Advanced aqueous Zn–halogen batteries with multi-electron transfer chemistry catalyzed by organic compounds: insights into mechanisms and prospects

Yanfen Ma; Mengyao Liu; Xiaoru Zhang; Tong Zhao; Zheng Yong; Jiawei Xiong; M. A. Muhammad; Zhenguo Song; Weimin Wang; Shiliu Yang; Yi Zhao

doi:10.1039/d5ta08175k

December 18, 2025Journal of Materials Chemistry A

Advanced aqueous Zn–halogen batteries with multi-electron transfer chemistry catalyzed by organic compounds: insights into mechanisms and prospects

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Key Points

This review aims to explain the halogen reaction mechanisms in zinc halogen batteries and the role of organic compounds in facilitating multi-electron transfer.
Comprehensive literature review on halogen conversion reactions in zinc halogen batteries.
Analysis of selection criteria for organic compounds in catalyzing multi-electron processes.
Identified key factors influencing the efficiency of multi-electron transfer reactions.
Outlined potential advancements in zinc halogen battery designs based on organic catalysis.

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Implication

Review highlights reaction mechanisms and criteria for multi-electron conversion in batteries, suggesting advancements in energy storage.

Abstract

This review provides a comprehensive understanding of the halogen reaction mechanism in ZHBs catalyzed by organic compounds, particularly regarding the selection criteria for achieving multi-electron halogen conversion reactions.

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Ma et al. (2025) studied this question.

synapsesocial.com/papers/6a0736e555897739608441a7 https://doi.org/10.1039/d5ta08175k

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Advanced aqueous Zn–halogen batteries with multi-electron transfer chemistry catalyzed by organic compounds: insights into mechanisms and prospects

Key Points

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Discussion

Cite This Study

Advanced aqueous Zn–halogen batteries with multi-electron transfer chemistry catalyzed by organic compounds: insights into mechanisms and prospects

Key Points

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Implication

Abstract

Discussion

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