No abstract

Highly reliable and accurate Coriolis meters have been proposed for metering carbon dioxide in carbon capture and storage (CCS) operations to provide accurate flow measurements. However, there is a lack of calibration studies to quantify Coriolis measurements uncertainty for liquefied CO 2 . In this study, a first of its kind apparatus was designed, built and used to calibrate an industrial scale Coriolis meter using CO 2 in liquid phase . The standard uncertainty of the meter was evaluated within the temperature range 290 to 293 K and at pressure 6.5 MPa.