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#InnovativeTsinghua researchers updated the thermodynamic understanding of #lithium-#sulfur batteries via phase equilibrium analysis, establishing a ternary phase diagram that can predict the lithium-sulfur thermodynamics at any state. Nature Chemical Engineering More: go.nature.com/3XBA0xF

In Nature Chemical Engineering: More efficient, scalable and accessible gene therapy. By adjusting the thickness of cell culture media, The Johns Hopkins Institute for NanoBioTechnology Director Hai-Quan Mao and team found "Goldilocks Zones" in carriers—viscosity levels where transfection improved up to 60x. engineering.jhu.edu/news/goldilock…

🎉Our October issue is now live! Flash separation of metals, environmental impacts of biodegradable microplastics, analyses of circular solutions for plastics waste recycling, MOx/Ni inverse catalysts for low-temperature CO2 activation, and more! Link: nature.com/natchemeng/vol…

With a brief historical overview, our October Editorial reflects on the impact of molecular thermodynamics in chemical engineering and shares our excitement for future developments in this field! Read it here (🔓): nature.com/articles/s4428…

Our By the Numbers article entitled "Queue in the surfactant molecules" is in the October issue of Nature Chemical Engineering. It's about interfacial tension and Capillary number, and their roles in droplet microfluidics technologies. FEAS Grad Studies iBEST Faculty of Engineering & Architectural Science TMU

Looking forward to attending #AIChE2024 meeting this year in San Diego. Tom Dursch and I will be there representing Nature Chemical Engineering. If you would like to know more about the journal and chat about your ongoing research, please reach out to us! #chemicalengineering #AIChEmeeting

New in ⁦Nature Chemical Engineering⁩, we feature miniaturized, flexible lithium-ion droplet batteries that offer a promising solution for powering implantable medical devices toward various biomedical monitoring and therapeutic applications. ⁦Wenzheng Heng⁩ nature.com/articles/s4428…

🚨 Now online! A microscale soft lithium-ion droplet battery constructed from a biocompatible silk hydrogel that enables a variety of biomedical applications. Hagan Bayley group Yujia Yoga Zhang Oxford Chemistry Link here (open access): nature.com/articles/s4428…

🚨Now online! An Analysis explores the production of ethylene from aqueous carbonate feedstocks. The authors develop unit ops and full process designs, identify key process requirements, and elucidate the minimum benchmarks needed ChBE @ Georgia Tech Free link: nature.com/articles/s4428…

🎉Our November issue is now live! Electrothermal synthesis of commodity chemicals, a microscale soft lithium-ion battery, process and techno-economic analyses of ethylene production from aqueous alkaline carbonates, and more! Link: nature.com/natchemeng/vol…

🎉 Late notice, but our December issue is live! Elastic pillars for de-icing surfaces, aqueous quinone-mediated electrochemical CO2 capture, bacterial production aromatic esters from glycerol, scale-up science, and more! Link: nature.com/natchemeng/vol…

What holds many people back from taking initiative is not laziness. It's fear. Inaction breeds rumination and feeds anxiety. Action builds momentum and fuels confidence. Some ideas won't work. Some people will say no. But in the long run, it's better to fail than to fail to

In 1976, E. M. Purcell used scaling arguments & dimensional analysis to describe the fascinating physics of swimming microbes. These two articles in Nature Chemical Engineering follow that tradition! ➡️ doi.org/10.1038/s44286… (individual cells) ➡️ nature.com/articles/s4428… (collectives) [1/5]

🎉 January 2025 marks one year since the launch of Nature Chemical Engineering. To commemorate our first anniversary, we have curated a collection of highlights from the first 12 issues. We hope you enjoy exploring the list! nature.com/collections/jd…

What is the future of chemical engineering? How will we enable the next innovations for molecular transformations at scale? Nature Chemical Engineering highlights some exciting new technologies from artificial intelligence to electrochemistry to synthetic biology… doi.org/10.1038/s44286…

Check out insights from Katie Galloway Randall Snurr Michael Köpke 🏭💨+🧬🦠=♻️⛽🧴🧵 Kevin Solomon (drksolomon.bsky.social) Northwestern Engineering Stanford Engineering LanzaTech Global and more….

📰 Our very own Dr. Sindia Rivera-Jiménez was recently featured in Nature Chemical Engineering where she had a chance to provide perspective on the future of chemical engineering education! #GatorEngineering 🔗 Read the full article: go.nature.com/4jusj6N

🎉 Our January 1st Anniversary issue is now live! A sincere thank you to our fantastic authors, referees, colleagues, and readers for making our first year so exciting and enjoyable. You can find the full issue here with some freely accessible content! nature.com/natchemeng/vol…

The 1st Anniversary Issue of Nature Chemical Engineering is now live! 🎉 🔓Enjoy the temporarily freely accessible content at nature.com/natchemeng/vol… I am truly grateful for the incredible support from our community, authors, referees, and colleagues!

🚨A Research Highlight from Alessio Lavino covering a Nature Materials Article on a bottom-up strategy to design programmable micrometer-scale fluid flows by light-induced motion of biological active matter Link ($): nature.com/articles/s4428… ➡️ Free PDF: rdcu.be/egwr0