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A 10 cubic meter oil-water separator is an oil-water separation device specifically designed for treating oily wastewater with a flow rate of 10 m³/min (matching a 10 m³/min air compressor). It is mainly used to treat condensate (containing mineral oil, synthetic oil, or emulsified oil) generated in compressed air systems. Through physical separation technology, the treated water meets environmental emission standards of <10 ppm, thus avoiding environmental pollution and complying with regulatory requirements.
Product features
1. High-efficiency oil removal, meeting emission standards: Utilizing multi-stage filtration (such as polypropylene oil-absorbing filter cartridges + activated carbon adsorption), it can reduce the residual oil molecules in condensate to below 10 ppm, with some high-precision models reaching 5 mg/L or even 0.5 mg/L, meeting domestic and international environmental standards.
2. Three-stage filtration, advanced principle: Typically includes three stages of treatment: the first stage uses oleophilic materials to adsorb oil droplets; the second stage deeply adsorbs residual oil; and the third stage uses activated carbon filtration to ensure water cleanliness. Some products employ a four-step process of coagulation, sedimentation, and separation.
3. Easy installation, plug and play: No complex sedimentation tanks or auxiliary equipment are required; it can be directly connected to the condensate drain port of the air compressor, with a small footprint and compact structure.
4. Low maintenance cost, long service life: Utilizing physical separation principles, no chemical reagents are needed, resulting in zero or low energy consumption (some non-powered models), long filter cartridge replacement cycles, and extremely low operating costs.
5. Intelligent Monitoring and Convenient Operation Some models are equipped with a filter life indicator, sampling valve, and automatic alarm device, allowing users to easily monitor filter status and effluent water quality in real time.
6. Superior Materials and Strong Adaptability The shell is mostly made of PE, stainless steel, or carbon steel corrosion-resistant materials, making it suitable for various industrial environments.
7. Wide Range of Applications It can treat mineral oil, synthetic oil, vegetable oil, animal oil, and their emulsified oils, without being picky about oil types.
Technical Parameters
| Model | Capacity | Service kit model | Filter element quantity | Dimensions (mm) | Weight (kg) |
| ROWS 10 | 10 m3/min | E10 | 3pcs | 550 * 245 * 750 | 20 |
Main Application Industries
The 10 m³/min oil-water separator is widely used across various industrial sectors that generate oily condensate or oil-containing wastewater. Key application industries include:
Industry Sector Specific Applications
Machining & Manufacturing：Treatment of oily wastewater from machine shops, parts cleaning, and metal cutting processes.
Automotive & Repair：Oil-water separation in automobile manufacturing plants, repair shops, and car wash stations.
Petrochemical Industry：Recovery of oily steam condensate, treatment of electrical desalting wastewater, and oil tank water cutting in refineries and petrochemical plants.
Power & Energy：Treatment of oily steam condensate and circulating water in thermal power plants and power stations.
Marine & Ports: Marine oil-water separators, wastewater from shipbreaking yards, and oily wastewater treatment at port oil depots.
Steel & Metallurgy：Treatment of oily circulating water in cold rolling mills and hot rolling plants.
Air Compressor Stations Treatment of air compressor condensate — one of the most common applications, suitable for all industrial facilities using oil-injected screw air compressors.
Food Service & Processing：Separation of vegetable and animal oil wastewater from commercial kitchens and food processing plants.
A 10 cubic meter oil-water separator is an oil-water separation device specifically designed for treating oily wastewater with a flow rate of 10 m³/min (matching a 10 m³/min air compressor). It is mainly used to treat condensate (containing mineral oil, synthetic oil, or emulsified oil) generated in compressed air systems. Through physical separation technology, the treated water meets environmental emission standards of <10 ppm, thus avoiding environmental pollution and complying with regulatory requirements.
Product features
1. High-efficiency oil removal, meeting emission standards: Utilizing multi-stage filtration (such as polypropylene oil-absorbing filter cartridges + activated carbon adsorption), it can reduce the residual oil molecules in condensate to below 10 ppm, with some high-precision models reaching 5 mg/L or even 0.5 mg/L, meeting domestic and international environmental standards.
2. Three-stage filtration, advanced principle: Typically includes three stages of treatment: the first stage uses oleophilic materials to adsorb oil droplets; the second stage deeply adsorbs residual oil; and the third stage uses activated carbon filtration to ensure water cleanliness. Some products employ a four-step process of coagulation, sedimentation, and separation.
3. Easy installation, plug and play: No complex sedimentation tanks or auxiliary equipment are required; it can be directly connected to the condensate drain port of the air compressor, with a small footprint and compact structure.
4. Low maintenance cost, long service life: Utilizing physical separation principles, no chemical reagents are needed, resulting in zero or low energy consumption (some non-powered models), long filter cartridge replacement cycles, and extremely low operating costs.
5. Intelligent Monitoring and Convenient Operation Some models are equipped with a filter life indicator, sampling valve, and automatic alarm device, allowing users to easily monitor filter status and effluent water quality in real time.
6. Superior Materials and Strong Adaptability The shell is mostly made of PE, stainless steel, or carbon steel corrosion-resistant materials, making it suitable for various industrial environments.
7. Wide Range of Applications It can treat mineral oil, synthetic oil, vegetable oil, animal oil, and their emulsified oils, without being picky about oil types.
Technical Parameters
| Model | Capacity | Service kit model | Filter element quantity | Dimensions (mm) | Weight (kg) |
| ROWS 10 | 10 m3/min | E10 | 3pcs | 550 * 245 * 750 | 20 |
Main Application Industries
The 10 m³/min oil-water separator is widely used across various industrial sectors that generate oily condensate or oil-containing wastewater. Key application industries include:
Industry Sector Specific Applications
Machining & Manufacturing：Treatment of oily wastewater from machine shops, parts cleaning, and metal cutting processes.
Automotive & Repair：Oil-water separation in automobile manufacturing plants, repair shops, and car wash stations.
Petrochemical Industry：Recovery of oily steam condensate, treatment of electrical desalting wastewater, and oil tank water cutting in refineries and petrochemical plants.
Power & Energy：Treatment of oily steam condensate and circulating water in thermal power plants and power stations.
Marine & Ports: Marine oil-water separators, wastewater from shipbreaking yards, and oily wastewater treatment at port oil depots.
Steel & Metallurgy：Treatment of oily circulating water in cold rolling mills and hot rolling plants.
Air Compressor Stations Treatment of air compressor condensate — one of the most common applications, suitable for all industrial facilities using oil-injected screw air compressors.
Food Service & Processing：Separation of vegetable and animal oil wastewater from commercial kitchens and food processing plants.
