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The title of our new ACS Nano paper reveals the conclusion. Another example of false promise of novel materials to advance technologies at the water-energy nexus. Analysis of the physics, thermodynamics & process eng is critical to assess viability. Read: bit.ly/2YiPJn6

NEWT Publication | “Energy Consumption of Brackish Water Desalination: Identifying the Sweet Spots for Electrodialysis and Reverse Osmosis” by Sohum Patel, P. Maarten Biesheuvel, and Menachem Elimelech #NSFfunded #nanotechnology #engineering #watertreatment buff.ly/39kWnj0

Congrats to Yale Environ. Eng. PhD student Colby Buehler on his first paper that was published today! amt.copernicus.org/articles/14/99…

Professor Mohan Qin credits a class that she took as an undergrad with sparking her interest in engineering. Now, as a professor, she strives to inspire others who are interested in the field by connecting coursework with real-world applications and hands-on learning.

Electrification of membranes for water treatment is an important frontier, but the choice of the right membrane process is important. Kudos to the many Yale Environ. Eng. who worked on this collaborative ACS ES&T Eng paper. Environmental Science & Technology Journals NEWT Engineering Research Center. Open access: bit.ly/3t0jM09

Our monthly feature In Nano highlights some of the great research pieces from ACS Nano: bit.ly/3lOtHn6 One featured involves the infeasibility of nanopore-based power generation by salinity mixes. bit.ly/3vS2rsy (Open Access) by Menachem Elimelech at Yale /CJD

Now in Advanced Materials with Menachem Elimelech: Membrane Materials for Selective Ion Separations at the Water-Energy Nexus We propose research avenues to develop ion-selective membranes for electrodialysis, flow batteries, and electrolyzers. (1/12) bit.ly/advmats

Excited to share our new paper Science Advances using machine learning to study ion selectivity in polymer membranes 👉 bit.ly/3I7iCYw Another great CENT_EFRC collaboration b/w Menachem Elimelech (Yale Environ. Eng.), the Kulik Group (MIT ChemE Dept), and TA Pham (Lawrence Livermore National Laboratory). (1/9)

Excited to share our perspective article on "Mining Nontraditional Water Sources for a Distributed Hydrogen Economy" published open access in Environmental Science & Technology Journals! 💧⚡️🌎pubs.acs.org/doi/10.1021/ac… Menachem Elimelech Yale Environ. Eng. NEWT Engineering Research Center National Alliance for Water Innovation

Water, water, everywhere for point of use H2.... Our article in Environmental Science & Technology Journals on nontraditional water sources for decentralized H2 production highlighted in Nature Reviews Earth & Environment 🌈 Menachem Elimelech Yale Environ. Eng. @YaleSEAS NEWT Engineering Research Center

Hot off the press! Our Perspective article in the inaugural issue of Nature Water evaluates the prospects of recovering metals from wastewaters and brines. Summary🧵... (1/10) bit.ly/naturewater

In our first issue: What are the prospects for metal recovery from wastewater Read the perspective by Ryan M. DuChanois et al Ryan DuChanois Menachem Elimelech 👇 bit.ly/3iTBCmn

Week full of awards to our group Cody Ritt: AEESP Doctoral Dissertation Award Sohum Patel: American Chemical Society Gonter Research Paper Award Lauren Mazurowski: The Fulbright Program International Fellowship Weiyi: AEESP Doctoral Dissertation Award (based on PhD @WUSTL)

Congratulations to Sohum (Sohum Patel) on a successful PhD defense on Aqueous Electro-driven Separations Great job in discussing thermodynamic limitations and opportunities for selective resource extraction Good luck in your postdoc at SmithLabMIT Yale Environ. Eng. NEWT Engineering Research Center

Very excited to share our work in Water Research where we identify clear targets for the price and fundamental properties of ion-exchange membranes that enable electrodialysis to desalinate brackish water at lower cost than reverse osmosis! Menachem Elimelech rb.gy/ukz8b7