Applied Catalysis B retweeted
Excited to share the first original research article from the Krishna Group in @ApCatB !
doi.org/10.1016/j.apcatb.202…
We elucidate the redox pathways by which greenhouse gas N2O is reduced by NO and NH3 over iron-zeolite catalysts, an important technology for renewable NH3 engines.
Applied Catalysis B retweeted
First paper with superstars @YomairaPT and @ErandaNikolla is online! Great job, Abdullah! Stay tuned for the follow up coming later this year!
sciencedirect.com/science/ar…
Applied Catalysis B retweeted
Did you know tuning active site locations in MWW zeolites can significantly alter liquid-phase reactions? Ohsung and @DP0TTSY07's new paper in @ApCatB shows active sites located in the sinusoidal channels have the greatest 1-hexene epoxidation rates. authors.elsevier.com/a/1j0w8…
Applied Catalysis B retweeted
Our first seminal work in the #TBT series comes from @ApcatB & GPAO of @CesarPulgarin11, with @rengifo_j and @dorotheespuhler, dissecting the photo-Fenton disinfection process at neutral pH. If it was a movie, it'd be "How to kill a Mockingb..." wait, E. coli..?🤔 A thread 👇 🧵
Applied Catalysis B retweeted
Attention Catalysis Family!
This week marks the beginning of a new series of scientific posts, focusing on noteworthy discoveries in the realm of #Elsevier #Catalysis research, highlighting gems both from the past and the future. .
Mini thread incoming!👇 🧵
Applied Catalysis B retweeted
Our latest paper in Applied Catalysis B: Environmental - Localized Ultrafine Cu Clusters within #MOF-derived #Metal #Oxides for Collective #Photochemical and #Photothermal #H2 #Generation #NUSingapore #Sustainability
sciencedirect.com/science/ar…








