What are eFuels?
E-fuels are synthetic energy carriers produced from renewable electricity. They convert renewable power into molecules that can be stored, transported and used as fuels or industrial feedstocks.
From electrons to molecules.
The production process begins with renewable electricity. Electrolysis converts water into hydrogen. That hydrogen can then be combined with captured carbon to produce hydrocarbons or alcohols, or with nitrogen to produce ammonia.
The result may be a gaseous or liquid product such as e-methane, e-methanol, e-kerosene, e-diesel or e-ammonia.
e-Kerosene
A synthetic liquid fuel pathway developed primarily for aviation applications.
e-Methanol
A liquid energy carrier and chemical feedstock with growing relevance for maritime transport and industry.
e-Methane
A synthetic gaseous fuel that may be compatible with selected gas infrastructure and applications.
e-Ammonia
A carbon-free molecule produced from renewable hydrogen and nitrogen, considered for shipping, energy and industrial applications.
Synthetic Hydrocarbons
Liquid fuels designed to meet application-specific requirements, potentially including gasoline, diesel or other middle-distillate products.
Are all e-fuels renewable?
Not all synthetic fuels are the same. The term “synthetic fuel” describes how a fuel is manufactured, not automatically how sustainable it is.
Renewable e-fuels require verified renewable energy, compliant feedstocks and lifecycle greenhouse gas performance. Clear certification and traceability are therefore essential.
FAQ e-Fuel Basics
1.
What are eFuels?
2.
Why are they called eFuels?
3.
Are eFuels the same as biofuels?
4.
Are eFuels the same as hydrogen?
5.
What does Power-to-X mean?
