钻探工程2025，Vol.52Issue(4)：1-9,9.DOI:10.12143/j.ztgc.2025.04.001
地下管线三维轨迹测量技术研究进展及展望
Research progress and future prospects of 3D trajectory measurement technology for underground pipelines
摘要
Abstract
Three-dimensional(3D)trajectory measurement technology for underground pipelines plays a vital role in ensuring pipeline construction safety,accident prevention,and emergency response.The 3D trajectory measurement of pipelines encompasses three phases:pre-construction,during construction,and post-construction.This paper systematically reviews the current research progress in 3D trajectory measurement technology for underground pipelines.Pre-construction trajectory measurement primarily employs geophysical detection technologies,such as electromagnetic detection and ground-penetrating radar(GPR).During construction,handheld guidance devices are widely used for trajectory monitoring,while post-construction measurement relies on dedicated trajectory measurement instruments.This paper analyzes the fundamental principles,technical status,and application challenges of these methods,and discusses the advantages of integrated detection approaches.Future development directions include digital twin systems for real-time drilling monitoring,multi-method fusion,intelligent cloud-based IoT platforms,and 3D trajectory virtual reality visualization technologies,all aimed at improving measurement accuracy,efficiency,and intelligence.This study aims to provide references for further research and applications of 3D trajectory measurement technology for underground pipelines.关键词
地下管线/三维轨迹测量/地球物理探测/导向仪/轨迹测量仪/随钻数字孪生Key words
underground pipelines/3D trajectory measurement/geophysical detection/guidance device/trajectory measurement instruments/digital twin for real-time drilling分类
建筑与水利引用本文复制引用
崔立泽,王瑜,吴川,孔令镕,苏世达..地下管线三维轨迹测量技术研究进展及展望[J].钻探工程,2025,52(4):1-9,9.基金项目
雄安新区科技创新专项(编号:2023XAGG0067-4) （编号:2023XAGG0067-4）
