Kassø E-Methanol Moves into Road-Fuel Production
E-methanol produced at the Kassø Power-to-X facility in Denmark has been converted into synthetic gasoline as part of Germany’s DeCarTrans research project.
European Energy announced the results on May 12, 2026 after 86 tonnes of renewable methanol were processed at a large-scale pilot facility operated by TU Bergakademie Freiberg.
The methanol was converted into synthetic gasoline using the METHAFUEL process developed by CAC Engineering and TU Bergakademie Freiberg.
The resulting intermediate product was subsequently upgraded into several gasoline grades, including RON95 E10, RON98 E10 and RON102.
According to the project partners, the finished fuels are compatible with existing vehicle engines and conventional fuel-distribution infrastructure.
Methanol Becomes an Intermediate for Synthetic Fuels
The project demonstrates a different role for renewable methanol.
Rather than being used directly as a marine fuel or industrial feedstock, e-methanol can serve as an intermediate molecule that is chemically converted into liquid hydrocarbon fuels.
The Kassø methanol is produced using renewable hydrogen combined with captured biogenic carbon dioxide.
At the German pilot facility, the methanol-to-gasoline process transforms that renewable molecule into hydrocarbons with properties suitable for conventional gasoline applications.
This creates a potential route for using renewable electricity and captured carbon to produce liquid fuels for transport segments where replacing existing engines and distribution infrastructure may be difficult in the near term.
Pilot Demonstration Opens a Route Toward Scale-Up
The conversion trial is still a demonstration rather than evidence of large-scale commercial e-gasoline production.
Its significance lies in showing that commercially produced renewable methanol can be transferred into an existing pilot-scale conversion process and upgraded into recognised gasoline grades.
The DeCarTrans project is examining how renewable synthetic fuels can move from research and demonstration toward larger production systems.
For Power-to-X developers, the result also broadens the potential market for e-methanol. The same renewable molecule can serve shipping and chemical applications directly or become a building block for downstream synthetic fuels.
Future commercial deployment will depend on factors including renewable electricity costs, hydrogen production, access to sustainable carbon, conversion efficiency and the regulatory treatment of renewable fuels of non-biological origin.
The Kassø demonstration nevertheless provides a practical example of how Power-to-X production can connect with conventional liquid-fuel technology.
Sources
European Energy — E-Methanol from Kassø Converted into Gasoline, May 12, 2026
European Energy — E-Methanol for Transport: How Is E-Methanol Bridging the Gap in Transport Decarbonisation?, June 2, 2026
DeCarTrans — Renewable Fuels Research and Demonstration Programme