Coriolis Flow Meters

A milk tanker is typically fitted with a pump and flowmeter that records the volume of milk loaded from each individual farm. Confirmation of the total volume of milk delivered to the dairy plant is performed either by weighing the tanker or via flowmeters in the tanker bays.

Accurate tracking of a facility's intake and output is needed as multiple state and federal agencies and environmental programs are involved. Since re-refined oil is considered a renewable resource it qualifies for various state and federal energy credits or pollution programs, so accurate accounting is critical.

In this application, the customer’s facility was using petroleum-fired generation and required a reliable and accurate flow measurement technology to measure the fuel flow required to run the turbines. The fuel flow to the turbine was to be measured and compared to the power generated by the turbine in megawatts, which would be the direct indication of the power generation efficiency, known as the plant settlement system application.

Avoid flashing issues while loading cryogenic liquids with safe, reliable, and accurate density fluid measurements utilizing Yokogawa’s industry-leading Coriolis flowmeter to eliminate measurement issues and increase the accuracy of inventory. 

Trappist monks, brewers of the infamous Trappist beer, leverage the precise and reliable measurement of the Rotamass TI Prime Mass Flow Meter.

The process consists of mixing meats, oils, and water to create a finished product, animal feed, using a PLC-based automation system.

Accurate and reliable measurement of wash oil in a high temperature process to avoid solidification of the chemical, it is essential to adjoin heat and insulation to the piping and equipment. Therefore, thermal management of the pipe runs is required, to avoid any heat loss in the fluid to maintain the fluid properties. 

Accurate measurement of the oil concentration would allow the heat/steam to be adjusted. Increases efficiency and saves money. 

Challenge: The customer's existing measurement device was disturbed by vibration and could not be compensated or corrected by the product that was installed.

In the food and beverage industry, government regulations for whisky production require compliance of distillation strengths to strict limits. Yokogawa’s ROTAMASS TI Coriolis mass flowmeter is well-matched for the application with its density calibration for ethanol or water percentage and a special calibration for maximum accuracy and stability. The mass flow meter’s dual bent tube technology and advanced software enabled the customer to measure the very small and sensitive range required. Yokogawa commissioned the mass flowmeter onsite to ensure the correct installation and commissioning from the outset, affording Total Insight through the entire product lifecycle. 

A Basic Guide to Accurate & Reliable Flow Measurement.

Smart devices, like Yokogawa’s line of Total Insight transmitters and flowmeters contribute to Digital Transformation during operations and throughout the lifecycle of the instrument.

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ROTAMASS is the integral and remote type Coriolis Mass Flow Meter. Both types have highly refined digital signal processing electronics, so that accurate and stable mass flow measurement is achieved.

It is the most technologically advanced mass flow meter yet. By combining the superior design of the application specific flow sensor and transmitters with the Total Insight philosophy and functionality, the flexibility of the ROTAMASS to adapt to changing  requirements guarantees performance throughout the lifecycle of the process measurement.

Discover how Yokogawa’s Total Insight Flowmeters with Process Guard transform operational safety and efficiency. In this video, we highlight its advanced capabilities in monitoring, diagnostics, and proactive intervention to minimize risks and maximize uptime.

To effectively control and optimize industrial processes, trusting measurements from flowmeters is vital.

Our experts review the theory behind flow measurement technologies. Discuss common flow application challenges and evaluate the different technologies when selecting a flow meter. They also give examples of best installation practices for successful measurements.