A renewabledrop-indomesticsynthetic
aviation fuel.

IðunnH2 is planning to turn renewable electricity, water and captured CO₂ into jet fuel. First fuel planned for 2029, just 5 km from Keflavík Airport.

// Project

Iceland eSAF Project

On the Reykjanes peninsula, minutes from Iceland’s international airport, IðunnH2 is developing a facility that will turn renewable power into a synthetic jet fuel, blended into the fuel already at the gate, for immediate carbon reductions.

Renewable electricity Wind Hydro Geothermal Captured carbon CO₂ Water H₂ Methanol-to-Jet Electrolysis275MW Green hydrogen eMethanol eSAF70,000T/YR Blended at Keflavík Flights leaving Iceland Splits water into hydrogen From Icelandic power Hydrogen meets carbon Synthetic kerosene 5 km from facility to gate Today’s aircraft, unmodified
15%

of the jet fuel projected at Keflavík in 2030, made in Iceland from Icelandic power.

// Offtake

Airline demand for eSAF is real. Two airlines have already pledged to buy 55,000 of the facility’s planned 70,000 tonnes a year.

// Product

electro-Sustainable Aviation Fuel

A synthetic kerosene made from green hydrogen and captured carbon. It blends into the conventional Jet A-1 supply and flies in today’s aircraft, unmodified.

90%
Lower lifecycle CO₂

Against fossil jet fuel, verified annually.

Drop-in

Blends up to 50% into the Jet A-1 supply. No aircraft or airport changes.

Certified

Designed to meet ASTM D7566.

Cleaner burn

Trace aromatics, effectively zero sulphur.

// Place

Iceland's Advantage

Iceland’s electricity is almost entirely renewable, the result of geology and of generations who chose to build on it. For eSAF production that means low-cost, year-round clean power, and a structural advantage few places on Earth can match.

// People

Named for Iðunn, the Norse goddess of renewal. Founded in 2021 to build commercial-scale hydrogen production facilities.