Jobid=7de6399ed3bd (0.1002)
This project aims to develop the next generation of organic redox mediators for aqueous redox flow batteries. Redox flow batteries hold promise for long-duration storage of electrical energy, and aqueous redox flow batteries aim to combine the speed of storing and retrieving energy with the high safety standards and environmental benefits of aqueous systems. Yet, key challenges exist regarding the reversibility, energy density and the long-term stability of such systems.
The PostDoc position in this project will focus on the stack development for reversible reduction of highly concentrated bicarbonate/ formate solutions on the 1-3 kW scale, and benchmark the system against known vanadium redox couples used in vanadium flow batteries. Moreover the PostDoc will develop a trickle bed reactor (storage tank) containing a so-called ‘booster’, and evaluate the possibility of combining the booster-based redox chemistry half-cell, with the bicarbonate/formate half-cell. The PostDoc position is part of a larger project, called “Redox Blend” with other universities, and research institutes (DIFFER and TNO), within the National Growth Fund program Circular Batteries.
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