Ferroelectric field enhanced tribocatalytic hydrogen production and RhB dye degradation by tungsten bronze ferroelectrics

Zhu, Zhihong; Jin, Zuheng; Jiang, Chuan; Wu, Sha; Hu, Changzheng; Liu, Laijun; Fang, Liang; Cheng, Zhenxiang

doi:10.1039/d4nr00868e

Nanoscale

2024

DOI: 10.1039/d4nr00868e

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Ferroelectric field enhanced tribocatalytic hydrogen production and RhB dye degradation by tungsten bronze ferroelectrics

Zhihong Zhu,

Zuheng Jin,

Chuan Jiang

et al.

Abstract: Tribocatalysis is a method that converts mechanical energy into chemical energy. In this study, we synthesized tungsten bronze structure Ba0.75Sr0.25Nb1.9Ta0.1O6 ferroelectric ceramic submicron powder using a traditional solid-state route, and...

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Cited by 6 publications

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Harvesting surface (interfacial) energy for tribocatalytic degradation of hazardous dye pollutants using nanostructured materials: A review

Emmanuel,

Adesibikan

2024

J Chinese Chemical Soc

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IntroductionTribocatalysis, an emerging cutting‐edge technique that uses frictional mechanical energy to activate the catalytic operation of a reaction or material including nanomaterials has garnered the interest of the research community in recent times.AimThis study aimed to critically review original research works directed toward tribocatalytic degradation of various hazardous dye pollutants. Notably, in this review, various nanomaterials and their composites with outstanding tailored degradation profiles are explored for their tribocatalytic degradation efficiency for various dye pollutants. In addition, the effect of various operating factors that are of importance to engineers, industries, and investors for optimization purposes was pragmatically discussed. Also, the effect of electron trapping and radical scavengers alongside the mechanism of tribocatalytic degradation was empirically analyzed.ResultsFrom this work, it was found that the maximum tribocatalytic degradation efficiency was >80% in most cases at an optimum temperature of 20–40°C, time taken of 0.5‐48 hours, and stirring speed of 500‐1000rmp. It was discovered that magnetic stirring enhances the production of •OH, O2•, and h+ by the nanomaterials that are mechanistically responsible for the degradation of the dye pollutants. Also, it was revealed that expended tribocatalyst can be eluted mostly using H2O and can be reused up to 3–10 times while still sustaining degradation efficiency of >80% in most cases and this suggests the industrial scalability and eco‐friendliness potential of this approach.ConclusionIn the end, challenges and research gaps that can pave the way for method improvement and also serve as future research hotspots for researchers were presented.

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Harvesting surface (interfacial) energy for tribocatalytic degradation of hazardous dye pollutants using nanostructured materials: A review

Emmanuel,

Adesibikan

2024

J Chinese Chemical Soc

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Strong tribocatalytic degradation of dyes by Sr0.4Ba0.6Nb2O6 ferroelectric particles through harvesting friction energy

Zhao,

Li,

et al. 2024

Ceramics International

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Recent progress and prospect of friction-driven-tribocatalysis: From basic principle to material design

Xiao,

Xu,

et al. 2025

Surfaces and Interfaces

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Ferroelectric field enhanced tribocatalytic hydrogen production and RhB dye degradation by tungsten bronze ferroelectrics

Abstract: Tribocatalysis is a method that converts mechanical energy into chemical energy. In this study, we synthesized tungsten bronze structure Ba0.75Sr0.25Nb1.9Ta0.1O6 ferroelectric ceramic submicron powder using a traditional solid-state route, and...

Cited by 6 publications

References 60 publications

Harvesting surface (interfacial) energy for tribocatalytic degradation of hazardous dye pollutants using nanostructured materials: A review

Harvesting surface (interfacial) energy for tribocatalytic degradation of hazardous dye pollutants using nanostructured materials: A review

Strong tribocatalytic degradation of dyes by Sr0.4Ba0.6Nb2O6 ferroelectric particles through harvesting friction energy

Recent progress and prospect of friction-driven-tribocatalysis: From basic principle to material design

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