Congrats to Nayeong for her recently published paper on a wireless, membraneless redox-mediated architecture that enables process-intensified selective separations.
This work, recently published in ChemSusChem, presents a bipolar electrode (BPE) system that enables independent control of electrosorption performance in redox-active electrodes. Through distinct electrolyte solutions, varying working potentials, or by coupling with different counter electrode reactions, the system offers flexible tuning of performance. This work highlights the important of carefully evaluating each redox reaction, BPE combination, and operating parameters to reduce energy consumption while maximizing the electrosorption performance.