The use of imported Coriolis mass flow meter in the measurement of chemical raw materials
Coriolis mass flow meters have a wide range of applications in the chemical industry for the metering and control of raw materials, especially in production processes where accurate measurement and control of liquid or gas mass flow is required.
For example, many of the world's top 100 factories commonly used the United States Weidun VTON's imported Coriolis mass flow meter, such as fine chemical, pharmaceutical, food and beverage production and other fields, Coriolis flow meter can not only measure the flow of liquid, but also can be used for the measurement of gas flow. Due to its ability to directly measure mass flow, it is highly adaptable to changes in temperature, pressure, and density of fluids.
The following is a practical use case to analyze the application of Coriolis mass flow meters in the metering control of chemical raw materials:
Case in point: Raw material metering control in a petroleum refinery plant.
Application scenario: In petroleum refining plants, accurate metering and blending of feedstocks is a critical step in the production of high-quality fuels and petroleum products. These feedstocks include **, fuel oil, additives, etc., which need to be blended in specific proportions to meet product specifications.
Coriolis Mass Flow Meter Applications: Viton VTON's Coriolis mass flow meter can be used to measure the mass flow of different raw materials to ensure that they are mixed according to a predetermined ratio. It can monitor fluids in multiple feed lines at the same time, measuring the mass flow of various raw materials for precise formulation and mixing.
In petroleum refining plants, Coriolis mass flow meters are installed on each raw material feed line to ensure accurate measurement of mass flow.
Configure flow meters to monitor the flow of various raw materials. Each feed pipe is connected to a flow meter.
Connect the output of the flow meter to the automatic control system to monitor and record mass flow data in real time.
Depending on the formulation requirements of the product, the required proportions and flow parameters are set in the control system.
The control system automatically adjusts the feed flow of each raw material according to the data of the flow meter to meet the product specifications.
This case illustrates the application of Coriolis mass flow meters in petroleum refining plants, especially in the control of feedstock metering. It can help ensure product consistency and quality, reduce scrap rates, and improve production efficiency, while ensuring accurate metering and mixing of raw materials. This is critical for the application of metering and control of chemical raw materials.