Sohini Bhattacharyya
@BeeSohini
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Struggling Scientist, Research Scientist @RiceMSNE @RiceUniversity, art enthusiast, bookworm.
Houston
Joined April 2019
Delighted to share our @NatRevMater Perspective on the rise of #graphite as the new #criticalmineral. We examine its supply challenges, green synthesis routes & #Recycling strategies for a circular graphite economy. Do read. @sroy_chem @RiceMSNE
https://t.co/84kCop8Pqu
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Our work on rapid #lithium recovery using #microwave got featured by @bbcnasrpskom Exciting to see our research transcend borders—extra fun spotting my name in a language I don’t know! Hope they wrote nice things! https://t.co/QwxaDbaCN0
bbc.com
Američki istraživači osmislili su dva nova metoda: jedan omogućava bržu i održiviju reciklažu litijum-jonskih baterija, a drugi efikasnije izolovanje litijuma iz slanih rastvora.
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Had a wonderful time interacting with the incredibly smart young #womeninSTEM at @SheldonISD 's #GirlswithGrit program! Here’s to shattering the gender gap in STEM, & to sisterhood and lifting each other up. Hoping these brilliant minds join STEM and inspire generations!
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Our recent work published in Adv. Energy Mater. points out areas of improvement for new Deep Eutectic Solvent formulations for #battery #recycling based on their life cycle analysis considering their efficiencies. Do read. @RiceMSNE @wileyinresearch
https://t.co/tvflOyyQqx
advanced.onlinelibrary.wiley.com
The environmental impact of inorganic acids, organic acids, and DESs for industrial-scale LIB recycling is evaluated using life cycle analysis. While inorganic acids are efficient but hazardous,...
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Wrapped up 2024 by speaking on #BatteryRecycling at the Symposium on Green Energy, Recycling & AI in Kolkata! Sharing my work at Science City, a childhood favorite, was a special moment. Here’s to a more sustainable 2025 with greater public awareness and action! #Sustainability
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Amazing speaking to students on a panel for the #BeNiceToYourDevice campaign at @TechFestLive1 ! Discussed the importance of #BatteryRecycling for a sustainable future. Raising community awareness is key to protecting critical resources & the environment.
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Our work on #LithiumIonBatteries #recycling has been highlighted in @TheEconomist today. Thanks to Paul Markillie for writing this insightful piece. Link to research article: https://t.co/LByB7rgyKt
@RiceEngineering @RiceMSNE @RiceUNews @ajayan_group
advanced.onlinelibrary.wiley.com
Microwave-mediated leaching of LIB cathode materials in a choline chloride:ethylene glycol deep eutectic solvent shows ultrafast selective lithium extraction which can be attributed to non-thermal...
Recent breakthroughs in recycling, together with technological improvements, mean that within a decade or so most of the global demand for materials to build new batteries could be met by recycling old ones https://t.co/aD28DreIHW 👇
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Our latest review on 2D #TMD for #EnergyStorage & conversion has been highlighted in the cover page of @ACSChemRev This very cool artwork has been made by the amazing Mario E. Norton @RiceUniversity ORD. @ACS4Authors #MyACSCover @RiceMSNE @ajayan_group @sroy_chem @anandputhirath
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Lithium is the "white gold" of clean energy. At @RiceUniversity, @BeeSohini and @AlhashimS7h have found a faster, cleaner way to extract #lithium from battery waste using a microwave-based process that boasts a 50% recovery rate in 30 seconds. Read more: https://t.co/IvFlMDIg3M
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Thank you @RiceUNews for covering our latest work on ultrafast selective #lithium recovery in deep eutectic solvent using microwave during #lithiumbattery #recycling published in Adv. Funct. Mater. @wileyinresearch @RiceMSNE @ajayan_group
A Rice lab has found a faster, cleaner way to extract lithium from battery waste. This breakthrough method could dramatically improve the economics and environmental impact of lithium-ion battery recycling. https://t.co/Ma43JLVp6Q
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A ton of hard work from a bunch of amazing people went into the writing of our latest review on 2D #TMD s for #EnergyStorage & conversion. Now out in @ACSChemRev Do give it a read. @RiceMSNE @sroy_chem @anandputhirath
https://t.co/47LlUwvn4c
pubs.acs.org
Designing efficient and cost-effective materials is pivotal to solving the key scientific and technological challenges at the interface of energy, environment, and sustainability for achieving...
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Our recent work in Adv. Funct. Mater. shows #microwave assisted non-thermal activation of Choline chloride in a Deep Eutectic Solvent yields ultrafast selective #Lithium extraction. Do read. @RiceMSNE
@wileyinresearch
advanced.onlinelibrary.wiley.com
Microwave-mediated leaching of LIB cathode materials in a choline chloride:ethylene glycol deep eutectic solvent shows ultrafast selective lithium extraction which can be attributed to non-thermal...
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Our recent review on emerging green processes for #Lithium ion #batteryrecycling encompassing hydrometallurgical & direct recycling is out in Small @wileyinresearch . Do give it a read. @sroy_chem @RiceMSNE
https://t.co/zVdXpCEGBI
onlinelibrary.wiley.com
New developments in LiB recycling in hydrometallurgy and direct recycling go beyond the traditional pathways and help in process intensification while establishing more sustainable and environmenta...
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A wonderful enriching experience visiting and speaking at @AFResearchLab some time back about our work on #Lithium ion #battery #recycling .Added bonus was the visit to the National Museum of the US Airforce. Can't thank Dr. Ajit Roy enough for the invitation and his hospitality.
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Thrilled to share that I have received @RiceEngineering 's Outstanding #postdoc Research #AWARD.Many thanks to Prof.Ajayan @RiceMSNE for his support & the committee that found me worthy.Humbled to be recognized alongside such amazing co-awardees https://t.co/h4bC6Nbyyk
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Moving Day!! One last meeting in Prof. Ajayan's old office before we all move to the stunning new O'Connor building.
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Excited to share our latest perspective in @acsnano on unconventional fabrication approaches for #2D #semiconductor devices. Thanks to @SathvikIyengar @SoumyabrataChem & Prof. Ajayan @RiceMSNE & @NickGlavin Dr. Ajit Roy @AFResearchLab . https://t.co/gFTi3o5HMf
pubs.acs.org
Current silicon technology is on the verge of reaching its performance limits. This aspect, coupled with the global chip shortage, makes a solid case for steering our attention toward the accelerated...
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Our recent article on the mechanism of #Lithium ion #battery #recycling using deep eutectic solvents has been highlighted on the cover page of @ACSSustainable. Thankful to Mario E. Norton @fondrenlibrary for the wonderful artwork. @ACS4Authors #MyACSCover @RiceMSNE
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I am very happy to share that I’ve been recognised as one of the Royal Society of Chemistry’s 2022 Outstanding Reviewers. May I never become reviewer 2! #RSCPeerReview @RoySocChem
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