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Parametric study of multicomponent mooring lines at catenary form in terms of anchoring cost

机译:在锚固成本方面的延绕形式的多组分系泊线的参数研究

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The process of anchoring FPSOs (floating production storage offloading) is one of the most important parameters in the preparation for exploitation of new oilfields in terms of capital expenditures [1] (CAPEX). Precise position and the motion control are indispensable factors for offshore platforms. Mooring passive systems are the most reliable and common devices to obtain the required position and control. Based on these principles, a methodology of quasi-static analysis of single and multi-component mooring systems in deep-water has been developed by several authors. In this work was developed a relation of the effective cost of a mooring line with minimum catenary suspended length. Proposed method was applied to know the mooring costs of a new single mooring line and compared with the mooring line of the FPSO Glen Lyon in the Schiehallion Field. Costs will be compared as well as minimum length and vessel mooring line offset.
机译:锚定FPSOS(浮动生产储存卸载)是在资本支出方面剥削新油田的准备方面最重要的参数之一[1](CAPEX)。 精确位置和运动控制是海上平台的不可或缺的因素。 系泊被动系统是最可靠和最常见的设备,以获得所需的位置和控制。 基于这些原理,由几位作者开发了深水中单组分系泊系统的拟静态分析的方法论。 在这项工作中,开发了一种系泊线的有效成本的关系,具有最小凸起的悬挂长度。 建议的方法用于了解新的单一系泊线的系泊成本,并与Schiehallion领域的FPSO格伦利昂的系泊线相比。 将比较成本以及最小长度和船舶系泊线偏移。

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