Coriolis is one of the rapid growing technologies and growth in gas phase applications is approximately four times faster as compared to liquid applications. Older designs are known to have some well justified limitations for use on gas. Generally, a high pressure drop is required to obtain a high accuracy flow reading and large meters did not work properly due to sensitivity towards noise and effects of process pressure. Since the market is rapidly growing, manufacturers are mostly focused on liquid applications.
New designs and advancements in technology since early 1990’s have transformed this, allowing an accurate gas flow measurement for even low pressure gases. Sensitivity has been dramatically improved and pressure drop has been lowered. Overall, it can be argued that coriolis technology solves large number of problems and offers more value for gases than for liquid measurements. This is because gases are compressible. With advancements in technologies parameters such as temperature, gas composition and process pressure are accurately measured and provides adequate flow conditioning for profile sensitive technologies.
Since Coriolis meters measures the flowing mass of gas and accuracy is independent of composition and profile, the meter is highly accurate under a wider range of operating conditions and is less costly to install and maintain.
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Coriolis meters are majorly used for process control and a large number of worldwide approvals exist for fiscal transfer of liquids, which includes authoritative bodies such as USA NIST C.O.C., Dutch NMi, German PTB and USA API.