Which industries or fields widely apply Coriolis mass flowmeters
Coriolis mass flowmeters are widely used in the following industries or fields
Petrochemical industry: In the process of crude oil extraction and refining, it is used to measure the mass flow of crude oil, refined oil products, chemical raw materials and intermediates, etc. Precise measurement ensures the accuracy and economy of the production process. In the production of chemical products, such as plastics, rubber, and chemical fibers, precise measurement of various liquid and gaseous raw materials is carried out to ensure the accurate proportioning of chemical reactions and enhance the stability of product quality.
In the food and beverage industry: During beverage production, precise measurement of raw materials such as water, syrup, and fruit juice is carried out to ensure the consistency of product taste and quality. In edible oil production, accurately measuring the flow rate of oil is used for production process control and finished product packaging metering. In the production of chocolate, candies, etc., it can precisely measure the flow rate of high-viscosity chocolate paste, sugar paste, etc., to achieve precise batching.
Pharmaceutical industry: During the production process of drugs, precise measurement of various liquid medicines, solvents, raw materials, etc. is carried out to ensure the accuracy and consistency of drug formulas and guarantee the quality and efficacy of drugs. In drug development and laboratories, it is used to precisely prepare drug solutions and control the flow rate of reaction materials, providing accurate data support for drug development.
Energy industry: In the extraction, transportation and trade handover of oil and gas, precisely measure the mass flow of oil and gas to provide accurate data for production statistics and trade settlement. In power generation, it is used to measure the flow of fuel oil and gas in thermal power stations, as well as the flow of coolants and other substances in nuclear power plants, to achieve precise control and management of energy.
In the field of biomedicine: It is used in biomedical research to measure the flow of biological fluids, such as blood and cell culture media, providing data support for biological experiments and research. In medical equipment, such as infusion pumps and hemodialysis devices, the flow of liquid medicine or blood is precisely controlled to ensure the safety and effectiveness of the treatment process.
Papermaking industry: During the papermaking process, liquids such as pulp, white water, and chemical auxiliaries are precisely measured, and the addition amounts of each component are controlled to ensure the stability of paper quality. At the same time, the production process is optimized and costs are reduced.
In the aerospace field: In aircraft fuel systems, precisely measuring the mass flow rate of fuel provides crucial data for fuel management and flight safety of aircraft. In the testing and operation of aerospace engines, it is used to measure the flow rate of propellants to ensure the normal operation and precise control of the engines.
Semiconductor and integrated circuit industry: During the chip manufacturing process, the flow of various chemical reagents, photoresists, etc. is precisely controlled to ensure the accuracy and consistency of the process and improve the yield of chip manufacturing.
In the field of environmental protection: In sewage treatment plants, the flow of sewage and chemicals is measured for the control and management of treatment processes to ensure the effectiveness of sewage treatment. In environmental monitoring, the emission flow of air pollutants and industrial waste gas is measured to provide data support for environmental supervision and pollution control.
