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08572 Erosion-Corrosion in Disturbed Liquid/Particle Flow

Picture for 08572 Erosion-Corrosion in Disturbed Liquid/Particle Flow
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Product Number: 51300-08572-SG
ISBN: 08572 2008 CP
Author: Joshua Addis, Srdjan Nesic, and Bruce Brown
Publication Date: 2008
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$20.00
$20.00
Erosion-corrosion occurs in pipelines that transport both corrosive liquids and erosive solid particles. This study has tested the erosion-corrosion behavior of mild carbon steel under conditions where there is no protective iron carbonate film. High and low NaCl concentrations were studied in order to determine the effect of salt concentration on the erosion-corrosion process as well as the individual pure corrosion and pure erosion processes. The effect of erosion-corrosion on mild steel was tested under disturbed flow by using a specially designed test section consisting of three flow alterations: a flow constriction, protrusion, and expansion. Under the tested conditions it was found that there is no synergistic effect between erosion and corrosion and that for an unprotected base metal the rate of metal loss is equal to the sum of erosion loss and corrosion loss. The higher salt concentration led to a lower corrosion rate and erosion rate but did not affect the interaction between erosion and corrosion.
Erosion-corrosion occurs in pipelines that transport both corrosive liquids and erosive solid particles. This study has tested the erosion-corrosion behavior of mild carbon steel under conditions where there is no protective iron carbonate film. High and low NaCl concentrations were studied in order to determine the effect of salt concentration on the erosion-corrosion process as well as the individual pure corrosion and pure erosion processes. The effect of erosion-corrosion on mild steel was tested under disturbed flow by using a specially designed test section consisting of three flow alterations: a flow constriction, protrusion, and expansion. Under the tested conditions it was found that there is no synergistic effect between erosion and corrosion and that for an unprotected base metal the rate of metal loss is equal to the sum of erosion loss and corrosion loss. The higher salt concentration led to a lower corrosion rate and erosion rate but did not affect the interaction between erosion and corrosion.
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