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主动加热技术在深水油气管线流动保障中的应用 被引量:4

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摘要 海洋深水环境的恶劣性,使得深水油气开发面临很大挑战和风险。油气管线主动加热系统由闭合管道回路和平台上部热介质系统组成,可有效控制深水油气开发中石蜡沉积和水合物的生成。该技术在南海深水油气开发中已显现广阔的应用前景。本文探讨了主动加热系统工艺设计中的几个重要问题,提出了相关建议。
出处 《石油和化工设备》 CAS 2013年第4期19-21,共3页 Petro & Chemical Equipment
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参考文献3

  • 1BAI Yong, BAI Qiang. Subea Pipelines and Risers [M].London: Elsevier Science Ltd., 2005.
  • 2Khlefa A, Esaklul, Gee Fung, Gary Harrison and Ron Perego, BP America Active Heating For Flow Assurance Control in Deepwater Flowlines. OTC 15188.
  • 3侯磊,张劲军.基于流动保障的海底油气管道安全策略与技术[J].中国海上油气(工程),2004,16(4):285-288. 被引量:37

二级参考文献10

  • 1Chin Y D. Maintaining plug-free flow and remediating plugged pipelines. Offshore, 2001,61 (2): 68,70,104
  • 2Mackintosh N, Atakan Z. Flow assurance still leading concern among producers, Offshore, 2000,60 (10): 79,174
  • 3Fu B. Managing fluid behavior, solids deposition to ensure optimum flow. Offshore, 2000,60 (40): 88,90,225
  • 4Remery J, Coutarel A. Pipeline heat loss rigid, flexible,and pipe-inpipe deepwater transport. Offshore, 2001,61 ( 1 ): 76,78
  • 5Minami K, Kurban A P A, Khalil C Net al. Ensuring flow and production in deepwater environments. 31th Annual SPE et al Offshore Technology Conf. OTC-11035,1999,3: 671 - 679
  • 6Illeman J R. Pipeline blockage remediation can reach five miles. Offshore, 1998,58(3): 106 - 107
  • 7Chin W C. Modern flow assurance methods: clogged pipelines, wax deposition, hydrate plugs. Offshore, 2000,60 (9): 92 - 94,180
  • 8Torres J M,Tucker C, Khurana S et al. Deep water challenges for ensuring pipe flow. Hart's E&P,2000,73(7) :42-48
  • 9Pattee F M,Kopp F. Impact of electrically-heated systems on the operation of deep water subsea. 32th Annual SPE et al Offshore Technology Conf. OTC-11894,2000,3:127- 136
  • 10Forsdyke I N. Flow assurance in multiphase environments. Petrol Technology, 1998,50 (3): 81 - 83

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