Flowmeters have been used for hundreds of years, but it is only relatively recently that the most adaptable technology has become available for process applications. Coriolis meters were first patented in the 1950s and first introduced as lab instruments in the 70s. They began to be rolled out to specific process applications a decade later and have rapidly evolved in design and performance since then, to the point now where they are by far the most accurate and repeatable flow sensor technology for process liquids and gas applications. Some meter designs can also be applied to custody transfer situations, further validating their outstanding performance specifications.
Most Coriolis meters on the market then, and now, feature a multi-tube or single bent tube sensor design. KROHNE was among the earliest producers of Coriolis meters and quickly distinguished itself by developing the first single straight tube design for challenging processes that could not accept bent tube solutions. 
In this episode, I would like to discuss some of the challenges that Coriolis meters can tackle better than other flowmeter technologies and I would also like to take it a step further and share a few unique situations where only a very specific solution could be applied.
Some aspects we’ll cover:
•The basics of Coriolis meters
•How their performance matches to other types of flowmeters
•Where do bent tube and straight tube meters apply themselves
•3 Specific unique applications
•What you need to consider

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