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08466 A Study of the Chemical Composition and Corrosivity of the Condensate in Top of the Line Corrosion

Picture for 08466 A Study of the Chemical Composition and Corrosivity of the Condensate in Top of the Line Corro
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Product Number: 51300-08466-SG
ISBN: 08466 2008 CP
Author: Dezra Hinkson, Marc Singer, Srdjan Nesic, and Ziru Zhang
Publication Date: 2008
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The three key aspects of the top of the line corrosion process are condensation, chemical speciation and corrosion. The focus of this study is on the condensate speciation through a thermodynamic approach. Specifically, the aim of this study is to determine the concentration of acetic acid in the condensate. The presence of acetic acid tends to increase the corrosion rate and to promote localized corrosion. The results of this study show that the concentration of free acetic acid in the condensate is determined predominantly by the pH of the liquid phase, which is changed by the corrosion process. The concentration of total acetic acid seems to decrease as the condensation rate increases. The understanding and results gained from this study will lead to the creation of a complete predictive model for top of the line corrosion.
The three key aspects of the top of the line corrosion process are condensation, chemical speciation and corrosion. The focus of this study is on the condensate speciation through a thermodynamic approach. Specifically, the aim of this study is to determine the concentration of acetic acid in the condensate. The presence of acetic acid tends to increase the corrosion rate and to promote localized corrosion. The results of this study show that the concentration of free acetic acid in the condensate is determined predominantly by the pH of the liquid phase, which is changed by the corrosion process. The concentration of total acetic acid seems to decrease as the condensation rate increases. The understanding and results gained from this study will lead to the creation of a complete predictive model for top of the line corrosion.
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