ABA Editorial · Oct 17, 2025 · 14 min read
Green hydrogen projects across Namibia, Egypt, Morocco, and South Africa represent one of the most ambitious new categories in African energy, with combined announced investments measured in tens of billions of dollars. The Hyphen Hydrogen Energy project in Namibia alone is targeting approximately USD 10 billion in total investment, roughly equivalent to Namibian annual GDP. This report maps the category.
Green hydrogen has emerged as one of the most ambitious new categories in African energy, with announced project pipelines across Namibia, Egypt, Morocco, and South Africa that together represent tens of billions of dollars in potential investment. The thesis underlying these projects is that African regions with exceptional solar and wind resources can produce hydrogen from water electrolysis at costs competitive with hydrogen produced elsewhere, and that this hydrogen can be exported (either directly or converted into derivatives like ammonia, methanol, or synthetic fuels) to European and Asian markets seeking low-carbon industrial feedstocks. If the thesis is correct, African green hydrogen could become a major new export category alongside oil, gas, and minerals. If the thesis is wrong, or if execution fails, billions of dollars of investment could be stranded before the projects reach commercial operation. This report maps the category, the flagship projects, and the open questions that will determine whether green hydrogen becomes an African export industry or remains a policy aspiration.
The flagship African green hydrogen project is the Hyphen Hydrogen Energy development in Namibia's Tsau//Khaeb National Park in the country's arid southwestern region. The project, being developed by Hyphen Hydrogen Energy (a joint venture between Enertrag and Nicholas Holdings), is targeting approximately USD 10 billion in total investment across two phases, a figure that is roughly equivalent to Namibian annual GDP. The Namibian government has endorsed the project through an implementation agreement that was negotiated through 2022 and subsequently advanced through multiple milestones.
The project design calls for renewable generation (solar and wind) to power electrolysis facilities that produce green hydrogen, which is then converted to ammonia for export through a dedicated port. The scale of the project, if built to its announced specifications, would make it one of the largest single green hydrogen developments anywhere in the world. CEO Marco Raffinetti has led the project through its development phases, and international partners including ITOCHU Corporation of Japan have announced exploration of collaboration opportunities related to the project.
Construction and commissioning timelines for Hyphen have been announced, revised, and negotiated multiple times. The project's advancement depends on a combination of commercial offtake agreements, project financing, regulatory approvals, and infrastructure investments including the dedicated port. Each of these components is necessary for the project to reach final investment decision at the scale originally announced.
Egypt has announced multiple green hydrogen projects in the Suez Canal Economic Zone (SCZone) and adjacent areas, targeting both domestic hydrogen use and export to European markets. The projects are led by a combination of international energy companies, Gulf-based developers, and Egyptian state-owned partners. The commercial logic for Egyptian green hydrogen includes the country's proximity to European markets, existing port and energy infrastructure, and strong solar and wind resources in the Sinai and Red Sea coast regions.
Egyptian green hydrogen faces some specific advantages and challenges. The advantages include existing energy industry expertise, maturing renewable generation infrastructure, and policy commitment from the Egyptian government. The challenges include the tension with domestic LNG export ambitions (since both hydrogen and LNG compete for the same energy policy attention and resources), the complexity of new export infrastructure, and the same project finance questions that apply to every other large green hydrogen development globally.
Morocco has one of the most advanced renewable generation baseload positions in Africa, with significant installed solar and wind capacity and ongoing expansion. The country has announced green hydrogen projects that would take advantage of this renewable base to produce hydrogen for both domestic industrial use (including fertilizer production by OCP, the Moroccan phosphate giant) and European export via Mediterranean shipping or potential pipeline connections. The proximity to Spain and through Spain to broader European markets is a structural advantage that more distant African green hydrogen producers cannot match easily.
Morocco's project pipeline has been developed in coordination with the national renewable energy agency MASEN and involves partnerships with international developers and financiers. The commercial case depends on European policy commitments to hydrogen as a decarbonization pathway, which remains uncertain but has been the subject of significant policy activity within the European Union.
South African green hydrogen projects differ from Namibian, Egyptian, and Moroccan projects in one specific way: they can anchor demand to domestic industrial consumption as well as export markets. Sasol, the South African petrochemical and synthetic fuels company, is already a major hydrogen consumer for its coal-to-liquids processes and has announced intentions to explore green hydrogen as a pathway for reducing the carbon intensity of its operations. Other industrial consumers including steel and fertilizer producers offer additional potential domestic demand.
The South African projects benefit from the combination of industrial demand, renewable resources, and existing port infrastructure. They face the same general green hydrogen cost challenges as projects elsewhere, and they operate within the broader context of the South African just energy transition that is already managing complex coal-to-renewables tradeoffs.
Several commercial questions apply to every African green hydrogen project. First, whether the delivered cost of hydrogen at export terminals will actually be competitive with hydrogen produced by alternative methods elsewhere. Second, whether long-term offtake agreements with industrial consumers in Europe and Asia can be structured at prices that support project economics while being acceptable to buyers. Third, whether the infrastructure required (ports, pipelines, conversion facilities) can be built on timelines compatible with project development schedules. Fourth, whether global hydrogen demand actually materializes at the volumes that project proponents assume, since demand growth depends on policy decisions and technology adoption choices that are still being negotiated.
Three indicators will shape African green hydrogen. First, whether Hyphen or any comparable flagship project reaches final investment decision, which would validate the commercial model and trigger follow-on investment. Second, whether European offtake agreements are signed at commercial scale, providing the demand anchor that African projects need. Third, whether alternative decarbonization pathways (direct electrification, blue hydrogen, CCS-based production) erode the economic case for green hydrogen before African projects reach production. African green hydrogen is the single most ambitious category in the continental energy transition but also the most uncertain, and the outcomes over the next two years will determine whether it becomes an export industry or an unrealized aspiration.