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PIPE-IN-PIPE FOR GAS PRODUCTION IN DEEP WATER OFFSHORE BRAZIL

机译:管道用于深海巴西天然气生产

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Based on flow assurance studies a Pipe-in-Pipe solution was selected to assure the flow for a gas pipeline connecting the well 4-ESS-138 to FPSO Cidade de Vitoria located in Canapu field. The flow assurance studies also define the value of 0.8W/m~2K for the overall heat transfer coefficient (OHTC) in order to prevent hydrate formation. The temperature of 87°C on the wellhead should be preserved to permit the proper gas flow in 20km PIP length between wellhead and FPSO. Canapu field is located in the offshore area of Brazil (Espirito Santo state) in water depths of 1608m.This paper presents the main aspects related to the detailed design, thermo-mechanical requirements, materials specifications, functional qualification tests performed on materials and on pipe-in-pipe systems to satisfy installation constraints defined by the reel-lay method and operational issues.
机译:根据流量保证研究,选择了管道内解决方案,以确保将4-ESS-138井与Canapu油田的FPSO Cidade de Vitoria连接的天然气管道的流量。流量保证研究还将总传热系数(OHTC)的值定义为0.8W / m〜2K,以防止形成水合物。井口的温度应保持在87°C,以允许在井口和FPSO之间的20 km PIP长度内有适当的气流。 Canapu油田位于巴西近海地区(圣埃斯皮里图州),水深1608m。 本文介绍了与详细设计,热机械要求,材料规格,对材料和在管道系统中进行的功能鉴定测试有关的主要方面,以满足由卷盘铺设方法定义的安装约束和操作问题。

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