Decarbonizing Energy Infrastructure: The Role of Carbon Steels

As the world embraces net-zero energy solutions during the energy transition, we encounter novel processes. Some of these processes push even the highest alloy materials to their limits. Meanwhile, familiar materials can be applied to other new energy solutions, but their limitations under specific conditions must be thoroughly understood.
Fluor Fellow Jan-Willem Rensman delves into perceived issues and practical engineering approaches for utilizing carbon steels in two critical areas:
Liquefied CO2 Applications: Explore the unique challenges and opportunities when employing carbon steels in handling liquefied CO2, a crucial component of sustainable energy systems.
Hydrogen Applications: Understand the implications of using carbon steels in hydrogen-related processes, considering safety, corrosion and performance factors.
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