An Excel-based toolkit for simulating redox flow battery cycling! Out now on ChemRxiv we develop a framework for rapid RFB modeling.

This is a great opportunity!

I have an opening in my lab at #UBC for a motivated MSc student to work on the development of electrochemical flow systems for clean energy applications. If interested, please read below for more information.

#Electrochemical_systems #redox_flow_batteries #lithium_extraction

Former SEAS postdoc Eugene Beh turns research in Aziz Lab into Quino Energy, a company producing organic, water-based material for use in flow battery storage grids. The material is safer, cheaper, and more easily sourced domestically than vanadium. buff.ly/3vrORka

🥳Ion Solvation in Bipolar Membranes and at Electrolyte-Metal Interfaces.

First publication of our group at Fritz Haber Institute of the Max Planck Society and our first PhD student Carlos Gomez Rodellar in Nature Energy:
nature.com/articles/s4156…

Max Planck Society, DFG public | @[email protected] , BMBF , European Research Council (ERC)

.Aziz Lab and team analyze acid-base crossover in pH-decoupled aqueous flow #batteries , and achieve low crossover rates and long-term operation by designing a pH recovery sub-cell. go.nature.com/490iKpP

Join us in person next week to learn about the work from various research groups Harvard SEAS! Make new friends and lab connections, together with breakfast and lunch!

Zhigang Suo Materials Intelligence Research @ Harvard Jia Liu Samir Mitragotri Jennifer A. Lewis Aziz Lab

Congratulations to Cheng-Han Li (Cheng-Han Li), who defended his thesis today and became the first Ph.D. from our group!

.Aziz Lab and team analyze acid-base crossover in pH-decoupled aqueous flow #batteries , and achieve low crossover rates and long-term operation by designing a pH recovery sub-cell. go.nature.com/3UM4EF4

Excited to give a talk at Harvard tomorrow, the Applied Physics/Applied Mechanics Colloquium at the Harvard John A. Paulson School of Engineering and Applied Sciences Harvard SEAS , titled ‘3D Functional Mesosystems: From Neural Interfaces to Environmental Monitors,’.  Looking forward

The first issue of Nature Chemical Engineering is now live! 🎉

We're excited to finally begin highlighting the breadth of chemical engineering research. Thank you to our authors, reviewers, and community for the support!

Check out the issue here: go.nature.com/48kZ7ZT

It is an honor to have my first corresponding author review in the inaugural issue of Nature Chemical Engineering! With Boettcher Lab and Jaramillo Lab, I discuss the complex physics of bipolar membranes and their applications in energy and sustainability!

Live Now: rdcu.be/dvLKk

We got highlighted 😎🎉 nice way to start the year, thanks DOE Office of Science ! Chemistry at Illinois Beckman Institute JCESR

Our new spotlight discussing Solubility and Stability of Redox-Active Organic Molecules in Redox Flow Batteries | ACS Applied Energy Materials pubs.acs.org/doi/10.1021/ac…

nature.com/articles/s4156…
Thank you Sebastian Z. Oener for this highlight of our recent publication!

Our work in the Aziz Lab on a novel highly soluble iron-based posolyte for aqueous #redox #flow #batteries is now published in the Advanced Functional Materials. Congratulations to the co-first authors Dr. Jinxu Gao and Kyumin Lee!👏

Plz see below:

onlinelibrary.wiley.com/doi/10.1002/ad…

🔬 Exciting day at EEL! 🤝 Welcomed Professor Chris Bachman and his brilliant team for a lab tour and in-depth discussions on groundbreaking projects

💡 Learning, collaborating, and advancing the frontier of electrochemical research! #ResearchCollaboration #Electrochemistry

It was a pleasure to conclude the #MRSsymposium with a dinner with Matt Suss (Suss Lab), Doug Call and Katya Pomerantseva and invited speakers Michael Aziz (@TheAzizLab), Alan Hatton, Lea Winter, Husam Alshareef, Damilola Daramola 🇳🇬 🇺🇸, Kieke de Boer, Thanos Papageorgiou and Ryan Kingsbury, Ph.D., P.E.!