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Title: Real Time Electronics Gas Measurement
Author: Peter Kucmas
Source: 2016 International School of Hydrocarbon Measurement
Year Published: 2016
Abstract: Device diagnostics are extremely common in todays electronically enabled process control and measurement devices. Today the use of diagnostic data varies over an extremely wide range from end user operational needs to meeting requirements, standards and regulatory mandates. Modern regulations such as Directive 17 (western Canada) embrace technology and allow diagnostics to be used in proper circumstances to augment physical inspections of measurement devices such as but not limited to Coriolis flow meters, ultrasonic flow meters, pressure, temperature transmitters, level devices and any process instrumentation with an electronic processor. In the past decade detailed diagnostics from measurement devices tended to be monitored exclusively on high value or high risk assets but this trend of diagnostic monitoring is extending dramatically to other applications such as process control. The ultimate goal is for predicting the need for maintenance and or device calibration and ultimately to predict a drift in measurement uncertainty as well as the magnitude of that drift.

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