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As global oil and gas resources increasingly shift to deep-sea and remote offshore areas, subsea production equipment faces progressively harsher environmental conditions. Challenges such as immense pressure, fatigue, and seawater corrosion have rendered traditional extraction methods inadequate to meet the growing production demands. To address these severe challenges, new technological innovations have become the driving force behind the advancement of subsea production systems.

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Committee V.3: Subsea Technology

  • 会议论文

  • 出版模式：

    开放获取

  • 发表日期：

    2026年

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  • Chen An,
  • Tauhid Rahman,
  • Celso Kazuyuki Morooka,
  • Carlos Montoya,
  • Yoshihiro Konno,
  • Svein Sævik,
  • Chunsik Shim,
  • Cihan Bayindir,
  • Kourosh Parsa,
  • Yi Xia

摘要

As global oil and gas resources increasingly shift to deep-sea and remote offshore areas, subsea production equipment faces progressively harsher environmental conditions. Challenges such as immense pressure, fatigue, and seawater corrosion have rendered traditional extraction methods inadequate to meet the growing production demands. To address these severe challenges, new technological innovations have become the driving force behind the advancement of subsea production systems.