Green Hydrogen in East Africa: Why Kenya Is Sitting on One of the World's Best Opportunities

The world has a hydrogen problem. Kenya might have the answer.

The European Union wants to import 10 million tonnes of green hydrogen annually by 2030. Japan has committed to building a hydrogen economy worth $100 billion. The Gulf states are racing to become hydrogen exporters. And almost every serious net-zero industrial strategy — from steel to shipping to chemicals — has green hydrogen at its centre.

Green hydrogen is hydrogen produced by splitting water using renewable electricity, releasing no carbon emissions in the process. The catch is that it requires enormous amounts of cheap, clean electricity to produce competitively. That requirement immediately points to a handful of places in the world with abundant, reliable, low-cost renewable power.

Kenya is one of them.

Why Kenya's energy profile is a structural advantage

Kenya generates over 90% of its electricity from renewable sources — geothermal at Olkaria, wind at Lake Turkana, hydro across the Tana River system. The Lake Turkana Wind Power project alone provides 310MW at some of the lowest generation costs in Africa. Geothermal power from the Rift Valley is available 24 hours a day, seven days a week — baseload clean power that most renewable energy markets can only dream of.

This matters for hydrogen because electrolysis — the process of producing hydrogen from water — is most competitive when electricity is cheap and continuous. Intermittent solar or wind power means expensive, underutilised electrolysers. Geothermal baseload means electrolysers running at high utilisation rates, producing hydrogen at costs that can compete internationally.

Where the opportunity is being built

Kenya's National Hydrogen Strategy, developed with support from the German development agency GIZ, identifies green hydrogen as a strategic export opportunity and a feedstock for domestic industries including fertiliser production, steel, and transport fuel.

Several concrete initiatives are already in progress. The potential for a green ammonia plant in Kenya — using green hydrogen to produce ammonia for export and domestic fertiliser use — is being explored by multiple parties. East Africa's port infrastructure, particularly Mombasa, positions Kenya as a potential logistics hub for hydrogen exports to Asia and Europe.

At the regional level, the East African Community has included hydrogen in its energy transition planning, and Tanzania's substantial natural gas infrastructure gives the region additional optionality for blue hydrogen production as a transition fuel.

What this means for businesses and ESG strategy

For Kenyan industrial businesses, green hydrogen offers a path to deep decarbonisation in sectors where electrification is difficult. Heavy transport, high-temperature industrial processes, and off-grid operations in remote areas are all candidates for hydrogen fuel integration.

From an ESG reporting perspective, businesses in Kenya that can source green hydrogen for industrial processes will be able to claim Scope 1 emission reductions that are otherwise difficult to achieve. As IFRS S2 reporting becomes mandatory and science-based targets become an investor expectation, the ability to demonstrate credible pathways to Scope 1 reduction becomes a material business advantage.

For investors and DFIs, green hydrogen projects in Kenya are eligible for green finance classification under the Kenya Green Finance Taxonomy — specifically under the renewable energy and clean technology categories — opening access to concessional green lending and international climate finance.

The challenges are real

None of this is straightforward. Green hydrogen production at commercial scale requires infrastructure — pipelines or compression and storage facilities, port infrastructure for export, and significant upfront capital for electrolyser technology. The cost of electrolysers has fallen dramatically over the past five years but remains a significant barrier for early projects.

Water availability is a genuine constraint. Electrolysis requires significant water inputs, and freshwater scarcity in parts of Kenya's dryland regions — which otherwise have good renewable resources — creates siting complexity. Seawater electrolysis and desalination-coupled production are being explored but add cost.

And the regulatory framework for hydrogen is still developing. Kenya's National Hydrogen Strategy provides strategic direction but the specific licensing, safety, and export regulations are still being built.

The window is open

What is clear is that the countries and companies that position early in the green hydrogen value chain will have structural advantages as the market scales. Kenya's energy resource base is not replicable — it is a geographic endowment that positions the country uniquely in Africa.

At Ardena, we are seeing growing interest from international investors in East Africa's clean energy transition opportunities. Green hydrogen is increasingly part of that conversation.

*Contact Ardena Consulting to discuss ESG strategy, green finance taxonomy alignment, and investment positioning in East Africa's clean energy sector.*