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51316-7149-Corrosion Mechanism of API X80 Steel Material in Sour Environment at Different Temperatures

Picture for Corrosion Mechanism of API X80 Steel Material in Sour Environment at Different Temperatures
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Electrochemical behavior of API X-80 steel materials in 3.5% wt. of NaCl solution containing different concentrations of H2S at different temperatures was studied. Potendiodynamic polarization, electrochemical impedance spectroscopy (EIS) and scanning electron microscopy (SEM) were used to characterize the corroded API X-80 steel surface.

Product Number: 51316-7149-SG
ISBN: 7149 2016 CP
Author: Adel Mohamed
Publication Date: 2016
Industry: Science of Corrosion
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$20.00
$20.00

The electrochemical behavior of API X-80 steel materials in 3.5% wt. of NaCl solution containing different concentration of H2S at different temperatures was studied. Potendiodynamic polarization, electrochemical impedance spectroscopy (EIS) and scanning electron microscopy (SEM) were employed to characterize the corroded API X-80 steel surface. The result showed that the corrosion rate of API X80 steel materials increased with increasing temperature. Pitting was observed at lower temperatures, while cracks and sulfide layers were observed on the corroded steel surface as the temperature was increased. Displacement of Fe-oxide film with a non-protective iron sulphide film was found to be responsible for the pitting and corrosion of the API X-80 steel materials.


Key words: downloadable, Temperature, hydrogen sulfide, API X80, corrosion, sulfide corrosion cracking

The electrochemical behavior of API X-80 steel materials in 3.5% wt. of NaCl solution containing different concentration of H2S at different temperatures was studied. Potendiodynamic polarization, electrochemical impedance spectroscopy (EIS) and scanning electron microscopy (SEM) were employed to characterize the corroded API X-80 steel surface. The result showed that the corrosion rate of API X80 steel materials increased with increasing temperature. Pitting was observed at lower temperatures, while cracks and sulfide layers were observed on the corroded steel surface as the temperature was increased. Displacement of Fe-oxide film with a non-protective iron sulphide film was found to be responsible for the pitting and corrosion of the API X-80 steel materials.


Key words: downloadable, Temperature, hydrogen sulfide, API X80, corrosion, sulfide corrosion cracking

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