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Title: Proving Coriolis Flowmeters
Author: Roger Thornton
Source: 2003 International School of Hydrocarbon Measurement
Year Published: 2003
Abstract: Coriolis meters measure mass flow rate and density. The measurement of the Coriolis force exerted by the flowing fluid on a vibrating tube provides a measure of the mass flow rate. At the same time, the frequency of the tubes vibration is related to the density of the flowing fluid. The meter is capable of indicating volume rate by dividing the measured mass rate by the measured fluid density. Coriolis meters have no mechanical moving parts to wear. Therefore, theoretically the performance of a Coriolis meter should not change with time. If this is true, why should you prove a Coriolis meter? When or how often should you prove a Coriolis meter? And how do you prove a Coriolis meter?

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