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Marine ranching holds significant potential for improving the marine ecological environment. The artificial upwelling technology and devices employed within it contribute to enhancing the marine carbon sink, strengthening the aquatic biological pump, and promoting fisheries resource proliferation. Therefore, this study focuses on the guide vanes of artificial upwelling devices, investigating the role of optimized guide vanes in vertical upwelling efficiency. Through three-dimensional numerical simulations, the performance of these optimized guide vanes is analyzed to provide insights for practical applications.

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Optimized Design of Guide Vanes for Vertical Upwelling in Marine Ranching: A Three-Dimensional Numerical Analysis

  • 会议论文

  • 出版模式：

    开放获取

  • 发表日期：

    2025年

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  • Nan Chen,
  • Dongfeng Li,
  • Qinhuan Rong,
  • Kui Mo,
  • Yaer Wu,
  • Heshun Zhang,
  • Fuqing Bai,
  • Jianyong Hu,
  • Ziyang Wei,
  • Feiyu Lin

摘要

Marine ranching holds significant potential for improving the marine ecological environment. The artificial upwelling technology and devices employed within it contribute to enhancing the marine carbon sink, strengthening the aquatic biological pump, and promoting fisheries resource proliferation. Therefore, this study focuses on the guide vanes of artificial upwelling devices, investigating the role of optimized guide vanes in vertical upwelling efficiency. Through three-dimensional numerical simulations, the performance of these optimized guide vanes is analyzed to provide insights for practical applications.