Amine Corrosion
Corrosion in Amine Unit
Understanding corrosion damage mechanisms is essential for preventing leaks, failures, and unplanned shutdowns in refining and other industrial operations. This training section is organized by corrosion damage mechanisms, with each mechanism divided into focused micro-modules.
These micro-modules explain how corrosion initiates and progresses, the operating and environmental conditions that promote damage, and the potential consequences if it is not properly managed. Emphasis is placed on practical recognition, inspection considerations, and mitigation approaches, enabling learners to apply the knowledge directly in day-to-day operational and maintenance activities.
The course cards below show module progress and link to each course’s final exam. To configure a course, add its module IDs to moduleList in that course page’s front matter, add video-based module IDs to videoModuleList, and set examUrl to the external final-exam form.
Corrosion in Amine Unit
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Damage mechanisms in CDU OVHD
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This training provides a comprehensive overview of naphthenic acid corrosion and high-temperature sulfidation, sometimes described as crude corrosivity. It addresses the fundamental characteristics of these damage mechanisms, with emphasis on the influence of process conditions, material selection, inspection, and monitoring practices.
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Ammonium bisulfide corrosion
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Corrosion in Amine Unit
Damage mechanisms in CDU OVHD
This training provides a comprehensive overview of naphthenic acid corrosion and high-temperature sulfidation, sometimes described as crude corrosivity. It addresses the fundamental characteristics of these damage mechanisms, with emphasis on the influence of process conditions, material selection, inspection, and monitoring practices.
Ammonium bisulfide corrosion
[FILL: One-sentence module summary]