@SmithElectroLab

Putting electrons to work @CUBoulder and @RASEI_CU. Proud member of @ElectroBuffs.

 Boulder, CO He/Him
smithelectrolab.com
Joined June 2016
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Huge congratulations to our spring graduates, Hunter, Paige, and Jesús! 🎓🥳👏🎊🎉
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We are very excited to announce that Dr. Paige Brimley has successfully defended her PhD thesis: “Modeling electrochemical decarbonization and carbon removal technologies”! 🎉🎓🍾A very special milestone for our group, as Paige is the first PhD graduate of the Electrobuffs!⚡️🦬
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Yuval Fishler explores this question in his new article, published in @ACS_AMI: "Layered Sn–Au Thin Films for Increased Electrochemical ATR-SEIRAS Enhancement" pubs.acs.org/doi/full/10.102…
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ATR-SEIRAS has been a powerful technique for studying the CO2RR microenvironment on SEIRAS active materials like Cu and Au..... but what do you do if your material isn't inherently SEIRAS active (like Sn)??? 🤔🤔
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Check out our latest work in @RoySocChem’s Energy & Environmental Science journal! We used process modeling and techno-economic analysis to study DACC integration with RWGS and with CO2ER, aiming to define CO2ER targets in the context of air-to-syngas. doi.org/10.1039/D3EE02589F
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Check out our latest work in @ACSEnergyLett using a segmented cell to study reaction conversion & selectivity distributions in an electrochemical CO reduction system! Open access generously provided by @NREL pubs.acs.org/doi/10.1021/acs…

Direct Measurement of Electrochemical Selectivity Gradients over a 25 cm2 Copper Gas Diffusion...

Abstract. Electrochemical CO reduction (COR) systems have increased by orders of magnitude in their accessible activities in the past decade, particularly

pubs.acs.org
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Wilson Smith retweeted
Joule@Joule_CP21 Jun 2023
Omar J. Guerra and colleagues provide perspective on the current state of CO2 electrolysis technologies and feasibility of their industrial deployment. Read more in @Joule_CP dlvr.it/Sr1lSv
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Wilson Smith retweeted
Denver Nuggets
@nuggets13 Jun 2023
YOUR DENVER NUGGETS ARE THE 2023 NBA CHAMPIONS 🏆 #bRINGItIn
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Lots to 🎉celebrate🎉 in the lab lately: Ken and Luke's guest presentations from @Jiao_Lab @UDelaware, Rachel's poster presentation as part of the SULI program, and learning that our engineering skills can (maybe) translate to fixing shoes???
Electrobuff research group celebrating at a brewery.

ALT Electrobuff research group celebrating at a brewery.

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Check out the latest from the Tarpeh lab and our very own Paige Brimley!
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How can electrifying chemical manufacturing drive its decarbonization? Tune into the livestream of my Watson Lecture on Wednesday evening at 7:30 PM PT! caltech.edu/campus-life-even…
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Electrochemistry is at the heart of a fossil-free future. See this piece by @edmballard for @WSJ to learn how electrochemistry enables Twelve’s #carbontransformation & a host of other climate change solutions. on.wsj.com/3Yuju1k

What Is Electrochemistry, and Why Is It So Important to a Green-Energy Future?

A host of startups are scrambling to hire electrochemists who they hope will usher in a new era of cleaner energy.

wsj.com
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We are recruiting 2x PhD students work on new materials for low cost battery technologies! For details about the vacancies and submitting your application --> jobs.tue.nl/en/vacancy/2x-ph… If you love electrochemical science and want to make a positive impact, please apply!
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“If we're going to be serious about decarbonizing and relying on electricity, we have to be creative in how we use it,” says @dhariksm @yury_dvorkin @mmodestino @SmithElectroLab @kyrib @EJBiddinger @TheGrabowGroup @SloanFoundation @nyutandon news.mit.edu/2023/decarboniz…

To decarbonize the chemical industry, electrify it

Electrification powered by low-carbon sources should be viewed more broadly as a viable decarbonization pathway for the chemical industry, argue researchers from MIT and DC-MUSE. A paper shines a...

news.mit.edu
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Wilson Smith retweeted
dhariksm@dhariksm23 Jan 2023
Here is the paper: bit.ly/3GXl6tv Special thanks to @yury_dvorkin, @mmodestino, Daniel Esposito, @SmithElectroLab, Bri-Mathias Hodge, Mike Harold, @kyrib, @EJBiddinger, @eray_aydil, André Taylor, @AliceNuz, @CaseyBloomquist, @TheGrabowGroup
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#Decarbonization of Chemical Industry authors.elsevier.com/c/1gRm8…
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Wilson Smith retweeted
Tom Burdyny@TomBurdyny5 Dec 2022
Props to @marksassypants for the second work in his PhD program which provides a unified discussion on preventing salt precipitation in the CO2 reduction field. Great co-authors in Maria Kelly and @siddharth1292
ACSEnergyLett@ACSEnergyLett5 Dec 2022
Perspective article discusses the mechanisms for salt formation, and recently reported strategies for preventing or reversing salt formation in zero-gap CO2 reduction membrane electrode assemblies @TomBurdyny @SmithElectroLab pubs.acs.org/doi/10.1021/acs…

Zero-Gap Electrochemical CO2 Reduction Cells: Challenges and Operational Strategies for Prevention...

Abstract. Salt precipitation is a problem in electrochemical CO2 reduction electrolyzers that limits their long-term durability and industrial applicabilit

pubs.acs.org
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Humbled to have A&S magazine feature our work on electrochemical carbon capture! Thank you for the highlight! The article is about 'using electrochemistry for good' as Sarah Kuta so wonderfully summarized it. With @chasmus @CUArtsSciences @CUBoulderChem colorado.edu/asmagazine/2022…

Is the future of carbon-capture technology electrochemistry?

Electrically activating chemicals could help remove carbon dioxide from the air, CU Boulder researchers find.

colorado.edu
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Wilson Smith retweeted
Davide R.@davide_rip28 Oct 2022
Just out 📢: our latest #OA on nitrogen activation and NH3 synthesis using in situ NAP-XPS and H permeable electrodes A big thanks to the people that have been involved in this project. @ChemeTUDelft @HZB_BESSY @ALBAsynchrotron @ACSCatalysis #eRefinery pubs.acs.org/doi/10.1021/acs…

In Situ Study of Hydrogen Permeable Electrodes for Electrolytic Ammonia Synthesis Using Near...

Abstract. Hydrogen permeable electrodes can be utilized for electrolytic ammonia synthesis from dinitrogen, water, and renewable electricity under ambient

pubs.acs.org
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Excited to share our latest in electrochemical carbon capture! A tale of structurally tunable nucleophiles with tailored CO2 binding energies and surprising variable reaction stoichiometries! With @Chasmusg !
RSC Energy Journals@RSC_Energy24 Oct 2022
Experiments and computations reveal changes in reaction stoichiometry in the electrochemical capture of CO2 at different concentration conditions in this #OpenAccess paper in #EnergyAdvances by Charles B. Musgrave and Oana R. Luca (@lucascience1) et al. ➡ doi.org/10.1039/D2YA00114D
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