大气温度年周期性变化对集油管道温降的影响研究
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TE886.4

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黑龙江省2008年科技攻关项目资助,编号:GB08A304


Study on temperature drop of the oil pipeline with annual cyclical changes in atmospheric temperature
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Heilongjiang Province in 2008-funded scientific and technological project, NO: GB08A304

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    摘要:

    油田集油管道的温降计算是否准确直接影响到油田能耗的高低及油田集输管道的安全性。本文建立了土壤自然温度场模型,并与实测数据进行了比较,结果表明,按大气温度年周期性变化计算土壤温度场方法是可行的,误差在工程允许范围内。同时,分析了油田集输管道温降的影响因素,得出了大气温度年周期性变化对集油管道温降的影响,结果表明:同一埋深管道的温降随大气温度年周期性变化而变化,埋深变化时,集油管道的温降随大气温度年周期性变化时延迟时间不同。

    Abstract:

    The Oil pipeline calculation of the temperature drop a direct impact on the accuracy of the level of oil consumption and oil gathering and transportation pipeline security. In this paper, the natural soil temperature field model and the data were compared with the measured results show that, according to cyclical changes in atmospheric temperature calculated annual soil temperature field method is feasible, the error in the engineering permitted range. Meanwhile, the analysis of oil field pipe temperature drop of the influencing factors derived atmospheric temperature change on the set of annual cyclical temperature drop of the oil pipeline, results showed that: the same depth of the pipe temperature drop with the annual cyclical changes in atmospheric temperature changes, depth changes, oil pipelines temperature drop with the annual cyclical changes in atmospheric temperature when the delays are different.

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毛前军,刘晓燕,刘立君,等. 大气温度年周期性变化对集油管道温降的影响研究[J]. 科学技术与工程, 2010, (9): .
maoqianjun, liuxiaoyan, liulijun, et al. Study on temperature drop of the oil pipeline with annual cyclical changes in atmospheric temperature[J]. Science Technology and Engineering,2010,(9).

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历史
  • 收稿日期:2009-12-15
  • 最后修改日期:2009-12-23
  • 录用日期:2009-12-29
  • 在线发布日期: 2010-03-26
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