Sustainable Aviation Fuel in Egypt
Legal and Regulatory Framework

Aviation accounts for approximately 2.5% of global CO₂ emissions, but when non-CO₂ warming effects are included the sector's contribution to climate change is estimated at roughly twice that figure. Sustainable aviation fuel — a drop-in replacement for conventional jet kerosene that can be blended at up to 50% in existing aircraft engines without hardware modification — is the aviation industry's primary near-term decarbonisation tool. European carriers operating under the EU Emissions Trading Scheme (EU ETS) and subject to the ReFuelEU Aviation regulation face mandatory SAF blending obligations beginning at 2% in 2025 and rising to 70% by 2050. This creates a structural, policy-mandated demand for certified SAF that Egypt is exceptionally well positioned to supply. The convergence of Egypt's abundant solar and wind resources, its proximity to European markets via Mediterranean shipping routes, and the government's strategic commitment to green hydrogen derivatives makes SAF one of the most commercially compelling molecules in the country's energy transition pipeline.

Production Pathways and Their Regulatory Relevance

The two SAF production pathways with the greatest relevance to Egypt's resource base are hydroprocessed esters and fatty acids (HEFA) and electrofuel (e-SAF) via power-to-liquid synthesis. HEFA SAF is produced by hydroprocessing vegetable oils, waste fats, or other lipid feedstocks — a mature technology with an established supply chain. In the Egyptian context, used cooking oil, agricultural residues, and potentially algae-derived lipids represent available feedstocks, though their aggregation at industrial scale requires careful supply chain structuring. HEFA SAF achieves lifecycle carbon reductions of 50–80% versus conventional jet fuel depending on feedstock origin, and it qualifies under CORSIA (the ICAO Carbon Offsetting and Reduction Scheme for International Aviation) and ReFuelEU. Developers pursuing HEFA in Egypt should note that the feedstock sourcing arrangements will be subject to scrutiny from certification bodies — any feedstock that competes with food supply or drives land-use change will fail the sustainability criteria under ASTM D7566 and the EU Renewable Energy Directive's waste hierarchy provisions.

E-SAF, produced by combining green hydrogen with captured CO₂ via the Fischer-Tropsch or methanol-to-jet synthesis route, is more capital intensive but offers the highest carbon intensity reductions — potentially approaching carbon neutrality when the hydrogen is produced from renewable electricity and the CO₂ is sourced from direct air capture or industrial point sources. For Egypt, the abundance of low-cost solar power means e-SAF economics are significantly more favourable than in Europe, particularly if the project is co-located within SCZONE where grid connection costs are reduced and the SCZONE Authority can facilitate CO₂ pipeline infrastructure. Under ReFuelEU, e-SAF qualifies as a Renewable Fuel of Non-Biological Origin (RFNBO) and attracts a 4x multiplier in blending mandate compliance calculations, giving Egyptian e-SAF produced from certified renewable electricity a premium market position relative to HEFA volumes.

Structuring Offtake with European Airlines

IATA's SAF Registry and the book-and-claim accounting framework allow airlines to purchase and claim the environmental attributes of SAF independently of its physical delivery to any specific airport. This means an Egyptian SAF producer does not need to ship fuel to, say, Amsterdam Schiphol to allow KLM to count it toward their blending obligations — they can sell physical fuel to a Mediterranean hub or even domestically while transferring the environmental certificate to a European buyer. This structural flexibility is commercially important because it allows the project to optimise logistics without sacrificing revenue from certificate sales. In practice, the most common contractual structure pairs a long-term physical offtake agreement (typically 10–15 years, structured on a take-or-pay basis to support project finance) with a separate Book and Claim certificate transfer agreement. The Vision Invest / Shell offtake precedent from a 2024 MENA SAF transaction demonstrated that European majors are willing to commit to long-term Egyptian SAF supply on terms that are bankable, provided the certification chain is robust and the carbon intensity of the product is verified by an accredited third-party auditor.

From an Egyptian law perspective, an SAF project located within SCZONE will benefit from the zone's standard investment incentives — duty-free importation of plant and equipment, a corporate income tax rate of 10% for qualifying industrial activities for up to 20 years, and an expedited approvals pathway through the SCZONE One-Stop Shop. The GAID industrial licensing requirement applies even within SCZONE for the production facility itself, and the EEAA environmental approval process — including an EIA covering the plant's process emissions, water consumption, and feedstock logistics — cannot be waived. Developers structuring a full project finance transaction should ensure that the offtake agreement contains a change-of-law provision addressing modifications to EU SAF mandates, a force majeure regime that accounts for feedstock supply disruption, and a price review mechanism that reflects changes in green hydrogen production costs — the dominant variable cost driver in e-SAF — over the life of the contract.