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Calibrating and Operating Coriolis Flow Meters at Service Conditions

Webinar

The temperature, pressure and viscosity of produced oil from a reservoir can differ considerably from standard calibration laboratory conditions. The standard practice for calibrating flow meters for the oil & gas industry has been to match the fluid viscosity and, if possible, the fluid temperature and pressure. However, matching all parameters is seldom possible due to the limitations set by the calibration facilities. As such, the parameter that is most often matched is the fluid viscosity. A limitation of the above approach is that temperature and pressure variations are known to influence properties, other than fluid viscosity, that may also be critical to the overall measurement uncertainty.

To address this, TÜV SÜD National Engineering Laboratory has a fully accredited elevated pressure and temperature liquid flow facility. This facility has been used to investigate the performance of flow meters at elevated pressures and temperatures. It also allows for liquid flow calibrations to be completed close to service conditions.

Delivered by flow measurement expert Dr Chris Mills, the purpose of this webinar will be to highlight the influence of elevated temperatures, pressures and viscosities and to provide the end user with the correct methodology for calibrating Coriolis meters for these conditions. The presentation will also highlight the requirement for the ISO standard 10790 to be updated given the current knowledge level.


About the Speakers

Dr Chris Mills

Chris MillsDr Chris Mills is a chartered chemical & process engineer with twelve years’ experience in flow measurement at TÜV SÜD National Engineering Laboratory in Scotland. He has practical experience with calibrating and operating a range of flow meter technologies including Coriolis, positive displacement, ultrasonic, turbine and differential pressure devices. Chris has recently been awarded an engineering doctorate for his research into laminar-turbulent transitional flow measurements.

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