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    Class and Course
    1. NExT
    2. Energy Transition
    3. Asset Integrity and Corrosion Management: Paving a Sustainable Energy Transition Era

    Asset Integrity and Corrosion Management: Paving a Sustainable Energy Transition Era

    • Foundation
    • 2 Days
    • classroom1Classroom

    As the global energy landscape rapidly evolves, there is an increasing interest on sustainable and renewable energy sources such as solar, wind, geothermal and Hydrogen in conjunction with pivotal technologies like Carbon Capture and Storage (CCS), and Carbon Capture Utilization Storage (CCUS). In this transition for cleaner and more sustainable energy; the integrity and longevity of the existing and future assets is essential to achieve the Net-Zero goals established by governments and organizations. Effective corrosion and asset integrity management programs are crucial for ensuring the safe, efficient, and sustainable operation of the new and repurposed energy infrastructure.

    This introductory course explores the critical aspects of corrosion management and asset integrity management across various new energy sectors such as Hydrogen Transportation, CO2 transportation, Solar energy, Geothermal energy, and Wind energy. Participants will gain understanding of corrosion mechanisms, prevention techniques, and asset integrity tailored to each energy type. The course highlights the importance of proactive measures to mitigate corrosion, enhance safety, and extend the lifespan of energy assets, thereby supporting broader sustainability and environmental stewardship goals.

    Session A: Introduction to Circular Economy, Sustainability, and the Role of New Energies in the Transition

      • Basics of Circular Economy and Sustainability
      • Importance of New Energy Sources in Sustainable Transition
      • Interconnection between asset integrity and sustainability

    Session B: Introduction to Corrosion and Degradation Mechanisms in New Energy Technologies

      • Carbon Capture and Storage (CCS) and Carbon Capture Utilization Storage (CCUS)
      • Hydrogen transportation
      • Solar energy systems
      • Geothermal energy systems
      • Wind energy systems
      • Class activity

    Session C: Economical, Safety, and Other Impacts of Failures Caused by Corrosion – Lessons Learned from Conventional Production Sites

      • Economic impacts of corrosion-related failures
      • Safety incidents and environmental repercussions
      • Key lessons from Oil and Gas industry
      • Class activity

    Session D: Regulations, Standards, and Guidelines to Manage Corrosion in New Energy Technologies

      • Overview of relevant regulations and standards
      • Compliance requirements for different energy sectors
      • Best practices for adhering to guidelines
      • Class activity

    Session E: How to Avoid Failures by Corrosion and Degradation Mechanisms in New Energy Technologies – Life Cycle Assessment

      • Carbon Capture and Storage (CCS)
      • Hydrogen transportation
      • Solar energy systems
      • Geothermal energy systems
      • Wind energy systems
      • Class activity

    Wrap-Up


    Session F: Recap of Day 1 and Introduction to Day 2

      • Brief summary of previous day's learning
      • Overview of the day's agenda
      • Real-world examples of corrosion management in new energy projects
      • Success stories and challenges faced
      • Class Activity

    Session G: Workshop: Group Activity – Applying Learnings to Specific Energy 

    Groups Divided by Energy Sector: CCS, Hydrogen, Solar, Geothermal, Wind

    Task:

      • Identify potential corrosion challenges
      • Propose mitigation strategies based on Day 1 learnings
      • Develop a brief action plan for corrosion management

    Session H: Group Presentations and Peer Feedback

    • Each group presents their findings and action plans
      • 10 minutes per group presentation
      • 5 minutes for peer feedback and questions
      • Share diverse perspectives
      • Encourage collaborative learning

    Session I: Interactive Panel Discussion: Integrating Corrosion Management into Sustainable Energy Projects

      • Strategies for effective corrosion 
      • sustainability with asset trends and 
      •  Activity

    Session-J: Final Workshop Activity: Developing a Corrosion Management Checklist for Your Sector

    Create a simple checklist to identify and manage corrosion risks in their specific energy sector

      • Training Summary and Closing Remarks
      • Recap of key learnings
      • Participant feedback
      • Certificate distribution
      • Networking opportunity

    • This course is designed for professionals involved in the new energy sectors, including but not limited to:
    • Engineers and Technicians: Those responsible for the design, maintenance, and operation of energy infrastructure.
    • Asset Integrity Managers: Professionals tasked with ensuring the longevity and reliability of energy assets.
    • Corrosion Specialists: Experts focused on preventing and managing corrosion in various energy technologies.
    • Project Managers: Individuals overseeing projects in carbon capture, hydrogen transportation, solar, geothermal, and wind energy sectors.
    • Regulatory and Compliance Officers: Those ensuring adherence to industry standards and regulations.
    • Environmental and Safety Officers: Professionals dedicated to maintaining safety and environmental standards in energy operations.
    • Researchers and Academics: Individuals studying or teaching about corrosion, asset integrity, and sustainable energy technologies.
    • Policy Makers and Advisors: Those involved in creating and implementing policies related to sustainable energy and infrastructure integrity.

    • Introduction to Sustainability, Circular Economy, and the role of New Energies in this transition
    • Introduction to Corrosion and Degradation Mechanisms in the New Energy Technologies:
      • Carbon capture and storage (CCS) and Carbon Capture Utilization Storage (CCUS)
      • Hydrogen transportation
      • Geothermal
      • Solar
      • Wind
    • Regulations, Standards, and Guidelines to Manage Corrosion in the New Energy Technologies (USA, Canada, EU , UK, & Australia)
    • Economics, Safety, and Other Impacts of Failures Caused by Corrosion – Lessons Learned from Conventional Production Sites
    • How to Avoid Failures by Corrosion and Degradation Mechanisms in the New Energy Technologies – Life Cycle Assessment (from Design to Decommissioning):
      • Carbon capture and storage (CCS)
      • Hydrogen transportation
      • Geothermal
      • Solar Wind
    • Case Studies
    • Conclusions & recommendations
    • Close-up 

    Note: this training can be adjusted to the needs of the client and it’s participants and can be delivered in person or virtually. 


    Professionals in the energy sector interested in enhancing their knowledge of integrity and sustainability for infrastructure reuse, along with corrosion management in projects related to clean energy (low carbon emissions).  Desire to learn how effective asset management can help owners, the public, and the environment navigate the energy transition sustainably by applying the valuable experience gained from conventional energy sites. 

    Currently there are no scheduled classes for this course.

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