Hydrogen's Potential as a Globally Tradeable Energy Commodity

Research from the National Renewable Energy Laboratory suggests that hydrogen and its derivatives could play a significant role in future energy systems and economies. A new study examines the potential for hydrogen to become a globally tradeable energy commodity, considering both technical and social factors. The researchers identify key considerations for nations and investors as they contemplate investments in hydrogen systems, setting the stage for further research contributions to the field.

Key Takeaways:

• The study reviews various aspects of hydrogen's potential as a globally tradeable energy commodity, including technical challenges such as energy transportation, primary energy and raw material availability, and infrastructure development.
• Social and market considerations, including hydrogen certification, water availability, ecologic considerations, and social acceptance, are also examined.
• The researchers propose factors that would benefit nations and investors to consider as they contemplate investments in hydrogen systems.
• These factors include the timing of infrastructure development, investment risk, and market development.
• The study concludes that hydrogen and its derivatives are likely to play an important role in future energy systems and economies.
• Technical challenges are likely to impact the potential for hydrogen as a globally tradeable energy commodity, including the form of energy being transported, primary energy and raw material availability and costs, hydrogen generation, derivative synthesis, and transport infrastructure.
• The study highlights the importance of considering social and market considerations, including hydrogen certification, water availability, ecologic considerations, social acceptance, other human factors, investment risk, and market development.

Statistics:

• 13: The number of the Frontiers in Energy Research Topic on "Export and import of electrolytic hydrogen using renewable energy and subsequent synthetic fuels between regions-assessment of technology routes, potentials, and strategies."
• 2025: The year in which the research was conducted.
• 1: The number of researchers from the National Renewable Energy Laboratory involved in the study, including Alex Badgett, Mark F. Ruth, Colby Smith, Martin Keller, Julia Terrapon-Pfaff, Peter Viebahn, Thomas Pregger, and Nathalie Monnerie.
• 1: The journal in which the research was published, Frontiers in Energy Research.
• 1: The publisher of the Frontiers in Energy Research, Frontiers Media S.A.

Sources:

• "Considerations of a possible global hydrogen energy trade." Frontiers in Energy Research, 2025,13 (http://www.frontiersin.org/energy_research).
• NewsRx. "Research Reports on Energy Research from National Renewable Energy Laboratory Provide New Insights (Considerations of a possible global hydrogen energy trade)." Energy Weekly News, 2025; p 492.