🎄Damit den Kindern das Warten auf das Christkind nicht zu lang wird: ein Malposter über zukünftige erneuerbare Energiekreisläufe - Clean Circles in Farbe. bit.ly/47aBhOY #CleanCircles #MetalFuels #EnergyTransition #CircularEconomy

🔥 Looking like a small volcano, this bunsen type flame burns less intensely than larger flames but offers exciting insights into the processes surrounding iron combustion. #CleanCircles #MetalFuels #EnergyTransition #CircularEconomy #IronPower #CleanCombustion

🎄"The energy world is set to change" (International Energy Agency). Our studies show that the development of environmental technology correlates strongly with the country's environmental commitment, OECD ➡️ Better Policies for Better Lives membership and per capita income. #CleanCircles #MetalFuels #EnergyTransition #CircularEconomy

🎄The Clean Circles Team wishes you all a Merry Christmas and a Happy New Year! Thank you for joining us during the last days, greetings from TU Darmstadt, Shmoopy, Hochschule Darmstad, Universität Mainz, Uni Heidelberg, Energieforschung im DLR, and @MPIEisen. #CleanCircles #MetalFuels

Curious to witness how the #Russian #War against #Ukraine influences the German #hydrogen discourse? Dive into insights with our latest publication. mdpi.com/2071-1050/16/2…

📑Check out our latest publication in Flow, Turbulence and #Combustion!🔥 T. D. Luu and co-authors investigate #iron particle reaction rates and local oxygen depletion in turbulent mixing layers using direct numerical simulations.🔎Read more here: doi.org/10.1007/s10494…

🔥New papers in #Combustion and #Flame examine convection's impact on ignition, flame propagation, and its difference from gaseous flames. Investigated weak (bit.ly/3P5PM0j small Péclet number) and strong convection effects (bit.ly/48BkDsM large Péclet number).

New in #ChemicalEngineering Science! 📚Explore our latest publication on the electrochemical reduction of iron particles for #RenewableEnergy storage. Particle morphology evolution during dissolution unfolds in three phases: bit.ly/43lvaY9

Exciting night HIGHEST TU Darmstadt Club event! Delivered a talk on #energystorage in #iron and the socio-economic perspective yesterday. Room was packed, even standing room! Our Clean Circles #research was enthusiastically received and resonated well in business.

👩‍🔬Participants of the International Forum on #Energy and #CircularEconomy had their first visit in #Darmstadt. Over four days, they explored diverse research fields and engaged in fruitful discussions. Learn more about the International Forum here: bit.ly/49XB8kj

Exploring green tech potential & challenges!🌱Researchers & EU policymakers discuss key technologies for the #greenTransition. Michele Knodt from #CleanCircles introduces iron energy storage solutions. Organized by ENGAGEgreen & Mercator Science-Policy Fellowship-Programm.

💡🌱Our 2024 #CleanCircles retreat, with over 70 participants, highlighted the dynamic #research on #metalfuels, especially iron, crucial for the #EnergyTransition! Packed agenda with presentations, poster sessions & discussions, exploring every facet of Clean Circles.

At the Berlin Conference on Metal Cycles (#BKM), Jannik Neumann presented #CleanCircles, emphasizing closed metal cycles' role in sustainability. #MetalFuels such as iron open up new ways of linking the energy sector with the metal and steel industry in the #EnergyTransition.♻️⚡️

🌱💡Join german science journalist Niklas Kolorz on YouTube, he explores #CleanCircles labs and Lichtenberg #Supercomputers - the future of our energy transformation connected to computing capabilities. Tune in March 31st, 12pm for innovation and sustainability insights!

👉Now online: Watch Niklas Kolorz’s report on #CleanCircles: bit.ly/4atAVVG ⁉ What influence can iron as an #EnergyCarrier have on our future? And why do we need ⚡💻 #supercomputers in addition to experiments and theory for research into the #EnergyTransition? 🌍🔄

💻⚡️Exploring iron's potential in large-scale #EnergyStorage requires understanding its oxidation kinetics. At #CleanCircles, we conducted temperature-programmed experiments on #iron particles, uncovering intriguing nuances - for further details see: bit.ly/49KzOAa

Exploring the ignition of iron particles in turbulent flows via Direct Numerical Simulation #DNS! From oxidation progress to flow vorticity, we dive deep into the dynamics. Check out our latest study for insights: bit.ly/49GXmpP #Combustion #ReactiveMetals

When patterns emerge from randomness: Iron particles cluster in a hot turbulent flow based on Stokes number, igniting faster where clusters form. #DNS study sheds light on clustering and ignition dynamics in homogeneous isotropic #turbulence #ParticleIgnition See you in Milan

🌍 Clean Circles PhD Seminar 2024 at TU Darmstadt 🌱 We explored sustainability through the Sustain2030 game, managing SDGs while facing crises. Key takeaway: investing in education, clean energy, and infrastructure pays off! 💡🔬 #Sustainability #CleanCircles #SDGs #TUDarmstadt

Metals: Revolutionizing Renewable Energy! Hosted by Clean Circles & TU Darmstadt #MeCRE2024 brought 160 experts from 19 countries together to explore iron & aluminum as energy game-changers. Metals are unlocking new possibilities in energy storage and sustainability! #Innovation