@rscbooks.rsc.orgNew publication! 🥳
Catalysis: Volume 37
This new volume offers an extensive review of the latest advancements in the field, making it an essential resource for both academic researchers and industrial professionals. 📗
🔗https://shorturl.at/8sxhE
@engenergy.bsky.social🤖🔬 Can AI reveal how catalyst-layer pores control CO₂ reduction?
A new study uses deep learning to map real catalyst-layer microstructures and connect them with CO₂ transport.
Read more:
doi.org/10.1007/s117...
@ezc-group.bsky.socialSalil presents his research at the weekly synthesis and #catalysis seminar series.🥳 @standrewschem.bsky.social
@cp-chemcatalysis.bsky.socialOnline Now: Coupling electrochemical H2O2 generation with organic transformations #catalysis
@synthesis1969.bsky.social🧪 Exploring new ligand design for the #Heck reaction!⚗️ Discover how #arylazoformamide (AAF) ligands support efficient Pd-catalyzed cross-couplings in the latest paper by Kristopher Waynant & co-workers📖
#palladium #catalysis
@cp-chemcatalysis.bsky.socialOnline Now: Nitrogen active sites enabled by Ru single atoms in niobium nitride for universal-pH hydrogen evolution at industrial current densities #catalysis
@synthesis1969.bsky.social👋 Meet the minds behind SYNTHESIS!
This week, we're introducing our Associate Editor Xin-Yuan Liu ✨
Based at the SUSTech, his research focuses on asymmetric #radical chemistry and Cu/chiral-anion #catalysis!
🧪 Who's next? Meet another editor in 2 weeks!
buff.ly/tKKG39Y
@synlettjournal.bsky.social👋 Meet the team behind SYNLETT
This week, we're featuring our Associate Editor David A. Nicewicz ✨
Based at UNC Chapel Hill, his research focuses on #photoredox #catalysis, radical chemistry, and organic #photocatalysts.
👀 Who's next? Meet another editor in 2 weeks!
buff.ly/nyG38Wx
@newcommunity.bsky.socialTurning defects into catalytic advantages. 🧪
Salicylic acid engineered MOF-74(Ni) creates oxygen vacancies and unsaturated Ni sites, enabling up to 68.7% lactic acid yield from glucose and conversion of raw biomass.
@engenergy.bsky.social☀️ Turning methane into methanol—more selectively!
Researchers engineer a WO₃/BN interface to regulate reactive oxygen species (ROS). By promoting ·OOH generation while balancing ·OH, the catalyst helps activate methane while limiting deep oxidation.
@cp-chemcatalysis.bsky.socialOnline Now: Adsorption-activation balance governs olefin hydroformylation on Rh-Fe intermetallic catalysts #catalysis
@catalysisscitech.rsc.orgIt’s your last chance to submit your research to our themed collection on “Innovations in catalysis with earth abundant metals”! Submit by the 30 September 2026.
@robpollice.mstdn.science.ap.brid.gy#RobSelects preprint of the week #ChemRxiv: Electron-transfer-catalyzed dearomative bis-silylation of diarylketones. #catalysis https://doi.org/10.26434/chemrxiv.15008908/v1
@cnr-iccom.bsky.socialWe hope that this exchange, in the @erc.europa.eu
- Visiting Fellowship Programme framework, will be the cornerstone towards a fruitful collaboration towards innovative methods merging metal #catalysis and #electrosynthesis ⚗️⚡
@engenergy.bsky.social🍃⚡ What if CO₂ could be selectively converted into ethanol using ultrasmall Pd nanoparticles?
A new Research Article reports oxygen-vacancy-rich zirconium phosphate-supported Pd nanoparticles that strengthen *CO adsorption and promote CO–CO coupling
🔗https://rdcu.be/eTeUP
@cp-chemcatalysis.bsky.socialOnline Now: Deciphering short- and long-range structural instability of ZIF-8 catalysts during electrochemical CO2 reduction #catalysis
@cp-chemcatalysis.bsky.socialOnline Now: Transmembrane electron transfer for microbial CO2 conversion using periplasmic gold nanoparticles #catalysis
@synthesis1969.bsky.social🧪 A concise, one-pot route to 4-aminoquinolin-2(1H)-ones ⚗️ Discover a modular #Sonogashira alkynylation–Michael addition–lactamization strategy with potential applications in medicinal chemistry in the latest paper by Thomas Müller & co-workers📖
#catalysis
@orgchemfront.rsc.org🔔 Hot article by Clément Chauvier 𝘦𝘵 𝘢𝘭.
Catalytic alkoxysilylation of (hetero)aryl bromides with tert-butyl alkoxysilyldiazenes
#Organosilicon #Alkoxysilylation #OrganicSynthesis #Catalysis
@iocbprague.bsky.social🪙 How does tyrosinase convert phenols into quinones? Though this binculear copper enzyme has been studied for decades, latter stages in its catalytic cycle remained elusive...
🧵
#IOCB #IOCBPrague #czechscience #catalysis #ACScatalysis #tyrosinase #melanin #enzymes #bioinorganicchem #compchem
