Share the principle of oil-water interface instrument

　　The oil-water interface instrument adopts an optical probe with industry-leading accuracy, measuring hydrocarbons and water floating (LNAPLs lightweight non-aqueous liquid) and sinking (DNAPLs high-density non-aqueous liquid), with a minimum monitoring well diameter of 12.5mm. Multiple different tape lengths are available. All oil-water interface probes adopt a unique triple sealing design, which is pressure resistant and leak proof. Let's learn about the principle of oil-water interface instrument shared by the manufacturer.

　　Oil water interface instrument is an instrument used to detect the separation of oil and water in liquids. Its principle is to use the difference in density between oil and water to determine their separation by measuring the density difference between the two liquids.

　　The oil-water interface instrument usually consists of a float and a density meter. A float is usually a circular or elliptical plastic ball that can float on a liquid surface. A densitometer is an instrument that can measure the density of liquids, usually using an oscillating tube densitometer.

　　When there is oil and water in the liquid, they will layer and form an oil-water interface. The float will float on this interface because its density is lower than water and higher than oil. The density meter will determine the position of the oil-water interface by measuring the density of the liquid.

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Oil-water interface instrument manufacturers share oil-water interface instrument how to use.air line quick connect