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Location
Ootmarsum, Netherlands
Start-up
October 2007
System
Airlift MBR
Capacity
Rain water flow, 150 m3/h (fluxes up to 65 l*m-2*h-1)
Dry weather flow, 75 m3/h (fluxes up to 55 l*m-2*h-1)
background
Waterschap Regge en Dinkel, a Water Board in the East of Holland, has realized an innovative Hybrid MBR for treating municipal wastewater at the WWTP Ootmarsum.
The hybrid systems combines conventional biological treatment, followed by sandfiltration with membrane bioreactor treatment as shown below in the schematic overview.
The Airlift membrane unit is delivered by Pentair. The MBR was successfully commissioned in October 2007 and the actual performance of the bioreactor and the UF installation are both above expectation.
The hybrid systems combines conventional biological treatment, followed by sandfiltration with membrane bioreactor treatment as shown below in the schematic overview.
The Airlift membrane unit is delivered by Pentair. The MBR was successfully commissioned in October 2007 and the actual performance of the bioreactor and the UF installation are both above expectation.
Reasons to choose the Airlift™ MBR technology were:
• robust and reliable system
• low energy and chemical
consumption
• dry solution (side stream)
• closed system, easy to clean
• fully automated
• high water quality
• small footprint
Image flow chart
scope of supply
84 x Compact 33V – 5.2 mm UF membrane
5 x Airlift Solution
1 x Airlift Solution executed with 12 Helix membranes since February 2015
5 x Airlift Solution
1 x Airlift Solution executed with 12 Helix membranes since February 2015
Related products
Compact 33V
The Compact 33V is a tubular 5.2 mm ultrafiltration membrane module for use in AirLift™ MBR process or in cross-flow installations, for separating oil and sludge from water.
airlift mbr
Airlift MBR is a compact built purification system combining the biological degradation (biological N and P removal) step with UF separation placed outside the bioreactor. In the UF membranes, activated sludge is circulated over the modules combined by continuous aeration controlling the cake formation, while permeate is extracted at the permeate side. The Airlift system is a cost-effective method for treating municipal wastewater in a clean setup.
Application area
High mixed liquor suspended solids (MLSS) streams, up to 15,000 mg/l.
Main application
Municipal/ low industrial polluted wastewater treatment plants.
System lay-out
Airlift MBR systems are available as standardized, modular skids. The modules are placed vertically resulting in a reliable and compact installation.
High mixed liquor suspended solids (MLSS) streams, up to 15,000 mg/l.
Main application
Municipal/ low industrial polluted wastewater treatment plants.
System lay-out
Airlift MBR systems are available as standardized, modular skids. The modules are placed vertically resulting in a reliable and compact installation.
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