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Professor Tong and a team of students are researching energy efficient methods of desalinization through reverse osmosis and ionization. To read more, engr.source.colostate.edu/csu-researcher…

We are hiring! We are looking for 2 motivated graduate students working on membrane desalination and brine crystallization: aeesp.org/jobs/3503

Young-Shin Jun to develop a novel value-adding treatment method for water purification byproducts： engineering.wustl.edu/news/2024/Turn… via WashU McKelvey Engineering

#ACSFall2024 Call for papers. We invite you to share your exciting research on geochemistry and environmental chemistry at the water-energy nexus. The submission is due April 1. If you have any questions, please contact us.

Thank CSU Civil and Environmental Engineering for this advertising!

Very proud of my PhD student Yiqun Yao for receiving the Best Oral Presentation at the IWA Membrane Technology Conference & Exhibition (although it was a while ago). Yiqun has done great work on mitigating mineral scaling in membrane desalination.

Our recent publication: we show that pore wetting during membrane distillation is a function of surfactant type and property, and thus evaluating membrane wetting should consider different surfactant types. sciencedirect.com/science/articl…

Our recent publication: we explored mineral scaling and organic fouling in electrodialytic crystallization (EDC), a new technology we developed with Shihong Lin for zero liquid discharge. sciencedirect.com/science/articl…

I am pleased to announce that I have joined SSEBE@ASU as an Associate Professor. I would like to thank my colleagues CSU Engineering for their support and collaborations. My group will continue pushing the boundaries of science in membrane desalination and water purification.

Thank SSEBE@ASU for advertising. Being excited to make more contributions to the field of membrane desalination and water purification, while addressing the grand challenge of water scarcity in Arizona.

Our recent publication: high resistance to gypsum scaling is achieved by polyamide membranes coated with naturally occurring proteins in reverse osmosis. Work supported by U.S. National Science Foundation pubs.acs.org/doi/10.1021/ac…

The School of Sustainable Engineering and the Built Environment soars high in the latest U.S. News & World Report rankings. ow.ly/2rPL50TOXU8 🎉 #ASUEngineering #GoDevils

Our work is featured by C&EN (Chemical & Engineering News): Desalination membranes decorated with proteins can alleviate gypsum scaling cen.acs.org/environment/wa… via C&EN (Chemical & Engineering News)

A tale of two minerals: our recent review article on different behaviors and mitigation strategies between gypsum scaling and silica scaling during membrane desalination: rdcu.be/d1fRK

Thank Environmental Science & Technology Journals for the recognition and look forward to making more contributions to the journal and the Environmental Engineering community. pubs.acs.org/doi/10.1021/ac…

🎉👏 Congratulations to the Winners of the 2024 Young Talent Award! 🌟 Your innovation and excellence inspire us all.@yifeizhang Bo Zheng Tiezheng Tong @genyuanliu Read more: link.springer.com/article/10.100…

Our recent publication on Nature Communications: By employing machine learning and molecular simulations, we reveal the mechanism of PFAS transport across polyamide membranes in RO and NF. nature.com/articles/s4146…

Thank SSEBE@ASU for advertising, and look forward to contributing more to the scientific community of membrane desalination and water purification

Dr. Tiezheng Tong Tiezheng Tong is presenting at Rice University this Friday January 31, 2025 ADD to your calendar: buff.ly/4g0eTwm

Thank SSEBE@ASU for the advertising. I enjoyed this collaboration very much.