
ME2 Lab
58 posts

ME2 Lab
@ME2_Lab
Multi-scale Electrochemical Engineering (ME2) Lab at University of Utah
انضم Haziran 2020
64 يتبع154 المتابعون

Nov. 13th at 4 PM lnkd.in/geqDrczfNovemb… 17th at 8 AM lnkd.in/gDUpat-kDecemb… 7th at 4 PM lnkd.in/giM9nC_R
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ME2 Lab kicks off a partnership with NexGen Materials to develop a novel electrochemical process to extract lithium, the most critical material for a green economy.@UUtah @UtahCoE @UtahChemE
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PhD student Ms. Jing Liu is awarded a competitive Graduate Research Fellowship. Congrats, Jing! @UUtah @UtahCoE @UtahChemE. gradschool.utah.edu/funding/fellow…
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PhD student Ms. Jing Liu is featured by Lassonde Entrepreneur Institute for her amazing work on a low-cost battery based on iron metal. Congrats, Jing! @UUtah @UtahCoE @UtahChemE. lassonde.utah.edu/a-new-battery-…
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congrats Dr.Gao to be recognized as the 2022 Highly Cited Researchers by @Clarivate #HighlyCitedResearchers2022
Tao@TaoGao2020
Proud to be named as a #HighlyCitedResearchers2022 by @ClarivateAG together with other colleague at @UUtah @UtahCoE. Thanks all co-authors. Full list is here.clarivate.com/highly-cited-r…
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Jing’s work is highlighted by ACS central science
ACS Central Science@ACSCentSci
NEW #ASAP A team at the University of Utah, @TaoGao2020 @JingLLLLLLL @ME2_Lab, discovered a new electrolyte that can enable extremely low-cost and safe Fe metal batteries to store renewable electricity @UtahCoE go.acs.org/1dk
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They said "Excitingly, the inclusion of these inexpensive and abundant chloride salts dramatically increases the Coulombic efficiency","thereby paving the way for the future development of long-life aqueous Fe metal batteries"
ME2 Lab@ME2_Lab
@ACSCentSci wrote a commentary on our latest work on Fe metal batteries.pubs.acs.org/doi/10.1021/ac…
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@ACSCentSci wrote a commentary on our latest work on Fe metal batteries.pubs.acs.org/doi/10.1021/ac…
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Graduate student Jing Liu published a paper in ACS central science on low-cost iron battery. Congrats, Jing!
@JingLLLLLLL. @TaoGao2020. pubs.acs.org/doi/10.1021/ac…
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Our collaborative work with Prof.Ju Li at MIT and Prof. David Ji at OSU is published in Advanced Materials. This work reports a new proton battery that can fill the gap between supercapacitor and Li-ion battery. Check out more details here.onlinelibrary.wiley.com/doi/full/10.10…
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