Dive into the latest project updates, team highlights, and much more in our first edition of the CANMILK E-Newsletter. 🐄🚀 ➡ canmilk.eu/?na=view&id=2 Subscribe to our newsletter to ensure you never miss an update. 📧 #methane #methaneemissions #climatechange #horizoneurope

🌍 What are Greenhouse Gases? ☀️🌡️ CANMILK aims to reduce agricultural greenhouse gas emissions. These gases trap the sun’s heat, keeping Earth at 15°C instead of -18°C. Increased emissions intensify this effect, causing climate change. Learn more ➡ canmilk.eu/faq/

CANMILK is excited to be part of the #energy and #climate festival in #Karlsruhe! 🌍 📅 Sat, 15 June 2024 ⏰ 11 AM-5 PM CEST 📍SEZ booth, Festplatz Karlsruhe Stay tuned for more #updates! #Climateaction #Innovation #Methaneabatement #Greenhousegasreduction

Last Saturday in #Karlsruhe: CANMILK joined the #Energy and #Climate Festival with other #EU-funded #research projects by SEZ! We loved engaging with attendees and showcasing our efforts 🐮 #Sustainability #ClimateAction #Innovation #MethaneAbatement

🌟 Poster Presentations on Noble Metal Catalysts for Plasma-Assisted Oxidation of Methane 🌍 PhD student Abhinash Kumar Singh represented CANMILK at the NSC 🇳🇴 and ISCRE 28 🇫🇮 conference! His research is important for our methane abatement goals. ➡ canmilk.eu/2024/06/26/pos…

🌟 Meet Our CANMILK Project Partners! 🐄🌟 We are very happy to have Valio International on board as a partner specializing in dairy production. Valio's experts will collect and analyze farmers' feedback and opinions on the CANMILK technology and help organising barn measurements.

🐄🌍 Methane is a significant greenhouse gas. Cows, produce methane through "enteric fermentation" in their rumens, which they expel by belching. With 77 million cows in Europe, this adds up! 🐮💨 Learn how #CANMILK aims to reduce methane emissions ➡ canmilk.eu

🌟 Meet our CANMILK project partners! 🐄🌟 In CANMILK, the Department of Circular Chemical Engineering of Maastricht University focuses on detailed plasma diagnostics to study CH4 conversion and has built a microwave reactor for performance measurements. #methane #plasmamodelling

🌍 What role will CANMILK play in reducing methane emissions in the EU? 🌱 The goal of CANMILK is to develop a novel technology for methane conversion to CO2. 🔗 Learn more about the CANMILK technology here: canmilk.eu/technologies/

Today, the DEQTalk will be given by Gerard van Rooij from the University of Maastricht, who is also a CANMILK partner. See you there!

🌟 Meet Our CANMILK Project Partners! 🐄🌍 Next, we would like to introduce you to Johnson Matthey, a global leader in sustainable technology solutions. As part of the CANMILK project, their expertise in plasma catalysis is being used to develop the CANMILK system.

🚨 Are you looking for a PhD position? Our partner, Instituto Superior Técnico, is offering an exciting research opportunity as part of the CANMILK project, with research conducted at the IPFN. ➡️ canmilk.eu/2024/10/10/phd…

📣 We’re thrilled to announce the addition of a new project partner to the CANMILK project: Instituto Superior Técnico, the School of Engineering and Technology at the University of Lisbon. Learn about IST’s Key Roles in CANMILK here ➡️ lnkd.in/epcxCje3 🌍

⚡ What is Non-Thermal Plasma? 🌍 In CANMILK, non-thermal plasma plays a vital role in transforming methane into CO₂, a less harmful compound. But what exactly is non-thermal plasma? Learn more: canmilk.eu/faq/ 🌐

🔬🐄📊Durham University presented findings from CANMILK at the IFEAA Deep Dive event in Bristol. The presentation included experimental results and computational modelling efforts to address methane emissions in dairy barn housing. Learn more: canmilk.eu/2024/11/27/inv…

🚀 CANMILK Newsletter #2! In this issue you can read about the development of the Proof-of-Concept unit, meet our new project partner and read about other project updates. 🔗 Read more: canmilk.eu/?na=view&id=3 📩 Sign up for future updates: canmilk.eu

The CANMILK project meeting in Durham has officially begun! Over the next two days, we will be reviewing the progress of the project, discussing the next steps and visiting our project partners at Durham University and Johnson Matthey to explore their laboratories.🌱🔬

🔬 Catalysts accelerate chemical reactions without undergoing any permanent change themselves, lowering activation energy and improving efficiency. In CANMILK, we are developing catalysts for the oxidation of activated methane, targeting >90% conversion to CO₂. Learn more!

📢 Last week, our partners gathered in Durham for a meeting, discussing progress, next steps, and future opportunities. From presentations to lab tours at Durham University and Johnson Matthey, it was a fantastic exchange of knowledge and ideas. 🔗 More: lnkd.in/gA375yER

🚀 A crucial step for the CANMILK project is the proof-of-concept unit, which will serve as the foundation for future prototype development. In an interview, Jasmiina Palo (VTT), shares insights into the development and key objectives of the PoC unit. 📖 canmilk.eu/2025/01/29/dev…