Supporting Critical Energy Infrastructure
Training, codes, and certification related to asset integrity, pressure equipment, piping systems, engineering reliability, and operational excellence.
Training Beyond the Individual Level
ASME Learning & Development helps engineers build technical knowledge through public courses.
ASME Corporate Training brings that learning directly to organizations like TotalEnergies through private sessions tailored to their assets, operations, and engineering priorities.
Corporate Training for Engineering Teams
Learn directly from experienced industry professionals who share practical approaches for evaluating equipment condition, managing degradation mechanisms, and applying engineering standards in real-world operations.
Topics include:
- Asset integrity and fitness-for-service assessments
- Pressure vessel inspection, maintenance, and life extension
- ASME B31.3 Process Piping
- Pressure relief devices and overpressure protection
- Failure prevention and reliability engineering
- Engineering standards for critical energy infrastructure
Training can be delivered in private sessions and aligned to your teams, assets, and engineering requirements.
Engineering Codes & Standards
ASME codes and standards provide the framework engineers use to design, inspect, operate, and maintain critical equipment and infrastructure.
They help organizations apply consistent engineering practices across assets, facilities, and operations.
Certifications
ASME certification programs provide independent verification that equipment and processes meet applicable code requirements.
They help support quality, consistency, and confidence throughout the lifecycle of critical assets.
Publications
ASME publishes journals, books, and conference proceedings that share technical research, engineering practices, and emerging developments across the industry.
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Use examples relevant to TotalEnergies assets and operating challenges
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Virtual or in-person delivery
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Expert instructors with extensive experience in asset integrity, reliability, and ASME standards