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The use of deep water moorings in commercial oceanography

机译:在商业海洋学中使用深水停泊

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Moored oceanographic instrumentation has been used over the last 10 to 20 years to support the offshore oil and gas, and cable communications industries. The measured data have been used to compute ambient and extreme design statistics to supportoperations, such as anchoring, drilling, ROV deployment, and pipe-lay, and for vessel selection and design. This paper considers the methods for oceanographic data collection that have developed and the lessons that have been learned over the years asexploration has moved into deeper waters in excess of 1000m, with their associated severe environmental conditions.Mooring design is discussed, particularly in view of the likelihood of knockdown in the strongest currents. Instruments in common use are indicated, which have been selected for their suitability, robustness and reliability for use in harsh environments.Common pitfalls are identified in the choice of components and during operations, as are the steps taken to safeguard the return of instrumentation and valid data.
机译:过去10到20年来使用停泊的海洋仪表,以支持海上石油和天然气和有线电流通讯行业。测量的数据已被用于计算环境和极端设计统计数据,以支持锚定,钻孔,ROV部署和管道,以及船舶选择和设计。本文考虑了已经开发的海洋数据收集的方法,并在多年来一年中学到的课程,AESExploration已经进入更深的水域超过1000米,其相关的严重环境条件。讨论了它们的相关性环境条件。鉴于最强烈的电流敲低的可能性。指示共同用途的仪器,已被选中,以便在苛刻的环境中使用的适用性,鲁棒性和可靠性。在组件和操作期间,在选择组件和操作期间被识别了陷阱的陷阱,这是为了保护仪器返回和有效的步骤。数据。

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