Mixing tanks are a common type of petrochemical equipment, mainly used for mixing, stirring and storing different types of liquids. And monitoring the level of the mixing tank is one of the necessary conditions to ensure that the production process is carried out properly.
Radar level meter has become one of the commonly used equipment for mixing tank level measurement due to its high precision, fast response, wide adaptability, and insensitivity to dielectric constant. This article will introduce the characteristics of the mixing tank level and provide two actual measurement cases to demonstrate the excellent performance of radar level meter in mixing tank level measurement. The characteristics of the mixing tank level mainly include: Multiple liquid phases: Mixing tanks are often used to mix and stir different types of liquids, so they have multiple liquid phases. Traditional level meters are difficult to measure liquids with multiple different dielectric constants. The radar level meter has the advantages of high precision and wide measurement range. It can quickly switch between liquids with different dielectric constants and accurately monitor the liquid level of the mixing tank.
Large liquid level changes: The liquid level changes in the mixing tank are often quite dramatic, and traditional level meters are difficult to respond to such changes quickly. The radar level meter has a fast response speed and high accuracy, which can accurately feedback the liquid level of the mixing tank and help adjust the mixing ratio of the liquid in the tank. Corrosive media: Some liquids are corrosive and will corrode the level meter, thus affecting the accuracy of the measurement data. The radar level meter is not affected by corrosive liquids and can ensure the accuracy of the measurement data. The following are two actual measurement cases. Case 1: A petroleum company uses radar level meter technology to measure the liquid level of its mixing tank. The equipment has the characteristics of fast response, high accuracy, and stable operation, and is reasonably applied to the production process of mixing tanks to ensure the quality and safety of production.
Case 2: A petrochemical company uses radar level gauges to measure the liquid level of mixing tanks in its production process. The radar level gauge has fast response speed, high precision, and good corrosion resistance, ensuring accurate liquid level measurement in the mixing tank and providing reliable support for the production process. Liquid level measurement of mixing tanks is one of the important links in the petrochemical production process, and radar level gauges have become one of the commonly used equipment for mixing tank level measurement due to their high precision, fast response, and wide adaptability. More and more petrochemical companies are applying radar level gauges to liquid level monitoring of mixing tanks, which greatly enhances the safety and controllability of the production process.
Hangzhou Economic Development Area，Hangzhou 310018，China
