1. Industrial sector
① Petrochemical industry: In the process of petroleum refining, the flow rate of crude oil, refined oil, etc. can be measured to provide accurate data for production scheduling and measurement settlement. In chemical production, it is possible to measure the flow rate of various corrosive conductive liquids such as acid, alkali, salt solutions, and organic solutions, such as sulfuric acid, sodium hydroxide solutions, etc., to ensure accurate material ratios for chemical reactions and guarantee product quality.
② Metallurgical industry: used to measure the flow rate of cooling water in metallurgical production, to monitor the operating status of the cooling system and ensure the normal cooling of equipment. It can also measure the flow rate of acidic and alkaline solutions in processes such as acid washing and electroplating, which helps to control process parameters, improve product quality and production efficiency.
③ Textile industry: In the process of textile printing and dyeing, the flow rate of dyes, slurries and other fluids can be accurately measured to ensure the stability of dyeing and sizing processes, resulting in uniform color and stable quality of textiles.
④ Paper industry: It can measure the flow of pulp, white water, etc., help control the supply of pulp and water circulation in the paper making process, improve paper quality and production efficiency, and can also be used for flow monitoring of wastewater discharge, facilitating environmental management.
2. Environmental protection field
① Sewage treatment: In sewage treatment plants, the inflow, outflow, and sewage flow in each treatment process can be monitored to provide data support for the operation control and effectiveness evaluation of sewage treatment processes, ensuring that sewage is discharged in compliance with standards. It can also be used for flow monitoring of enterprise sewage discharge outlets, supervising the sewage discharge situation of enterprises, and preventing illegal discharge.
② River and Lake Monitoring: In water environment monitoring, it can be used to measure the flow of water bodies such as rivers and lakes, understand the flow of water resources, and provide important basis for water resource management, water ecological protection, flood control and disaster reduction.
3. Municipal field
① Urban water supply: In the urban water supply system, it is installed on the main pipeline or residential water supply pipeline to measure the flow rate of tap water, which facilitates water allocation, billing, and network operation management by the water supply department, ensuring the stability and efficiency of urban water supply.
② Heating system: In a centralized heating system, the flow rate of hot water can be measured, and the heating amount can be calculated based on temperature data to achieve accurate measurement and charging of heat. At the same time, it helps heating enterprises optimize heating scheduling and improve heating quality.
4. Food and pharmaceutical industry
① Food processing: In beverage production, it is possible to accurately measure the flow rate of raw materials such as juice, syrup, and water, achieve precise ingredients, and ensure consistency in product taste and quality. In dairy processing, the flow rate of fluids such as milk and yogurt can be measured for production process control and yield statistics.
② Pharmaceutical industry: In the process of drug production, the flow rate of drugs, purified water, etc. can be measured to ensure accurate and error free material addition during drug production, in compliance with Good Manufacturing Practice (GMP) requirements, and to ensure the stability and consistency of drug quality.
5. Water conservancy and hydropower field
① Water conservancy engineering: Installing split type electromagnetic flow meters in the discharge pipelines or irrigation channels of reservoirs and dams can measure the flow rate of water, providing accurate data for water resource allocation, irrigation water management, and flood control scheduling.
② Hydroelectric power station: used in the diversion or tailwater pipelines of hydroelectric power stations to measure water flow rate, in order to calculate power generation, evaluate unit operating efficiency, and carry out water conservancy scheduling.
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