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Design Considerations of Subsea Cooling Spool

机译:海底冷却阀芯的设计注意事项

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Thermal management of subsea pipeline and systems operating in HT/HP fields is major challenge facing the offshore oil and gas industry. Subsea cooling spool is one of the possible solutions to battle this challenge. However, this is an immature technology and more investigations are required to improve its design for future operations. This paper investigates the input variables in order to define the design envelope in terms of practical benefit, input temperature vs. throughput vs. spool length, and verify this by simulations with respect to given design parameters. A mathematical model was developed based on heat transfer theory and simulated using MATLAB. The results indicated that 4.36m of pipe is needed for generating 1 14??"> lower temperature output with a gas inlet temperature of 150 14??/m:t>"> .
机译:在HT / HP领域中运行的海底管道和系统的热管理是海上石油和天然气行业面临的主要挑战。海底冷却阀芯是应对这一挑战的可能解决方案之一。但是,这是一项不成熟的技术,需要进行更多的研究以改进其设计,以便将来运行。本文研究了输入变量,以便根据实际优势,输入温度与吞吐量,线轴长度来定义设计范围,并针对给定的设计参数进行仿真验证。基于传热理论开发了数学模型,并使用MATLAB进行了仿真。结果表明,在进气温度为150 14Ω/ m:t≥1的情况下,产生1 14Ω->的低温输出需要4.36 m的管道。

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