Synthetic Fuels

In the future, synthetic fuels will primarily be needed to achieve CO2-neutrality also in hard-to-abate transport sectors, mainly aviation, marine shipping and heavy-duty road transport.

In the Bavarian “Center for Sustainable Fuels” (ZENK) in Straubing and Sulzbach-Rosenberg, we are developing new process routes for the synthesis of CO2-neutral fuels based on renewable resources and energy. The development is conducted at pilot-scale and paves the way for application in a refinery of the future, where all feedstocks and input streams originate from renewable sources.

Our synthetic approach consists of the chemical conversion of alcohols via light olefins (alkenes) as intermediates to middle distillate fuels such as kerosene and diesel (SynergyFuels). The starting materials methanol and ethanol are obtained from CO2 hydrogenation and fermentation processes. Further catalytic processes (EcoFuel) can then be applied to yield readily refined fuel fractions.

Benefits

  • Climate-neutral production of fuels based on renewable raw materials and energy
  • Circular economy
  • Independence of fossil fuels
  • Decentralized production is possible

Our services offer

  • Assessment of the resource base of processes
  • Development of suitable processes and process cascades including catalyst screening and optimization
  • Process scale-up
  • Production of fuel samples
 

German Sat1-Doku “The future of aviation in Bavaria”

Synthetic fuels

Dr. Arne Roth and Dr.-Ing. Ferdinand Vogelgsang in Straubing explain their research into the production of green kerosene from CO2 in German.

 

Dossier

Biotechnological CO2 recycling

Comprehensive dossier on CO2 as a raw material on the BMBF online portal Bioökonomie.de with five IGB projects

Reference projects

 

January 2021 – December 2023

EcoFuel

Renewable electricity-based, cyclic and economic production of fuel

The aim of the EU project EcoFuel is to develop the next generation of renewable fuels produced from CO2 using renewable energies. To this end, the project consortium aims to demonstrate a novel end-to-end process chain that significantly improves energy efficiency in the electrochemical production of synthetic fuel from CO2 and water.

Further projects

ZENK

SynergyFuels