Basic Structure
Coalescing Filter Element:Made of special fiber materials, the fibers have good hydrophilicity or lipophilicity (depending on the separation medium), which is used to make dispersed - phase droplets coalesce and grow.
Separation Filter Element:Adopts hydrophobic or oleophobic materials, which can effectively separate the coalesced large droplets and achieve continuous and efficient separation.
Shell:Made of high - strength metal materials, such as carbon steel or stainless steel, to ensure the equipment is pressure - resistant and corrosion - resistant, and can adapt to different working conditions.
Inlet and Outlet Devices:Reasonably designed inlet and outlet pipes and valves ensure the smooth flow of fluid in and out of the equipment, reducing flow resistance.
Technical Principle:Based on the coalescing separation technology, using the differences in the wetting properties of different substances on specific filter materials, the tiny dispersed droplets in the mixture coalesce on the surface of the coalescing filter element to form larger droplets. Then, the coalesced large droplets are separated from the continuous phase through the separation filter element, thus achieving the purification and separation of the multi - phase mixture.
Unique Advantages:Compared with traditional separation equipment, the coalescing separator has a higher separation efficiency and can handle more complex multi - phase mixtures. It can operate continuously and automatically, reducing manual intervention. The equipment occupies a small area, and installation and maintenance are convenient, reducing comprehensive use costs.
Mixture Inlet:The multi - phase mixture containing dispersed phases (such as droplets or bubbles) enters the coalescing separator through the inlet pipe.
Coalescing Process:The mixture first flows through the coalescing filter element. The tiny droplets or bubbles of the dispersed phase collide with each other and coalesce into larger droplets or bubbles under the action of the special material of the filter element.
Separation Process:The coalesced mixture enters the area of the separation filter element. Due to the characteristics of the separation filter element material, the coalesced large droplets or bubbles are separated from the continuous phase. Under the action of gravity or centrifugal force, they settle or float to the corresponding collection area of the equipment.
Phase Discharge:The separated continuous phase is discharged from the equipment through the outlet pipe. The separated dispersed phase (such as the separated water or gas) is also discharged regularly or continuously through a dedicated outlet pipe, completing the entire separation process.
Features | Details |
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Efficient Separation | The separation efficiency of the dispersed phase can reach over 99%, which can quickly and effectively separate different phases in the mixture. |
Strong Processing Capacity | It can adapt to the processing of multi - phase mixtures with different flow rates and concentrations, with a wide range of processing flow rates to meet various working conditions. |
Automated Operation | Equipped with an intelligent control system, it can monitor operating parameters in real - time, automatically adjust the operating status, and achieve unattended operation. |
Wide Adaptability | Suitable for the separation of various multi - phase mixtures such as gas - liquid and liquid - liquid. It can handle mixtures with different media and properties. |
Energy - Saving and Environment - Friendly | Low energy consumption during operation, and no chemical agents are required during the separation process, reducing environmental pollution and operating costs. |
Easy Maintenance | The filter elements are convenient and quick to replace. The equipment has a simple structure, with little daily maintenance work, reducing maintenance costs and downtime. |
Parameter Category | Specific Parameters |
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Processing Flow Rate | 5 - 500m³/h (customizable) |
Separation Efficiency | ≥99% |
Operating Pressure | 0.1 - 2.5MPa |
Operating Temperature | -20℃ - 120℃ |
Applicable Media | Gas, liquid, and gas - liquid, liquid - liquid mixtures |
Filter Element Material | Coalescing filter element: polypropylene fiber, glass fiber, etc.; Separation filter element: polytetrafluoroethylene, etc. |
Equipment Material | Carbon steel, stainless steel (304, 316L, etc.) |
Petrochemical Industry
Crude Oil Dehydration and Desalting:Separate water and salts in crude oil, improve the quality of crude oil, and reduce the corrosion and scaling risks of subsequent processing equipment.
Separation of Chemical Reaction Products:Separate gas - liquid and liquid - liquid mixtures after chemical reactions, purify products, and recover valuable raw materials.
Natural Gas Processing
Natural Gas Dehydration and Dewaxing:Remove liquid water and heavy hydrocarbons in natural gas, prevent pipeline corrosion and blockage, and meet transportation and use requirements.
Wet Gas Separation:Separate gas and liquid in wet gas, improve the recovery rate and utilization efficiency of natural gas.
Power Industry
Turbine Oil Purification:Separate water and impurities in turbine oil, ensure the normal operation of equipment such as steam turbines, and extend the service life of the equipment.
Insulating Oil Treatment:Remove water and gas in insulating oil, improve insulation performance, and ensure the safe and stable operation of power equipment.
Food and Beverage Industry
Oil - Water Separation:In the food processing process, separate water and impurities in vegetable oil, and improve the quality and purity of vegetable oil.
Gas - Liquid Separation:Separate gas and liquid in the beverage production process to ensure the taste and quality of the product.
Which mixtures are suitable for separation by a coalescing separator?:The coalescing separator is suitable for the separation of multi - phase mixtures such as gas - liquid and liquid - liquid. For example, in the petrochemical field, it can separate water and oil in crude oil; in natural gas processing, it can separate liquid water and heavy hydrocarbons in natural gas. In the food and beverage industry, it can separate water in vegetable oil and gas - liquid mixtures in beverage production. As long as there are different phases in the mixture that need to be separated, it can be considered for use under appropriate working conditions.
How to maintain the coalescing separator to ensure its efficient operation?:Regularly check the inlet and outlet pressures of the equipment. If the pressure difference is too large, it may indicate that the filter elements are blocked, and the coalescing filter element and separation filter element need to be replaced in time. Check the sealing performance of the equipment to prevent mixture leakage. According to the nature of the processed mixture and the operation time, regularly clean the interior of the equipment. Strictly control the operating parameters in accordance with the equipment operation manual to avoid abnormal situations such as overpressure and overheating, so as to ensure the continuous and efficient operation of the coalescing separator.
With significant advantages such as efficient separation, automated operation, and wide applicability, the coalescing separator has become an ideal equipment for many industries to process multi - phase mixtures. Whether it is the petrochemical and power industries with high requirements for separation accuracy or the food and beverage industry that focuses on product quality, it can provide reliable separation solutions. Choosing our coalescing separator means choosing an efficient, stable, and economical multi - phase purification solution, providing a strong guarantee for enterprise production and operation.
If you are interested in this product or have any questions, please feel free to contact us at any time.
Oil & Gas Filters
https://www.le-filter.com/oil-purification/gas-filter-element/
TF series self-sealing oil suction filter outside the box
https://www.le-filter.com/hydraulic-filter/TF-oil-suction-filter/
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