oil skimmers 3F 360 floating weir oil skimmer for removing surface oil from water

Oil Skimmers 3F 360 Floating Weir Oil Skimmer for Surface Oil Removal

Skimmer Only / 10'
€0,00
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oil skimmers 3F 360 floating weir oil skimmer for removing surface oil from water

Oil Skimmers 3F 360 Floating Weir Oil Skimmer for Surface Oil Removal

System Configuration
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Product description

The Oil Skimmers 3F 360 floating weir oil skimmer is designed to remove floating oil, grease and other surface contaminants from water. The skimmer uses a floating intake weir that follows the liquid surface and draws off the top oil layer for transfer to downstream collection, separation or treatment equipment. The 3F 360 is used in applications where oil floats freely on the surface and where a tube skimmer is not the preferred solution due to recovery rate, installation layout, space limitations or fluid characteristics.

Technical overview

The 3F 360 is a floating weir skimmer with a central intake design that can skim oil from all directions around the unit. This 360-degree intake pattern allows the skimmer to collect floating oil across the surrounding surface area rather than from a single fixed direction. The intake weir can be manually adjusted depending on the thickness of the oil layer on the surface, making the unit suitable for spill response, first-stage oil removal and general surface skimming applications.

Oil removal capacity

Floating weir skimmer performance depends on pump selection, oil viscosity, oil layer thickness, hose size and installation layout.

The 3F 360 floating weir skimmer is designed for rapid recovery of floating surface oil and is commonly used where higher recovery rates are required than can typically be achieved with a tube oil skimmer.

Actual recovery rate depends on the complete skimming system configuration and downstream transfer equipment.


Operating principle

The skimmer floats directly on the liquid surface. As the floating oil layer reaches the intake weir, the upper contaminated surface layer flows over the weir into the skimmer body. The recovered liquid is then transferred to a collection or separation system by the connected pump arrangement. Because the skimmer floats, the intake level follows fluctuations in the liquid surface and maintains skimming at the oil-water interface.

Material options

Typical construction materials include:
  • Industrial float body and weir assembly
  • Chemically resistant wetted components
  • Flexible hose connection for oil recovery systems
  • Materials selected according to fluid compatibility and application conditions
Material selection depends on fluid chemistry, temperature and site conditions.

Available micron ratings

Floating weir oil skimmers do not operate using filtration micron ratings. Instead, separation is based on controlled withdrawal of the top liquid layer at the surface. The skimmer selectively removes floating oil, grease and similar contaminants prior to downstream separation or treatment.

Design and construction

Typical design characteristics include:
  • Floating weir skimmer body
  • 360-degree central intake design
  • Manual weir adjustment
  • Suitable for connection to transfer or separation systems
  • Portable and easily deployable construction
  • Surface-following floating operation
The 3F 360 is often used as a first-stage oil removal device ahead of oil-water separation or further wastewater treatment.

Typical applications

Floating weir skimmers are commonly used in:
  • Sumps and pits
  • Industrial tanks
  • Parts washers
  • Equalization tanks
  • Settling ponds
  • Leachate ponds
  • Lagoons
  • Open water spill recovery

Key benefits

  • 360-degree oil collection from the liquid surface
  • Manual adjustment to suit oil layer thickness
  • Suitable for spill response and first-stage oil removal
  • Follows fluctuating liquid levels
  • Portable and easy to deploy
  • Suitable where tube skimmers are not practical

Configuration and quotation

To specify the correct floating weir skimmer system, the following parameters should be defined:
  • Type of oil or floating contaminant
  • Oil layer thickness
  • Required recovery rate
  • Tank, pit, pond or lagoon dimensions
  • Pump type and transfer distance
  • Hose size and hose length
  • Fluid temperature and chemical compatibility
These parameters determine the correct skimmer configuration, pump arrangement and transfer system.

Technical support and validation

Selecting the correct filtration solution often requires verification under real process conditions. Filtra International supports this process through several practical testing and validation options.

Filter samples – available for compatibility and performance checks in existing filter housings.
Full-scale filter housing rental – for temporary installations or process evaluation.
Laboratory and pilot-scale filtration units – enabling controlled testing before full implementation.
Application testing by our team – customers may send product samples for filtration trials and performance evaluation.

These options allow process validation before committing to a permanent installation.

Not sure if this configuration is right for your application?

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Typical parameters include:

• Flow rate
• Particle size or filtration rating
• Temperature and pressure
• Chemical composition of the media