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08540 Prediction of Erosion-Corrosion in Oil and Gas: A Systematic Approach

Picture for 08540 Prediction of Erosion-Corrosion in Oil and Gas: A Systematic Approach
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Product Number: 51300-08540-SG
ISBN: 08540 2008 CP
Author: Xinming Hu, Anne Neville, V. A. D. Souza, and J. Wells
Publication Date: 2008
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A systematic study on pipeline steel degradation due to erosion-corrosion containing sand in CO2 saturated environments has been carried out in a liquid-solid impingement system. This work focuses on the total material loss, corrosion, erosion and their interactions (synergy) as a function of environmental parameters (temperature, flow velocity and sand content) which enables the critical conditions between flow induced corrosion and erosioncorrosion to be determined. The experimental results show the effect of the synergistic effect (defined as the influence of corrosion on erosion) is significant and is the main reason why prediction of erosion-corrosion deviates from established CO2 corrosion models. An empirical mathematical model is derived which in addition to predicting the thickness loss, assesses the dominance due to corrosion-related processes to assist in understanding the erosion-corrosion processes.
A systematic study on pipeline steel degradation due to erosion-corrosion containing sand in CO2 saturated environments has been carried out in a liquid-solid impingement system. This work focuses on the total material loss, corrosion, erosion and their interactions (synergy) as a function of environmental parameters (temperature, flow velocity and sand content) which enables the critical conditions between flow induced corrosion and erosioncorrosion to be determined. The experimental results show the effect of the synergistic effect (defined as the influence of corrosion on erosion) is significant and is the main reason why prediction of erosion-corrosion deviates from established CO2 corrosion models. An empirical mathematical model is derived which in addition to predicting the thickness loss, assesses the dominance due to corrosion-related processes to assist in understanding the erosion-corrosion processes.
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The goal of this work is to determine erosion-corrosion damage caused by liquid impact in the oil and gas industry.

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