Food & Fibre Great South Coast’s Post

𝗥𝗲𝘁𝗵𝗶𝗻𝗸𝗶𝗻𝗴 𝗛𝘆𝗱𝗿𝗼𝗴𝗲𝗻 𝗽𝗿𝗼𝗱𝘂𝗰𝘁𝗶𝗼𝗻 𝘄𝗶𝘁𝗵 𝗣𝗛𝟮𝗢𝗧𝗢𝗚𝗘𝗡! PH2OTOGEN is funded by the Clean Hydrogen Partnership and aims at a novel approach to #greenhydrogen production using photocatalytic sheets. In our system, instead of producing hydrogen and oxygen from water splitting, we produce hydrogen in parallel with oxidation of organic waste to form valuable products. 👉 Over the coming weeks, we’ll share more about how PH2OTOGEN technology is addressing the challenges of #hydrogenproduction. Stay tuned! #rethinkhydrogenproduction #Hydrogen #RenewableEnergy #SolarFuels #SustainableEnergy #solartechnology Toyota Motor Europe DIFFER CEA-Irig Helmholtz-Zentrum Berlin LGI Sustainable Innovation FAU Erlangen-Nürnberg EPFL Solaronix Hannah Johnson Odile C. Vincent Artero Kevin Sivula Stéphanie Narbey

I recently had the opportunity to attend the EIT webinar titled "Hydrogen: From Vision to Action - Practical Steps for a Sustainable Future 💡🌍." It was an eye-opening session that digged into the transformative role of hydrogen in achieving a sustainable energy future. Key takeaways included: 1.Innovative Technologies: The latest advancements in hydrogen production and storage. 2.Collaboration is Key: The importance of partnerships between governments, industries, and research institutions to drive progress. 3.Real-World Applications: Case studies illustrating how hydrogen can be integrated into our current energy systems. The discussions reinforced my belief that hydrogen is not just a vision but a practical pathway toward a cleaner, more sustainable future. 🌱⚡ A big thank you to the EIT team for organising and sharing their expertise! #Hydrogen #Sustainability #EIT #CleanEnergy #Innovation #Webinar

A combination of ultralight fabric and solar cells is a game changing concept. The ability to generate electricity more efficiently that current solar cells is going to be very important where space is limited. The ability to install this technology in new ways (especially compared with the existing heavy, expensive and complicated roof-top methodologies is excellent! Congratulations to the MIT engineers behind this innovation! UAVs and drones powered with this technology next? I wonder if these solar cells could cover the surface, and power UAV's & drones? #solarpower #solarcelltechnology #ultralightsolar #dronetechnology

🌍 Introducing Cancrie – Revolutionizing Energy Storage with Sustainable Ultra-Materials ⚡ We’re thrilled to welcome Cancrie to the LowCarbon.earth Accelerator Program Cohort 2024! This groundbreaking startup is redefining the future of energy storage by turning waste into high-purity nanomaterials that make batteries perform better and last longer. 🌟 What They Do: Cancrie’s ultra-materials enhance the performance of lead-acid, lithium-ion, sodium-ion, redox flow, and supercapacitor batteries, enabling faster charging, extended battery life, and reduced e-waste. Their innovative process supports renewable energy adoption and the global shift toward electric mobility. 💡 Why It Matters: Cancrie is not just about better batteries—it’s about sustainability. By cutting reliance on rare earth metals and reducing mining impacts, their energy-efficient process lowers production costs while minimizing the environmental toll. Through extended battery life and reduced e-waste, Cancrie is driving a future where high-performance energy storage fuels a cleaner, more resilient planet. 🌱✨ We can’t wait to see how Cancrie will scale its impact through the LCE’24 program, powering a sustainable energy revolution! 👉 Connect with them: https://www.cancrie.co/ Stay tuned as our cohort leads the charge toward innovative solutions for a greener world! 🚀 UN Environment Programme | Massive Earth Foundation | Cancrie | Mahi Singh | Akshay Jain | Amitej Rao | Shailesh Vickram Singh | Vinutha Raju | Mayank Mohapatra | Sheersh Singh | Neelima Gullipalli #LCE2024 #EnergyStorage #Sustainability #ClimateAction #CircularEconomy #BatteryInnovation #ElectricMobility #RenewableEnergy

🌍 Decarbonizing Heavy Industry: The Future is Here with MIT's Thermal Batteries! 🌞 🔥 Big news for the environment! MIT researchers are revolutionizing how heavy industries like steel and cement operate, proposing a game-changer: thermal batteries. Think of these not as your typical batteries but as giants storing heat for industrial use. Here's why this matters: 🔋 Thermal Batteries Change the Game: Unlike traditional batteries storing chemical energy, these powerhouses capture and keep energy as heat. This heat can then be utilized in industrial processes, transforming how industries function. ⚡ Electrification with a Twist: By charging these batteries with electricity (preferably from renewable sources during off-peak hours), industries can pivot away from dirty fossil fuels towards cleaner energy solutions. 🌱 Why It's a Win:  - Sustainability: This tech could slash carbon emissions from sectors that have historically been tough nuts to crack in terms of pollution control. - Cost-Effective: It taps into cheaper, greener electricity when it's most available, making the economics work. - Scalability: Designed to grow, this system can be tailored to various industrial needs. MIT’s innovation isn’t just a technical achievement; it’s a beacon of hope for significantly cleaner industrial operations worldwide, potentially easing our journey towards a sustainable future. #Innovation #Sustainability #CleanEnergy #MIT #IndustrialRevolution #ClimateChange #RenewableEnergy #GreenTech #ThermalBattery #Decarbonization

Pleased to share the paper I had the opportunity to write for Global Hydrogen Review, outlining why harnessing innovation will unlock the potential of the green hydrogen economy. While there has been considerable interest in green hydrogen, it still faces challenges to its wider adoption. Innovation is critical to boost green H2 growth by considering creative business models, adopting more innovative funding methods, fostering cross-sector collaboration, and focusing on increasing technology maturity. #greenhydrogen #innovation

This is gonna bring fancinating change in field of energy.

ZeroMission's Chief Technology Officer Alan Crowley lecturing at University College Cork's to the ISBP Masters group. This research project is spearheaded by Alan with the support of Stephen Treacy. Stay tuned to hear about the exciting journey ahead. The students got to hear about where the e-mobility industry is now and how there is a burning need for real-time data in this space and how ZeroMission's platform can give fleets that solution. #ZEV_Research #ZeroMissionSkunkWorks #AI #ML #FutureFleetOps #UCC #ESG #Climate #Energy #Sustainability #electricbuses #electricvans #electrictrucks #evcharging #renewablefuels #zeroemissions #altfuelvehicles #rng #microgrids #offgridcharging #mobilecharging #zeroemission #fleetmanagement #zeromission #evsmarttools #evvehicleefficiency #fleetmanagementsystem #fleetadvisory #emobility #innovativesolutions

Innovations in Hydrogen Fuel are bringing us to a crossroads in manufacturing, engineering, and industrial production. Several companies are unveiling fascinating hydrogen fuel solutions that range from consumer vehicles to alternate power sources, and much of that innovation has been made possible by government grants from the Department Of Energy. As we look ahead to the future it's important that leaders in this transformative sector band together to create policy roadmaps that can lead to the best possible outcomes for both the climate and the manufacturing sector. Engineering solutions can become economic powerhouses, with the right funding and support. It's going to require leaders in the private sector to work together with nonprofits, NGOs, and even policymakers if we want to see growth and returns for sustainable engineering in the coming years. #HydrogenFuel #Manufacturing #Innovation

My ongoing research at the imo-imomec Laboratory, where I regularly work on advancing #PEM (Proton Exchange Membrane) electrolysis technology as part of my research activities! 🌟 My focus is on developing and studying innovative catalysts to better understand their mechanisms at the anode and cathode in hydrogen production. This work is crucial in enhancing efficiency and pushing the boundaries of clean #energy technologies. 🚀 🔬 Being actively involved in this cutting-edge field allows me to contribute to sustainable energy solutions and explore the transformative potential of green #hydrogen as a key to reducing global carbon emissions. Researching and innovating in this lab is both a privilege and a responsibility as we aim to build a cleaner, greener future for all. 🌱 #HydrogenProduction #PEMElectrolysis #CleanEnergy