Two floating Mammutrotors have been custom-built and installed for the project called to refurbish one of the aeration ponds. The second ventilation section was replaced with two floating Mammutrotors with the length of 6 m instead of 7.5 m.
Südzucker Plant Ochsenfurt, Germany
Passavant® Surface aerator Mammutrotor®
The wastewater treatment plant of the sugar refinery in Ochsenfurt have had three floating Mammutrotors from the year 1973, which should be replaced due to heavy wear. After the refurbishment of the first aeriation pond at the beginning of 2014, the second aeriation pond was equipped with new Mammutrotors
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Challenge
Solution
Since start-up, the Mammutrotors have been running completely satisfied without significant problems.
The technical support provided by the Aqseptence Group complies with the agreements therefore Südzucker certifies the Aqseptence Group the required expertise, efficiency and reliability based to the aforementioned aeration ponds.
Key Features
Customer:
Südzucker AG Mannheim/Ochsenfurt
Marktbreiter Str. 74
97199 Ochsenfurt
Germany
Delivery date:
February and August 2014
Benefits:
• Particularly robust operational mode and long service life.
• Constant oxygenation over entire operation time.
• Low maintenance.
• Flexible use regarding to automatic control technique and cleaning objectives.
• No negative influence based on oxygenation by any sewage ingredients.
Technical Data
2 x Passavant® Surface aerator Mammutrotor® 1000 – 7.5
Incl. steel bridge, floating bodies and installation in steel bridge.
Nominal length of the rotor: 7.5 m
Diameter: 1000 mm
Propulsion: 37 kW
Rot. frequency: 72 min-1
Oxygenation: ~67.5 kgO2/(h*rotor) (max. with guide baffle)
Oxygen transfer efficiency: ~2 kgO2/kWh (max. with guide baffle)
2 x Passavant® Surface aerator Mammutrotor® 1000 – 6.0
incl. steel bridge, floating bodies and installation in steel bridge.
Nominal length of the rotor: 6.0 m
Diameter: 1000 mm
Propulsion: 30 kW
Rot. frequency: 72 min-1
Oxygenation: ~54 kgO2/(h*rotor) (max. with guide baffle)
Oxygen transfer efficiency: ~2 kgO2/kWh (max. with guide baffle)