Published in Materials Today Energy!

Our invited perspective titled “Revealing the invisible dimensions of electrochemical carbon capture technologies through in situ/operando techniques” is now published in Materials Today Energy! Check it out here: Revealing the invisible dimensions of electrochemical carbon capture technologies through in situ/operando techniques – ScienceDirect

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Amini Lab Awarded Peter Wall Research Award!

Dr. Amini was awarded a Wall research Award in collaboration with Prof. Nichols and Prof. Tu to develop organic redox flow batteries for clean renewable energy storage applications! Read more: Awardees – Peter Wall Legacy Awards

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Published in Nature Chemical Engineering!

Dr. Amini’s work, titled “In Situ Techniques for Aqueous Quinone-Mediated Electrochemical Carbon Capture and Release”, which was partly conducted at Harvard and completed at UBC, has now been published in Nature Chemical Engineering! This work has been featured on the Harvard SEAS website: The ins and outs of quinone carbon capture Read the paper here: In situ techniques for aqueous quinone-mediated electrochemical carbon capture and release | Nature Chemical Engineering

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Amini Lab Awarded CFI – John R. Evans leaders Fund (JELF) Award and NSERC Discovery Grant!

Amini lab is awarded the CFI – JELF award as well as the NSERC Discovery Grant for her project in advancing electrochemical carbon capture and redox flow battery technologies! Read more: Faculty Insight: Dr. Kiana Amini – UBC Materials Engineering and MTRL Faculty Awarded through 2024 NSERC Discovery Research Program – UBC Materials Engineering