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Oil–Water Separation: From a Cost Burden to a Value Engine—Building the Cornerstone of Clean, Compliance-Driven, and Efficient Operations.


Release Date:

2022-01-10

We employ physical gravity separation, coalescing filtration, or advanced centrifugal/membrane separation technologies to efficiently remove floating oil, dispersed oil, and emulsified oil from wastewater, ensuring that the effluent oil content consistently meets or exceeds the national Class III discharge standard of <100 mg/L—and even stricter requirements—thereby establishing a robust environmental protection and pollution-prevention barrier for you.

Core System Advantages: Value That Transcends the Separation Itself
1. High efficiency and stability, with guaranteed effluent quality that meets standards.
Multi-stage separation process: a combination of technologies such as coarse coalescence, inclined-plate sedimentation, and fine filtration, enabling deep purification tailored to different oil–water conditions.

High-efficiency oil–water coalescing material: significantly enhances the collision and coalescence efficiency of oil droplets, thereby improving separation speed and effectiveness.

Automated Control: Optional features include automatic oil skimming, sludge discharge, and real-time monitoring, reducing manual intervention and ensuring continuous, stable operation.

2. Robust and durable, with lower life-cycle costs
High-Quality Materials: The main body is made of corrosion-resistant 304/316 stainless steel or reinforced PP, ensuring a long service life.

Modular design: facilitates installation, expansion, and maintenance, with quick replacement of spare parts.

Low-energy operation: Requires no large quantities of chemical agents, relying primarily on physical processes, resulting in extremely low operational energy consumption.

3. Intelligent management for clear and transparent operations and maintenance
Automatic liquid-level control: prevents overflow and pump dry-running, ensuring equipment safety.

Oil-level monitoring and alarm: prompts the oil-collection timing to optimize recovery operations.

Remote monitoring interface (optional): Integrated with the device management platform to enable remote status monitoring and early warning.

4. Resource Recycling: Turning Waste into “Treasure”
Facilitates oil and fat recovery: The separated waste oil (gutter oil) is collected centrally and properly handed over to qualified entities for treatment or resource utilization, which can generate additional revenue or offset part of the treatment costs.

Reducing the burden on the backend: Significantly lowering the pollutant load entering the municipal sewer system or self-built wastewater treatment plants, thereby directly reducing subsequent treatment costs.

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