Everything you need to know about KlimaBenzin95
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Introduction
With KlimaBenzin95, a virtually petroleum-free petrol fuel was made publicly available in Europe for the first time in June 2025. The launch at the CLASSIC filling station in Kirchweyhe (near Bremen) marks a milestone in the transformation towards more climate-friendly fuels - and shows that sustainable mobility does not have to be based on electromobility alone.
As a so-called "drop-in" fuel based on green methanol, KlimaBenzin95 can be used in existing vehicles without technical modifications and distributed via existing infrastructures. It therefore offers short-term potential for reducing emissions in road traffic.
What is KlimaBenzin95?
KlimaBenzin95 is a synthetically produced petrol based on the methanol-to-gasoline (MtG) process. Instead of fossil crude oil, green methanol is used - i.e. methanol obtained from renewable or biogenic sources.
The name stands for sustainability in two ways:
- "95" stands for the octane value, comparable to Super or E10
- At the same time, it means that 95% of the carbon in the fuel does not come from fossil sources
The fuel is completely drop-in capable, i.e:
✅ no adjustments to the engine necessary
✅ Miscible with conventional petrol
✅ Can be used in existing logistics and filling station infrastructures
Technical properties
- Compliant with DIN EN 228 (for gasoline)
- No loss of performance compared to conventional E10
- Compatible with catalytic converters, injection systems and components in current petrol engines
- Emission behavior (e.g. particulate matter, NOₓ) comparable to Super Plus
Carbon footprint & sustainability
According to the manufacturer, KlimaBenzin95 saves up to 90% CO₂ compared to fossil gasoline. This saving results from the use of green methanol, the production of which uses CO₂ from biogenic sources or industrial waste gases.
This means that
- Carbon remains in the cycle instead of releasing additional CO₂ from fossil sources
- No "net new emissions" - only re-emission of the previously sequestered CO₂
Produktion & Verfahren
Das Herstellungsverfahren basiert auf dem bewährten Methanol-to-Gasoline-Prozess, bei dem aus Methanol durch Katalyse ein flüssiger Ottokraftstoff erzeugt wird.
Derzeit stammt das Produkt aus einer Forschungs- und Pilotanlage der TU Bergakademie Freiberg.
Ab 2027 ist der Aufbau einer industriellen Produktionsanlage im niedersächsischen Steyerberg geplant.
Global Fuel Card for Renewable Gasoline
eFuelsNow e.V. has created a global map listing gas stations offering renewable gasoline.


The map also provides an overview of the fuel pumps with images, as well as the current number of stations. View the gas station map
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