fig7
Figure 7. (A) Schematic illustration of NaBH4 hydrolysis combined with nitrobenzene hydrogenation in the Pickering emulsion system, catalyzed by the Pt/S-1@mC at the droplet interfaces. Reproduced with permission from ref.[69]. Copyright 2023 American Chemical Society; (B) Kinetic profile for nitrobenzene reductions over Pt/S-1@mC, S-1@Pt/mC, Pt/mC, and Pt/S-1 catalysts under stirring-free conditions. Reproduced with permission from ref.[69]. Copyright 2023 American Chemical Society; (C) Conversions of four different nitroarenes in the hydrogenation reaction under stirring-free conditions over Pt/S-1@mC, S-1@Pt/mC, Pt/mC, and Pt/S-1 catalysts. Reproduced with permission from ref.[69]. Copyright 2023 American Chemical Society; (D) Recyclability test of the Pt/S-1@mC catalyst in the nitrobenzene reduction reaction. Reproduced with permission from ref.[69]. Copyright 2023 American Chemical Society; (E) Schematic illustration for the spatial proximity between the Au/g-C3N4-NSs photocatalyst and the CALB biocatalyst at Pickering droplet interfaces. Reproduced with permission from ref.[70]. Copyright 2024 Elsevier; (F) Kinetic profiles for the photobiocatalytic cyclooctene epoxidation over Au/g-C3N4+CALB-PDI with different interfacial proximities. Reproduced with permission from ref.[70]. Copyright 2024 Elsevier; (G) Production rates of Au/g-C3N4+CALB-PDI with different interfacial proximities in the photobiocatalytic cyclooctene epoxidation. Reproduced with permission from ref.[70]. Copyright 2024 Elsevier. CALB: Candida antarctica Lipase B.
