Five Mistakes When Selecting A Flowmeter

Flowmeters are indispensable in today's industrial landscape, playing a pivotal role in process control. As technology continues to evolve over the years, a plethora of flowmeter technologies have emerged, offering customers diverse options for managing and monitoring utilities, steam, fiscal metering, and more. Among the leading flowmeters in the market are Coriolis, magnetic, vortex, ultrasonic, differential pressure, and variable area meters, with additional options like turbine, thermal mass, and positive displacement also available. Given the unique strengths and weaknesses of each flowmeter type, careful consideration is essential to ensure the chosen technology aligns with the specific application requirements.

The transition from Industrial Automation to Industrial Autonomy (IA2IA) marks the next frontier for many companies, driving the adoption of digitalization. While experienced expertise and cutting-edge technology often contend, flowmeter manufacturers have risen to meet the challenge. For instance, Yokogawa's Total Insight (TI) leverages advanced diagnostics and tools to monitor products throughout their lifecycles, aiding plants in achieving their objectives. These innovative solutions facilitate the transition from outdated technology to selecting suitable flowmeters, not only for current processes but also for future digital transformations.

Despite the availability of manufacturer sizing tools and selection guides, choosing the right flowmeter remains a complex endeavor. Five common mistakes persist in flowmeter selection, irrespective of technology. Exploring each of these errors sheds light on why they continue to pose significant challenges.