AfriSAF

Project Development

AfriSAF’s Project Development arm represents the long-term vision of the organisation to scale the production of advanced biofuels such as sustainable aviation fuels (SAF) across Africa

Why Project Development Matters

Why Africa for SAF Project Development?

Local value creation, sustainable supply chains, green job creation, and lower Carbon Intensity (CI) scored SAF sit at the core of our mission. By leveraging regional bio-feedstocks and clean processing pathways, African SAF production unlocks transformative economic opportunities while delivering high-environmental-integrity fuels to the global aviation sector.

According to recent analysis by the World Bank, Africa has the potential to produce the lowest-priced SAF in the world, placing the continent at the strategic centre of global aviation decarbonisation.

Who We Partner

Building complete project ecosystems by aligning critical stakeholders across the project lifecycle

Feedstock suppliers

Agricultural aggregators and waste suppliers delivering verified, traceable feedstock.

EPC Partners

Engineering, Procurement, and Construction contractors executing project infrastructure.

Technology Providers

Deploying both proven and emerging technology to realise value from sustainable feedstock.

Finance & Investors

Development finance institutions (DFIs), private equity, and impact investors funding feasibility through FID.

Offtakers

Airlines, corporate buyers, and fuel distributors securing long-term fuel off-take agreements.

Governments & Regulators

Host governments and policy partners enabling supportive frameworks and certification routes.

Owner

Asset owner who serves as the principal driver and risk-bearer of the project.

Operators

Infrastructure operators running safe, efficient, and compliant SAF production facilities.

How We Scale Sustainable Fuel

How We Execute & Pathway Technologies

We bridge the gap between upstream feedstock aggregation and downstream commercial fuel delivery through rigorous project execution methodology. By deploying certified feedstock into primary conversion pathways, we systematically derisk project execution.

Technology Pathways

Our commercial-scale projects are built on conversion pathways approved under ASTM D7566, the international specification for synthetic jet fuel.

Waste oils and fats processing equipment

HEFA (Hydro processed Esters and Fatty Acids)

The most commercially mature route. Waste and residual oils are hydroprocessed into jet-range kerosene.

Feedstocks

Used cooking oil
Animal fats and tallow
Non-food oilseeds grown on degraded land (e.g. jatropha, croton, castor)
Agro-processing residues and fatty acid distillates
Agricultural stakeholders participating in a project session

Biogas to SAF

Capturing agricultural and municipal organic waste gas streams to produce synthetic paraffinic kerosene.

Feedstocks

Biogas and biomethane from anaerobic digestion, reformed to syngas
Sustainable fuel research in a laboratory

Alcohol-to-Jet (AtJ)

Alcohols are dehydrated, oligomerised and hydrotreated into jet fuel. Methanol was added as an approved feedstock in 2026, opening a route for biomethanol and e-methanol.

Feedstocks

Ethanol from sugarcane, molasses, cassava, sorghum and maize
Cellulosic ethanol from bagasse and crop residues
Isobutanol and C2 to C5 alcohols
Methanol from biomass, waste or green hydrogen with captured CO₂ (e-methanol)
Ethanol from fermented industrial off-gases
Synthetic fuel samples undergoing laboratory analysis

Fischer-Tropsch (FT) Gasification

Carbon-rich feedstocks are converted to syngas, cleaned and synthesised into liquid hydrocarbons. FT is also the main approved route for biogas and Power-to-Liquid (e-SAF) projects.

Feedstocks

Agricultural residues (bagasse, maize stover, rice husk, cassava stalks)
Forestry and sawmill residues
Municipal solid waste
Biogas and biomethane from anaerobic digestion, reformed to syngas
Captured CO₂ with green hydrogen (Power-to-Liquid / e-SAF)
Power-to-liquid synthetic jet fuel system

Power-to-Liquid (PtL / e-SAF)

Combining captured carbon dioxide with green hydrogen produced via renewable electricity to create synthetic jet fuel.

Feedstocks

Green hydrogen & CO₂ direct air/point-source capture

What We Do

Driving Bankable SAF Projects

We structure and deploy consortiums that assemble key players across the entire SAF value chain to ensure operational and financial viability and build project pre-feasibility frameworks from the ground up, collaborate with institutional partners to fund comprehensive feasibility studies, and drive projects through to Final Investment Decision (FID).

Total Project Execution & Advisory

AfriSAF delivers flexible engagement models tailored to your requirements spanning strategic representation and expert consultancy to end-to-end project management and turnkey Build-Own-Transfer (BOT) frameworks.