The ABC-SALT Consortium welcomes you to the ABC-SALT Website. Please take your time and have a look at all that has been achieved through this H2020 funded project. The ABC-SALT project has now come to a close. Should you wish to find out more about the project and it’s outcomes please contact Project Managers Fabienne Brutin, Laurence Naiglin or Project Leader Eric Heeres. This website will remain live until 31-Oct-2024 but will not be monitored in that time. 

ABC Salt A4 booklet web

ABC-Salt: Advanced Biomass Catalytic Conversion to Middle Distillates in Molten Salts

The ABC-Salt research consortium will validate at laboratory scale a novel route to produce sustainable liquid biofuels (middle distillates) from various lignocellulosic waste streams for the transport industry, both on roads (biodiesel) and in air (jet fuel), targeting a yield over 35 wt.% in the middle distillate range, based on the biomass dry input, and a carbon yield of 55 %.

Nine European partners are working together to solve the following technical challenges: liquefaction and subsequent catalytic hydro-pyrolysis of the biomass in a molten salt environment, followed by the catalytic hydro-deoxygenation of the vapour phase using suitable catalysts to obtain a hydrocarbon product suitable for use as a middle distillates biofuel. ABC-Salt Consortium will then operate an integrated laboratory scale reactor during over 100 hours to provide lab-scale validation of the whole process, bringing this technology to TRL 4.


The project includes technical aspects (such as substrate flexibility, biomass liquefaction and hydro-pyrolysis in molten salts and subsequent hydro-deoxygenation and their integration), but also a socio- and techno-economic viability study of the technology (substrate availability and supply chain, future end-users and economic sustainability of the process). This will ensure the future deployment of this new technology considering its social related issues, such as acceptance or modification of the perception of transport induced by such sustainable fuels. Such a holistic approach considering the full value chain, combined to communication with stakeholders during the course of the project, will provide valuable input for scale up and industry-oriented research after this project, maximizing the impact, amongst other in the biomass, biofuel and transport industry.

This four-year project was launched in April 2018 is funded by the EU’s Horizon 2020 Research and Innovation Programme, and a general presentation on the ABC-Salt project objectives and concept is available from here.

For a fully downloadable booklet on ABC-Salt click here.


After an independent review ABC-SALT is proud to be doing its part towards gender equality in the sciences.

There are so many reasons why gender equality and representation are important but here is one big one for any women and non-binary peers who want to pursue a career in Science, Technology, Engineering and Mathematics!

We need more STEM professionals. 

Elsevier’s gender report: “A large and growing body of evidence has revealed persistent gender-based differences in demographics, productivity, and advancement within the scientific workforce.”

With men dominating the workforce and an awareness of the gender discrepancies in the workforce becoming more obvious there is a more conceited effort to address these imbalances and therefore more opportunities are becoming available.


Gender representation increases accuracy, greater diversity in approach to research and scientific conversations. 

ABC-SALT are continuing to do our bit, continually challenge and improve; and celebrate the diversity of our work force. 

Read more about the importance of gender balance here.

This project has received funding
 from the European Union’s Horizon
2020’s research and innovation
programme under grant agreement
number 764089

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General enquiries – abc-salt@aston.ac.uk