Photo2Fuel

Photo2Fuel converts CO2 into fuels and chemicals by means of organic materials, using only sunlight as energy source.

[Photo2Fuel @Photo2Fuel]

We have published our first video!
At Photo2Fuel we aim to produce #biofuels from captured #CO2, using only solar power as an energy source.
How?
Discover more 👇
https://t.co/lO6G4Nkp5M

[NefertitiEU @NefertitiEU]

🚀We are pleased to announce our productive meeting between the #NEFERTITI, @Photosint_eu , and @Photo2Fuel project teams, in which we explored shared interests and identified collaboration opportunities.

👉Learn more on: https://t.co/b6BbKSRXp7

#NEFERTITI #eufunded #h2020

[Photo2Fuel @Photo2Fuel]

🚀 Did you miss our latest webinar? No worries—we’ve got you covered!

You can still catch up on all the groundbreaking advancements in #organicchemistry by watching the recording on our channel.

🔗 https://t.co/5e4p2krYhY

[Photo2Fuel @Photo2Fuel]

Given that light is a valuable ‘reagent’ in photochemical applications, this research opens new doors to optimizing photoreactor performance! 🚀♻️

🔗 Read the full article: https://t.co/iYK6NnVYZW

[Photo2Fuel @Photo2Fuel]

🌍 New scientific article!🔬

Our partners at the University of Amsterdam from the @NoelGroupUvA have published a new study on the interaction of light with gas–liquid interfaces and its influence on #photon absorption in continuous–flow #photoreactors 💡💨

[Photo2Fuel @Photo2Fuel]

Key Findings:
✅Introducing a gas phase in continuous-flow photoreactors enhances photon absorption.
✅Small gas bubbles intensify light intensity in the liquid, improving reactor efficiency.
✅Large bubbles cause some photon losses, but much less than expected.

[Photo2Fuel @Photo2Fuel]

Our latest Photo2Fuel video on #Biohybrid Systems is now available! 🚀

This video explores how we can harness biohybrid technology to convert CO₂ into valuable #fuels and #chemicals using sunlight.

🔗 Watch the video here: https://t.co/LRzJgDXMM9

[Photo2Fuel @Photo2Fuel]

Exciting news! 🌱💡

Our latest Photo2Fuel video on Biohybrid Systems is now available! 🚀

🔗 Watch the video here: https://t.co/LRzJgDXMM9

[Photo2Fuel @Photo2Fuel]

🔗 Find out more and secure your spot: https://t.co/6FDCEwNu7G

[Photo2Fuel @Photo2Fuel]

🌟4th European Carbon Capture, Utilization, and Storage Conference 2025 🌍

Are you working on solutions to combat climate change? Join the 4th European Carbon Capture, Utilization, and Storage (#CCUS) Conference 2025 to explore the latest advancements in CCUS technologies.

[Photo2Fuel @Photo2Fuel]

📅 Date: 30-31 January 2025
📍 Location: Amsterdam, Netherlands

This two-day event gathers #industry leaders, #policymakers, and #innovators for expert discussions on the role of CCUS in #decarbonization, ans the latest innovations in geological CO2 storage.

[Photo2Fuel @Photo2Fuel]

💡 From research papers to poster presentations, all resources are available for download!

👉 Check it out now: https://t.co/jKObT5taGi

[Photo2Fuel @Photo2Fuel]

🌍 Our Photo2Fuel community on Zenodo is home to a wealth of scientific content detailing the latest results and progress of our project.

If you're interested in research on sustainable solutions for the energy transition, you will find valuable resources right there!

[Photo2Fuel @Photo2Fuel]

💻 Have you visited our Multi-stakeholders platform?

🌏 Our platform serves as a dynamic hub for collaboration, offering a rich array of #resources, #insights, and #networking opportunities in the field of #CCUS.

Explore the Platform here: https://t.co/SpwKuZwR3M

[Photo2Fuel @Photo2Fuel]

☀ Check out the latest updates from Photo2Fuel in our 2nd edition newsletter!

Don’t miss out—read the full newsletter 👇

https://t.co/96rpLhs5yI

[Photo2Fuel @Photo2Fuel]

👉 Read the full article here: https://t.co/WtKKAG9cgm

[Photo2Fuel @Photo2Fuel]

🎉Exciting news🎉

👩‍🔬 Our consortium partners from Uppsala University have just published a new scientific article in the Chemical Science journal in the framework of Photo2Fuel project.

[Photo2Fuel @Photo2Fuel]

💡The study delves into the interaction between the artificial photosensitizers and #biocatalyst interface for the #conversion of solar light and abundant resources to value-added #chemicals via #photobiocatalytic CO2 reduction.

[Haining Tian & Group @tian_lab]

Photobiocatalytic CO2 reduction into CO by organic nanorods-carbon monoxide dehydrogenase assemblies: surfactant matters - now published in Chemical Science @photo2fuel https://t.co/PtaEAxDjly

[Photo2Fuel @Photo2Fuel]

🔗 Dive in: https://t.co/ZQQ5l3kkSQ

[Photo2Fuel @Photo2Fuel]

🚀 Introducing the #Photo2Fuel Knowledge Hub! Your go-to resource for driving innovation and supporting Europe's journey to #NetZero by 2050. Whether you're a #researcher, #policymaker, or #industry leader, find the latest in CCUS research, reports, policy updates, and data. 🌍💡