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A method and system of performing multiphase flow measurements. The method includes separating an incoming multiphase flow into a majority liquid component and a majority gas component. The majority liquid component comprises a water component and an oil component. The method further includes determ

A method and system of performing multiphase flow measurements. The method includes separating an incoming multiphase flow into a majority liquid component and a majority gas component. The majority liquid component comprises a water component and an oil component. The method further includes determining if the majority liquid component includes entrained gas. If the majority liquid component is substantially free from entrained gas, then the method further includes determining a water-cut of the majority liquid component, determining a density of the majority liquid component using a Coriolis flowmeter, and processing the water-cut and the density of the majority liquid component to determine a density of the oil component.

대표청구항 ▼

A method and system of performing multiphase flow measurements. The method includes separating an incoming multiphase flow into a majority liquid component and a majority gas component. The majority liquid component comprises a water component and an oil component. The method further includes determ

A method and system of performing multiphase flow measurements. The method includes separating an incoming multiphase flow into a majority liquid component and a majority gas component. The majority liquid component comprises a water component and an oil component. The method further includes determining if the majority liquid component includes entrained gas. If the majority liquid component is substantially free from entrained gas, then the method further includes determining a water-cut of the majority liquid component, determining a density of the majority liquid component using a Coriolis flowmeter, and processing the water-cut and the density of the majority liquid component to determine a density of the oil component. ion based IRDB manager uses conventional registration information (e.g., the current location information contained in a REGNOT message) in conjunction with data contained in a log file accessible to the location based IRDB manager to determine if a new and/or updated IRDB should be downloaded to the mobile device. Individualized IRDB updating reduces network loading. Moreover, using a location and subscriber based IRDB, the available IRDBs can be focused on a subscriber differentiating feature, e.g., a class of service (COS) basis and/or on the current location of the mobile device, to provide further customization and direction of the mobile device to carriers desired by the servicing wireless company.