Pipeline Transport Times and Sea Bottom Temperature — A Case Study

机译：管道运输时间和海底温度 - 以案例研究

获取原文

页面导航

摘要
著录项
相似文献
相关主题

摘要

Simulations of gas transport in subsea pipelines rely on the accuracyof the oceanographic models used to generate ambient input temperatures.Deviations in input can result in inaccuracies in the pipelinemodels which affect pipeline operations. Exact studies of the impactof any deviations in the oceanographic models are made difficult bythe limited access to measurements of sea bottom temperatures alongthe pipelines. The present paper makes use of survey data from apipeline inspection survey which gives measurement data for 86 % ofthe pipeline length. The survey data is used to generate an adjustedinput for the sea bottom temperature and to evaluate how the differencebetween measured and model sea bottom temperature impacts the outlettemperature and transport times in the pipeline model. Adjustingthe input ambient temperature is found to reduce the error in estimationof arrival times with 5 minutes, from original errors between 15 and 35minutes.

机译：海底管道的燃气运输模拟依赖于准确性用于生成环境输入温度的海洋模型。输入中的偏差可能导致管道中的不准确性影响管道操作的模型。对影响的精确研究在海洋学模型中的任何偏差都是困难的有限地访问海底温度测量管道。本文利用来自a的调查数据管道检查调查，可为86％提供测量数据管道长度。调查数据用于生成调整后的输入海底温度并评估如何差异在测量和模型海底温度之间会影响出口管道模型中的温度和运输时间。调整发现输入环境温度降低估计误差到达时间5分钟，从15到35之间的原始错误分钟。

著录项

来源
《International Ocean and Polar Engineering Conference》|2019年|1 CD-ROM|共7页
会议地点
作者
Filip Sund; Sigmund Mongstad Hope;
展开▼
作者单位

展开▼
会议组织
原文格式 PDF
正文语种
中图分类海洋工程;
关键词

相似文献

外文文献
中文文献
专利

1. Laboratory investigation on the condensation and corrosion rates of top of line corrosion in carbon steel: a case study from pipeline transporting wet gas in elevated temperature [J] . Rozi Fakhrul, Mohebbi Hamed, Ismail Mokhtar Che, Corrosion Engineering, Science and Technology . 2018,第5a6期

机译：碳钢顶部腐蚀凝结和腐蚀速率的实验室调查 - 以升高温度输送湿气管道的案例研究
2. The Fraser institute: Transporting Oil and Gas by Pipeline in Canada is 4.5 Times Safer Than Transport by Rail [J] . Energy processing Canada Group Energy processing Canada . 2015,第1期

机译：弗雷泽研究所：加拿大通过管道运输石油和天然气比铁路运输安全4.5倍
3. Study examines low-temperature pipeline transport of high pour point crude oil [J] . Xiong Xiaoqin, Han Li, Gao Genying, Oil and Gas Journal . 2018,第5期

机译：研究检查高倾点原油的低温管道运输
4. Pipeline Transport Times and Sea Bottom Temperature — A Case Study [C] . Filip Sund, Sigmund Mongstad Hope International Ocean and Polar Engineering Conference . 2019

机译：管道运输时间和海底温度 - 以案例研究
5. Influence of seasonal environment, top and bottom deck transport, transport duration, and time in lairage on overall pork quality and blood serum cortisol concentrations of market hogs. [D] . Ryan, Matthew H. 2007

机译：季节性环境，上层和底层甲板运输，运输时间和集装时间对猪肉的整体猪肉质量和血清皮质醇浓度的影响。
6. A prospective evaluation of the contribution of ambient temperatures and transport times on infrared thermometry readings of intravenous fluids utilized in EMS patients [O] . Jeremy Joslin, Andrew Fisher, Susan Wojcik, 2014

机译：前瞻性评估环境温度和运输时间对EMS患者使用的静脉输液的红外测温读数的影响
7. Supplemental Information 4: Regressions between near-bottom sea temperature time series and FACE shallow mooring at seven m depth (x-axis), and minimum dive-watch temperature for each of the 55 samples in the present study (y-axis). [O] . -1

机译：补充信息4：近底海温度时间序列的回归和七个M深度（x轴）的浅系泊，以及本研究中的55个样品中的每一个的最小潜水观察温度（Y轴）。
8. Pipeline Bottoming-Cycle Study: Technological Feasibility of the Bottoming Cycle. Task IIIC Report. [R] . 1981

机译：管道底部循环研究：底部循环的技术可行性。任务IIIC报告。

Pipeline Transport Times and Sea Bottom Temperature — A Case Study

摘要

著录项

相似文献

相关主题

期刊订阅