Homepage - REDIFUEL

Online Final Event at 23-24 November 2021

The REDIFUEL-project results will be presented during this event. REDIFUEL aims to enable the utilization of various biomass feedstock for an ultimate renewable EN590 diesel biofuel (drop-in capable at any ratio) in a sustainable manner. Register to keep updated.

About the Redifuel project

The EU target for 2050 is to bring down the Green House Gas (GHG) emissions to only 5-20% of the 1990 levels to lower the impact of global warming and climate change.
Besides electrifying short range transport of people and goods, the ultimate solution is to fully switch the remaining transport to 2nd or 3rd generation biofuels and efficient powertrains that comply with fuel economy targets as well as current and future emission standards.
This means that drop-in capable renewable fuel solutions are needed, which can be mixed in any quantity and ratio with fossil-based fuel.

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The CSIC partner has achieved advancements in solid catalysts for the conversion of (bio)syngas into hydrocarbon pools with unusual compositions, in line with the concept underlying REDIFUEL. Read more...

Redifuel gives the possibility to work as part of the whole application chain from waste product to the actual filling fuel in a tank. This thrilling project is great to prove the importance of Synfuels for the future. Read more...

FEV Europe GmbH is participating to the project because renewable fuels, as targeted in this project can address the whole existing vehicle fleet and can have a direct impact on the reduction of fossil CO2-emissions for the whole fleet as well as reducing particulate emissions in especially in older vehicles without Diesel particulate filters. Read more...

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Online Final Event at 23-24 November 2021

REDIFUEL explained

About the Redifuel project

Involved partners

Publications

Green process design for reductive hydroformylation of renewable olefin cuts for drop-in diesel fuels

TRA 2020

Events

JOINT Event : REDIFUEL + C3Mobility + LONGRUN

13th International Colloquium Fuels der TAE Conventional and Future Energy for Automobiles

Renewable Resources & Biorefineries 2021