Maurizio Di Paolo Emilio’s Post

My first ever blog! It's a short 5-minute read covering battery degradation at a high-level. Comment your thoughts or ideas for any future posts. Special thanks to Coralie Rassinoux for the idea and encouragement.

Last week Carlos Gamarra, PhD, PE from the Southcentral Onsite Energy TAP had the pleasure of attending the 2024 National Summit on Combined Heat and Power (Combined Heat and Power Alliance) facilitating an engaging session on "In Hy Demand: Hydrogen as a Decarbonization Strategy for CHP." The session explored the potential of hydrogen as an alternative fuel for combined heat and power (CHP), offering valuable insights into how it can help decarbonize the industrial sector. 🏭⚡   Great conversations and ideas were shared on the future of clean energy and sustainable solutions. Exciting times ahead for the role of hydrogen in transforming energy! 💡 #Hydrogen #Decarbonization #CleanEnergy #CHPsummit2024

➠ Decarbonizing the energy sector is crucial for a sustainable future. In a recent article, Dr.-Ing. Benjamin Witzel of Siemens Energy highlights the challenges and solutions in achieving this, including the essential role of gas turbines, and the shift towards hydrogen. ➠ Discover how we are navigating the 'energy trilemma' and pioneering advancements for a cleaner world. Explore more in the FVV report.

Carsten Borchers opened hydrogen stage at the #EnergyTechSummit today: “#Hydrogen is labelled as champagne of the energy transition. I dont think this is right. We can expect many learning curves along the hydrogen value chain, which has a potential to make hydrogen as accessable and affordable as tap water.”   Are you also at Energy Tech Summit today? Come talk to us!

The U.S. Department of Energy (DOE)’s Office of Fossil Energy and Carbon Management (FECM) has announced $8.8 million in funding for 11 university-led research projects aimed at improving hydrogen-fueled turbine performance. These projects focus on developing advanced materials and components that can handle the extreme conditions of hydrogen combustion, enabling the use of up to 100% clean hydrogen in gas turbines. This initiative supports the Biden-Harris Administration’s goals of achieving 100% carbon-free electricity by 2035 and a net-zero emissions economy by 2050. By advancing hydrogen technology, these projects will also help create robust supply chains and good-paying jobs in the power and industrial sectors. Learn more here: https://lnkd.in/d-GDf8kg #ushydrogenalliance #hydrogen #cleanhydrogen #hydrogennow #hydrogeneconomy #hydrogenhubs #fuelcell #zeroemission #energy #cleanenergy #decarbonization #sustainability

Day Three takeaways to consider for our National Science Foundation (NSF) funded phase I work: > We talk extensively about blade loading and stress when the rotor is spinning during operation, but even when a wind turbine is idling, the blades can experience large loads and deformations, which can put high stress on the entire structure-perhaps an easier problem to model with substantially attractive benefits. > Sometimes leading edge erosion can create a hole on the leading edge of the wind turbine blade large enough you can put your whole hand in it > “We test at the highest Reynolds number we can afford.” - the wind energy industry is all about optimization, from design to operation to research and experimental testing. Stay tuned for Day 4 insights! John Hall James J. Roetzer Benjamin Janke Hunter Boik Edward Tierney Barry Sanders Tim Stephens, Ph.D., MBA Mark Sperry Paul Buckley Mara Schindelholz Chris Sutton Angelo D'Ettore Michele Damiano David Attwood

Understanding hydrogen emissions and their climate impact can help hydrogen hubs build a low-carbon H2 economy. 🔍    Check out this GTI Energy Tech Talk on HyRes, a hydrogen emissions research consortium, to learn about the team’s work to build a foundation of science-based insights on hydrogen emissions and their climate impacts. As clean hydrogen hubs are developed, this hydrogen emissions research will play a pivotal role. ⬇️ https://lnkd.in/gucSfbMD 

Can the world meet net-zero by 2050? Our Energy Transition Outlook 2024/25 update covers: - Rising energy demand from AI and data centres - SMRs, #CCUS and #hydrogen - The $3.5 trillion annual investment challenge - #Offshore wind bottlenecks Watch the full webinar replays now. https://okt.to/iGEnXO

Can the world meet net-zero by 2050? Our Energy Transition Outlook 2024/25 update covers: - Rising energy demand from AI and data centres - SMRs, #CCUS and #hydrogen - The $3.5 trillion annual investment challenge - #Offshore wind bottlenecks Watch the full webinar replays now. https://okt.to/DpJGEU

Can the world meet net-zero by 2050? Our Energy Transition Outlook 2024/25 update covers: - Rising energy demand from AI and data centres - SMRs, #CCUS and #hydrogen - The $3.5 trillion annual investment challenge - #Offshore wind bottlenecks Watch the full webinar replays now. https://okt.to/R0n76l