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Title: 2-PHASE Wet Gas Flow Measurement
Author: Martin Kurth, Geeuwke De Boer, Martin Van Werven, Jan Drenthen
Source: 2006 South East Asia Flow Measurement Conference
Year Published: 2006
Abstract: In this paper a newly developed wet gas flow meter is presented and some recent test results are discussed. The principle of this flow meter is based on the combination of differential pressure and ultrasonic flow measurement technology. In fact, the wet gas meter described here has two ultrasonic flow meters integrated in a Venturi ?P meter and provides continuous and simultaneous flow rates of both gas and liquid phases to the user. Making use of, at least, two totally independent measurements in wet gas flow conditions has shown to be a very effective way to derive gas and liquid flow rates. This makes the measurement less dependent on empirical correlations. Furthermore, using a single ?P device in the meter design the total pressure loss will be moderate. As a result of direct measurement of the gas velocity in the wet gas flow the achieved accuracy in the measurement of the gas phase is generally excellent. The results presented in this paper show that this wet gas meter is capable to perform within the target specifications and that the accuracies of the measurement meet allocation requirements.

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