Oleophilic type oil skimmer M1230/1

rotary drumdiscbrush

Product description
The MULTISKIMMER 1230/1 is an oleophilic skimmer designed to remove oil floating on the water surface. Suitable for stationary installations (API-type oil–water separators) and larger modules for recovery operations after accidental spills. Applied oleophilic media remove approximately 98% of pure oil. Compatible with a wide range of oil viscosities, from light oils to heavy crude.

Features and benefits

• Standard disc skimming module with optional interchangeable brush and/or drum modules.
• Modular design to minimize costs and optimize recovery for various polluting products.
• Separate or on-board detachable pump for effective handling of viscous fluids.
• All-aluminum "marinized" structure with orange powder coating for corrosion resistance and visibility.
• Available in several sizes and capacities.
• Hydraulic transmission; power options: battery electric, diesel or gasoline engine.

Additional information
Type of skimmer: Brush, Drum, Disk
Recovery: >22 m3/h, >18 m3/h, >16 m3/h
Residual water in recovered oil: Less than 2%
Viscosity range: Variable (suitable for light oils to heavy crudes)
Dimensions (L×W×H): 970 × 1320 × 460 mm
Weight: 57 kg – 41 kg
Finishes: Marinized aluminum and stainless steel; orange powder coating
Brush size: 300 × 760 mm

Technical specifications

• Oil removal efficiency: approximately 98% of pure oil.
• Module types: Disc, Brush, Drum (interchangeable).
• Recovery rates: >22 m3/h, >18 m3/h, >16 m3/h (depending on model).
• Residual water: < 2% in recovered oil.
• Viscosity range: Variable — suitable for light oils to heavy crude.
• Dimensions: 970 × 1320 × 460 mm.
• Weight: 57 kg or 41 kg (variants).
• Materials and finishes: Marinized aluminum and stainless steel; orange powder coating.
• Brush dimensions: 300 × 760 mm.
• Pump option: External or detachable on-board pump for viscous fluids.
• Transmission: Hydraulic.
• Power options: Battery electric, diesel, gasoline.
• Design: Modular configuration for cost reduction and optimized recovery.