GT Separations Science and Engineering Center
@gtssec
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Solving the world's greatest separations challenges through innovative research and design 👩🔬🧑💻 home to engineers & scientists from Georgia Tech ChBE
Atlanta, GA
Joined August 2022
Check out our new website - https://t.co/TBLNtWZuax!✨Along with center news and lots of research, you will find a "separations" page where you can learn more about six separations that have huge impacts on our daily lives. Thanks @impactmedialab for turning our science into art!
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🎉 Congratulations to Dr. Ryan Lively on being named a national finalist for the 2025 Blavatnik Awards for Young Scientists! 👏 An incredible recognition of his leadership in sustainable separations and carbon capture research — one that continues to inspire the next generation
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Excited to share that our recent J. Membr. Sci. paper led by Young Joo Lee (Lively group, @GTChBE) has been selected as an Editor’s Choice Article for the July 2025 issue!🎉👏 This work combines machine learning with transport modeling to guide the selection of high-performing
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Another good news to share! 🎉 In our latest J. Membr. Sci. publication led by Young Joo Lee (Lively group, @GTChBE), we combine machine learning with transport modeling to screen microporous polymers for organic solvent reverse osmosis. Prediction-assisted selection enabled
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Join us for 2026 International Congress on Membranes and Membrane Processes (ICOM2026) on July 28-25, 2026, in San Antonio, TX, USA, featuring exciting plenary speakers – Suzana Nunes at @KAUST_News and Richard Baker at MTR. Organizers: Isabel Escobar @IC_Escobar, Jamie
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🎉Excited to share that in our latest Energy Environ. Sci. paper led by Seo-Yul Kim (Lively group, @GTChBE), we propose a new concept: near-cryogenic direct air capture (DAC) using physisorbents like Zeolite 13X and CALF-20, thermally coupled with LNG regasification. This
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We have good news to share! 🎉 In our latest Ind. Eng. Chem. Res. publication, led by Yuxiang Wang @PadaWANG3 (Lively group, @GTChBE), we identify a key degradation pathway in amine-infused cellulose acetate fiber sorbents for direct air capture. Aminolysis between PEI and CA
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🎉Our latest work in Ind. Chem. Mater. led by MinGyu Song (Lively Group & @JonesGroup_GT , @GTChBE) investigates amine-impregnated Mg₂(dobpdc) MOFs for direct air capture under humid conditions. TEPA-impregnated samples achieve stable, high CO₂ uptake (up to 3.9 mmol/g at 70%
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Another good news to share! 🎉 Our latest work just came out in Energy & Fuels! Led by Chunyi Li (Lively group, @GTChBE), we report MIL-101(Cr)-ee-2 as a standout material for simultaneous H₂S/CO₂ removal from biogas. With a high H₂S/CO₂ selectivity (~7) and tunable
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Excited to share our latest ACS Sustainable Chem. Eng. publication! 🎉 Led by Yuxiang Wang @PadaWANG3 (Lively group, @GTChBE), we systematically investigated IRA-900-C, a moisture swing sorbents for direct air capture. Using dynamic breakthrough experiments, we demonstrate robust
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Excited to share our latest ChemPhysChem publication! 🎉 Led by Lu Lu and Chao-Wen Chang (Sholl group & Lively group, @GTChBE), we uncovered nonadditive CO₂ uptake in type II porous liquids based on imine cages. Combining experiments and simulations, we showed that cage–solvent
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Ryan Lively, Thomas C. DeLoach Jr. Endowed Professor at the Georgia Institute of Technology (@GTChBE), will share a seminar titled "Membrane Technologies are Key Enablers of the Energy Transition." April 22 PAA A102 Reception: 3:30 p.m. Seminar: 4–5 p.m. https://t.co/uf3h8a7Ihg
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Excited to share our latest Industrial & Engineering Chemistry Research publication!🎉🎉 Led by Chunyi Li (Lively groups, @GTChBE), our team investigated how substituting metals in isostructural rare-earth metal–organic frameworks can structurally drive selective adsorption of
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