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Turbine series fuel filter oil-water separator
Oil filter

Turbine series fuel filter oil-water separator

The turbine series fuel filter oil-water separator utilizes centrifugal separation, coalescence, and filtration principles to efficiently separate moisture and impurities in the fuel. Its filter element has strong water resistance, can intercept particles larger than 2 microns, extend the lifespan of the filter element, improve filtration efficiency, and is a key equipment for protecting the engine fuel system.

    Introduction to Turbine Series Fuel Filters and Oil Water Separators

    The turbine series fuel filter oil-water separator is an efficient purification device designed specifically for fuel systems, which integrates multiple technologies such as centrifugal separation, coalescence filtration, and fine interception. When the fuel flows through, its internal turbine structure will cause the fuel to rotate at high speed, using centrifugal force to throw high-density moisture and impurities towards the wall, achieving preliminary separation. Subsequently, the fuel enters the coalescing filter element, where tiny water droplets coalesce into large droplets and settle to the bottom. At the same time, the filter element can intercept solid particles larger than 2 microns, ensuring the cleanliness of the fuel. This series of separators uses high-quality Aquabloom II filter material, which has good water resistance and corrosion resistance, not only extending the service life of the filter, but also significantly improving the filtration efficiency. Its compact design and easy maintenance make it widely used in fields such as ships, generator sets, and heavy machinery, effectively protecting the engine fuel system from moisture and impurities, and ensuring stable equipment operation.
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    Characteristics of turbine series fuel filter oil-water separator

    The turbine series fuel filter oil-water separator has many outstanding features. It adopts advanced turbine centrifugal technology. After the fuel enters, under the strong centrifugal force generated by the high-speed rotation of the turbine, water and impurities can be quickly separated from the fuel, with extremely high separation efficiency. The coalescence filter equipped inside can further capture tiny water droplets, causing them to agglomerate and settle, while effectively intercepting solid particulate pollutants. The filtration accuracy can reach more than 2 microns, greatly improving fuel cleanliness. This separator is made of high-quality materials and has good corrosion resistance and wear resistance. It can adapt to various harsh working conditions and has a long service life. Moreover, its structural design is compact and reasonable, with a small footprint and easy installation. In addition, maintenance is also very simple, just discharge the separated water regularly and replace the filter element. With these characteristics, the turbine series fuel filter oil-water separator is widely used in various fuel systems, providing reliable guarantee for stable engine operation.
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    Turbine series fuel filter oil-water separator usage scenarios

    The turbine series fuel filter oil-water separator, with its efficient oil-water separation and impurity filtration capabilities, is widely used in multiple scenarios that require strict fuel cleanliness. In the automotive industry, as the "guardian" of the fuel system, it is often installed between the fuel tank and filter of diesel vehicles. Through centrifugal separation technology, it quickly removes moisture and particulate matter from the fuel, preventing nozzle blockage and engine wear. Especially in cold environments, its preheating function can avoid fuel waxing and ensure engine cold start performance; In the field of ships, it complies with IMO standards and can effectively treat oily wastewater at the bottom of the cabin, reducing the oil concentration to below 15ppm and meeting environmental discharge requirements; In the industrial field, it can treat low concentration oily wastewater generated in scenarios such as food processing and mechanical maintenance. Emulsified oil is separated by a coalescing filter element, providing pre-treatment support for subsequent deep treatment, while extending equipment service life and reducing maintenance costs.