This project is funded under the @EU_H2020 research & innovation programme(Grant Agreement #101006618). Any tweets reflect views of the project consortium only
📢 New Flexby publication! 📰
"The potential of microalgae biomass from urban wastewater treatment for biofuel production by pyrolysis: flash versus conventional processes in the EU FLEXBY project."
Access and download the paper here > zenodo.org/records/17287672@cinea_eu
📢 New Flexby publication! 📰
"Maximising bio-oil yield from industrial dairy sludge: a paradigm on pyrolysis temperature & heating rate in the context of the EU FLEXBY project"
Access and download the paper here > zenodo.org/records/17287631@cinea_eu#WastetoEnergy#Biofuels
Flexby joins the EU-funded FUEL-UP project to turn biogenic waste into advanced biofuels, boosting Europe’s green transition and research collaboration. 🌱🇪🇺
More about our partnerships: flexby.eu/networking@cinea_eu#Biofuels#SAF#WastetoEnergy
There is still time to register for the Fuels-C & Flexby HorizonEU Project´s Joint #Webinar !
📅 Nov. 4th
⏰ 9am - 11:30am CET
Learn how sustainable, underutilised feedstocks can power the future of the EU´s energy & transport systems. ⬇️⬇️
flexby.eu/webinar-sustainabl…@cinea_eu
📢New Flexby video release!📽️
In this 5th edition of the Flexby partner interview series, we speak with Saeed Kooshki from Fricke und Mallah Microwave Technology about the design & operation of their microwave pyrolysis machine.⬇️
youtube.com/watch?v=WkN0nRFm…@cinea_eu#biofuels
📢 New scientific publication!
In this latest study, Eindhoven University of Technology researchers explore the hydrogenation of levulinic acid (LA) to γ-valerolactone (GVL), a key step in biomass valorisation.
zenodo.org/records/17184875@cinea_eu
👋The HIGFLY project officially ended on June 30th 2025.🥹
Many thanks to all project partners who made HIGFLY a success.
If you want to discover what 4 years of research into biofuel production looks like, then visit our news page⬇️⬇️
higfly.eu/news
✨EUBCE 2025 Spotlight: TNO
The Biobased and Circular Technologies group of TNO Energy & Materials Transition is developing knowledge and technology for efficient and cost-effective thermochemical processing of hashtag#biomass, biogenic residues and waste into fuels, chemicals, materials and energy in the framework of a circular bio-based economy.
Their work covers the entire process chain, from feedstock to product synthesis.
Come and visit them at hashtag#EUBCE2025 at stand C8
lnkd.in/dh66FGxM
Don´t forget that HIGFLY has a community on the Zenodo online repository where all of our #openaccess scientific publications are housed.
We have just published a new paper and there are many more papers due for publication this year so stay tuned!
zenodo.org/communities/higfl…
➡️ New scientific paper on the HIGFLY website.
Researchers from the HIGFLY project have developed a novel catalytic method to convert biomass-derived furfuryl alcohol into cyclopentanone
Read the introductory article & download the full paper here: higfly.eu/news/innovative-ca…
✈️New publication from HIGFLY🗞️
The article outlines the evaluation of HIGFLY jet fuel samples produced via novel sustainable aviation fuel pathways against key ASTM standards.
Read the full article here: higfly.eu/news/evaluation-hi…
🌿 IATA's CO2 Connect now factors in
SAF for emissions reductions. This update provides transparent, accurate data for travelers and corporations invested in sustainability. More airlines contribute, enhancing tool accuracy. #Aviation#Decarbonizationiata.org/en/pressroom/2025-r…
Dedicated to #openscience
HIGFLY has a community on the @ZENODO_ORG online repository where all of our #openaccess scientific publications are housed.
There are many more papers due for publication this year so stay tuned! ⬇️
zenodo.org/communities/higfl…