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A DISCUSSION OF PRACTICAL ASPECTS OF REELED FLOWLINE INSTALLATION

机译:流线型安装实用方面的讨论

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Reeling is a fast, reliable and cost effective method for installing subsea flowline systems up to 20 inch in diameter. The individual flowline joints are lined up and welded together onshore to make long stalks of pipe before being spooled onto the large reels of reel lay vessels. On arrival in the field offshore, it is spooled off, straightened and laid on the seabed up to 10 times faster than conventional S-lay or J-lay methods. The ability to carry out the fabrication and welding onshore, off-line from the vessel critical path, allows very high quality welding and coating to be achieved.Over the last few years, it is evident that the engineering fundamentals, mechanics and cost effectiveness of the reeling process are now well understood within different quarters of the offshore industry as many major pipelaying Contractors own, or are planning to own, a reel lay vessel. What is apparently missing, however, is the implications and practical aspects of the reeling process when it comes to implementation during project execution.This paper reviews the engineering fundamentals of the reeling process first and then discusses the practical aspects and applications of reeling mechanics from spoolbase fabrication to spooling-on process up to the offshore campaign and spooling-off process and subsea installation.
机译:卷盘机是一种快速,可靠且经济高效的方法,可用于安装直径最大为20英寸的海底流水线系统。各个流水线接头排成一行并在岸上焊接在一起,以形成长茎,然后将其绕线到大卷盘船上。到达海上油田后,将其绕线,拉直并铺设在海床上,其速度比传统的S铺设或J铺设方法快10倍。能够在离船关键路径离线的地方进行制造和焊接的能力,可以实现非常高质量的焊接和涂层。在过去的几年中,很明显,该技术的工程基础,力学和成本效益由于许多主要的管道铺设承包商拥有或计划拥有绕线船,因此在海上工业的不同领域中,绕线过程现在已广为人知。但是,在项目执行过程中,绕线过程显然缺少其含义和实际方面。本文首先回顾了绕线过程的工程基础,然后从线轴基础上讨论了绕线力学的实际方面和应用。从制造到上线的流程直到海上战役,再上线的流程以及海底安装。

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