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Managing Corrosion Risk in Carbon Capture and Storage Facilities Using Non-Intrusive Monitoring Technologies

Picture for Managing Corrosion Risk in Carbon Capture and Storage Facilities Using Non-Intrusive Monitoring Technologies
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Carbon capture and storage (CCS) or utilisation (CCU) of the captured carbon dioxide (CO2) are tools for reducing global carbon emissions, and to combat climate change both are required. According to the IEA1, in 2021, the global capacity of CCS grew by 48%i, showing that this technology is becoming more popular to meet sustainability targets.

Product Number: 51323-18856-SG
Author: William Fazackerley
Publication Date: 2023
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$20.00
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Carbon capture and storage (CCS) is a fast-growing tool for reducing global carbon emissions in order to combat climate change. CCS technology is in its relative infancy and showed 48% growth in 2021 for commissioned projects. With unknown or new technology comes unknown risk, especially from corrosion. Some recent high profile CCS projects have been delayed owing to a range of factors, including in some cases extreme corrosion caused by contaminants in the piping. A corrosion event could be catastrophic, causing potential loss of life. Monitoring the risk and impact of corrosion and erosion using wireless non-intrusive sensors is cost effective and reduces leaks into the environment by giving real-time updates on the pipe wall thickness and corrosion rate.

Carbon capture and storage (CCS) is a fast-growing tool for reducing global carbon emissions in order to combat climate change. CCS technology is in its relative infancy and showed 48% growth in 2021 for commissioned projects. With unknown or new technology comes unknown risk, especially from corrosion. Some recent high profile CCS projects have been delayed owing to a range of factors, including in some cases extreme corrosion caused by contaminants in the piping. A corrosion event could be catastrophic, causing potential loss of life. Monitoring the risk and impact of corrosion and erosion using wireless non-intrusive sensors is cost effective and reduces leaks into the environment by giving real-time updates on the pipe wall thickness and corrosion rate.

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Picture for Guidance for Materials Selection and Corrosion Control in CO2 Transport and Injection for Carbon Capture and Storage
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Guidance for Materials Selection and Corrosion Control in CO2 Transport and Injection for Carbon Capture and Storage

Product Number: 51322-17726-SG
Author: J. Sonke, S.J. Paterson
Publication Date: 2022
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The aim of this work is to identify an approach to materials selection and corrosion control that can address the specific requirements of a Carbon Capture and Storage (CCS) project. This work is largely based on the accumulated knowledge and expertise that has been published. Besides the direct guidance from this document, specific topics may require more detail that can be found in the references.
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Material Selection for Carbon Capture and Storage (CCS) Wells

Product Number: 51323-18760-SG
Author: Willem Maarten van Haaften, Hisashi Amaya, Bostjan Bezensek, Yuji Arai, Brian Chambers, Hiroki Kamitani
Publication Date: 2023
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The goal of the Paris Agreement is to limit global warming to below 2°C, preferably 1.5°C, compared to pre-industrial levels.1 While the world is slowly transitioning to more sustainable energy sources to reach this target, one of the ways to reduce the CO2 in the atmosphere is to capture it and store it in depleted gas fields. According to the IOGP1, the total number of CCS projects in Europe is 65 in 2022.2 The aim of these projects is to store around 60 MtCO₂/yr by 2030.
Picture for Influence of Impurity Adsorption and Condensation on the Initial Corrosion Mechanism of CO2 Transport Pipeline Steel
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Influence of Impurity Adsorption and Condensation on the Initial Corrosion Mechanism of CO2 Transport Pipeline Steel

Product Number: 51323-19066-SG
Author: Minghe Xu, Yoon-Seok Choi, Srdjan Nesic
Publication Date: 2023
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CO2 captured from different sources for carbon capture and storage (CCS) will contain impurities. Although it is technologically possible to treat CO2 to near 100% purity in the gas conditioning process, it is preferable to have fewer rigid specifications to reduce both operational and capital costs. From a corrosion point of view, SOx, NOx, H2S, and O2 are considered to be the most aggressive impurities.
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