The most effective way to separate oil on water surfaces
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Conventional solutions are often manual, inefficient and expensive
Oil spills in the oceans from accidents and other causes are a major pollution threat. Today, a variety of solutions, such as skimmers, barriers, chemicals and burning are used to collect and/or remove the oil with varying degrees of efficiency. The majority of solutions do not have the capability to collect petrol and diesel and these are often left to evaporate into the air.
Ultra-SurfCleaner – a well-proven, energy efficient solution
Automated and highly effective, Ultra-SurfCleaner is a skimmer/separator hybrid that represents a solid contribution towards managing the global water surface pollution problem. It is a well-proven, energy efficient system that collects and separates pollutants from water surfaces. Easy to install, run and maintain, Ultra-SurfCleaner will separate oil, petrol or diesel, from the water surface at the location of the spill. The extent of the spill determines how many Ultra-SurfCleaner units are required.
The Ultra-SurfCleaner technology is based on gravimetric separation, collecting both the carrier fluid and the top layer substance – allowing up to 100% separation of the top layer substance, and a separation capacity of 8,000 liters (2,113 gal) per hour. Most of our customers have installed the Ultra-SurfCleaner in an API separator, claiming that Ultra-SurfCleaner is far more efficient and cost effective than other skimmers and separators.
Advanced yet simple
Ultra-SurfCleaner is advanced yet ingeniously simple. The patented collection and separation process has been developed into a self-managing solution consisting of only two moving parts. The separated oil is discharged to an external storage tank. Disposal costs are mimimized since the oil is up to 100% pure and recyclable. Ultra-Surf Cleaner has been developed through years of extensive research in close co-operation with customers. In addition to its impressive performance capabilities, it is durable and easily maintained.
How Ultra-SurfCleaner Works
Step 1: Removal – The propeller creates a negative pressure, causing the water with the oil on the surface to flow into the Ultra-SurfCleaner.
Step 2: Separation – Deflection disks force the oil and the water to the periphery. As the flow velocity drops, the oil is forced upwards to the ceiling while the water is forced down towards the propeller and the outlet. Separation of the oil from the water is up to 100%.
Step 3: Recover – With the water acting as a piston, the oil is discharged at the rate of up to 8,000 liters (2,113 gals) of pure oil per hour into an external storage tank.
|0943||SCO 1000||See Specifications Below|
|0940||SCO 8000||See Specifications Below|
|||SCO 1000||SCO 8000|
|Separation capacity, incl. discharge:||Up to 1,000 liters (264 gal) per hour||Up to 8,000 liters (2,113 gal) per hour|
|Viscosity:||From light to medium|
|<1,000 cp, density 0.75 - 0.95 kg/l (1.7 2.1 lbs/l)|
|Layer thickness:||> 0.1 μm|
|Solids size, max:||50 mm (2 in), depending on shape|
|Maximum flow capacity:||7,000 l/h (1,849 gal/h)||50,000 l/h (13,209 gal/h)|
|Chemical resistant:||Oil, gas, diesel|
|Fluid temperature, max:||45°C (113°F)|
|Head:||1.0 m (3.3 ft)|
|Depth:||0.45 m (1.5 ft)||1.1 m (3.6 ft)|
|Diameter:||Ø 1.4 m (4.6 ft)|
|(in transport mode < 0.6 m (2 ft))||Ø 2.0 m (6.6 ft)|
|Weight:||< 25 kg ( 55 lbs)||210 kg (463 lbs)|
|Outlet pipe:||Ø 80 mm (3.1 in)||Ø 160 mm (6 in)|
|Power and control|
|Power:||< 20 W average||500 W, 2 phase, 50/60 Hz, 16A|
|Control system:||Remote via app||Siemens Simatic|
Most products ship within 1-3 business days depending on availability. If you need a product sooner than this, please call 409-429-4834 to discuss availability and shipping options.