On stage in our @nanoGe_Conf#efuelsyn symposium Dr. Geyla C. Dubed Bandomo @gdbandomo @JLFLab@ICIQchem is talking about Single Atom Catalysis upon Confinement on 2D COFs for Electrocatalytic CO2 Reduction!
#ICIQPhd
🍾Congratulations to ICIQ's freshly minted Dr. Dubed from @JLFLab group.
"I'm always curious about what surrounds me. We can't think about our society without questioning us for the origin of everything. Science is everywhere."
Gràcies a @laCanonja pel vostre suport!
👩🔬 Dr Casadevall (@CasadevallCarla) has joined ICIQ as a @FundlaCaixa Junior Leader to develop the project “Catalyst-functionalized polymeric microreactors for the production of solar fuels and chemicals”
🍾 We wish her all the best in this new adventure!
https://t.co/h4jULT3DDq
#ScienceForUkraine 🇺🇦
We offer 2️⃣ ICIQ Summer Fellowships available to undergrad #ukranian students who would like to join ICIQ for a three-month paid internship in one of our research groups #chemistry👩🔬
📆 Deadline: Mar 31
More info: https://t.co/YV5Y3bKoNY
La ciència és cultura. La química forma part de la nostra vida, essent un dels motors econòmics de #laCanonja . És bàsic construir ponts per acostar la química a tothom. Bona iniciativa. La Geyla Caridad ha fet un gran esforç per fer una presentació planera👏
#setmanadelaciencia
@AgnieszkaSzumna The COF is highly stable, we are able to recycle the electrode minimum two times (16h), with no evidence of decomposition after catalysis based on physical chemical and electrochemical characterization before and after (FT-IR, XANES, EXAFS, SEM, TEM, LSV...).
Covalent-Organic Frameworks Docking with Mn(I)-Catalyst for Electrocatalytic CO2 Reduction in Water.
#SupraChemDay
2nd edition of the Supramolecular Chemistry Day!!!
@ilsemanet The COF-Mn presents about 70% selectivity for the CO2 reduction products (CO and COOH) Vs H2, 7-fold higher than the obtained with the homologous molecular catalyst under equivalent conditions. The defined structure of COF-Mn improve the stability and selectivity of the catalyst