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Is Europe Ready to Reduce Greenhouse Gas Emissions?
Electrochemical CO2 Reduction: Commercial Innovations and Prospects
Physicochemical properties of short-side-chain perfluorosulfonic acid membranes at elevated temperatures
Join our E-fuels Community of Practice: Exchanging on efuel Technologies
Closing the Carbon Cycle – Demonstrating Back-Up Power Production from E-Fuels in Gensets and Recycling of the Engine Exhaust Gas
ECO2Fuel Project Debuts at GHGT-17 in Canada
From Waste to Renewable Energy Resources: Bioenergy and eFuel Solutions
ECO2Fuel’s contribution to close the carbon cycle
ECO2Fuel travels to Calgary (Canada) for GHGT-17 on October 20-24th
DLR Presents ECO2Fuel at Four Key Events in October 2024
ECO2Fuel Achieves Major Milestone with Scaled-Up 50kW Stack Design
Europe’s Green Revolution: Why Research Impact Is Key to Success
9th Symposium on Hydrogen, Fuel Cells and Advanced Batteries
Successful Commissioning of Exhaust Gas Feeding System into Carbon Capture Pilot Plant
Advancing Renewable Energy: CO₂ Conversion to Synthetic Fuels
ECO2Fuel Project Showcased at the 245th ECS Meeting in San Francisco
Achievements of MONOLITHOS in ECO2Fuel
ECO2Fuel at the EUSEW Energy Fair on 11 – 13 June, 2024 in Brussels
5th ECO2Fuel General Assembly Meeting
Achievements and Challenges of MONOLITHOS in the ECO2Fuel Project
Transforming Tomorrow: The ECO2Fuel Project’s Revolutionary Approach to Tackling Climate Change
Unveiling the ‘European Paradox’: Transforming Research into Real-World Solution
ECO2Fuel Welcomes Trio of Sustainability Experts to Forge Ahead in Clean Energy Research
Achieving Milestones in CO2 Electrolysis: MS9 and MS10
Advancing CO2 Reduction Technologies: Faria’s Journey with the ECO2Fuel Project
Alkaline electrolysis using CuOx cathode for the conversion of carbon dioxide into liquid fuels
Progress on the anion exchange membrane
4th ECO2Fuel General Assembly Meeting
How Lowering the Costs of CO2 Electrolysers Can Enable Cheap Renewable Fuel Production
Stellantis and Aramco’s Groundbreaking Hydrogen-Based E-Fuels: A New Era for Road Vehicles
The Race to Develop Efficient Catalysts for CO2 Electrolysis
Job Alert: Research Role in the ECO2Fuel Project
CO2 Capture and Utilisation: A Detailed Overview
Exploring the Impact of Membrane Characteristics on CO2 Electrolysis Performance
The Role of ECO2Fuel in the Clean Energy Working Group’s Pursuit of Decarbonization
The New Unitary Patent System: Will it Support or Undermine Open Innovation?
ECO2Fuel featured on “Alles Chlor!”- Podcast
Turning CO2 Emissions into Sustainable Fuel: The Power of CO2 Recycling
Carbon Under the Sea: A Promising Solution to Climate Change
Decipher the Certification of Carbon Dioxide Removals: A Comprehensive Analysis
Groundbreaking Progress in CO2 Electrocatalysis: A Revolutionary Study on Surface Charge Utilization
De Nora’s Role in Energy Transition and CO2 Electrochemical Reduction: Keynote Lecture at ICCDU 2023
Unraveling the Complexities of Carbon Capture and Storage: A Comprehensive Study by NABU
The Scaling-Up of CO2 Electrolysers
E-Fuels: The Carbon-Neutral Energy of the Future
Diesel Alcohol Blends Successfully Tested for Stability
ECO2Fuel member Finalist in 2023 EUSEW Awards for Sustainable Energy Excellence
How We Guarantee Durable And Efficient CO2 Electrolysis At Scale – The Role Of The Membrane
Developing a highly efficient CO2 electrolyser and an innovative eco-friendly recycling process for electrocatalyst recovery
Can investing in CCU technologies unlock a sustainable and greener future?
ECO2Fuel is part of the Enlit-Community
The ECO2Fuel consortium strengthens its expertise with Charly Azra
3rd ECO2Fuel General Assembly Meeting
The future of renewable fuels and their significance for climate protection
Welcoming a new team member from DLR in Germany
The development of CO2 Electrolysers
Welcoming a new team member from VITO in Belgium
Why are liquid e-fuels (C1-C4 alcohols) sustainable and essential to meet the EU’s climate targets?
ECO2Fuel closes the carbon cycle for peak and backup power
E-Alcohol-Diesel blends: Lowering CO2 emissions for diesel-fueled internal combustion engines
CNR-ITAE hosted VITO in the framework of the ECO2Fuel project
Direct electrochemical conversion of CO2 into carbonaceous fuels at GHGT-16 in Lyon
ECO2Fuel at the European Research & Innovation Workshop
The evaluation of the catalytic activity
Meet us at the European Hydrogen Week in Brussels
Welcoming two new team members
The leading actor of CO2 Electroreduction
How we guarantee durable and efficient CO2 electrolysis at scale – The role of porous transport and gas diffusion layers
The 2nd General Assembly Meeting took place in Valencia
Welcoming a new consortium member
Finding alternatives to fossil fuels with eCCU
Submit your work on CO2 Electrolysis! Deadline 10 March 2023
Sabrina Zignani presented ECO2Fuel at the Institute of Chemistry – University of Sao Paulo in Brazil
RWE’s carbon capture pilot plant at Niederaussem surpassed 100,000 operating hours
Handling the challenges of advanced CO
2
electrolysis: Ion conduction, alcohol exclusion and salt exclusion
Membrane Characterization and Electrode Optimization
The real sustainability impact of the ECO2FUEL technology
Developing highly active, selective, and critical raw material free electrocatalysts that can convert CO2 into green chemicals
Why Dissemination & Exploitation is important for catalysing the development of new technologies
Gas diffusion electrode is where CO2 turns again into useful fuels
Two eCCU pilot plants at one site
ECO2Fuel technology can use any source of CO2
Not just talking about climate protection
Many carbon-neutral efuels are uneconomic compared to fossil-based fuels
eCCU3 – A Trilateral Online Workshop on Carbon Capture & Electrochemical CO2 Utilization
Developing a zero waste technology together
A promising technology to recycle carbon dioxide
Finding solutions for the grand societal challenges of tomorrow
The future of industrial scale production of carbon-neutral fuels and chemicals
Boosting research and generating important knowledge
Carbon is not just a component of life
Driving the electrochemical carbon dioxide reduction towards commercialization
Building a low-carbon, climate-resilient future
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