摘要
本论文探讨了液压驱动转管吊具在东非原油外输管道项目(EACOP)中的应用,以及它对组对效率和安全性能的提升。EACOP项目是全球最长的电伴热保温管道工程,面临高精度焊接的严峻要求。为满足项目需求,研究团队研发了两种转管吊具,最终选定液压驱动型。测试结果表明,转管吊具能够显著缩短管道组对时间、减少焊接缺陷,并降低安全风险。其机械化设计提高了组对精度和施工效率,适应了复杂的施工环境。尽管面临技术壁垒和成本控制等挑战,转管吊具的未来发展仍然前景广阔,预计将推动行业向更高效和安全的方向发展。本文的研究为类似项目提供了有益参考,强调了转管吊具在提升施工效率和安全性方面的重要性。This paper explores the application of hydraulic-driven pipe handling equipment in the East African Crude Oil Pipeline (EACOP) project, highlighting its improvements in assembly efficiency and safety performance. The EACOP project is the longest electrically heated insulated pipeline in the world and faces stringent requirements for high-precision welding. To meet project demands, the research team developed two types of pipe handling equipment, ultimately selecting the hydraulic-driven variant. Test results indicate that the pipe handling equipment can significantly reduce pipeline assembly time, decrease welding defects, and lower safety risks. Its mechanized design enhances assembly precision and construction efficiency, adapting well to complex construction environments. Despite challenges such as technical barriers and cost control, the future development of pipe handling equipment remains promising, expected to drive the industry towards greater efficiency and safety. This study provides valuable insights for similar projects, emphasizing the importance of pipe handling equipment in improving construction efficiency and safety.
出处
《石油天然气学报》
2024年第4期467-471,共5页
Journal of Oil and Gas Technology
