Challenges
in the Aquaculture System
High-density stocking demands reliable and consistent oxygen supply.
Rising production cost pushes the need for a more efficient aeration system.
Benefits
Efficient Oxygen is the Lifeline of Modern Aquaculture
Increases dissolved oxygen level up to 40%
Increase carrying capacity and harvest up to 30%
Saves up to 30% on electricity
Aeration System Comparison
| Root Blower System | Paddlewheel Only | |
|---|---|---|
| Oxygen Distribution | Full Pond (Up to pond bottom) | Surface Only (0-50 cm) |
| Oxygen Efficiency | High | Moderate |
| Energy Use | Lower (>30% more efficient) | Higher |
| Carrying Capacity | High (>200+ PL/m²) | Medium (<200 PL/m²) |
| Modularity | Easy to increase system size | Limited amount can be applied |
Carrying Capacity
for Aquaculture Sustainability
Carrying capacityis the limit of a system's ability to support aquatic life optimally without compromising environmental health or production efficiency
How important is carrying capacity in farming?
- Production stagnates or decreases when population exceeds capacity
- Water quality rapidly deteriorates → disease → high mortality
- Feed & electricity costs increase without proportional yield
Factors that influence carrying capacity:
- Stocking density
- Aeration quality and circulation
- Biofiltration system
- Feed efficiency
- Automated monitoring system