Supplier Profile
Beijing Research Institute of Hydropower and Geophysical Surveying
北京市水电物探研究所
Specializes in seismic wave exploration technologies, geophysical survey equipment, software systems and technical standards for tunnel prediction, engineering investigation and underground hazard detection.
专注于地震波勘探技术、工程物探设备、软件系统和技术标准，服务于隧道超前地质预报、工程勘察及地下隐患探测等领域。
Beijing Research Institute of Hydropower and Geophysical Surveying
Beijing, China
Overview
Company profile
Beijing Research Institute of Hydropower and Geophysical Surveying is a specialized research and technology institution with long-term expertise in seismic wave exploration. The Institute integrates method research, equipment development, software programming and technical standard formulation, and has contributed to the development of multiple engineering geophysical technologies in China.
The Institute has developed several geophysical survey and testing technologies and systems, including multichannel transient surface wave survey technology, waterborne moving vessel seismic survey technology, TGP seismic wave advanced prediction technology, high-density seismic wave imaging technology, intelligent microtremor survey technology and microtremor “B-Scan” technology.
Its independently developed equipment includes the GS Geological “B-Scan” System, WD Intelligent Microtremor Survey System, TGP Tunnel Geological Prediction System and SWS Engineering Survey and Testing System. These systems are used in tunnel construction safety, urban underground hazard detection, geological structure investigation, resource exploration, geotechnical investigation and foundation reinforcement evaluation.
The Institute spearheaded the compilation of China’s first industry standard for surface wave technology, the “Technical Specification for Multichannel Transient Surface Wave Survey” (JGJ/T 143-2017), and the first group standard for microtremor survey technology, the “Technical Specification for Microtremor Survey” (T/CSPSTC 75-2021). Its TGP Tunnel Geological Prediction System has been widely used in highway, railway and water conservancy/hydropower tunnel construction, supporting the prediction of adverse geological conditions ahead of tunnel faces.
公司简介
北京市水电物探研究所是一家长期深耕地震波勘探技术的专业研究和技术机构，集方法研究、设备开发、软件编程和技术标准制定于一体，推动了我国多项工程物探技术的发展。
研究所自主研发和形成了多项工程物探技术与系统，包括多道瞬态面波勘察技术、水上移动船测地震勘探技术、TGP 地震波超前预报技术、高密度地震波成像技术、智能微动勘探技术以及微动“B超”技术等。
研究所自主研发的设备包括 GS 地质“B超”系统、WD 智能微动勘探系统、TGP 隧道地质超前预报系统和 SWS 工程勘探与工程检测系统，可服务于隧道施工安全、城市地下隐患探测、地质构造调查、资源勘查、岩土工程勘察及地基加固效果评价等场景。
研究所牵头编制了我国首部面波技术行业标准《多道瞬态面波勘察技术规程》（JGJ/T 143-2017）和首部微动技术团体标准《微动勘查技术规程》（T/CSPSTC 75-2021）。其 TGP 隧道地质超前预报系统已广泛应用于公路、铁路、水利水电等隧道施工领域，用于掌子面前方不良地质条件预报。
Core Capabilities
Long-term expertise in seismic wave exploration technology, method research, equipment development and software programming
长期从事地震波勘探技术研究，具备方法研究、设备开发和软件编程能力
Independent development capability for tunnel geological prediction, surface wave survey, microtremor survey and geological “B-Scan” systems
具备隧道地质超前预报、面波勘察、微动勘探和地质“B超”系统自主研发能力
TGP tunnel geological prediction technology for forecasting adverse geological conditions 100–150 m ahead of the tunnel face
TGP 隧道地质超前预报技术可对掌子面前方 100–150 m 范围内的不良地质条件进行预报
Standard formulation experience, including surface wave survey and microtremor survey technical specifications
具有面波勘察和微动勘查技术规程等标准编制经验
Integrated geophysical interpretation capability covering seismic migration, wavefield analysis, 3D imaging and geological interpretation
具备地震偏移、波场分析、三维成像和地质解释一体化物探解释能力
Application experience in highway, railway, water conservancy, hydropower, urban lifeline, shield tunneling and underground engineering projects
在公路、铁路、水利水电、城市生命线、盾构施工和地下工程领域具有应用经验
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INSPECTION & MONITORING
TGP Tunnel Geological Prediction System
TGP 隧道地质超前预报系统
A tunnel geological prediction system using seismic reflection and diffraction waves to forecast adverse geological conditions and geological hazards ahead of the tunnel face.
基于地震反射波和绕射波的隧道地质超前预报系统，用于预测掌子面前方不良地质条件和地质灾害。
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