+86 15898932201Oil in Water Analyzer utilizes the UV fluorescence method, offering a measurement range of 0 to 60 ppm with an accuracy of 0.1 ppm and a resolution of 0.01 ppm. Equipped with the proprietary FTIoT operating system and featuring a standard brush-based self-cleaning function, the device provides real-time data to monitoring and regulatory authorities, making it ideal for on-site water quality analysis.
Oil in Water Analyzer is a device designed for the rapid, on-site measurement of oil content in water. The instrument employs the UV fluorescence method as its detection principle: when ultraviolet light excites oil-based substances within a water sample, it generates fluorescence at a specific wavelength. Since the intensity of this fluorescence is directly proportional to the oil concentration, the device enables the quantitative analysis of oil parameters in water. This method offers high sensitivity and excellent repeatability; furthermore, the detection process is rapid and requires no complex sample pretreatment steps.
Oil in Water Analyzer features a measurement range of 0 to 60 ppm, a measurement accuracy of 0.1 ppm, and a resolution of 0.01 ppm. These specifications allow it to effectively meet the detection requirements for low-concentration oil contamination in various scenarios, including surface water, groundwater, industrial wastewater discharge, and emergency monitoring situations. The instrument runs on a proprietary FTIoT operating system, featuring a clean interface design and a clear operational workflow; consequently, users can perform calibration, measurement, and data retrieval without requiring specialized professional training. The system operates with high stability, maintaining measurement consistency across diverse environmental conditions.
To accommodate the demands of continuous on-site monitoring, the instrument comes standard with a brush-based self-cleaning function. After each measurement, the brush head automatically cleans the optical window, thereby minimizing interference from residual oil contamination during subsequent measurements and reducing the frequency of manual maintenance. The device outputs detection results in real-time, providing monitoring personnel and regulatory bodies with immediate data on waterborne oil concentrations, which facilitates rapid on-site assessment of pollution conditions and enables the prompt implementation of appropriate remedial measures.
In terms of structural design, Oil in Water Analyzer features a portable form factor—characterized by its light weight and compact dimensions—and is supplied with a dedicated carrying case. This design makes it highly suitable for deployment at rivers, lakes, coastal areas, industrial discharge outlets, or emergency incident sites. The power system supports extended battery life, ensuring sufficient operational duration to accommodate multi-point monitoring missions during a single field excursion. Regarding data management, the device is capable of storing historical measurement records, which can be easily viewed and exported to facilitate subsequent data organization and reporting. The Oil in Water Analyzer device is primarily designed for applications in environmental monitoring, maritime patrols, self-monitoring of industrial wastewater discharge, and routine inspections of drinking water sources. Its technical approach—based on ultraviolet fluorescence—ensures that the detection process is highly efficient, rapid, and reproducible, thereby providing essential technical support for the precise identification and timely early warning of oil contamination in water. By enabling rapid on-site data acquisition, regulatory authorities can enhance their response efficiency and minimize the time delays typically associated with sending samples to laboratories for analysis.
Article address：https://www.sqqx.net/en/news/861.html
