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Title: Improving Multiphase Flow Measurement With Coriolis Meters
Author: Justin Hollingsworth Laura Schafer
Source: 2016 Canadian School of Hydrocarbon Measurement
Year Published: 2016
Abstract: Improvement of Coriolis flow measurement in the presence of gas grants the possibility of significant reduction in capital expenditure and maintenance costs associated with monitoring flow at individual wellheads on a continuous basis, when compared with a test separator or full multiphase flow meter. Last year, we presented on a novel algorithm, which was introduced to improve Coriolis flow measurement in the presence of gas (1). Data collected over the past year yields evidence in support of the techniques proposed to mitigate errors in flow measurement with coriolis meters, caused by multiple fluid phases. By carefully monitoring (and in some cases managing) flow regimes in multiphase processes, it is possible to significantly reduce measurement errors caused by multiple phases within the tubes of coriolis meters.

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