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Flotation Systems IPF

Nijhuis Optiflot Flotation Systems
Flotation Systems IPF Nijhuis Optiflot Flotation Systems

Flotation Systems IPF

Flotation Systems IPF Description

Nijhuis Water Technology has developed a range of Optiflot flotation systems, type IPF, equipped with a lamella plate pack for the following applications:

  • Suspended solids
  • Oil and Greases
  • Coagulated and flocculated particles

The Optiflot, type IPF can either be integrated in a total solution or offered as a single product for your waste water.

Flotation Systems IPF - Customer Benefits

  • Compact built unit with plate pack
  • Construction of stainless steel
  • Standard range or tailor made
  • Laminar flow through unit for optimal removal efficiency

Flotation Systems IPF - Technical Data

In the Nijhuis Water Technology flotation unit the separable particles will float to the surface. The floating particles will be removed automatically and continuously by a scraper mechanism. A lamella plate pack is installed to increase the separation area of the unit and ensures that even the smallest flocs are removed from the waste water. This makes the Optiflot IPF unit very compact.

The on-built recirculation system & aeration system is equipped with unique and patented non clogging aeration devices and will form very fine air bubbles who will support the separation of particles.

The unit is equipped with automatic sediment removal valves for removing any settled material. Unit selection is based on the type of waste water, the hydraulic and sludge handling capacity.

  • Type
  •  
  •  
  • IPF 005
  • IPF 010
  • IPF 015
  • IPF 020
  • IPF 025
  • IPF 025E
  • IPF 045
  • IPF 045E
  • IPF 090
  • IPF 090E
  • IPF 135
  • IPF 135E
  • IPF 135EH
  • IPF 180EH
  • Hydralic
  • Capacity
  • max. m3/hr
  • 5
  • 11
  • 16
  • 22
  • 30
  • 30
  • 45
  • 45
  • 89
  • 89
  • 134
  • 134
  • 134
  • 178
  • Sludge Load
  • m3/hr
  •  
  • 0.2
  • 0.4
  • 0.6
  • 0.9
  • 0.6
  • 0.9
  • 0.7
  • 1.0
  • 1.4
  • 2.0
  • 2.1
  • 3.0
  • 3.7
  • 4.2
  • Length
  • mm
  •  
  • 2460
  • 2460
  • 2460
  • 2460
  • 3334
  • 4334
  • 3834
  • 4834
  • 3834
  • 4834
  • 3834
  • 4834
  • 4834
  • 4907
  • Width
  • mm
  •  
  • 876
  • 1378
  • 1877
  • 2447
  • 1497
  • 1497
  • 1497
  • 1497
  • 2504
  • 2504
  • 3600
  • 3454
  • 3556
  • 3827
  • Height
  • mm
  •  
  • 2056
  • 2056
  • 2056
  • 2056
  • 3302
  • 3297
  • 3542
  • 3542
  • 3542
  • 3542
  • 3537
  • 3542
  • 3972
  • 3972
  • Weigth
  • empty / full
  •  
  • 660 - 1720
  • 860 - 2980
  • 960 - 4140
  • 1060 - 5300
  • 930 - 4460
  • 1060 - 5300
  • 1100 - 5750
  • 1260 - 6840
  • 1500 - 11000
  • 1820 - 13200
  • 2450 - 16450
  • 2450 - 19740
  • 3150 - 24500
  • 4050 - 32500
  • Power
  • kW installed
  •  
  • 1.9
  • 4.4
  • 4.4
  • 5.9
  • 4.2
  • 5.7
  • 5.7
  • 5.7
  • 7.7
  • 7.7
  • 7.7
  • 7.9
  • 11.4
  • 11.4

Unit selection is based on the type of waste water, use of chemicals, the hydraulic and sludge handling capacity, figures in this table are an indication

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