天然气与石油2026，Vol.44Issue(1)：12-23,12.DOI:10.3969/j.issn.1006-5539.2026.01.002
油气长输管道TBM隧道工程创新设计研究
Innovative design of TBM tunnels for long-distance oil and gas pipelines:A case study of the Baishiling Tunnel in Shenzhen's Natural Gas Pipeline Adjustment Project
摘要
Abstract
The Baishiling Tunnel,part of the natural gas pipeline adjustment project in Shenzhen's Baishiling Area,stands as the first full-face hard rock Tunnel Boring Machine(TBM)tunnel constructed specifically for oil and gas pipelines.It holds the distinctions of possessing the most complex construction environment,the greatest length,and the largest single-pipeline cross-section in the history of dedicated mountain pipeline tunnel construction.The project faced significant technical challenges,including an extremely sensitive environment and exceptionally complex geological conditions.To address these challenges,extensive technical research and innovative exploration were conducted during construction.This effort yielded a series of key innovative design technologies for long-distance oil and gas pipeline TBM tunnels,including hexagonal self-locking segment design,pipeline installation design for ultra-long tunnels,intelligent pipeline inspection design,and the development and integration of an operational safety monitoring system,collectively filling a technological gap in the application of TBMs for long-distance oil and gas pipeline projects.The successful commissioning of the tunnel validates the feasibility and scientific rigor of these innovative engineering technologies,providing valuable reference for future oil and gas pipeline tunnel construction.关键词
管道隧道/设计优化/技术创新/管道监测Key words
Pipeline tunnel/Design optimization/Technological innovation/Pipeline monitoring引用本文复制引用
胡文君,黄文尧,游金兰,黄鹏,段英先,尹华阔,黄福迪..油气长输管道TBM隧道工程创新设计研究[J].天然气与石油,2026,44(1):12-23,12.基金项目
中国石油工程建设有限公司"油气管道特长山体隧道关键技术研究"(KY2025-06) （KY2025-06）
深圳市白石岭区域天然气管线调整工程(S2021273E) （S2021273E）
