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Polyacrylonitrile reinforced silver-doped ZnO (PAN/Ag-ZnO) functional fibers were spun using well-dispersed polymeric solution of PAN/N,N-dimethylformamide/Ag-ZnO. PAN/Ag-ZnO was examined by scanning electron microscopy and energy dispersive spectrogram. Decomposition efficiency of phenol (Dp) was discussed under halogen lamp (435 nm visible illumination). We reported catalytic utilization of PAN/Ag-ZnO and its effect on Dp. The initial concentration of 7.8 mg L−1, dosage of 3.6 g L−1 and degradation time of 1.3 h were considered. An optical-based treatment of phenolic wastewater was supplemented by the aid of PAN/Ag-ZnO.

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PAN Reinforced Silver-ZnO as Functional Fiber for Photodecomposition of Phenolic Wastewater

  • 会议论文

  • 发表日期：

    2026年

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  • Cong Yi,
  • Jianhua Sun,
  • Zhangsen Chen,
  • Huifang Liang,
  • Bin Ye,
  • Difan Wang

摘要

Polyacrylonitrile reinforced silver-doped ZnO (PAN/Ag-ZnO) functional fibers were spun using well-dispersed polymeric solution of PAN/N,N-dimethylformamide/Ag-ZnO. PAN/Ag-ZnO was examined by scanning electron microscopy and energy dispersive spectrogram. Decomposition efficiency of phenol (Dp) was discussed under halogen lamp (435 nm visible illumination). We reported catalytic utilization of PAN/Ag-ZnO and its effect on Dp. The initial concentration of 7.8 mg L−1, dosage of 3.6 g L−1 and degradation time of 1.3 h were considered. An optical-based treatment of phenolic wastewater was supplemented by the aid of PAN/Ag-ZnO.