SURFACE AERATOR - SA
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Q&A
What is the difference between an industrial exhaust fan and a centrifugal fan?
-> An industrial exhaust fan is designed to remove air, heat, and fumes from a workspace, while a centrifugal fan uses centrifugal force to move air efficiently through ducts or systems. Centrifugal fans are commonly used in dust collection and ventilation systems requiring high pressur
Can a cyclone dust collector remove fine dust such as PM2.5?
-> A cyclone dust collector primarily separates larger dust particles using centrifugal force. It is not effective for fine particles like PM2.5. To remove PM2.5 efficiently, a bag filter or electrostatic precipitator should be used after the cyclone stage
What types of exhaust gases can a scrubber treat?
-> A gas scrubber is typically used to treat acidic or chemical exhaust gases such as SO₂, HCl, NH₃, and VOCs. Depending on the scrubbing solution and design, it can also capture particulates and neutralize harmful emissions from industrial processes
What is the average lifespan of a submersible mixer in wastewater treatment?
-> A high-quality submersible mixer typically lasts between 5 to 10 years, depending on material quality, operating conditions, and maintenance frequency. Using stainless steel materials and regular servicing can extend the mixer’s lifetime
CUSTOMISED SOLUTIONS
Zero Emission
Towards Zero Noise Emission and Zero Aerosol
Reducing disturbance generated around water treatment plants is one of our constant concerns
In order to limit noise pollution and aerosols, AIRMAX aerators can be entirely covered over (concrete or composite cover), in accordance with the requirements of the submitted project.
Customisation
KAMPS con optimise the aeration basin shape using its in-depth knowledge of the hydraulic flows created by the aerator, thereby optimising all aspects of the process.
The dimensioning of the aerator AIRMAX is studied in accordance with various elements of the project, such as the oxygenation capacity, basin shape and the mixing.
TECHNICAL ADVANTAGES AND SPECIFICATIONS
Technical Advantages
- Very high SOTE, oxygen transfer efficiency under standard conditions (reaeration in clear water in accordance with the norm EN 12255-15 or Stora): 1.8 to 3 kgO2/kWh
- Constant efficiency over time
- physical impossibility of clogging or fouling
- high alpha factor, especially in the event of high activated sludge concentration
- Oxygen transfer rate (SOTR) of 10 to 450 kgO2/h per unit
- Total accesibility with no need to drain the basins
- High mixing capacity (up to 6m deep)
- Easy propulsion capacity (oxidation ditch)
- Power adjustment
- No bearing in contact with the water
- Minimal maintenance
- Lifetime > 20 years
Technocal specifications
- Diameter: 1-4 m
- Tip speed: <5.5 m/sec
- Lifetime of the bearings: > 100,000 h
- Service factor: 1.5 - 2
- Material: Carbon steel
- Protection: SA 2-1/2 Epoxy 300 µm
- Bolts: hot-dipped galvanised steel
- Gears: low temperature, drywell
- Options: sun shield, composite cover, floaters, draft tubes
- Motor: IE1, IE2, IE3
THE KAMPS WATER TREATMENT PRODUCT RANGE
- Membrane bioreactors
- Continuous sand filters
- Deaerators
- Sludge dewatering systems (belt thickeners, belt press, plate filter press)
- Lagoon installations
- Intergrated M-BIOMAX water treatment plants
Zero Emission
Towards Zero Noise Emission and Zero Aerosol
Reducing disturbance generated around water treatment plants is one of our constant concerns
In order to limit noise pollution and aerosols, AIRMAX aerators can be entirely covered over (concrete or composite cover), in accordance with the requirements of the submitted project.
Customisation
KAMPS con optimise the aeration basin shape using its in-depth knowledge of the hydraulic flows created by the aerator, thereby optimising all aspects of the process.
The dimensioning of the aerator AIRMAX is studied in accordance with various elements of the project, such as the oxygenation capacity, basin shape and the mixing.
TECHNICAL ADVANTAGES AND SPECIFICATIONS
Technical Advantages
- Very high SOTE, oxygen transfer efficiency under standard conditions (reaeration in clear water in accordance with the norm EN 12255-15 or Stora): 1.8 to 3 kgO2/kWh
- Constant efficiency over time
- physical impossibility of clogging or fouling
- high alpha factor, especially in the event of high activated sludge concentration
- Oxygen transfer rate (SOTR) of 10 to 450 kgO2/h per unit
- Total accesibility with no need to drain the basins
- High mixing capacity (up to 6m deep)
- Easy propulsion capacity (oxidation ditch)
- Power adjustment
- No bearing in contact with the water
- Minimal maintenance
- Lifetime > 20 years
Technocal specifications
- Diameter: 1-4 m
- Tip speed: <5.5 m/sec
- Lifetime of the bearings: > 100,000 h
- Service factor: 1.5 - 2
- Material: Carbon steel
- Protection: SA 2-1/2 Epoxy 300 µm
- Bolts: hot-dipped galvanised steel
- Gears: low temperature, drywell
- Options: sun shield, composite cover, floaters, draft tubes
- Motor: IE1, IE2, IE3
THE KAMPS WATER TREATMENT PRODUCT RANGE
- Membrane bioreactors
- Continuous sand filters
- Deaerators
- Sludge dewatering systems (belt thickeners, belt press, plate filter press)
- Lagoon installations
- Intergrated M-BIOMAX water treatment plants
