Charisma

Material and corrosions engineering

The course provides a comprehensive study of materials degradation and corrosion in industrial heating and power systems (such as fossil-fired boilers and oil/coal-fired furnaces). It addresses the fundamental mechanisms of high-temperature corrosion, material selection, and integrity management, drawing on state-of-the-art corrosion technology to deal with aging and life extension issues.

4 hr

Created by Dr. YASSER MEKKY

EN/AR [Auto]

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#	Content
1	• Introduction and Background
2	• Degradation Mechanisms
3	• Inspection and Maintenance
4	• Risk, Integrity, and Reliability

#	Outcomes
	• Understanding the thermodynamic and electrochemical nature of corrosion processes, including phase transformations from metal to ores/corrosion products.
	• The ability to recognize specific forms of high-temperature degradation, such as coal ash and oil ash corrosion, oxidation, and sulfidation.
	• Competence in evaluating fitness-for-service (FFS), determining maximum allowable operating pressure (MAOP), and applying deterministic versus probabilistic risk analysis methods.
	• Knowledge of practical corrosion prevention methods, including resistant coatings, thermal spraying, combustion control, and the use of fuel additives.

#	Participants
1	� • Practicing engineers, consultants, technologists, project planners, and facility managers in the energy and process sectors.
2	� • Fabricators, construction engineers, safety engineers, and integrity, reliability, and maintenance engineers.
3	� • Undergraduate and postgraduate students in engineering curriculums studying materials selection and design.

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Contact

601, El Horeya St,7th floor Zizinia, Alexandria, Egypt

(+2) 01099 770 699

dr.yassermekky@charismaqs.com

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