How It Works:

1. Belt Mechanism: A continuous loop belt, usually made of a material that attracts oil but resists water (such as polyurethane or stainless steel), moves through the contaminated liquid.
2. Oil Adhesion: The belt collects oil as it travels through the liquid.
3. Scraping and Recovery: As the belt passes through a set of scrapers, the adhered oil is removed and collected into a storage container.
4. Loop Continuity: The belt continuously cycles, allowing for ongoing oil removal.

Key Features:

• Material: The belt is often made from hydrophobic (water-repellent) materials to ensure efficient oil collection.
• Versatility: Works in various environments, including tanks, pits, and open water.
• Efficiency: Can recover a wide range of oil types, from light fuels to heavier industrial oils.
• Low Maintenance: Simple design requires minimal upkeep.
• Energy Efficient: Typically uses low power for operation.

Applications:

• Wastewater Treatment: Removes oil from wastewater streams to meet environmental compliance.
• Manufacturing: Cleans coolant or cutting fluids in machining processes.
• Oil Spills: Helps recover oil from water in environmental cleanup efforts.
• Food Processing: Removes grease or oil in production lines.

Advantages:

• Reduces environmental impact by reclaiming and recycling oil.
• Enhances process efficiency by maintaining cleaner liquids.
• Compact and easy to install in various setups.