Top Tweets for #co2rr
Sub-nm gaps in SnOₓ + high CO₂ pressure → 69.2% FE for CO, HER suppressed, stable 40 h. Atomic confinement meets pressurization in CO₂RR.
Article link: https://t.co/rQSVNdlr2w
#CO2RR #Electrochemistry #CleanEnergy
Comprehensive Report
Programmatically Installing Metal in One-Dimensional Covalent Organic Framework for Electrocatalytic Reduction of CO2
https://t.co/2ZibSEaOsS
Contact me to join CJC (IF 5.7) editorial board!
#CJC #Chemistry #Electrocatalysis #ChemTwitter #COFs #CO2RR
Galvanic Replacement
Derived Bi-Based Catalysts for
Formate Coproduction via Coupled CO2RR and Methanol Oxidation https://t.co/7pYpNjDRFe Ding, Gao, and co-workers @InorgChem #bismuth #CO2RR #MeOH #oxidation #MOR #electrosynth
Porous carbons doped with earth-abundant metals and non-metals offer a cost-effective route to CO₂ electroreduction. New review in Carbon Energy highlights dual-metal sites that outperform single-metal systems.
Read here: https://t.co/ENlo7ONWCg
#CO2RR #Electrocatalysis
Catalytic
Mechanism of CO2 Reduction by
Keggin-Type Transition-Metal-Substituted Polyoxometalates https://t.co/p5YgfA5NPN Yan and co-workers @InorgChem #TMSPOMs #Keggin #CO2RR
Sulfur Tailoring
the d-Band Center of Cu Single
Atoms via Engineering the Second Scattering Shell for Photocatalytic
CO2 Reduction https://t.co/aRrW4r28GQ Shi and co-workers @InorgChem #copper #singleatoms #photocatalysis #CO2RR
Poker of presentations on
🟠🔵#biphasic #photocatalysis
☀️🏠practical #solar-driven #reactors
🌬️⚡️#photoelectrochemical #CO2RR
💡🌱semi-#artificial #photosynthesis
by @andrea_rogolino, @Ariffin9712, @ChenHan530, and @YongpengLiu at the #IPS25 in Seoul, Korea 👏👏👏
#CFP for the #SpecialIssue "Oxygen Chemistry and Electrocatalysis in Metal–Air Batteries: Materials, Mechanisms, and Applications", edited by Dr. Sambhaji S. Shinde.
https://t.co/l0R3USB1K4
#ORR #OER #HER #CO2RR #NRR #ammoniasynthesisreactions #electrochemistry
In Situ Tracking of Dynamic Reconstruction and Residual Element Effects of Copper Salt-Derived Catalysts in Electrochemical CO2 Reduction | Inorganic Chemistry https://t.co/OYRQddAiid Song, Wang, Jin, and co-workers @InorgChem #copper #CO2RR #electrocatalysis #copper
Dimensional engineering of MOF-based electrocatalysts offers new ways to balance conductivity, stability & selectivity in CO₂ electroreduction. A fresh review highlights key design strategies and insights. ♻️⚡️ #CO2RR #MOFs #Electrocatalysis https://t.co/FgmuZUjnWh
Proud to share that our ChemComm 2025 article on operando techniques for single-atom catalyst–driven CO₂ conversion is featured in the RSC Collection of the 60 most cited & accessed ChemComm papers of 2025.
🔗 https://t.co/DSGM8jxOL2
#ChemComm #RSC #CO2RR #SingleAtomCatalysts
One of the earliest members of the @ReisnerLab, Chia-Yu Lin, now professor at @NCKU_official, giving insights into iodide-enhanced #CO2RR to C2+ products
@RoySocChem #ISF2025
Impact of Cu Porphyrin Immobilization Modes on Carbon Nanotubes for Selective CO2 Electroreduction | Inorganic Chemistry https://t.co/lVSMccREnU Liu, Lv, Zhou, and co-workers @InorgChem #copper #porphyrin #CNTs #CO2RR #immobilization
Boost CO₂ reduction 66× with hydrophobic Au₂₅ nanoclusters! Suppressing H₂ evolution via ligand engineering unlocks high selectivity & activity in photocatalysis. A breakthrough for carbon-neutral tech.
#CO2RR #Nanoclusters #Photocatalysis https://t.co/0Zl9xf4iCT
Our latest DFT study explores CO₂ electroreduction to C₁ products (CO, HCOOH, CH₂O, CH₃OH, CH₄) on a novel 2D catalyst: adjacent-vacant graphene doped with Ru-based bimetallic sites (2MV-RuM).
#CO2RR #DFT #Electrocatalysis
https://t.co/iWRoSRo4CW
My recent review article along with @rajputananikhil on Metal organic frameworks for NRR and CO2RR
#Catalysis #MOF #NRR #CO2RR #Clean energy #Heterogeneous #Reviewarticle #ACS #Acspublication
An interesting recent review article on MOFs for NRR and CO2RR https://t.co/LlkserddVf
Converting captured CO₂ into valuable products! Our recently published Tutorial Review in @ChemSocRev teaches how the "reactive carbon capture" pathway significantly reduces CO₂ capture and utilization costs. #CO2RR #CO2Capture #CO2Utilization
Article: https://t.co/5H0zq8NqRq
Coupling [Bmim]PF6 and Pd NPs Modulated MOF-Based Material for Synergetic Regulating Electrocatalytic CO2 Reduction | Inorganic Chemistry https://t.co/YGaxOV8q88 Shen, Lan, and co-workers @InorgChem #palladium #Bmim #copper #BTC #NPs #MOFs #electrocatalysis #CO2RR
![bhkenlo's tweet photo. Coupling [Bmim]PF6 and Pd NPs Modulated MOF-Based Material for Synergetic Regulating Electrocatalytic CO2 Reduction | Inorganic Chemistry https://t.co/YGaxOV8q88 Shen, Lan, and co-workers @InorgChem #palladium #Bmim #copper #BTC #NPs #MOFs #electrocatalysis #CO2RR https://t.co/wMscP0iAmo](https://pbs.twimg.com/media/GcrW04pboAA57eq.png)
Our latest #ML work on #CO2RR is out @ACSMatLett !!
Here, we report ML-driven screening of Cu-based dual atom alloy catalysts for the CO2 reduction reaction.
We thank @CSIR_IND @IndiaDST and @IITIOfficial for support. @ACSPublications @ACSNews
👉https://t.co/TKrxtahhXz
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