BiPO4 oxygen atom self-spillover mechanism promoting H2O2 production via piezoelectric catalysis

Haiyan Wang; Xinhui Jiang; Jindou Hu; Hao Wang; Xiaoyan Lu; Zhenjiang Lu; Jing Xie; Junhong Li; Yong Wen; Yali Cao

doi:10.1039/D5CC07107K

BiPO₄ oxygen atom self-spillover mechanism promoting H₂O₂ production via piezoelectric catalysis

Haiyan Wang,^a Xinhui Jiang,^a Jindou Hu,*^a Hao Wang,^a Xiaoyan Lu,^a Zhenjiang Lu,^a Jing Xie,^a Junhong Li,^a Yong Wen*^a and Yali Cao

*^a

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^a State Key Laboratory of Chemistry and Utilization of Carbon Based Energy Resources, College of Chemistry, Xinjiang University, Urumqi, Xinjiang, P. R. China
E-mail: caoyali523@163.com, hujindu@xju.edu.cn

Abstract

Oxygen atom self-spillover boosts BPO-300's piezoelectric H₂O₂ yield by 374% to 4536 µmol L⁻¹ g⁻¹ (88.6% cycling stability) via electronic reconfiguration and bandgap narrowing, offering an efficient modification strategy.

Chemical Communications

BiPO₄ oxygen atom self-spillover mechanism promoting H₂O₂ production via piezoelectric catalysis

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BiPO₄ oxygen atom self-spillover mechanism promoting H₂O₂ production via piezoelectric catalysis

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