Product Name | Oil In Water Analyzer |
Model | VEOOIW1016-A |
Principle | Ultraviolet fluorescence method |
Range | 0-50ppm or 0`5000ppb |
Precision | 3% |
Resolution | 0.1ppm or 0.1ppb |
The detection limit | According to the actual oil sample |
Linearity | R2>0.999 |
Protection level | Ip68 |
Sensor interface | Support RS-485, MODBUS protocol |
Assembly | Input type |
Power information | DC 5~12V, current <50mA (when not cleaned) |
Probe cable length | 10 meters (default), can be customized |
Housing material | 316L (customizable titanium alloy) |
Self-cleaning Brush | No |
Optical window | optical fiber |
"Online oil-in-water" analyzers measure very low concentrations of dissolved hydrocarbons in water. This is usually of concern as it is the first indication that an oil or fuel spill has occurred.
Commonly used oil-in-water detection methods include the suspension method (D 1), infrared spectrophotometry (not suitable for low range), and ultraviolet spectrophotometry (not suitable for high range). Our online oil-in-water sensor uses the principle of fluorescence. Compared with several commonly used methods, the fluorescence method is more efficient and quicker and can be monitored online in real time. The sensor has better repeatability and stability. The self-cleaning brush can be used to eliminate air bubbles, reduce the impact of contamination on the measurement, make the maintenance cycle longer, and maintain excellent stability for long-term online use. It can play an early warning role on oil pollution in water. Suitable for oil quality monitoring, industrial circulating water, condensate, wastewater treatment, surface water stations, and other water quality monitoring scenarios
The oil content in the water was monitored by the ultraviolet fluorescence method, and the concentration of oil in the water was quantitatively analyzed according to the present intensity of the oil and its aromatic hydrocarbon compound and the conjugated double bond compound absorbing ultraviolet light. The aromatic hydrocarbons in petroleum can generate fluorescence under the excitation of ultraviolet light, and one can calculate the value of oil in water according to the intensity of fluorescence.
Have a question about our Device? Don’t hesitate to contact us directly using the form on this page or by visiting our office.
Ph. | +91 7337418685 |
Mail. | info@vasthi.com |
Office. | HYDERABAD Manjeera Trinity Corporate, |
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