Hydrogen's role in the clean energy transition is critical, but its safe application demands unparalleled precision in material science. At operating pressures up to 70 MPa, the margin for error is minimal. The integrity of your materials and coatings is the definitive factor between reliable clean energy and potential system failure.

The unique challenges of hydrogen—including embrittlement, high-pressure permeation, and accelerated degradation—require advanced engineering solutions for pipelines, storage vessels, refueling stations, and mobility applications. Protective coatings and liners are essential barrier systems that mitigate these risks, ensuring operational safety, regulatory compliance, and long-term asset viability.

With the rapid expansion of hydrogen infrastructure, adherence to standards like ASME B31.12, ISO 11114-4, and SAE J2579 is mandatory. Selecting the correct coating system—whether epoxy, phenolic, thermal-spray, or polymer-based—is a strategic decision with direct implications for project safety, approval, and economics.

This training provides the essential knowledge to select, specify, and validate hydrogen-compatible materials and coatings for fail-safe infrastructure.

Key Training Benefits: Five Reasons to Attend

This session is essential for professionals involved in the hydrogen value chain. Participation will enable you to:

1. Identify Subtle Failure Mechanisms: Move beyond basic embrittlement concepts to recognize early-stage degradation signatures that are often overlooked in hydrogen service.
2. Apply Standards Strategically: Translate the requirements of ASME, ISO, and SAE standards into practical design, procurement, and operational decisions.
3. Evaluate Coating Performance Critically: Assess epoxy, thermal-spray, and ceramic systems based on their proven long-term performance under cyclic hydrogen exposure, not just manufacturer datasheets.
4. Streamline Compliance and Audits: Develop robust documentation and compliance checklists that meet the scrutiny of regulators, insurers, and OEM partners, avoiding costly delays.
5. Anticipate Future Material Trends: Gain insights into emerging coating technologies, such as sol-gel and nanostructured barriers, to future-proof your infrastructure projects.

Who Should Attend?

This advanced technical training is highly recommended for:

• R&D Chemists, Formulators, and Chemical Engineers
• Materials & Corrosion Engineers
• Process & Project Engineers
• QA/QC and Compliance Managers
• Operations & Asset Integrity Leaders
• OEM Engineers & Technical Managers

Training Outline

Key Takeaways

Upon completion, participants will be able to:

• Systematically evaluate materials and coatings for hydrogen service.
• Make informed, strategic decisions aligned with safety and compliance standards.
• Implement proactive risk management practices to prevent failures.
• Confidently navigate the technical and regulatory landscape of hydrogen infrastructure.

Register for this training and equip yourself and your team with the critical knowledge to build safe, reliable, and compliant hydrogen systems.