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IEA Global Hydrogen Review 2026: Over 40% of Low-Emissions Hydrogen Projects Reliant on Trade, Infrastructure Development Lags

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Overview
The IEA’s “Global Hydrogen Review 2026” forecasts that over 40% of low-emissions hydrogen projects will rely on international trade by 2030, highlighting trade as a major driver. Despite plans for over 40,000 km of hydrogen pipelines, only 9% are operational or have secured final investment decisions. While progress, like Japan’s first commercial-scale liquid hydrogen import terminal, is noted, significant challenges remain in transport costs and energy losses from liquefaction and reconversion.
In Depth

Key Findings: IEA’s “Global Hydrogen Review 2026” Highlights Trade Reliance and Infrastructure Gaps in Low-Emissions Hydrogen Market

The International Energy Agency’s (IEA) “Global Hydrogen Review 2026” strongly emphasizes the critical role of trade in the global low-emissions hydrogen market. According to the report, over 40% of announced low-emissions hydrogen projects are projected to depend on international trade by 2030. While this signals hydrogen’s potential to become a global energy commodity, it also starkly reveals a significant lag in the development of necessary infrastructure. Specifically, despite plans for over 40,000 kilometers of hydrogen pipelines, only a mere 9% are either operational or have reached a final investment decision (FID).

Technical & Economic Details

  • “Low-emissions hydrogen” encompasses green hydrogen (from renewable energy), blue hydrogen (from natural gas with CCS), and hydrogen produced through other low-carbon technologies. International trade is vital for supplying regions with high demand from areas with lower production costs, thereby enhancing the efficiency of the global hydrogen economy.
  • The commencement of construction for Japan’s first commercial-scale liquid hydrogen import terminal marks a significant milestone towards building large-scale hydrogen supply chains. Liquid hydrogen offers higher volumetric energy density compared to gaseous hydrogen, making it suitable for long-distance transport. However, liquefaction is energy-intensive, and transport costs and energy losses from the process remain significant challenges.
  • Hydrogen pipelines are one of the most cost-effective methods for long-distance, high-volume transport. Yet, converting existing natural gas pipelines poses technical challenges, and new construction requires substantial capital and time.

Background & Context

Countries worldwide are positioning hydrogen as a critical energy carrier for climate action and energy security. Energy-importing nations like Germany, Japan, and South Korea, in particular, are focusing on establishing international supply chains to ensure a stable supply of green hydrogen. This report underscores the reality that these nations’ strategies heavily depend on international trade and that the development of physical infrastructure to support it is an urgent priority.

The current pace of infrastructure development warns that achieving 2030 targets will be difficult, urging policymakers and investors to take more aggressive action.

Strategic Significance & Outlook

This IEA review suggests that to accelerate the development of the global hydrogen economy, it is essential to promote investment through policy support, strengthen international cooperation, and reduce transport and storage costs through technological innovation. Specifically, improving the efficiency of hydrogen liquefaction and reconversion technologies, along with rapid expansion of pipeline networks, will be key to making a trade-driven hydrogen market a reality. While Japan’s commercial-scale liquid hydrogen terminal is a significant step, a broader infrastructure and regulatory framework are needed. Investors should focus on technologies and projects that address these bottlenecks. The report clearly indicates that while hydrogen’s future is promising, the hurdles to overcome are substantial.

Source: https://www.iea.org/reports/global-hydrogen-review-2026/trade-and-infrastructure

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