Associate Professor of CEE@ Vanderbilt; Associate Editor of JWPE, CEJA and RCR
Nashville, TN
Joined August 2012
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After hosting farewell parties for so many of us, now it’s your turn to have one! Each previous farewell celebration has felt like a commencement ceremony, sending us off on fruitful journeys. This one will do the same for you! @TheElimelechLab
Farewell dinner of @TheElimelechLab at the Union League Café (@unionleaguecafe) before the big move to @RiceUniversity, @RiceEngineering, in late December.
Thanks, @cityofnewhaven! Hello, @HoustonTX!
Shihong Lin retweeted
Farewell dinner of @TheElimelechLab at the Union League Café (@unionleaguecafe) before the big move to @RiceUniversity, @RiceEngineering, in late December.
Thanks, @cityofnewhaven! Hello, @HoustonTX!
Happy to share our recent perspective challenging the practical viability of salinity gradient energy(SGE) and its related processes (e.g. energy storage). The low energy density, a key limitation of SGE, makes desalination viable. @wang_zhangxin @EnvWangl @TheElimelechLab
"Salinity Gradient Energy is not a Competitive Source of Renewable Energy"
@Shihong_Lin, @wang_zhangxin, @EnvWangl, & @TheElimelechLab
Red more in @Joule_CP: cell.com/joule/fulltext/S254…
After all, the membrane becomes redundant 😂
(1/9) We are excited to share our new @NatureWaterJnl article titled "Transforming membrane distillation to a membraneless fabric distillation for desalination" rdcu.be/duW1e.
Work done with @TheElimelechLab
Shihong Lin retweeted
(1/9) We are excited to share our new @NatureWaterJnl article titled "Transforming membrane distillation to a membraneless fabric distillation for desalination" rdcu.be/duW1e.
Work done with @TheElimelechLab
Thank you @NatureWaterJnl for using our picture as the cover!
Our June issue is live! beautiful cover provided by @Shihong_Lin and his group
nature.com/natwater/volumes/…
Using the principle of electrodialysis with a tweak in system configuration, we & @tiezhengtong developed a new process called electrodialytic crystallization (EDC) to achieve brine crystallization without evaporation. The work is supported by @NAWIhub
New online: brine crystallization for zero-liquid discharge, article by @Shihong_Lin, @tiezhengtong and co-authors
rdcu.be/dempJ
Very nicely written article that explains sth very theoretical (but important) in language that is understandable and enjoyable to read. Kudos to the author and again to the scientific paper authors @TheElimelechLab @EnvWangl. Glad that a more intuitive theory finally wins!
The five-decades old solution-diffusion mechanism/model for water transport in reverse osmosis has just been proven wrong!
Collaborative work: @YaleEnvEng @UW_MechEngr @TTUEngineering
wired.com/story/everyone-was…
Shihong Lin retweeted
The Paul L. Busch Award recognizes an individual for #innovative #research in the field of water quality and the water environment. . . with the reward of a $100,000 grant!
Do you know someone who should be nominated?
🏆 Submit your Nomination Today: bit.ly/3WXpjUk
My honor to receive 1 of the 3 Excellence in Graduate Mentoring Awards(2022) from @VanderbiltU. A close colleague joked that I shouldn’t get it bc w/ the grad students I have everyone can win this award—well, there is some truth in it! Kudos and gratitude to the students👏👏
Congrats to @Shihong_Lin! The civil and environmental associate professor and two biomedical engineering doctoral students were honored recently at the inaugural Graduate School Honors Banquet. bit.ly/3piAmvy
A polyamide #membrane with pore size tunable operando by applied voltage? Check out our latest work in collaboration with Zhu/Jin group in Suzhou and @TheElimelechLab. An insightful and elegant theory was developed to explain the phenomenon. nature.com/articles/s41467-0…
(3) student Ruoyu Wang did an exceptional job in modeling “eios” by integrating the Flory-Rehner theory for polymer swelling and Donnan theory for ion equilibrium. The model has exceptional match with measured dependence of pore size on potential and solution composition👏👏
Good job @EnvWangl ! This is a classic paper👍🏻👍🏻
(1/7)
We @TheElimelechLab @YaleEnvEng are excited to share our new @ScienceAdvances article titled “Water transport in reverse osmosis membranes is governed by pore flow, not a solution-diffusion mechanism”. Open access: science.org/doi/10.1126/scia…
It’s a great honor to receive the Huber Prize from ASCE, thank you! @ASCETweets @ASCE_EWRI @VUEngineering @CapeesEng news.vanderbilt.edu/2023/04/…
