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Title: Reynolds Number And Viscosity Effects On Coriolis Flow Measurement Uncertainty
Author: Steffe N Baecker
Source: 2016 Canadian School of Hydrocarbon Measurement
Year Published: 2016
Abstract: Coriolis flow measurement technology has been providing unparalleled measurement uncertainty for many years without the usual need and regard for inlet and outlet conditions. Despite a modest pressure drop, Coriolis technology has been the wonder of the measurement world with very limited external influence effects until of late. Recent laboratory testing has revealed that some Coriolis tube geometry is very sensitive to high viscosity fluids at Reynolds number below 10000 and as Reynolds number decreases towards laminar region. In these low flow high viscosity flow regions the mass flow measurement uncertainty increases as much as hundred times from the typical 0.0 1% to 1% and more in mass flow.

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