Chair(s): Yan Jing (NUS), Qing Wang (NUS)
Co-Chair(s): Chunchun Ye (NTU), Anqi Wang (Kaust, Saudi Arabia), Eugene Beh (Quino Energy, USA)
Symposium Scope/Topics
Electrochemical flow systems offer a scalable and decoupled platform that not only enables large-scale, long-duration energy storage; but also functions as a continuous-flow reactor for electrification of chemical reactions. This symposium aims to explore the real-world application opportunities enabled by electrochemical flow systems, including flow batteries, electrochemical carbon capture, electrosynthesis, redox-mediated recycling, and redox-mediated desalination. By bringing together researchers from materials science, (electro)chemical engineering, and systems engineering, the symposium seeks to foster cross-disciplinary discussions and catalyze solutions that accelerate the translation of redox flow systems into next-generation energy and climate technologies.
Topics to be covered:
- Redox flow batteries and redox-targeting systems
- Ion-exchange membranes, electrolytes and reactor engineering
- Electrochemically induced carbon capture and direct air capture
- Electrosynthesis and redox-mediated synthesis
- Redox-mediated recycling and desalination
Invited Speakers
To be confirmed
