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INTRODUCTION Precision and efficiency in flow measurement are essential to ensure quality and optimize processes. Coriolis meters represent a technology for measuring flow and mass. Utilizing the Coriolis principle, these devices offer maximum precision and versatility, making them ideal for a wide range of industrial applications. Advantages of Coriolis Meters High Precision: Coriolis meters provide direct and extremely precise measurement of the mass and density of fluids, which is crucial for applications requiring accuracy in dosing and mixing products. Versatility: They can handle a variety of fluids, from liquids and gases to dense suspensions and non-homogeneous mixtures, without the need for constant recalibrations. No Moving Parts: The absence of moving parts significantly reduces maintenance and the risk of mechanical failures, ensuring continuous and reliable operation. Multivariable Measurement: In addition to mass, Coriolis meters can measure density, temperature, and volumetric flow, providing comprehensive real-time data for more efficient process control. Compatibility with Adverse Environments: Their robust design and resistant materials allow them to be used in extreme conditions, such as high temperatures, high pressures, and corrosive environments. Cost Reduction: The high precision and reliability of Coriolis meters translate into reduced waste and increased operational efficiency, generating significant long-term savings. Discover how Coriolis meters can transform your processes and take your operation to the next level with cutting-edge technology and superior performance. TYPES OF FLUIDS Stainless steel Coriolis meters are extremely versatile and can measure a wide variety of fluids. Thanks to their robust construction and corrosion resistance, these devices are ideal for handling different types of fluids in various industrial conditions. Here is a list of the types of fluids that can be measured with a stainless steel Coriolis meter: Liquids: Water and Aqueous Solutions: Perfect for pure water, wastewater, saline solutions, and other similar liquids. Chemical Products: Acids, bases, and solvents that do not react with stainless steel. Petroleum and Derivatives: Crude oil, gasoline, diesel, kerosene, and lubricating oils. Beverages and Liquid Foods: Juices, milk, beer, wine, syrups, and other food liquids. Gases: Industrial Gases: Nitrogen, oxygen, argon, carbon dioxide, hydrogen, and other common gases in industrial processes. Fuel Gases: Methane, propane, butane, and natural gas. Sludges and Suspensions: Water Treatment Sludges: Sludges from wastewater treatment and clarification processes. Chemical Suspensions: Mixtures of liquids with suspended solids that do not react with stainless steel. High Viscosity Fluids: Heavy Oils and Greases: Products such as liquid asphalt, industrial greases, and high viscosity oils. Resins and Liquid Polymers: Fluids used in the manufacture of plastics and resin products. Cryogenic Liquids: Liquefied Gases: Liquid nitrogen, liquid oxygen, and other gases in a cryogenic state. Pharmaceutical Process Fluids: Active Pharmaceutical Ingredients (API): Solutions and suspensions used in the manufacture of medicines. Bioprocesses: Cell cultures, buffer solutions, and other liquids used in biotechnology and pharmaceuticals. The stainless steel construction of Coriolis meters gives them excellent resistance to corrosion and chemical attack, making them suitable for measuring a wide range of fluids in demanding conditions. Additionally, their ability to handle both liquids and gases, as well as fluids with different viscosities and densities, makes them an essential tool in numerous industrial sectors. FEATURES We can configure the meter to work with the conditions of pipe diameter, pressure, flow rate, temperature, viscosity and density.
