Africa’s push to cut aviation emissions moved from talk to action today as the Aviation Africa Summit 2025 opened on August 15 with a single, urgent focus: scaling Sustainable Aviation Fuel (SAF) from pilot ideas to real supply. Organizers set a clear tone—move “from paper and PowerPoint” to projects that produce fuel, create jobs, and lower costs. On stage in Kigali, AfriSAF CEO Kwame Bekoe and Rwanda Civil Aviation Authority Director General Silas Udahemuka joined policy and industry leaders to outline how to build plants, source feedstock, and line up rules that make SAF bankable across the continent.
Their timing is no accident. In February, the African Union (AU) adopted the Continental Strategy for Sustainable Aviation Fuels (SAF) and Low Carbon Aviation Fuels (LCAF), giving governments a shared playbook to cut emissions while growing air travel and jobs. The AU strategy links with wider energy plans, including green hydrogen and energy efficiency, and sets the scene for national rollouts.
According to AU projections cited by summit speakers, Africa could produce 70–261 million tons of SAF and create 11–20 million jobs if countries develop feedstock supply chains, pick the right technologies, and build the plants that turn biomass and waste into jet fuel.
Cost remains the first hurdle. SAF today is 3–4 times more expensive than conventional jet fuel, a gap that airlines cannot absorb at scale without help. Industry groups say policy steps can narrow the spread by cutting risk and increasing supply. IATA estimates SAF can deliver about 65% of aviation’s emissions cuts by 2050, but only if governments and markets drive faster capacity growth and lower unit costs through larger volumes.
Bekoe framed the path in practical terms: “Africa’s success with SAF depends on mobilising feedstock, choosing the right technologies, reducing risks, and aligning policy with market incentives.” He argued that local production can bring outsized gains: more energy independence, new green jobs, cleaner air, and export income where supply grows ahead of demand. Those goals match the AU’s message. Dr. Amani Abou Zeid, the AU Commissioner for Infrastructure and Energy, has highlighted SAF and green hydrogen as core to climate resilience and future industry growth, placing aviation inside a wider clean energy shift.
Policy direction and market math
The AU’s strategy gives national governments the mandate to shape local plans while keeping standards and tracking consistent across borders. Authorities are now drafting incentives, risk-sharing tools, and rules that guide investors toward feedstock management, technology choice, and cost control.
According to analysis by VisaVerge.com, the Aviation Africa Summit 2025 is pressing for faster alignment between ministries, aviation regulators, and energy agencies so projects do not stall at the permit or financing stage.
South Africa stands out in early modeling. With existing refinery sites and strong chemical industries, the country could produce 3.2–4.5 billion litres of SAF a year—enough to meet local demand and sell abroad—if it builds out plants alongside green hydrogen. That approach favors:
- Brownfield conversions of some facilities, plus
- New greenfield biorefineries where needed.
Other early movers named by summit organizers include Kenya, Morocco, and Egypt, each tying SAF plans to broader clean energy programs.
Traffic trends add urgency. The AU expects Africa’s air traffic to grow about 4% per year from 2018 to 2050, driven by trade, tourism, and the need to connect large distances. Without cleaner fuel, emissions will rise with that growth. With SAF, airlines can cut lifecycle emissions per flight while keeping routes open that support business, healthcare, and family travel.
From plans to projects: steps laid out at the summit
Speakers boiled the work ahead into practical steps, aimed at turning early momentum into steel in the ground:
- Feedstock mobilization
- Map and gather sustainable biomass, farm residues, and waste streams.
- Deploy AfriSAF’s feedstock management tool to plan supply.
- Technology choice
- Match proven pathways (Fischer–Tropsch, alcohol-to-jet, and HEFA) to local feedstock and existing infrastructure.
- Infrastructure buildout
- Prioritize conversions of suitable refineries where possible.
- Add new biorefineries where scale and feedstock support it.
- Fund R&D to improve yields.
- Policy alignment
- Put in place market incentives, risk-sharing tools, and clear certification rules to draw private capital and make SAF more price-competitive.
- Partnerships
- Link governments, airlines, fuel producers, researchers, and global SAF leaders to share know-how and speed up investment.
- Tracking systems
- Set up transparent monitoring of production volumes, distribution, and lifecycle emissions cuts.
The June 23 ACI Africa SAF workshop in Arusha, cited by speakers, showed how airports fit in. Airport operators can help plan storage, blending, and fuel quality systems so SAF can move safely from plant to wing. Those steps cut rollout delays once fuel is available and help airlines plan purchasing.
Regulation, finance, and jobs
Behind the scenes, regulators are busy. The AU and national authorities are crafting rules and incentives that lower risk for first movers. That includes:
- Clear sustainability standards for feedstock
- Technology approval paths
- Market tools that help early plants cover higher costs until scale arrives
Industry leaders, including IATA, have urged governments to keep focus on three targets: lower costs, grow capacity, and keep rules simple and consistent.
For many African states, the jobs story is as important as the climate story. SAF supply chains create work in:
- Farming and feedstock collection
- Waste handling and transport
- Plant operations and maintenance
- Skilled roles in engineering and lab testing
The AU’s job range—11–20 million—reflects the wide reach from rural feedstock collection to technical roles. Summit speakers noted that careful feedstock rules are key to protect food supplies and land use while still building a strong pipeline of inputs for fuel.
South Africa’s case shows how co-developing green hydrogen can help. Several SAF pathways need hydrogen for processing; producing it locally with renewable power can cut imports, lower carbon intensity, and keep more value at home. The same approach applies across North, East, and West Africa, where solar and wind resources can support clean power for new plants.
Some of the hardest work is financial. Early SAF projects face:
- Higher capital and operating costs
- New-technology risk
- Evolving policy environments
Panels at the summit walked through tools to simplify financing:
- Long-term offtake deals with airlines
- Public credit support
- Clear, time-bound incentives that reward lower-carbon fuel
Because SAF is 3–4 times the price of jet fuel today, every point of cost reduction matters. Larger production runs, better feedstock logistics, and firm policy signals can bring prices down over time.
Regional cooperation and implementation
The agenda also pointed to regional cooperation. Common standards and shared reporting make it easier for investors to commit across borders. AU coordination can help countries avoid duplicating work and speed up training for regulators and plant operators.
The union plans to keep tracking progress through its infrastructure and energy channels. Official updates on AU actions are posted at https://au.int/en/pressreleases.
Industry voices stressed timing. With global rules tightening and markets setting SAF blend targets, Africa can either buy fuel at a premium from abroad or build a home market. Speakers favored the second path, saying local supply will cut costs, support airlines, and open export doors where production exceeds local demand.
What this means for travelers and local communities
For travelers, the near-term effect may be quiet: flights continue while the fuel mix shifts and safety rules remain the same. Over time:
- Wider SAF use can help airlines keep fares steadier than they would be under rising carbon costs.
- New routes may be supported as the continent grows.
For workers and small businesses, feedstock contracts and plant jobs can bring new income streams—especially if projects prioritize fair sourcing and steady payment terms.
The message from the Aviation Africa Summit 2025 was simple and firm: build feedstock chains, pick proven technology, line up rules and finance, and start producing. With policy now in place and partners at the table, the next test is delivery—measured in litres, not slides.
This Article in a Nutshell
At Aviation Africa Summit 2025 in Kigali on August 15, leaders pledged to move SAF from pilots to production, mobilise feedstock, align policy, and finance plants that create jobs and reduce aviation emissions across Africa.
