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51317--9694-Multipoint Flux Monitoring by the Hydrogen Collection Method Using a New Wide Temperature Range Flux Measurement Probe

Picture for Multipoint Flux Monitoring by the Hydrogen Collection Method Using a New Wide Temperature Range Flux
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The hydrogen collection method is used widely. In this paper we present preliminary measurements from a newly developed device based on the hydrogen collection method of flux measurement, which enables readings to be taken from up to four external probes sequentially, within a short time.

 

Product Number: 51317--9694-SG
ISBN: 9694 2017 CP
Author: Frank Dean
Publication Date: 2017
Industry: Corrosion Monitoring and Control
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The hydrogen collection method is used widely to measure hydrogen flux invarious oil processing environments. The inherent advantages are the method's non-intrusivity ease ofapplication spead and dynamic range of measurementand tolerance of variable steel temperature and curvature.  In this paper we present preliminary measurements from a newly developed device engaging the hydrogen collection method which accomodates measurements from up to four probes of a new design within a cycle of less than ten minutes.  Prospective applications of the new tool will be discussed in the context of the results presented such as for hydrogen bakeout monitoring.

Key words: hydrogen, permeation, flux, HIC, naphthenic acid corrosion, sour corrosion

The hydrogen collection method is used widely to measure hydrogen flux invarious oil processing environments. The inherent advantages are the method's non-intrusivity ease ofapplication spead and dynamic range of measurementand tolerance of variable steel temperature and curvature.  In this paper we present preliminary measurements from a newly developed device engaging the hydrogen collection method which accomodates measurements from up to four probes of a new design within a cycle of less than ten minutes.  Prospective applications of the new tool will be discussed in the context of the results presented such as for hydrogen bakeout monitoring.

Key words: hydrogen, permeation, flux, HIC, naphthenic acid corrosion, sour corrosion

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There has been recent interest in the use of hydrogen flux monitoring at high temperatures to evaluate ‘naphthenic acid’ and sulfidic corrosion in high temperature process streams associated with crude distillation units. In this report, we present flux and corrosion data obtained from samples  drawn from a refinery process stream.

 
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