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September 10, 2025InorganicsOpen Access

Research Progress on the Preparation, Modification, and Applications of g-C3N4 in Photocatalysis and Piezoelectric Photocatalysis

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Recent advances reveal g-C3N4's potential in photocatalysis, notably in hydrogen evolution and CO2 reduction.
Highlighted techniques like defect engineering and cocatalyst loading enhance g-C3N4's effectiveness in light-driven reactions.
The review examines challenges in scalability and visible-light absorption that hinder practical applications of g-C3N4.
Emphasizes the need for future research to overcome limitations and optimize g-C3N4-based catalytic systems.

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This review highlights preparation and modification strategies for g-C3N4, suggesting improved photocatalytic performance and applications.

Li et al. (2025) studied this question.

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This review highlights preparation and modification strategies for g-C3N4, suggesting improved photocatalytic performance and applications.