AfDB Selects Four African Green Hydrogen Projects for $20M in Proposed Grants

The African Development Bank has selected four green hydrogen and derivative projects in Egypt, Morocco, Namibia and South Africa for a combined $20 million in proposed project-preparation grants. The bank announced the selections on 18 September after a call for proposals that attracted 81 submissions from 18 African countries. The awards are not yet final: they remain subject to approval by the bank’s board of directors.

That qualification matters because the headline figure could be mistaken for construction finance. The proposed grants, to be provided through the Sustainable Energy Fund for Africa (SEFA), are intended to help the projects reach an investable stage. They are a relatively small, targeted intervention in a pipeline the bank estimates could require $23 billion of total investment. Neither the grants nor that estimated pipeline mean the four plants have reached final investment decision.

Where the proposed grants would go

In Egypt, Project Ra, sponsored by DAI Infrastruktur, is earmarked for $3.55 million. The bank identifies it with sustainable fuel production and the Suez Canal corridor. The award would help develop the project rather than establish that its fuel will be produced at commercial scale on a fixed date. Developers still need technical work, permits, customers and finance before construction can proceed.

Morocco’s Guelmim Green Hydrogen Valley, sponsored by Nareva Holding, has been selected for $5.28 million. A green hydrogen valley is more than an electrolyser on a map. It depends on renewable electricity, water supply, conversion facilities, transport links and a credible destination for the resulting hydrogen or derivative fuels. The bank groups the Morocco proposal with the sustainable marine and aviation fuel opportunities under consideration.

Namibia’s Hyphen project, sponsored by Hyphen Hydrogen Energy, is allotted $5.93 million, the largest individual proposed grant. Namibia has sought to position its renewable resources and coastal location in the emerging hydrogen market. But an export-oriented project must still prove its economics, environmental safeguards and infrastructure needs. The AfDB announcement says Hyphen has been selected for prospective support; it does not say the entire development has been financed.

South Africa’s Saldanha Hydrogen DRI proposal is designated for $5.24 million. Sponsored by Enertrag in collaboration with ArcelorMittal South Africa, it is aimed at low-carbon iron production. DRI stands for direct reduced iron, a process that can use hydrogen as a reducing agent in place of more carbon-intensive inputs. This is the one selected project whose headline industrial product is iron rather than marine or aviation fuel.

The amounts add to $20 million. They also show the range of uses in the portfolio: transport fuels in three countries and industrial metals in a fourth. That spread could test whether African hydrogen development is mainly an export-fuel story or can also support domestic industrial transformation. At this stage, however, the projects remain proposals with different sponsors, technology pathways and financing hurdles.

Why preparation funding matters

The programme’s April call described reimbursable grants for pre-investment work such as feasibility studies, engineering design and transaction advice. This is the work that turns a broad concept into a project lenders and equity investors can examine. It can establish expected electricity consumption, water demand, construction costs, product specifications and commercial risks. A reimbursable grant is not the same as an unconditional cash gift; its eventual treatment depends on the financing agreement and programme terms.

Green hydrogen is generally made by splitting water with an electrolyser powered by low-emissions electricity. Producing it at a price that customers will accept requires more than strong sunshine or wind. The renewable generation, electrolyser and downstream conversion plant must be designed as a coherent system. Their output profiles and maintenance schedules affect how often expensive equipment can run. Port access and shipping options matter when fuels are intended for distant buyers.

Project preparation can also expose weak assumptions early. If a proposed plant needs more water than local conditions can sustainably provide, or if the electricity price makes its product uncompetitive, it is better to know before billions are committed. A credible study should identify those constraints rather than simply reproduce ambitious capacity targets. The public value of the AfDB programme will partly depend on whether it helps sponsors resolve such questions transparently.

Scale on paper, decisions still ahead

The AfDB says the four proposals collectively represent an estimated $23 billion of investment, 20 gigawatts of associated solar and wind generation, seven gigawatts of electrolyser capacity and 2,950 megawatt-hours of battery storage. These are project estimates, not operating assets or approved financing. Readers should not add them to Africa’s existing renewable or hydrogen capacity.

Those figures nevertheless indicate why a $20 million preparation facility can matter. Large projects can fail before construction because sponsors cannot complete detailed studies, structure contracts or bring enough parties to a final investment decision. Public catalytic capital may improve the quality of the pipeline and help mobilise private finance, provided the projects ultimately demonstrate commercial demand and manageable risks.

The original call sought three to five top-ranked projects, subject to due diligence. Selection of four projects is therefore consistent with its design. Competition was substantial: 81 proposals from 18 countries. The bank has not presented the selection as a judgement that other African markets lack potential. The next call or financing instrument could have a different geographic spread depending on project maturity and available resources.

The African development test

Hydrogen announcements often emphasise future exports, but the benefits to host countries cannot be assumed from the size of a planned plant. Local value may come through jobs, engineering skills, equipment services, port upgrades, industrial supply chains and reliable power where surplus generation can be shared. Those outcomes need deliberate design, contracts and measurement. A project that exports fuel while leaving surrounding communities with unresolved water or electricity needs would face a different public-interest assessment from one that demonstrably expands local opportunity.

The bank says the programme could support access to desalinated water and electricity by making use of surplus generation, alongside industrial development and skills transfer. Those are prospective benefits, not guarantees attached to all four sites. Desalination itself requires energy and careful management of costs and environmental effects. Each project’s planning work should make clear who pays for shared infrastructure and who receives its output.

South Africa’s low-carbon iron proposal illustrates another possibility: using cleaner energy to retain or upgrade manufacturing rather than solely shipping a new energy commodity. Egypt, Morocco and Namibia may find different balances between domestic use and export sales. The right balance depends on national industrial priorities, buyers’ willingness to sign long-term contracts and the economics of each product.

For now, the AfDB’s announcement is an important but preliminary step. The milestones to watch are board approval of the grants, completed project studies, firm offtake arrangements, environmental and social safeguards, and final investment decisions. Only after those stages can the selected projects move from a promising African hydrogen pipeline to operating facilities with verifiable economic and climate results.