The effect of cations on the proton transport of PFSA membranes used in hydrogen-bromine flow batteries: observations and mitigation solutions.

2018-09-13T14:45:26+01:00juni 24th, 2013|0 Comments

The effect of cations on the proton transport of PFSA membranes used in hydrogen-bromine flow batteries: observations and mitigation solutions.

Natalia Mazur1*, Yohanes Antonius Hugo1,, Wiebrand Kout1, Friso Sikkema1, Ran Elazari2, Ronny Costi2
1 Elestor B.V., Arnhem 6812 AR, The Netherlands
2 ICL Industrial Products R&D, Beer Sheva, Israel
*natalia.mazur@elestor.nl

Introduction
In search for cheap, high capacity energy storage, hydrogen-bromine flow batteries (HBFBs) are emerging as strong contenders [1], however, the volatility of the electrolyte and the associated risks must be managed. Bromine complexing agents (BCAs) are used as additives to the electrolyte, which have the ability to capture Br-ions and Br2 thus decreasing the bromine vapour pressure [1]. The BCA-HBr-Br2 complex separates as a high density oily layer.

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