oil skimmers model 7V super duty tube oil skimmer for industrial oil removal from large tanks

Oil Skimmers Model 7V Brill® Super-Duty Tube Oil Skimmer for Industrial Oil Removal

Standard Tube / 36" / 115V
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oil skimmers model 7V super duty tube oil skimmer for industrial oil removal from large tanks

Oil Skimmers Model 7V Brill® Super-Duty Tube Oil Skimmer for Industrial Oil Removal

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Product description

The Oil Skimmers Model 7V Brill® super-duty tube oil skimmer is designed for high-capacity removal of floating oils, fats, grease and oily waste from water and industrial process liquids. Using a large free-floating collector tube, the skimmer continuously removes tramp oil from the liquid surface while minimizing water carryover. The Model 7V is engineered for demanding industrial environments where high oil recovery capacity and rugged construction are required.

Technical overview

Brill® tube oil skimmers operate using a continuous loop collector tube that floats freely across the liquid surface. Oil naturally adheres to the outside of the tube and is transported into the skimmer housing where scraper blades remove the oil and direct it into a collection container. Because the tube floats freely on the surface, the skimmer automatically follows fluctuating liquid levels and can move around floating debris while continuing to collect oil. The Model 7V includes a larger 1-inch collector tube and adjustable speed control, allowing the skimmer to be optimized for different oil types, oil thickness and operating conditions. :contentReference[oaicite:1]{index=1}

Oil removal capacity

The oil removal capacity of a tube oil skimmer depends on several operating factors including oil viscosity, oil layer thickness, temperature and system configuration.

The Model 7V Brill® tube oil skimmer is designed for large tanks and heavy-duty applications and can remove:

  • up to 200 gallons of oil per hour
  • approximately up to 757 litres per hour

Actual oil recovery may vary depending on operating conditions, oil type and collector tube length.


Operating principle

The collector tube floats freely on the liquid surface and is slowly driven by the skimmer motor. Oil adheres to the outside of the tube while water is largely rejected. As the tube enters the skimmer housing, scraper blades remove the oil from the tube surface and direct it into the discharge outlet. The cleaned tube then returns to the tank surface where the skimming cycle continues.

Material options

Typical construction materials include:
  • Heavy-duty cast housing
  • Epoxy coated surfaces for corrosion resistance
  • Ceramic wear components
  • Ceramic drive wheel fingers
  • Ceramic pressure blocks
  • Industrial gear motor drive
  • Collector tube available in standard or high temperature material
The epoxy coating provides additional protection against chemical exposure, abrasion and harsh operating conditions. :contentReference[oaicite:2]{index=2}

Available micron ratings

Oil skimmers do not operate based on filtration micron ratings. Instead, separation occurs because oil adheres naturally to the surface of the collector tube while water is rejected. This allows selective removal of floating oils, fats, grease and oily waste from the liquid surface.

Design and construction

Typical system characteristics include:
  • Large 1-inch collector tube with increased surface area
  • Speed control for adjustable skimming performance
  • Heavy-duty epoxy coated construction
  • Continuous oil removal operation
  • Low maintenance mechanical design
  • Suitable for indoor and outdoor installations
The larger tube diameter provides approximately 33% more surface area compared with smaller tube skimmers, allowing higher oil pickup capacity and efficient operation at higher speeds. :contentReference[oaicite:3]{index=3}

Typical applications

Tube oil skimmers are commonly used in:
  • Industrial wastewater treatment plants
  • Large manufacturing process tanks
  • Oil contaminated ponds and pits
  • Refinery and petrochemical applications
  • Industrial cooling water systems
  • Heavy oil contamination environments
Continuous oil removal improves process reliability, reduces waste disposal costs and helps maintain environmental compliance.

Key benefits

  • Oil removal capacity up to 200 gallons per hour
  • Large 1-inch collector tube for increased oil pickup
  • Adjustable speed control for optimized operation
  • Heavy-duty epoxy coated construction
  • Works with fluctuating liquid levels
  • Unaffected by floating debris
  • Designed for large industrial applications

Configuration and quotation

Correct tube skimmer selection depends on the installation conditions of the tank or sump. When requesting a quotation it is important to provide the following information:
  • Height of the skimmer above the liquid surface
  • Width of the tank or basin
  • Length of the tank or basin
  • Operating liquid temperature
  • Power supply voltage
Providing these parameters allows correct selection of the collector tube length and tube material. Higher operating temperatures may require the use of a high temperature collector tube.

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?

Request technical advice

Share a few details about your process and our team can assist with product selection and sizing.

Typical parameters include:

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