ETFuels' bi-weekly insights

Our Projects

Our model

Our production model is highly scalable – with 6 sites capable of generating 2.5GW of renewable power and 1.2 MMT CO2 emission reductions per annum

ETFuels has ~100,000 acres legally secured (~2.5 GW power), partnerships with off-takers, leading OEMs & CO₂ providers, and FEED engineering currently being delivered

The places in between - glimpse our behind-the-meter future

Our behind-the-meter model enables green-fuel production at commercial scale by building directly where renewable resources are strongest. Our ambition from the start has been to produce the lowest-cost e-fuels by developing the best behind-the-meter sites across Europe and North America. After evaluating many sites across both continents, Texas and Finland emerged as the most attractive starting points for a pan-Atlantic production platform.

Why Texas?

Texas remains one of the strongest global locations for e-fuel production, combining abundant wind and solar with deep industrial capabilities. Its large chemical and refining base provides existing infrastructure for scaling electrolysis and downstream synthesis. The state’s major ports, including Houston and Corpus Christi, support efficient domestic distribution and international export. With low-cost renewable power, strong logistics, and a pro-business regulatory environment, Texas offers unmatched conditions for producing e-fuels at commercial scale.

Project Rattlesnake Gap: West Texas, US

Supply chain partnerships: John Cockerill, Johnson Matthey, S&B Engineering & Constructors

Renewable energy: wind & solar (~500MW) and battery storage

e-methanol production: 120,000 tonnes per year

CO2 avoided: 240,000 tonnes per year

Stage: Front End Engineering Design (FEED). Press release here

For any press related topics, please contact Felix our CCO here

Project Dumas: Panhandle Texas, US

Renewable energy: wind & solar (~450MW) and battery storage

e-methanol production: 115,000 tonnes per year

CO₂ avoided: 230,000 tonnes per year

Stage: Pre-FEED

Project Tierra Alta: West Texas, US

Renewable energy: wind & solar (~500MW) and battery storage

e-methanol production: 120,000 tonnes per year

CO2 avoided: 240,000 tonnes per year

Stage: Pre-FEED

Project Happy: Panhandle, US

Renewable energy: wind & solar (~500MW) and battery storage

e-methanol production: 115,000 tonnes per year

CO2 avoided: 230,000 tonnes per year

Stage: Pre-FEED

Why Finland?

Finland has established itself as one of Europe’s strongest e-fuel production locations thanks to ample availability of biogenic CO₂, exceptional wind resources, especially along the coast and in the north. Its large forestry sector provides sustainable biogenic CO₂ sources, and the country’s carbon-neutrality agenda creates a supportive policy environment for new production projects.

Finland also offers mature industrial infrastructure, accessible CO₂ from paper and pulp operations, and efficient logistics through deep-sea ports with direct access to major EU off-take markets. Combined with its advanced clean-tech ecosystem and stable regulatory framework, Finland is an ideal base for scalable, low-cost e-fuel production.

Project Ranua, Finland

Key partnerships: Neova Oy, Business Finland

Renewable energy: wind (~300MW) and battery storage

e-methanol production: 100,000 tonnes per year

CO₂ avoided: 200,000 tonnes per year

Stage: Pre-FEED

Why the UK?

The UK is now arguably the world’s most attractive market for e-SAF deployment. It combines binding e-SAF quotas with long-term regulatory certainty through the Revenue Certainty Mechanism, enforceable penalties for non-compliance, and a clear framework for developer support. Crucially, the UK’s targeted demand quotas across multiple end-uses make it a natural hub for e-fuels production.

Project SkyFuel

Stage: Front End Engineering Design (FEED)

Technology: Methanol-to-jet

e-SAF production: 35,000 tonnes per year

ETFuels’ e-SAF project SkyFuel was selected under the UK Government’s Advanced Fuels Fund to advance a commercial-scale methanol-to-jet e-SAF project. SkyFuel will convert renewable methanol into sustainable aviation fuel at scale - positioning the UK as a global leader in e-SAF and enabling ETFuels to anchor a broader e-fuels platform across Europe and the US.

With SkyFuel in the UK as well as our Texas and European portfolio, we now sit at the intersection of the world’s cheapest e-fuel production and its most robust e-SAF market. See full press release.