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Title: Vision Technology for Analyzing Crude and Produced Water: Advancements and Results From the Field
Author: Thomas M. Canty
Source: 2018 International School of Hydrocarbon Measurement
Year Published: 2018
Abstract: Vision technology is providing the answer for crude and produced water measurements that are currently skewed by the uncertainty of traditional, non visual instrumentation to know what kinds of particles are being measured. For instance, ultrasonic meters can be affected by the solid particles they are measuring. Air bubbles can also affect the accuracy and calibration of the instrument. Particle counters are likewise affected by the presence of non solid constituents in the mixture such as air or water. In any event, there is no direct, or immediate, method to confirm that the measurement shown is actually a true measurement or a skewed reading caused by some of these process factors. Visual technology, or Imaging, captures a process feature that is invaluable in detecting water (and gas) and properly reporting its presence without distorting the measurement of the solids present. Additionally, the visual component of the technology allows for classification of solids which is important in the analysis of fuel systems and lubricating oil systems. This paper will review applications where imaging technology is being applied to create improved efficiency and precision in the measurement of crude oil properties.

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