Directions of Improving Gas and Oil Pipeline Structural Materials

The anodic reaction of CO2 corrosion of steel is closely related to the formation and characteristics of the corrosion product film. However, the relationship between the anodic reaction and the corrosion product film has not been studied. As a useful tool to study the dynamic process of the electrode and the electrode surface state, the measurement technique of AC impedance has been gradually used to study the characteristics of the CO2 corrosion product film along with evaluating corrosion inhibitors and ion adsorption on the electrode surface of casing steel. In this work, the AC impedance characteristics of N80 steel in different media environments were studied using. The influence of the electrode reaction and corrosion product film on the AC impedance spectrum is analyzed, and a theoretical model of CO2 corrosion is proposed. This model is used to study the influence of temperature and Clconcentration on the impedance spectrum of the cathode and anode of N80 casing steel, to explore the film formation on the surface of the sample and the electrode reaction process and to understand the impact of environmental factors on CO2 corrosion.

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Directions of Improving Gas and Oil Pipeline Structural Materials

Cited by 4 publications

References 1 publication

Strength prediction of a steel pipe having a hemi-ellipsoidal corrosion defect repaired by GFRP composite patch using artificial neural network

Strength prediction of a steel pipe having a hemi-ellipsoidal corrosion defect repaired by GFRP composite patch using artificial neural network

Steels with Yield Strength Higher than 700 MPa for Metallic Structures and the Strength of Their Welded Joints

Electrochemical Behavior and Corrosion Products of Casing Steel under CO2 Condition

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