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Jet Aerators
Jet Aerators is an ideal equipment works with the Paddle wheel Aerator offering a best water currently, will increases oxygen transfer into water, and provide excellent water mixing and circulation, creating a best environment for shrimp and fish, and Jet Aerators are an ideal equipment works with the Paddlewheel Aerator offering a best water currently.
Jet Aerators also called deep aeration aerator
Feature of Jet Aerator :
- Increase oxygen transfer into water, and provide excellent water mixing and circulation.
- Creating strong water current to mix effectively all layers of water.
- Works for good reactivation on the bottom of the pond, and maintains a better environment for the shrimp or fish.
- An ideal equipment works with the Paddle wheel Aerator offering a good water quality.
- Suitable in wastewater treatment.
- High efficiency in oxygen transfer and mixing capacity
- Maintenance friendly
- Very suitable for use in deep aeration basins
- Low installation, energy and maintenance costs
- Low operating costs
Specialized
- Equalization basins at sewage treatment plants and wastewater aeration.
- Sewage wet wells and lift stations
- Aerobic digesters
- Leachate processing from landfills
- Waste processing at slaughterhouses, poultry abattoirs, fish processing plants, etc.
- Waste processing at tanneries (Article at Leather International)
- Pulp and paper – aeration of waste sludge
Specification
| Model | A610 |
| Power | 2P Vertical Motor 2HP, 3ph |
| Propeller | Engineering Plastic x 1 |
| Float | HDPE 1,750 mm x 2 |
| Frame | Nylon with Fiber x 1 |
| Cover | Nylon x 1 |
| Shaft | SUS 304 x 1 |
| Dimensions (Assembled) | 1,030 x 1,750 x 850 mm |
| Loading Capacity | 86 units / 20 ft container |
Jet aerators are applied across a wide range of water, wastewater and biosolids treatment applications, which good at Oxygen transfer efficiency and energy savings. In most industrial wastewater and biosolids applications jet aerators work superior oxygen transfer efficiency compared to other aeration technologies. The hydrodynamic conditions within the jet and fine bubble cloud produces continuous surface renewal at the gas/liquid interface resulting in higher alpha factors.
