choosing the individual components. Equipment configuration should also account for cleaning, bypasses and emergency oxygen interfaces.
- Feed load, solids capture and biological treatment capacity
- Dissolved oxygen, carbon dioxide and disinfection conditions
- Hydraulic levels, backwash and equipment access
Process priorities
Prepare the selection brief
02
Check the interfaces
Dissolved oxygen, carbon dioxide and disinfection conditions
03
Confirm the configuration
Hydraulic levels, backwash and equipment access
From process to equipment
Equipment for this solution
Recirculating Aquaculture Equipment
Drum Filters
Remove suspended solids early in the water loop, before they add load to downstream treatment.
- Series / configuration
- Frame-type / box-type drum filters
- Brochure screen range
- 30–130 µm
Recirculating Aquaculture Equipment
MBBR Biological Filters
Provide a protected biofilm surface for biological treatment within a properly sized aquaculture water loop.
- Biological sizing basis
- Peak feed and ammonia load
- Commissioning requirement
- Establish and verify the biofilm before full stocking
Recirculating Aquaculture Equipment
CO₂ Degassing Equipment
Manage carbon dioxide accumulation in intensive culture water through gas transfer.
- Selection inputs
- CO₂ load, flow, water temperature and ventilation
- Integration
- After biological treatment where appropriate
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.