1. High Separation Efficiency and Stability: Within the designed flow range, it can continuously and stably control the oil content of the effluent to levels far below regulatory requirements. Even if the oil concentration in the influent fluctuates, the effluent quality remains compliant.
2. Strong Resistance to Operating Conditions: The internal flow channels and compartment structure are specially designed to suppress disturbances caused by ship rolling and tilting during the oil-water separation process, preventing the oil layer from being agitated and re-mixed into the water.
3. High Degree of Automation and Monitoring: It integrates an automatic oil discharge device and an oil concentration monitoring and alarm device. When the oil level in the oil collection chamber reaches a set height, or when the oil content in the effluent is detected to be close to the limit, the equipment can automatically start and stop the oil discharge valve or issue an audible and visual alarm, greatly reducing the operational burden on the crew and ensuring compliance with discharge records.
4. Compact Structure and Modular Design: While meeting processing capacity requirements, the equipment has a compact structure, saving valuable engine room space. The modular design facilitates installation, maintenance, and potential future upgrades.
5. Good ease of maintenance: Core components such as internal coalescing elements should be easy to disassemble, clean or replace, and routine maintenance should not be too complicated.
