Scandinavia’s E-SAF Reckoning

Why It Matters

The looming cost and capacity gap threatens airline profitability and could trigger higher ticket prices across Scandinavia, while also testing the EU’s climate‑fuel policy effectiveness.

Key Takeaways

• Scandinavia needs 36,000 t e‑SAF in 2030, 330,000 t by 2040
• One plant by 2032, five plants required by 2040
• Short‑supply price could reach €23,000 (~$25,300) per tonne
• Regional e‑SAF spend may hit $8.6 billion by 2040
• Passenger surcharge could rise to $18 per flight in Denmark

Pulse Analysis

The EU’s RefuelEU Aviation framework designates e‑SAF – a power‑to‑liquid fuel produced from renewable electricity, water and captured CO₂ – as a cornerstone of its 2030 climate ambition. Unlike bio‑based SAF, e‑SAF does not rely on agricultural feedstocks, making it theoretically scalable to meet the continent’s growing demand. However, SAS Aviation’s latest analysis shows that Scandinavia alone will require 36,000 tonnes of e‑SAF in 2030, a figure that balloons to 330,000 tonnes by 2040. This translates into a need for one dedicated production facility by 2032 and up to five by 2040, far outpacing current European capacity, which is projected at eight new plants for the entire EU‑EEA in 2030.

Economic pressure points are equally stark. In a constrained market, e‑SAF prices could approach €23,000 (~$25,300) per tonne – roughly 30‑times the price of conventional jet fuel – while even an oversupplied market would still impose a $6,600 premium per tonne in 2030. Cumulatively, regional e‑SAF expenditures could climb from $247‑$935 million this decade to $8.6 billion by 2040. For airlines, the cost pass‑through means passenger surcharges of $4‑$18 per flight in Denmark, $3‑$11 in Norway and $3‑$12 in Sweden today, with figures set to multiply as mandates tighten.

The supply‑demand mismatch raises strategic questions for investors, policymakers and airlines alike. Without firm final investment decisions on new e‑SAF plants, the risk of chronic shortages looms, potentially triggering hefty non‑compliance penalties that could double the price differential. Stakeholders may need to accelerate financing for large‑scale electro‑fuel projects, leverage the EU’s 20 million aviation ETS allowances, and consider interim blending solutions to avoid market disruption. Ultimately, the Scandinavian case underscores the broader European challenge: aligning ambitious climate targets with realistic production pathways to keep aviation both sustainable and economically viable.