TWAICE’s Post

🔋 Unlocking a Sustainable Future with Sodium-Ion Batteries! 🌟 Exciting times ahead for energy storage! 🚀 Sodium-ion batteries are emerging as a game-changer with incredible benefits: Abundant & Affordable: Sodium is widely available and more cost-effective than lithium, easing supply worries. 💸 Eco-Friendly: Easier to recycle and non-toxic, sodium-ion batteries are a greener choice. 🌍♻️ Technological Breakthroughs: Advances in energy density and cycle life are making sodium-ion batteries more competitive. ⚡🔋 Energy Independence: Enhancing energy security by reducing reliance on lithium resources. 🌐 With a growing market demand for sustainable solutions, sodium-ion batteries are set to shine! 🌟🔋 #SodiumIon #BatteryTech #EnergyStorage #SustainableFuture #Innovation Read more about this breakthrough!

🔋 Unlocking a Sustainable Future with Sodium-Ion Batteries! 🌟 Exciting times ahead for energy storage! 🚀 Sodium-ion batteries are emerging as a game-changer with incredible benefits: Abundant & Affordable: Sodium is widely available and more cost-effective than lithium, easing supply worries. 💸 Eco-Friendly: Easier to recycle and non-toxic, sodium-ion batteries are a greener choice. 🌍♻️ Technological Breakthroughs: Advances in energy density and cycle life are making sodium-ion batteries more competitive. ⚡🔋 Energy Independence: Enhancing energy security by reducing reliance on lithium resources. 🌐 With a growing market demand for sustainable solutions, sodium-ion batteries are set to shine! 🌟🔋 #SodiumIon #BatteryTech #EnergyStorage #SustainableFuture #Innovation Read more about this breakthrough!

🔋 Unlocking a Sustainable Future with Sodium-Ion Batteries! 🌟 Exciting times ahead for energy storage! 🚀 Sodium-ion batteries are emerging as a game-changer with incredible benefits: Abundant & Affordable: Sodium is widely available and more cost-effective than lithium, easing supply worries. 💸 Eco-Friendly: Easier to recycle and non-toxic, sodium-ion batteries are a greener choice. 🌍♻️ Technological Breakthroughs: Advances in energy density and cycle life are making sodium-ion batteries more competitive. ⚡🔋 Energy Independence: Enhancing energy security by reducing reliance on lithium resources. 🌐 With a growing market demand for sustainable solutions, sodium-ion batteries are set to shine! 🌟🔋 #SodiumIon #BatteryTech #EnergyStorage #SustainableFuture #Innovation Read more about this breakthrough!

#ThrowbackThursday or - when you randomly spot your paper in a YouTube Video 🌟🤣 2,5 years ago, I was deep into writing my master’s thesis and evaluating various battery technologies and battery production methods. Afterwards, we published the results in a paper. It's funny but also exciting to see it featured in a recent YouTube video by Sabine Hossenfelder and gaining some momentum once more. What's it all about >> In my thesis, I evaluated emerging technologies in the battery industry using the Hype Cycle framework introduced by Gartner. This overview maps 39 innovations in battery technology and production processes, including lithium-sulfur batteries, solid-state batteries, sodium-ion batteries, and production processes like dry coating. Given the rapid pace of innovation, the battery industry is one of the most dynamic sectors today. Technologies that were placed on the Hype Cycle back then might have shifted considerably on the curve since. 🚀 What do you think: Which of the technologies from the Hype Cycle should be updated? Are there any new innovations which should be added and where would you place them? 🔋💡 🔗 📄: https://lnkd.in/e5qAAfZq #tbt #HypeCycle #Battery #BatteryInnovation #EnergyStorage #EV #innovation #technology

🚀 Dive into the heart of Ph2otogen's goals! 🎯 Our objectives include identifying innovative semiconducting materials, developing scalable photocatalytic flow reactors, achieving solar-to-hydrogen efficiency, and much more. Stay tuned for progress updates! #RenewableEnergy #Innovation #GreenTechnology

Save the date for #greenerenergy! Join our upcoming webinar to hear expert speakers discuss the future of battery tech, featuring advancements in electrodes, prelithiation methods, and eco-friendly materials. #SustainableEnergy

Stripping Back for Breakthroughs Imagine a traditional electrolyser – a tangle of components, each adding complexity and cost. We took a hard look and decided it was time for a change. Our supercritical electrolysis approach throws out the rulebook. No iridium, no membranes, no rare earth metals, no PFAS "forever chemicals," no bulky cooling stacks, and no need for gas compressors. This translates to a simpler, cheaper system with a significantly lower carbon footprint during manufacturing – more than half the carbon footprint of traditional electrolysers. We've designed a new electrolyser that doesn't just function – it thrives under optimal conditions. The sweet spot for efficient chemical reactions lies in the high-pressure, intermediate-temperature range. Existing electrolyser technology struggles in this zone, but our approach unlocks its full potential. This post is part of Supercritical's mini-series of insights into why our technology stands out from others and why so many major players in the industry are looking towards Supercritical for their future hydrogen needs. Sign up to our newsletter to continue to learn about our progress and our technology! (Scroll to the bottom to register your email) https://lnkd.in/e64mmSnk

Exciting.... breakthrough.... in green tech.... The Energy Materials and Devices Lab at Illinois Institute of Technology has crafted a cutting-edge electrolyser that transforms CO2 into propane. 🚀 Led by Professor Mohammad Asadi, the team optimised proton-electron transport reactions using only CO2, water, and electricity. 💡 At its core, a catalytic system featuring innovative nanoparticles coated with an anion exchange propels this eco-friendly conversion. 🌐🔬 🌿 What a great technology to convert CO2 into valuable molecules. 🌎⚡ What are your thoughts? 👍 like it 📯 share ❤️ re-post it #FollowUsBeyond #GreenTechInnovation #SustainableFuture #CleanEnergyRevolution

Grab your coffee ☕️ and listen to the latest podcast episode of Composites Weekly . Our CTO, Sebastian Pohlmann explains how the first technology in the world to produce carbon materials from CO2 emissions works and how it differs from conventional methods. 🎧👇 #carbonmaterials #nanotechnology #CO2 #podcast