Portable Oil/Water Interface Detector
The Oil/Water Interface Detector is a highly efficient and precise device designed for use on tankers to detect the interface between oil and water. Approved by the Administration, this device ensures rapid and accurate determination of the oil/water separation in slop tanks. It is also applicable in other tanks where oil and water separation occurs, allowing for safe discharge of effluent directly into the sea. The device complies with IMO Resolution MEPC. 5 (XIII), ensuring that it meets the highest standards for preventing marine pollution.
Key Features:
- Compliance: Meets IMO Resolution MEPC. 5 (XIII) standards for pollution prevention from ships.
- High Accuracy: Provides rapid and precise detection of the oil/water interface, ensuring efficient tank operations.
- Versatility: Suitable for use in slop tanks and other tanks where oil and water separation occurs.
- Robust Design: Built for harsh marine environments with durable materials.
Coating - Interior/Exterior:
- Epoxy nylon coating for added durability.
- Color: Black.
- Coating Thickness: 80 microns on both the interior and exterior sides.
Material - Body:
- T2000-TFC-01: Aluminum casting (JIS-AC4C-T6)
- T2000-TFS-01: Aluminum plate (JIS-5052)
Specification
Working Principle of the Oil Water Interface Detector
Ullage Detection (Ultrasonic Method):
The device uses an ultrasonic method where liquid fills the gap between two piezoelectric transducers. Vibrations from the transmitter travel through the liquid to the receiver, triggering an electronic switch that indicates “OIL.” The beeping tone becomes intermittent when oil is detected.
Interface Detection (Conductivity Method):
Two electrodes measure the electrical resistance of the liquid. Water, being more conductive than oil, allows electrical current to pass through, activating a switch that indicates “WATER” and changes the beeping tone to continuous.
Temperature Measurement:
Simultaneously, temperature is measured using a PT100 RTD (Resistance Temperature Detector) sensor embedded in the electrode. All measurements, including ullage, interface levels, and temperature, are continuously displayed on the LCD for real-time monitoring.
