Momentum around sustainable aviation fuel (SAF) in Africa is no longer hypothetical. Projects are moving from concept to early execution, feedstock supply chains are forming, and governments are beginning to position SAF within broader energy transition strategies. Yet beneath the optimism sits a structural constraint the industry knows well but rarely foregrounds: aviation does not run on production—it runs on logistics.
The emerging geography of African SAF tells a fragmented story. In Kenya, Eni is scaling an agricultural feedstock model targeting roughly 200,000 tonnes per year, drawing in thousands of smallholder farmers. Ethiopia is advancing SAF pathways tied to the Bishoftu corridor, closely aligned with the long-term expansion strategy of Ethiopian Airlines. Meanwhile, refinery retrofit potential in South Africa and Egypt offers a more traditional hydrocarbons-to-SAF transition route.
Production, however, is only one side of the equation. The demand side is highly concentrated—and unforgiving. Africa’s aviation fuel uplift is dominated by a handful of primary hubs: O. R. Tambo International Airport, Cairo International Airport, Addis Ababa Bole International Airport, Jomo Kenyatta International Airport, Murtala Muhammed International Airport and Mohammed V International Airport. These nodes handle the bulk of jet fuel throughput on the continent. Airlines plan fuelling strategies around them, often tankering fuel or bypassing smaller, less reliable locations altogether.
This creates a fundamental disconnect. SAF production is trending toward rural or semi-industrial zones—close to feedstock and land—while consumption is locked into high-volume, infrastructure-heavy airport ecosystems. The question is no longer whether SAF can be produced in Africa, but how it physically reaches the wing.
Take Kenya as a case in point. Feedstock aggregation and initial processing may occur hundreds of kilometres from Nairobi. Moving SAF into the storage and hydrant systems at Jomo Kenyatta International Airport requires either integration into existing petroleum logistics or the development of parallel infrastructure. Neither option is straightforward. Pipeline systems, where they exist, are configured for conventional Jet A-1. Blending protocols, material compatibility, and certification regimes for SAF introduce additional layers of complexity.
Cross-border movement compounds the challenge. Transporting SAF from Ethiopia into southern markets such as Johannesburg is not simply a matter of distance. It involves customs clearance, differing fuel specifications, sustainability certification verification, and cost escalation at every interface. In a market where margins are already tight, these frictions can quickly render SAF uncompetitive against conventional fuel.
There are precedents for solving infrastructure at scale. The Dangote Refinery and its associated pipeline ambitions demonstrate that Africa can deliver large, integrated fuel corridors when economics and policy align. But these systems are designed around fossil fuel flows. Retrofitting or replicating them for SAF—particularly in a multi-country context—requires coordination that extends beyond individual projects.
What is notably absent today is a continent-wide logistics strategy for SAF. Storage terminals, pipeline access, rail and road distribution, and airport fuelling systems are being treated as secondary considerations rather than core design parameters. Yet in aviation, logistics is destiny. A litre of SAF produced but not delivered to a major uplift hub has no commercial value.
For investors and operators, this shifts the opportunity set. The next phase of Africa’s SAF market will not be defined solely by production capacity, but by midstream and downstream integration: blending facilities at key hubs, certified transport corridors, bonded storage, and regulatory harmonisation across borders. These are less visible than greenfield production plants, but ultimately more decisive.
Africa may well achieve meaningful SAF output within the decade. Whether that fuel displaces conventional jet fuel at scale will depend on something far less headline-grabbing: the pipes, permits and pathways that connect field to flight.
