The Geopolitical Influence of Hydrogen

Welcome to the first installment of our four-part newsletter series, The Geopolitical Influence of Hydrogen. Over the next few weeks, we’ll explore how hydrogen is reshaping international relations, energy security, and trade.

In today’s edition, we examine hydrogen’s growing role in energy diplomacy, its potential to replace natural gas, and its impact on industrial and transportation sectors. We also explore the competitive landscape between green, blue, and grey hydrogen—highlighting the strategic decisions nations must make to secure their place in the hydrogen economy.

Hydrogen’s Role in Energy Trade and Diplomacy

Countries rich in renewable resources (sun, wind, water) are poised to become major producers of green hydrogen, establishing new export hubs and trade corridors (IRENA). Unlike oil and gas, which are concentrated in select regions, hydrogen can be produced in diverse locations, fostering a more democratized energy landscape. As green hydrogen production costs decline, analysts predict a highly competitive market with multiple players, preventing monopolization akin to OPEC’s historical role in oil (IRENA, CIC energiGUNE).

Cross-border hydrogen trade is already materializing through bilateral agreements, with over 30 nations and the EU incorporating hydrogen into their energy strategies. Countries that historically lacked energy trade relationships are now forging hydrogen partnerships, altering geopolitical dynamics (IRENA).

Hydrogen is also viewed as a means to enhance energy security by reducing reliance on imported fossil fuels and mitigating price volatility. For example, during the 2021 gas price surge, green hydrogen became temporarily cost-competitive with grey hydrogen, underscoring its potential as an energy buffer (IRENA). Consequently, “hydrogen diplomacy” has emerged, with nations like Germany and Japan securing supply agreements, while exporters such as Australia and the Middle East incorporate hydrogen into high-level diplomatic talks (IRENA, CIC energiGUNE).

Hydrogen as a Natural Gas Substitute

One of hydrogen’s most strategic roles is its ability to replace natural gas, utilizing existing infrastructure. Many gas pipelines can be retrofitted for hydrogen transport with minimal modifications, enabling a seamless transition (IRENA). Projections suggest that by 2050, half of internationally traded hydrogen could be delivered via repurposed natural gas pipelines, while the other half could be shipped as ammonia, mirroring current LNG logistics (IRENA).

Established gas exporters such as Russia, Qatar, and Norway are exploring hydrogen exports, while import-dependent regions like the EU and Japan are developing new hydrogen corridors (IRENA). For instance, prior to the Ukraine war, Gazprom had envisioned blending hydrogen into gas pipelines like Nord Stream, signaling a long-term strategy to replace natural gas exports with hydrogen (Climate Policy Lab). However, geopolitical tensions have shifted European energy strategies, emphasizing diversification away from Russian energy sources.

Hydrogen in Heavy Industry and Transportation

Hydrogen’s ability to decarbonize hard-to-abate sectors, such as heavy industry and long-haul transport, further amplifies its strategic significance. In sectors where electrification faces limitations—such as steelmaking, cement production, and chemicals—hydrogen serves as a viable alternative (IMF). The production of green steel, which replaces coking coal with hydrogen, is a key development in industrial decarbonization.

In transportation, hydrogen fuel cells offer a zero-emission alternative to diesel for trucks, buses, ships, and even aircraft. Governments in China, South Korea, Japan, and the EU have set ambitious targets for deploying hydrogen-powered heavy vehicles (IRENA). Hydrogen-derived fuels such as ammonia are gaining traction in maritime shipping, while synthetic e-fuels could revolutionize aviation (Global Venturing).

Strategically, countries investing in hydrogen-powered industries could secure a competitive edge in global supply chains. The ability to produce low-carbon steel, chemicals, and fuels is expected to become a key differentiator in international trade, with nations that fail to transition facing economic disadvantages (SWP Berlin).

The Green, Blue, and Grey Hydrogen Race

Hydrogen’s geopolitical implications extend to the competition between green, blue, and grey hydrogen.

Grey hydrogen, produced from fossil fuels without emissions control, currently dominates the market (~95% of global hydrogen production) but is incompatible with climate targets.
Blue hydrogen, derived from fossil fuels with carbon capture, is being promoted by gas-rich nations as a transitionary solution.
Green hydrogen, produced using renewable electricity, is the ultimate goal for sustainability but remains more expensive—though costs are rapidly declining (IRENA, IMF).

Many forecasts predict that green hydrogen will become cost-competitive with blue hydrogen by the end of this decade and could even undercut grey hydrogen in key markets such as China, Brazil, and India (IRENA, IMF). As a result, renewable-rich nations are prioritizing electrolyzer development and hydrogen infrastructure, while fossil-fuel-dependent countries are pushing blue hydrogen to maintain market share (Climate Policy Lab).

The EU is at the forefront of hydrogen trade policy, setting stringent carbon standards for imports. This could disadvantage blue hydrogen exporters if carbon capture is deemed insufficient. Countries like Saudi Arabia and the UAE are hedging their bets by investing in both blue and green hydrogen projects to remain competitive regardless of market shifts (IRENA). Meanwhile, grey hydrogen-producing nations risk carbon tariffs or trade restrictions, especially as mechanisms like the EU’s Carbon Border Adjustment Mechanism come into effect (CIC energiGUNE).

Conclusion

Hydrogen is no longer merely an industrial feedstock—it is a geopolitical instrument shaping alliances, trade routes, and energy security strategies. The emerging hydrogen economy is restructuring international relations, fostering new partnerships, and redefining global energy leadership. Nations that strategically position themselves in hydrogen production, technology, and trade will be at the forefront of this transformation, while those slow to adapt may face economic and strategic disadvantages.

What do you think—will hydrogen be a true equalizer in global energy politics, or will new energy superpowers emerge? Let me know in the comments!

If you’d like to discuss this further, feel free to reach out—I’d love to hear your thoughts!

Further Readings