Xile Hu 胡喜乐 (@hulab_epfl) 's Twitter Profile
Xile Hu 胡喜乐

@hulab_epfl

The lab of Prof. Xile Hu at EPFL: Synthesis, Catalysis, and Things in between

ID: 999178143163437057

linkhttp://lsci.epfl.ch calendar_today23-05-2018 06:40:07

583 Tweet

3,3K Followers

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Xile Hu 胡喜乐 (@hulab_epfl) 's Twitter Profile Photo

Just published: our work in Cu-catalyzed benzylic C-H functionalization of genuine lignin monomers. It is challenging to work with real substrates with no protection! …mistry-europe.onlinelibrary.wiley.com/doi/10.1002/cs… NCCR Catalysis

Just published: our work in Cu-catalyzed benzylic C-H functionalization of genuine lignin monomers. It is challenging to work with real substrates with no protection! …mistry-europe.onlinelibrary.wiley.com/doi/10.1002/cs… <a href="/NCCR_Catalysis/">NCCR Catalysis</a>
Beat Fierz (@beatfierz) 's Twitter Profile Photo

Join us @epfl! We have an open position for a Faculty Position in Green Synthesis and Bioengineering: epfl.ch/about/working/… Apply here or spread the word!

Raffaella Buonsanti (@lnce_epfl) 's Twitter Profile Photo

Not one, not two, but three positions for tenure-track assistant professors EPFL Chemistry in Physical Chemistry, Catalysis and Green Synthesis/Bioengineering. Looking forward to meeting all candidates and welcoming our new colleagues! More info here: epfl.ch/about/working/…

Xile Hu 胡喜乐 (@hulab_epfl) 's Twitter Profile Photo

The award is all due to my research group and collaborators. It reminds me how privileged we are to be able to do research as a university professor.

Xile Hu 胡喜乐 (@hulab_epfl) 's Twitter Profile Photo

Our latest publication demonstrating durable and high efficiency AEM electrolyisis. Led by Nanjun CHEN Read in open access here: pubs.acs.org/doi/full/10.10… EPFL Chemistry ACSEnergyLett

Xile Hu 胡喜乐 (@hulab_epfl) 's Twitter Profile Photo

Water and hydroxide transport are critical for membrane electrode assembly electrolyzer for CO electroreduction. We report methods to tailor this transport for high efficiency, leading to 1 A/cm2 at 2.4 V, and c2+ yield of > 90%. authors.elsevier.com/a/1hlmf925JENm… EPFL Chemistry

Water and hydroxide transport are critical for membrane electrode assembly electrolyzer for CO electroreduction. We report methods to tailor this transport for high efficiency, leading to 1 A/cm2 at 2.4 V, and c2+ yield of &gt; 90%.  authors.elsevier.com/a/1hlmf925JENm… <a href="/EPFL_CHEM_Tweet/">EPFL Chemistry</a>
Mark Z. Jacobson (@mzjacobson) 's Twitter Profile Photo

"review of 12 large-scale projects reveals a litany of cost-overruns and missed targets, with a net increase in emissions." Fossil Fuel Companies Made Bold Promises to Capture Carbon. Here’s What Actually Happened. desmog.com/2023/09/25/fos… DeSmog Michael Buchsbaum Edward Donnelly

AukeHoekstra (@aukehoekstra) 's Twitter Profile Photo

I would estimate that over 99.9% of scientists who actually study climate systems agree that it's a lot cheaper and easier to stop burning fossil fuels than to remove carbon dioxide. So why is Sabine Hossenfelder so wrong? 🧵