A green and efficient approach for efficient nanohybrid photocatalysts in extending the light response to the visible spectrum is a hot research topic in sustainable energy technologies. In this work, novel Au–TiO 2 @m-CN nanocomposite was synthesized using hard template of cubic ordered mesoporous KIT-6 via the nanocasting process. The as-prepared Au–TiO 2 @m-CN nanohybrids exhibit enhanced photocatalytic activities with improved stability and reusability using methyl orange dye. The enhanced photocatalytic performance is a result of the conjugated effect of catalytic active Au and TiO 2 nanoparticles supported on highly efficient visible light sensitizer, graphitic carbon nitride (m-CN or g-C 3 N 4 ), and ordered mesoporous morphology. Besides, the sensing performance of Au–TiO 2 @m-CN nanohybrids was also tested for the detection of amine gases, wherein a significant response was reported for triethylamine at low operating temperatures. This study reveals a simple and scalable methodology to design and develop next generation of layered mesoporous materials for multifunctional applications.
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Malik et al. (2018) studied this question.
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