
Yaocai Bai
@YaocaiBai
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Joined January 2011
.@ORNL scientists created a promising new #SolidStateBattery formulation to store #SustainableEnergy, then deliberately ran it to failure inside the X-ray beam of a powerful #ParticleAccelerator. Find out why:
ornl.gov
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Honored to serve on the Youth Editorial Board for EcoMat.
Announcement of the second Youth Editorial Board Members of EcoMat the second Youth Editorial Board for EcoMat has been established. 78 young editors have been chosen, the detailed list has been published on the official website as follows https://t.co/viSXqlcJMx
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Please consider highlighting only key data in the main text. By cramming multiple data panels in a single figure, you may lose the attention of the reviewer/reader See "The Lost Art of Composing Single-Panel Figures | ACS Energy Letters"
pubs.acs.org
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@ORNL researchers have developed a greener #recycling method for recovering #criticalmaterials like cobalt and lithium from the kind of #batteries used in cars and cell phones. #EarthWeek
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Check out the #FrontCover Article in the current issue of @ChemMater by Mahalingam Balasubramanian et al. @ORNL @argonne @Cornell Read the paper 👉 https://t.co/sCTHRZT65h
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Tech Briefs magazine featured a Q&A with @ORNL battery expert Yaocai Bai, explaining recent success in developing a more environmentally friendly recycling approach for components in the lithium-ion batteries that power cars and cell phones. Read more:
techbriefs.com
The spent battery is soaked in a solution of organic citric acid and dissolved in ethylene glycol, an antifreeze agent commonly used in paint and makeup.
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Check out our story on recycling lithium-ion batteries. A Green Li-ion Battery-Recycling Method -
techbriefs.com
The spent battery is soaked in a solution of organic citric acid and dissolved in ethylene glycol, an antifreeze agent commonly used in paint and makeup.
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We report a streamlined electrode/metal and anode/cathode separation process in a one-pot aqueous system. Check it out with free download. https://t.co/J4jGGLw9wJ
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Still free to read full article. https://t.co/w6S8uDCnuE
.@ORNL researchers have developed a greener #recycling method for recovering #criticalmaterials like cobalt and lithium from the kind of #batteries used in cars and cell phones.
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Tired of complex, environmentally harmful methods for lithium-ion battery #recycling? Our polyol-metallurgy approach, using citric acid in ethylene glycol, is changing the game! Read the full article for free now!
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I am guest-editing a special issue with Dr. Xu on #LithiumIonBattery #Recycling, welcome any related submissions. Feel free to contact me or other editors if you have any questions. https://t.co/vGGvrp3Nw3
#mdpibatteries via @batteriesmdpi
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Check out the latest post-doctoral openings in our team on electrochemical energy storage systems and battery recycling. Feel free to reach out to me if you have any questions. https://t.co/4ZlgRy9KKc
https://t.co/Qt6BZT6U8O
jobs.ornl.gov
Postdoctoral Research Associate - Battery Recycling
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Patented @ORNL battery 🔋🔋 technologies ready to commercialize https://t.co/U2l6WVNzS1
@ORNLCleanEnergy
ornl.gov
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Inventions by @ORNL #battery researchers are ready to be licensed for commercial production, including new cobalt-free formulations and a menu of technologies to easily separate and #recycle the components of used #electricvehicle batteries @ORNL_PhysSci
https://t.co/k61E28DOfi
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Check out some of our latest work on cathode processing out now in Journal of Power Sources! CC: @AnandParejiya @BelharouakI @CharlJafta @YaocaiBai
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We developed a simple recycling process to deal with the ever-rising generation of lithium-ion battery anode scraps. Direct recycling and remanufacturing of anode scraps
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Very useful channel! Highly Recommend! Tutorial 24-How to Analyze Cyclic Voltammetry Data in 10 Mins? https://t.co/LJkfPAq6s1 via @YouTube
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Very useful and informative electrochemistry channel. Coulombic Efficiency 101 https://t.co/v3mNJY9Omy via @YouTube
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