3D-Printed Textured Photocatalytic Substrate

Nannan, Li; Weijun, Kong; Jian, Gao; Wu, Yunzhao; Kong, Yanqiang; Chen, Lei; Wang, Weijia; Yang, Lijun; Xiaoze, Du

3D-Printed Textured Photocatalytic Substrate

High H2 Yield, No Sacrificial Agent

ZnIn2S4-Pt-Co microsphere photocatalyst is firmly loaded as a thermoset coating on a 3D-printed textured substrate, enhancing photocatalytic water splitting without sacrificial agents, and the substrate can be reused multiple times.

Nannan, Li · Weijun, Kong · Jian, Gao · Wu, Yunzhao · Kong, Yanqiang · Chen, Lei · Wang, Weijia · Yang, Lijun · Xiaoze, Du

International Journal of Hydrogen Energy 2024

Specifications

倒金字塔结构最佳产氢速率: {'zh': '1555', 'en': ''} μmol h⁻¹

Advantages

Photocatalytic water splitting achieved without sacrificial agents

Substrate can be reused with new catalyst coatings