墨西哥湾深水洋流研究,用于海上石油勘探和生产

J. Haustein, J. Feeney
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引用次数: 1

摘要

最近在墨西哥湾的经验表明,更好地理解当前现象对于海上平台设计的重要性。工程师缺乏足够的当前标准来计算极端负载,作业经理需要海洋速度信息来调度关键程序,而循环数据是数字溢油风险分析的必要输入。本文描述了最近在墨西哥湾进行的几项洋流研究。红外和可见NOAA卫星图像、消耗性电流剖面仪(XCP)测量、漂流浮标观测和温度横截面都是可用的数据源。他们的工作包括测量1984年两次飓风的洋流,以及研究反气旋环流涡流。还考虑了飓风和涡流同时发生的情况。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Gulf of Mexico deep water current studies for offshore oil exploration and production
Recent experience in the Gulf of Mexico demonstrates the importance of achieving a better understanding of current phenomena for offshore platform design. Engineers lack sufficient current criteria for extreme load calculations, operations managers require ocean velocity information for scheduling critical procedures and circulation data are necessary input for numerical oil spill risk analyses. This paper describes several ocean current studies recently conducted for the Gulf. Infrared and visible NOAA satellite imagery, expendable current profiler (XCP) measurements, drifting buoy observations and temperature cross sections are among the available data sources. Efforts include measuring currents in two 1984 hurricanes and studying anticyclonic Loop Current eddies. The simultaneous occurrence of hurricanes and eddies is also considered.
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