Text: Medsch Technology.
The oil in water detector is a device used to detect the concentration of oil substances in the water body. Its principles and methods are usually based on optical, chemical, or physical techniques.
A common oil-in-water detector uses optical technology to determine the concentration of oil by measuring its absorption or scattering of light at a specific wavelength. Another method may be to determine the concentration of the oil by measuring the amount of the reaction product by using a chemical reagent to undergo a specific reaction with an oil. In addition, there are methods based on physical techniques such as electrochemical or vibration sensors to detect oils in water.
Methods for detecting oil in water typically include the following steps:
Collect water samples: Take samples from the water sources that need to be tested.
Sample pretreatment: Water samples may need to be pre-treated, such as filtration or centrifugation, to remove impurities.
Use the oil in water detector: follow the equipment instructions and put the treated sample into the testing instrument.
Analytical measurements: The instrument will analyze the sample and display or output the concentration of oils in the water.
The specific detection principles and methods may vary depending on the testing instruments and technologies used, so when using the oil in water detector, it should be operated in strict accordance with the equipment instructions and operation guidelines to ensure accuracy and reliability.