Liquid Sunlight Alliance
@LiSA_Hub_DOE
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LiSA is an @ENERGY Fuels from Sunlight Energy Innovation Hub led by @Caltech. Partners: @NREL @BerkeleyLab @SLAClab @Stanford @UCIrvine @UCSanDiego @uoregon
Pasadena, CA
Joined March 2022
Welcome to the official Liquid Sunlight Alliance (LiSA) Hub Twitter! We are excited to share our news and research surrounding solar fuels! Led by @Caltech and funded by @doescience, our partners include @NREL @BerkeleyLab @SLAClab @Stanford @UCIrvine @UCSanDiego @uoregon!
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Honored to go back to my postdoctoral home @Caltech and share with faculty and students my professional journey and the work that we are developing @corteva! Thank you @AtwaterHarry for the opportunity and for hosting. @LiSA_Hub_DOE
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In evaluating CO2 reduction kinetic data (eg Tafel), mass transport convolutes comparison across systems. In @Joule_CP, we show transport modeling & data science yields robust kinetic fits 👩🏫 Congrats @JustinBui888 & Kaitlin Corpus on a tour de force! 🦾 https://t.co/RQxElQJ01I
cell.com
The electrochemical reduction of carbon dioxide (CO2R) presents a promising pathway to utilize CO2. However, characterizations of CO2R electrocatalysts often possess limited accuracy because they...
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Stable, efficient and catalytically selective :) My paper on TaOx ETLs for CO2 reduction photocathodes is published in JMC A @LiSA_Hub_DOE @BerkeleyLab
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In the theme of understanding transport effects on kinetics, take a look at this article from @johnmgregoire, as well as the Agapie, Peter’s, @atwater_group on determining the effects of hydrodynamics 💦on apparent kinetics in CO2R over Cu catalysts!
pubs.acs.org
The hydrodynamics of electrochemical CO2 reduction (CO2R) systems is an insufficiently investigated area of research that has broad implications on catalyst activity and selectivity. While most...
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Think twice before using Tafel analysis for⚡️electrochemical CO2 reduction⛽️! Check out this new work from the Bell, Weber and @ManthiramLab on a new technique for kinetic parameterization that uses data science tools 📉 and continuum modeling to extract kinetics from experiment!
Out now #OpenAccess in @Joule_CP: An exciting new collaborative work with @ManthiramLab coupling mass transport modeling with data science tools to extract kinetic parameters for CO2 reduction! Led by my incredible undergraduate mentee, Kaitlin Corpus (1) https://t.co/pntyOXR2j0
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Exciting work from Chanyeon Kim and @Alex_James_King shows how to codesign a Cu/TiO2/p-Si photocathode for generating ethylene from CO2,💧, and ☀️ 4x enhancement in ethylene generation is achieved with optimized thicknesses and ionomer bilayer ☀️ ➡️ ⛽️
Thrilled to share this new paper on photoelectrochemical CO2 reduction (PEC CO2R) to ethylene! We enhanced ethylene generation by 4x (~2.5 mA/cm2 of ethylene) by codesigning a Cu/TiO2/p-Si photocathode and the mode of illumination. https://t.co/IKuMjubIhw
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Check out this work from the Bell, Weber, Xiang, and @atwater_group at @BerkeleyLab and @Caltech on employing bipolar➕➖ membranes for electrochemical 🔋carbon capture🫧, now up on Chemrxiv! Another great example of Team Science👏 in LiSA.
On the 5th anniversary of Chemrxiv, I am so happy to share some work that I’ve spent the last couple of years working on with wonderful collaborators from Caltech: A theoretical and experimental study of BPM performance for electrochemical carbon capture! https://t.co/TweVZhWmgz
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Successful back to back ONR and DOE project reviews this week. Group alum Annie Greenaway leading excellent work at NREL in @LiSA_Hub_DOE, and made surprise visit to NSL group meeting at Caltech.
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It was great to see members of our early-career Sunrise Network leadership team as full participants in our Annual Program Review!
They say that the greatest pleasure in life is to do work worth doing alongside people you love, so I consider myself very blessed to get to work on science and outreach with these people as part of @LiSA_Hub_DOE! The best junior researcher leadership team I could have asked for.
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Check out this work from Alex King @BerkeleyLab on continuum modeling of MIS Photoelectrodes! ☀️
Very excited to share my recent paper on modeling metal-insulator-semiconductor (MIS) photoelectrodes! This project was a long time coming, and I am very happy with how it came together! Check it out if you are interested in protective insulator coatings https://t.co/wx8R5OARif
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Another exciting article on imaging from LiSA! Check out this article from James Utterback at LBNL on imaging ion transport without optical labels. Out now in @ACSEnergyLett!
Happy [/relieved] to share my final postdoc publication in @ACSEnergyLett where we show that optical microscopy is sensitive enough to directly image ion transport in solution without optical labels/plasmonic enhancement.
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Check out this article out in @RSC_Energy by Annette Böhme in the @atwater_group for all of your local pOH imaging 📽️ needs!
Incredibly excited to share my first published work of 2023: A wonderful collaboration with the @atwater_group in @LiSA_Hub_DOE on probing local pH in porous electrodes using ratiometric pH dyes and continuum modeling!
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Faradaic efficiency measurements are a crucial component of #electrocatalysis research. @ANielander and I were invited to share a few recommendations for reporting these measurements. Please share and let us know your thoughts! https://t.co/7LoGK02EgU
@LiSA_Hub_DOE
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Exciting work from the Ager Group @BerkeleyLab! Look forward to more work from LiSA in 2023!
My paper from @LiSA_Hub_DOE on TaOx as an electron transport layer for CO2 reduction photocathodes is out in preprint :)
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Also, check out Dr. @Virgil__Andrei and Inwhan's work in @ScienceAdvances on #nanowire #photochemical diodes for artificial photosynthesis!
science.org
The integration of nanowire photoelectrodes with suitable inorganic, synthetic or biocatalysts unlocks a unique chemistry.
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First paper from @yanggroupucb is out in @ScienceAdvances! 🥳 A pleasure to write this in-depth discussion with Inwhan, and great opportunity to learn more about #nanowire #artificial #photosynthesis! @UCB_Chemistry @UCBerkeley @KavliENSI @BerkeleyLab
https://t.co/hxGLeIUq6v
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Last week, we celebrated our researchers and their amazing accomplishments this year, and we planned our steps moving into 2023! Thanks for the great reunion in Asilomar 🧡❤️💛
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We're back to announce our final 4 speakers! First, Professor Thomas F. Jaramillo is an Associate Professor of Chemical Engineering and Photon Science at Stanford University, and a PI in @LiSA_Hub_DOE!
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