@DzmitryKananov1@RiinaAav 🔗 More here: https://t.co/L2GkuKnSQn
📩 Register here to receive updates about this webinar and future events: https://t.co/ruyGUX7eyW
We’re thrilled to announce our 9th #webinar session. Our researchers @DzmitryKananov1 & @RiinaAav, from TalTech will discuss challenges in risk & impurities assessment during mechanochemical synthesis.
📆 17 June
🕚 16:00 CEST
🎬 YouTube Live: https://t.co/nEOnPt0HFb
Some chemical compounds are like the hands in our body: they have the same form and structure, but you can’t overlap them. 🤚 ✋ Our team at Université Catholique de Louvain separate the “right” molecules through #deracemisation.
More here 👇
https://t.co/XyeViM3Lrf
#Solvents are everywhere: cosmetics, textile and pharma manufacturing, oil production… ⚗️ But with growing restrictions on their use, the industry is shifting towards more sustainable alternatives, like #mechanochemistry. 🍃 Discover more in our blogpost. https://t.co/Tyggi6Fnq3
Scaling up from milligrams to kilograms is no easy task, but our Swiss partner HEIA-FR, part of HES-SO, has what it takes: the Dyno®-Mill and an infrastructure designed to industrial standards.
📖 👀 Discover more in our blogpost: https://t.co/5y3aXa5kUW
Check out our review summarising achievements in mechanochemical amide bond formation up to September 2025. It was a pleasure to contribute to this project, initiated by @ColacinoEvelina within the @Impactive_EU project: https://t.co/8qLwY6Eihq
Our challenge with mechanochemistry? To synthesise new compounds by forming covalent bonds —strong, shared-electron links that create entirely new molecules with unique properties. Think of it as cooking a cheese omelette, not just an omelette with cheese. 🧀
#MechanoMondays
Some chemical compounds are like the hands in our body: they have the same form and structure, but you can’t overlap them. 🤚 ✋ Our team at Université Catholique de Louvain separate the “right” molecules through #deracemisation.
More here 👇
https://t.co/XyeViM3Lrf
#Solvents are everywhere: cosmetics, textile and pharma manufacturing, oil production… ⚗️ But with growing restrictions on their use, the industry is shifting towards more sustainable alternatives, like #mechanochemistry. 🍃 Discover more in our blogpost. https://t.co/Tyggi6Fnq3
In one hour, we’ll be starting our 8th #webinar session with our researchers Michael Felderhoff and Jan-Hendrik Schöbel, from the Max-Planck-Institut für Kohlenforschung, in Germany.
🔴 Join us live! 👇
https://t.co/p0LS9NVOL7
Scaling up from milligrams to kilograms is no easy task, but our Swiss partner HEIA-FR, part of HES-SO, has what it takes: the Dyno®-Mill and an infrastructure designed to industrial standards.
📖 👀 Discover more in our blogpost: https://t.co/5y3aXa5kUW
Mechanochemistry can be conducted in almost any state of matter! While mostly studied in solids and liquids, recent research shows that gases like H₂, O₂, & CO₂ can also have enhanced reactivity through mechanochemistry. 💨 #MechanoMondays
More here: https://t.co/sk29iT7Bsw
#Mechanochemistry might be an entirely new topic for many of you. But don’t worry, we’ve got you covered! Dive in this handy glossary to learn about this interesting branch of chemistry! 📖 👇
https://t.co/EezBYSwKii
We're launching our 8th #webinar! On 28 May, our researchers Michael Felderhoff and Jan-Hendrik Schöbel, from the Max-Planck-Institut für Kohlenforschung, will explain how they deal with the challenges in scaling up our reactions.
🎬 Free on YouTube: https://t.co/p0LS9NVOL7
Mechanochemistry can be conducted in almost any state of matter! While mostly studied in solids and liquids, recent research shows that gases like H₂, O₂, & CO₂ can also have enhanced reactivity through mechanochemistry. 💨 #MechanoMondays
More here: https://t.co/sk29iT7Bsw
#Mechanochemistry might be an entirely new topic for many of you. But don’t worry, we’ve got you covered! Dive in this handy glossary to learn about this interesting branch of chemistry! 📖 👇
https://t.co/EezBYSwKii
We're launching our 8th #webinar! On 28 May, our researchers Michael Felderhoff and Jan-Hendrik Schöbel, from the Max-Planck-Institut für Kohlenforschung, will explain how they deal with the challenges in scaling up our reactions.
🎬 Free on YouTube: https://t.co/p0LS9NVOL7
Juggling many tasks is a must for a project coordinator. In our case, the @umontpellier
coordinates smooth collaboration among partners, while leading the development of innovative mechanochemical methods at a lab scale. 👩🔬 Meet their team! 📖👇
https://t.co/EF7aBwTlmx