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
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GT Separations Science and Engineering Center retweeted
Crude oil refining hasn't changed much in a century. Researchers at Georgia Tech and KAIST have published a paper in Nature that suggests a simple membrane material could significantly cut the energy and carbon footprint of petroleum refining. b.gatech.edu/3R4vqc5
GT Separations Science and Engineering Center retweeted
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 Hestekin & Ryan Lively
GT Separations Science and Engineering Center retweeted
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.
tinyurl.com/042225Lively
ALT 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://tinyurl.com/042225Lively
GT Separations Science and Engineering Center retweeted
We need a whole suite of strategies to deal with carbon in the atmosphere, including scrubbing CO2 directly from the air. It’s an area where @GeorgiaTech researchers, esp in @GTChBE, produce more knowledge and solutions than any other academic institution. b.gatech.edu/3Z3MRLv
ALT Research Operations Associate VP and engineering faculty member Krista Walton leads a tour of one of Georgia Tech's high-bay labs used for direct air capture research.
ALT Ryan Lively, Chris Jones, and Matthew Realff display tubes of carbon-absorbing carbon fibers in the lab
ALT Chris Jones and Ryan Lively hold two kinds of filters for direct air capture systems. The test rig behind them uses the larger filter Jones is holding.
GT Separations Science and Engineering Center retweeted
Investigating the Effect of Trace Levels of Manganese Ions During Solvothermal Synthesis of Massey University Framework-16 on CO2 Uptake Capacity
By David S. Sholl, Ryan P. Lively et al. @GeorgiaTech @EmoryUniversity
Read the paper 👉 go.acs.org/anf
GT Separations Science and Engineering Center retweeted
Assessing Impacts of Atmospheric Conditions on Efficiency and Siting of Large-Scale Direct Air Capture Facilities
By Melissa R. Allen-Dumas et al. @ORNL @GeorgiaTech
Read the paper 👉 go.acs.org/alB
GT Separations Science and Engineering Center retweeted
Direct air capture could be pivotal to combating climate change, but it's highly location specific. A new collaborative open-source database from @Meta and @GTChBE could potentially make it easier and faster to design and implement DAC. b.gatech.edu/3WqNpde
GT Separations Science and Engineering Center retweeted
Congratulations to @LukasBingel (advised by @KristaWalton) from @GTChBE , the winner of the @IntAdsSoc award for best PhD thesis 2023. 👏👏👏
Link to thesis: hdl.handle.net/1853/73111
GT Separations Science and Engineering Center retweeted
Georgia Tech leads the US in the number of women engineering grads every year; 1 in 3 engineering degrees here are awarded to women #WomenInEngineering #InternationalWomensDay2024
Nationally, 1 in 5 engineering degrees are awarded to women.
Here, it's 1 in 3 — we lead the country in the number of women engineering graduates every year.
Also, the number of women engineering undergraduates here is 12% higher than the national average. #WomensDay
ALT two women working in a lab
ALT two women working in a lab
ALT female student working in a lab
GT Separations Science and Engineering Center retweeted
🚨Now online with free access!
A Perspective by Ryan Lively, Matthew Realff, and Hannah Holmes discusses water management and heat integration in direct air capture systems. @GTChBE
Link here: nature.com/articles/s44286-0…
GT Separations Science and Engineering Center retweeted
Many thanks to @Chris_Jones_GT @GTChBE for kicking off discussions at #Scialog: Negative Emissions Science with a great keynote talk, “Direct Air Capture of CO2 with Porous Sorbent Materials Coupled with Scalable Processes.”
GT Separations Science and Engineering Center retweeted
Today, Meta & @GeorgiaTech researchers are releasing a new dataset + associated AI models to help accelerate research on Direct Air Capture — a key technology needed to combat climate change.
Paper ➡️ bit.ly/46X0kWs
Models & dataset ➡️ bit.ly/47gEKfy
GT Separations Science and Engineering Center retweeted
Petroleum fractionation is energy intensive. Here microporous polymers are synthesized using click chemistry, which have similar performance to commercial polyimides and can be applied to heavy feeds under realistic conditions. @GTChBE @GT_CHEM go.nature.com/3rXvMop
GT Separations Science and Engineering Center retweeted
ChBE Prof. David Sholl is leading a new Energy Earthshot Research Center at @ORNL for developing chemical processes that use sustainable methods instead of burning fossil fuels to radically reduce industrial greenhouse gas emissions bit.ly/3QnpXde
GT Separations Science and Engineering Center retweeted
2023 @walton_lab retreat is in the books! Such a fun day! Thanks for the beautiful venue, @AtlBotanical!
GT Separations Science and Engineering Center retweeted
A behind-the-scenes look at our educational video publication in the @JoVEJournal. We demonstrate using N2 sorption experiments to calculate MOF surface areas and pore volumes. Credits to our cast members @TaniaGEvans, Jamie Salinger and @LukasBingel! jove.com/t/65716/determining…
GT Separations Science and Engineering Center retweeted
And another paper from my grad school time @walton_lab. Super fun collaboration with @Yu_Zhenzi and quite surprising findings about IAST mixture predictions in mixed-linker UiO-66-NH2. Check it out here: pubs.acs.org/doi/10.1021/acs…
GT Separations Science and Engineering Center retweeted
Check out our latest paper on the impact mixed-linker Uio-66-NH2 has on the accuracy of IAST mixture predictions! Authored by @LukasBingel in collaboration with @Yu_Zhenzi, it is out now in @JPhysChem. Read more about it here: pubs.acs.org/doi/full/10.102…
GT Separations Science and Engineering Center retweeted
Congratulations to ChBE Professor @KristaWalton, who has been named associate vice president for Research Operations and Infrastructure for Georgia Tech, effective Oct. 1. b.gatech.edu/45f6PSN
GT Separations Science and Engineering Center retweeted
Christopher Jones of Georgia Tech is being honored for the design of adsorptive materials/processes for the capture and purification of #gases, including industrial gases and ground-breaking contributions to CO2 capture from air. bit.ly/4573c1h #AIChEAnnual #DAC