Coriolis mass flowmeters application

Coriolis mass flowmeters, with their advantages of direct mass flow measurement, high precision, and wide applicability to various fluids, are widely used in multiple scenarios requiring strict flow metering. The specific applications are as follows:

1. Petrochemical and Oil & Gas Industry

• Crude oil and refined oil metering: Used for mass flow measurement in crude oil extraction, transportation, and various links in refineries. It accurately measures the trade settlement volume of crude oil, gasoline, diesel, etc., avoiding metering errors caused by density changes.
• Measurement of multi-component mixed fluids: In chemical reaction processes, it controls the flow of multi-component fluids such as mixed solvents and catalysts to ensure precise reaction proportions.
• High-pressure gas metering: Suitable for the transportation metering of high-pressure gases such as natural gas and petroleum gas, especially in high-pressure pipeline transportation and terminal distribution, where it can stably output mass flow data.

2. Food and Beverage Industry

• Raw material proportioning control: In beverage production, it accurately measures the mass flow of liquids such as syrup, concentrated fruit juice, and additives to ensure the consistency of product formulas; in dairy processing, it controls the addition amount of raw materials such as milk and cream.
• Sterile fluid metering: Due to its unobstructed flow channel design (no dead corners, easy to clean), it can be used in aseptic filling production lines, such as flow monitoring of beer and purified water, meeting food hygiene standards (e.g., FDA, GMP).
• Measurement of high-viscosity fluids: It can stably measure the mass flow of high-viscosity fluids such as honey, chocolate paste, and jam, avoiding the impact of viscosity changes on metering accuracy.

3. Pharmaceutical and Bioengineering Industry

• Pharmaceutical liquid metering: In pharmaceutical production, it performs high-precision flow control on medicinal liquids, injections, vaccines, etc., ensuring the accurate proportion of ingredients in each batch of products and complying with strict specifications in the pharmaceutical industry (e.g., GMP).
• Biological fermentation process monitoring: Used for flow measurement of nutrients, bacterial strains, and other fluids in fermenters to ensure the stability of the fermentation environment and improve the yield and quality of biological products.
• Clean fluid transportation: With no wearing parts in the flow channel and easy disinfection, it is suitable for metering high-purity fluids (such as purified water, sterile gases) in clean rooms.

4. Energy and Power Industry

• Fuel metering: In thermal power plants, it monitors the mass flow of fuels such as heavy oil and light oil in real-time to optimize combustion efficiency and reduce energy consumption; in biomass energy utilization, it meters new energy fluids such as biodiesel and ethanol.
• Coolant flow control: Used in the cooling systems of nuclear power plants or large generator sets to monitor the flow of coolants (such as boric acid solution) and ensure the safe operation of equipment.

5. Metallurgy and Mining Industry

• Slurry and pulp metering: It measures the mass flow of solid-containing slurries, mud, and other fluids in mining and mineral processing, withstanding high-wear and high-concentration fluid environments.
• Metalworking fluid control: In industries such as steel and aluminum processing, it precisely controls the flow of cutting fluids and lubricants to reduce resource waste and improve processing efficiency.

6. Water Treatment and Environmental Protection Industry

• Sludge and waste liquid metering: Used for flow measurement of sludge and chemical waste liquid in sewage treatment plants, helping to optimize sludge dewatering and waste liquid treatment processes.
• Chemical agent dosing control: In water purification processes, it accurately meters the flow of flocculants, disinfectants, and other agents to ensure the stability of water treatment effects and meet environmental discharge standards.