The central aim is to create sustainable bismuth catalytic nanointerfaces using silk fibroin for effective pollutant reduction.
Produced Bi/SF nanointerfaces through the dissolution of silk fibroin in ethylene glycol.
Assessed catalytic activities in reducing azo and nitro compounds.
Successfully developed bismuth/silk fibroin nanointerfaces with high catalytic efficiency.
Achieved significant reduction of azo and nitro compounds, highlighting the effectiveness of the nanointerfaces.
Abstract
Schematic of the production of Bi/SF nanointerfaces via the dissolution of SF in EG and their catalytic activities in reducing azo and nitro compounds.