INDUSTRY · POLICY · PROJECTS · ADOPTION
Renewable E-Fuels are liquid or gaseous energy carriers produced using renewable electricity. They convert renewable power into fuels and feedstocks that can be stored, transported and used across transport, industry and the wider energy system.
FUEL PATHWAYS
From electrons to molecules
Production begins with renewable electricity. Electrolysis converts water into hydrogen, which can then be combined with captured carbon or nitrogen through different synthesis processes.
The result is a range of liquid and gaseous products designed for different applications.
e-Kerosene
A synthetic liquid fuel pathway developed primarily for aviation applications.
e-Methanol
A liquid fuel and chemical feedstock with potential applications across maritime transport and industry.
e-Methane
A synthetic gaseous fuel that may use compatible gas storage, distribution and engine systems.
e-Ammonia
A nitrogen-based fuel and feedstock being considered for maritime, energy and industrial applications.
Synthetic Hydrocarbons
Application-specific liquid fuels that may include synthetic gasoline, diesel and other middle-distillate products.
INDUSTRY · POLICY · PROJECTS · ADOPTION
Are all synthetic fuels renewable?
Not necessarily. “Synthetic” describes how a fuel is manufactured; it does not guarantee renewable inputs or lower lifecycle emissions.
Credible renewable E-Fuels require verified inputs, transparent lifecycle accounting and effective certification across the complete value chain.
RENEWABLE ELECTRICITY
Production must use verified renewable power that meets applicable sustainability requirements.
COMPLIANT INPUTS
Hydrogen, captured carbon and other inputs must satisfy relevant technical and regulatory criteria.
LIFECYCLE PERFORMANCE
Environmental performance must be assessed across production, transport, distribution and final use.
TRACEABILITY & CERTIFICATION
Reliable traceability and independent certification help verify origin, sustainability claims and regulatory compliance.
FAQ E-Fuel Basics
1.
How are eFuels produced?
2.
Where does the carbon dioxide come from?
3.
Do all eFuels contain carbon?
4.
Which synthesis processes are used?
5.
Can eFuels be produced anywhere?
NEWS & INSIGHTS
Developments shaping the renewable E-Fuel market.
Explore selected analysis and updates covering policy, production projects, investment, sustainability standards, technology and market adoption across the E-Fuel value chain.
