🧪Happy to share our review “Electrochemical Carbon Dioxide Reduction to Methanol on Copper-Based Catalysts: Mechanistic Insights and Industrial Prospects” published in Advanced Materials. Thanks to all co-authors for their valuable support. 🍀⛽️🎉
https://t.co/PiqFr33Pm7
Feeling truly grateful to @EIZ_Cottbus for the kind invitation to present our research on high-entropy alloy electrocatalysts — exploring the dynamic evolution of active sites during electrochemical water and organic oxidation⚡🔬
Inspired by the cutting-edge facilities at @EIZ
🧪Happy to share our Review “Dynamics in Electrochemical Organic Oxidation Reactions from In Situ and Operando Techniques”. 🪔✨
Grateful to @NatureRevChem for providing such a wonderful platform and to all amazing co-authors for all the support, dedication & hardwork. 🙏🎊
BREAKING NEWS
The Royal Swedish Academy of Sciences has decided to award the 2025 #NobelPrize in Chemistry to Susumu Kitagawa, Richard Robson and Omar M. Yaghi “for the development of metal–organic frameworks.”
✨ It truely an enriching experience at ISE Conference 2025, Mainz, exploring electrochemistry from fundamentals to large-scale applications — from electrosynthesis ⚗️ and hydrogen generation ⚡ to CO₂ reduction 🌱 and bioelectrochemistry 🧬 🌍
🇿🇦 🌍Honored to visit Cape Town for the German-South African #GreenQUEST project, working towards sustainable LPG production. Grateful to my supervisor Prof. Prashanth Menezes for this wonderful opportunity. Excited for the journey ahead! ⚡🧪 #CO2Reduction#Sustainability
Heartiest congratulations, Sir and Nilutpal! ❤️🥳 An excellent perspective on acidic CO₂ electroreduction—truly valuable insights for the electrochemistry community! 🔬⚡
Our next JACS... While eCO2RR in alkaline media enables selective CO2 conversion, carbonate formation limits commercialization. Our perspective explores how acidic conditions can overcome this barrier, advancing efficient and scalable CO2 reduction.
https://t.co/MxqvMH1I5T
Heartfelt congratulations to Sir, Ma'am, and the entire team! Grateful for the opportunity to contribute to this significant work exploring the dynamic chemistry of palladium-tin-based intermetallic nanocatalyst for ethanol electrooxidation. 🧪🎉
Our latest Advanced Materials publication! We developed a novel catalyst for ethanol oxidation in fuel cell, filling vacancies in an intermetallic under operando condition, demonstrating a promising approach. Thanks to AM and Congratulations to all authors
https://t.co/YekNDE6O3C
Blessed to have successfully defended my Thesis on material design and understanding mechanistic pathways and active site dynamics during electrochemical water splitting and fuel cells.😇❤️ Grateful to my supervisor Prof. Sebastian C Peter for his constant support and motivation!
It’s a true privilege to be part of the PHOENIX Project, where we are working on innovative technologies that couple CO₂ conversion with the oxidation of waste PET plastics for sustainable solar fuel production. 🌍🔋
Deeply honored and grateful to @ACSPublications for the opportunity to serve as a peer reviewer. It is truly a privilege to contribute to such a respected platform that upholds the highest standards of research integrity and scientific rigor. 🙏🏻🙌👨🔬
We cordially invite you to our #UniSysCat Special Lecture with Prof. Dr. Sebastian C. Peter from @jncasr taking place next Thursday! He will talk about his work on catalysts for the conversion of #CO2 to chemicals or fuels. #energy#climate
More info: https://t.co/0pdXXtEx3F