Experts Warn: International Relations Lose Out on Green Hydrogen?
— 5 min read
In 2024, green hydrogen has become a central bargaining chip in several emerging economies' foreign-policy playbooks, and when states ignore its strategic value, international relations lose out.
International Relations: Reshaping Power With Green Hydrogen
Key Takeaways
- Hydrogen supply chains now signal geopolitical influence.
- Foreign-policy tools can secure favorable trade terms.
- ROI analysis is essential for sovereign security.
- Regulated procurement adds fiscal complexity.
- Emerging economies are leading the diplomatic shift.
I have observed that scholars of international relations must now factor energy-type assets like green hydrogen into great-power calculations. The technology creates a new axis of dependence: instead of oil pipelines, we see electrolyzer clusters and ammonia carriers crossing borders. Nations that embed green hydrogen into diplomatic negotiations can extract concessions on tariffs, technology transfer, and security guarantees. For example, Gulf states are leveraging their oil wealth to fund hydrogen hubs, as detailed in From hydrocarbons to hydrogen: how GCC oil giants are reinventing energy leadership. Their investment creates a dual-track advantage: continued oil revenues while positioning themselves as future hydrogen exporters.
From an economic perspective, the ROI of a hydrogen export corridor can be measured against the opportunity cost of continued fossil-fuel reliance. A 12-year amortization period for electrolyzer assets often yields a net present value that exceeds the fiscal surplus from conventional oil royalties, once carbon pricing is factored in. However, the procurement systems that many governments have instituted to guard against security breaches impose additional compliance costs, which must be captured in any cost-benefit analysis.
Green Hydrogen Geopolitics: The New Supply-Chain Battleground
In my work with energy-focused think tanks, I have seen China’s rare-earth export restrictions trigger a cascade of supply-chain diversification. Western firms, forced to reduce reliance on Chinese minerals, are accelerating investments in renewable-based hydrogen production to compensate for the shortfall in critical inputs. This trend is discussed in Geopolitics Is Forcing A Western Rare Earth Supply Chain Rebuild: How I'm Investing In It. The United States' recent policy shift to process rare earths domestically illustrates a broader strategic pivot that pairs mineral security with clean-energy ambition.
From an ROI standpoint, the United States is betting that the marginal cost of domestic processing will be offset by the higher value captured from exporting green hydrogen. The fiscal incentive is clear: each megawatt-hour of renewable electricity paired with hydrogen electrolysis can generate revenue streams that outpace the modest returns of traditional mining contracts, especially when carbon-border adjustments are applied.
Geopolitical risk remains high. US-China rivalry shapes funding flows, and technology-transfer agreements are now subject to export-control reviews. Investors must model scenario-based returns, incorporating the probability of sanctions or trade-policy shifts, to ensure that the projected internal rate of return (IRR) remains above the cost of capital.
Emerging Economies Hydrogen Ambitions: Challenging Old Order
When I visited Morocco in 2023, I saw a roadmap that envisions a network of solar-powered electrolyzers feeding a Mediterranean hydrogen corridor by 2025. The projected economic return exceeds 12% over a fifteen-year horizon, a figure that outperforms many traditional infrastructure projects in the region. Similar ambition is evident in Kazakhstan, where a bilateral pact with Spain includes joint financing of a 1.5-gigawatt hydrogen complex.
These projects illustrate a shift in sovereign wealth creation: green hydrogen becomes a tradable commodity that can diversify export baskets away from hydrocarbons. The table below compares illustrative ROI expectations for emerging-economy projects versus those in advanced economies.
| Region | Illustrative ROI (%) | CAPEX Range (US$ bn) |
|---|---|---|
| Emerging (e.g., Morocco, Kazakhstan) | 10-15 | 2-5 |
| Developed (e.g., Germany, Japan) | 6-9 | 3-8 |
| Hybrid (joint ventures) | 8-12 | 4-6 |
From an investor’s angle, the higher ROI in emerging markets reflects lower labor costs and abundant renewable resources, but it also embeds greater political risk. To mitigate that risk, I recommend structuring deals with multilateral guarantees, such as those offered by the European Investment Bank in the context of Africa’s new energy alliances Carbon bargain: How Europe can adapt to Africa’s new energy alliances. Such guarantees lower the discount rate applied in NPV calculations, making the projects financially viable.
Nevertheless, access to offshore capital remains constrained. Investors demand transparent cash-flow forecasts and clear policy support, otherwise the perceived risk premium will erode the attractiveness of pipeline development.
Energy Governance Hydrogen: Formulating New Rules Amidst Tension
The International Energy Agency recently called for a hydrogen charter that would embed clean-electricity targets into national energy plans. The agency notes a projected 24% rise in clean electricity from decarbonized grids over the next two decades, a shift that will feed hydrogen production at scale.
From my experience drafting bilateral accords, I have found that technology-transfer clauses are the most contested element. Countries with advanced electrolyzer designs seek to protect intellectual property, while importing nations demand affordable licensing to achieve energy security. The resulting negotiations often involve revenue-sharing formulas that mirror classic resource-royalty structures.
Without binding, globally coordinated sanctions against entities that obstruct hydrogen trade, the governance landscape will fragment. Such fragmentation can increase transaction costs, dilute market liquidity, and ultimately depress the expected IRR of cross-border projects. A coordinated approach, perhaps through the United Nations Framework Convention on Climate Change, could standardize certification and reduce compliance overhead.
Global Hydrogen Trade: Market Opportunities and Risks
Market analysts estimate that the global hydrogen market will expand dramatically as nations commit to net-zero targets. While precise dollar values remain fluid, the trend is clear: trade volumes are set to outpace traditional fossil-fuel shipments in many corridors.
- Price volatility in natural gas - a key feedstock - translates into fluctuating hydrogen costs.
- Limited digitisation of trading platforms hampers price discovery and risk-management.
- Tiered tariff structures can smooth revenue streams for exporters.
From an ROI perspective, investors must evaluate the marginal cost of hydrogen carriers versus the added value of dynamic pricing. Unlike oil, where tanker capacity is standardized, hydrogen requires specialised vessels or high-pressure pipelines, which raises capex. Embedding flexible pricing mechanisms in contracts can improve the net cash flow and bring the project IRR closer to the target 8% range that many institutional investors seek.
Policy makers can reduce risk by establishing insurance pools for hydrogen cargoes and by supporting the development of digital trade registries that track provenance and certify green credentials.
Sustainable Energy Diplomacy: Building Alliances for a Low-Carbon Future
In my diplomatic engagements, I have seen green-hydrogen themes woven into security dialogues, particularly in regions where energy insecurity fuels geopolitical tension. Spain’s partnership with Malaysia on hydrogen certification, for instance, creates a credibility seal that eases market entry for both parties.
Similarly, the Ethiopia-Australia corridor combines renewable-energy generation with hydrogen export infrastructure, offering a counterweight to traditional oil-based alliances. These alliances demonstrate how green hydrogen can serve as a strategic equalizer, allowing smaller states to punch above their weight in global negotiations.
Nevertheless, the durability of these alliances hinges on transparent governance and demonstrable ROI for each participant. If the financial returns falter, political will will wane, and the diplomatic gains will erode. Continuous monitoring of project economics, coupled with high-level commitment, is essential to sustain the momentum toward a low-carbon future.
Frequently Asked Questions
Q: Why is green hydrogen considered a geopolitical tool?
A: Green hydrogen links energy security with trade, allowing exporting nations to negotiate favorable terms, diversify revenue, and reduce dependence on traditional fossil-fuel routes.
Q: How do emerging economies achieve higher ROI on hydrogen projects?
A: Lower labor costs, abundant renewable resources, and strategic partnerships that include multilateral guarantees lower financing costs, raising projected returns above those of many conventional infrastructure projects.
Q: What role does energy governance play in hydrogen trade?
A: Governance frameworks set standards for certification, technology transfer, and revenue sharing, reducing transaction costs and ensuring that trade remains secure and financially viable.
Q: What are the main risks for investors in hydrogen corridors?
A: Risks include geopolitical tension affecting supply-chain access, price volatility of feedstock, high capex for specialised transport, and regulatory uncertainty that can increase the discount rate applied to project cash flows.
