Africa is emerging as one of the most promising regions for green hydrogen development, supported by exceptional solar and wind resources and growing international interest in clean fuel supply chains.
By 2035, the continent could produce over 9 million tonnes of low-carbon hydrogen annually, according to projections from the International Energy Agency in its Global Hydrogen Review 2023. This positions Africa as a potential long-term supplier to Europe and Asia, where decarbonisation targets are driving demand for alternative energy imports.
However, while interest is growing, large-scale deployment is still in its early stages. The gap is not about potential. It is about building the infrastructure systems, coordination frameworks, and execution capacity required to convert natural advantage into commercial production.
A Resource Base That Strongly Favors Hydrogen Production
Green hydrogen depends on abundant renewable electricity, water access, and large-scale electrolyser deployment. Africa is strongly positioned in the first of these inputs.
Regions such as Morocco, Namibia, Egypt, and South Africa already demonstrate some of the highest solar and wind resource potential globally. Namibia, for example, is developing pilot hydrogen-to-ammonia projects supported by international partners targeting future export markets. Morocco has also advanced large-scale renewable hydrogen strategies linked to its broader industrial export ambitions.
Mauritania is emerging as a frontier market as well, with proposed green hydrogen and ammonia projects leveraging high-quality wind resources and low population density, making it suitable for large-scale renewable development.
In many of these locations, renewable generation costs are already highly competitive, making hydrogen production technically viable at scale. The constraint is not energy availability, but the systems and execution pathways required to convert that energy into exportable fuel.
Infrastructure Remains the Core Constraint
Unlike oil and gas, green hydrogen does not yet have established global infrastructure networks. Each component of the value chain must be developed in parallel.
This includes dedicated renewable generation capacity, water treatment or desalination systems in arid regions, electrolysis facilities, compression and storage infrastructure, and export terminals capable of handling hydrogen derivatives such as ammonia or methanol.
Across most African markets, these systems are still in early-stage planning or pilot development phases. Financing complexity, long development timelines, and fragmented regulatory frameworks continue to slow scale-up, even in countries with strong natural advantages.
A recurring challenge is not only infrastructure availability, but the absence of coordinated delivery systems that can align multiple project components into a single investable structure.
Global Demand Is Building Ahead of Supply
Despite infrastructure constraints, global demand signals are strengthening. Europe’s decarbonisation agenda, particularly through the EU Hydrogen Strategy, is creating long-term import demand for low-carbon hydrogen. This is reinforced by the International Energy Agency’s findings in the Global Hydrogen Review 2023. At the same time, Asian economies are positioning hydrogen as part of their industrial decarbonisation pathways.
This is already translating into early-stage partnerships and feasibility studies across Africa. Countries such as Namibia, Egypt, and Mauritania are increasingly linked to prospective European offtake discussions, reflecting a gradual shift from exploratory studies to structured commercial interest.
The key dynamic is that demand visibility is improving faster than scalable supply infrastructure.
The Real Challenge Is System Coordination
The primary constraint is not technology. Electrolysers, renewable systems, and storage solutions already exist at commercial scale. The challenge lies in integrating them into fully functional export ecosystems.
Large hydrogen projects require coordinated development across energy generation, water systems, transport infrastructure, regulatory alignment, and long-term offtake agreements. Without this coordination, most initiatives remain in feasibility or pilot stages rather than reaching commercial maturity.
This is where many African hydrogen ambitions slow down, not because of a lack of interest or capital, but because multiple infrastructure layers must move in sync for projects to become bankable and operational.
Bridging this gap requires an execution layer that sits between concept development and full project delivery. This layer aligns technical design, procurement pathways, infrastructure sequencing, and stakeholder coordination into a unified operational structure.
In practice, this function is increasingly performed by infrastructure-focused investment and delivery platforms operating across energy and industrial sectors. Sealandair Global Investments operates within this execution environment, supporting coordination and delivery across infrastructure-intensive projects where hydrogen, power, and logistics systems intersect. The emphasis is not on isolated project execution, but on enabling fragmented components to converge into integrated, bankable systems.
Conclusion: An Industry in Formation
Africa’s green hydrogen sector should be understood as an industry still forming its foundations rather than one waiting to scale.
The resource base is clear, early projects are already underway in countries such as Namibia and Morocco, and global demand is steadily strengthening, particularly from Europe and Asia.
What will define the next phase is not only capital availability or technological readiness, but the ability to align infrastructure systems into coherent, operational export ecosystems.
Green hydrogen in Africa is already moving from concept to execution. The pace of that transition will determine how quickly the continent moves from potential supplier to established global player.