Lifeline Engineering-生命线工程

Three Business

Comprehensive Infrastructure

Rail Transit Network

Major Transportation Corridors

Smart Neighborhoods

New Infrastructure Engineering

Digital and Intelligent Governance

Comprehensive Management and Control

Vehicle-Road-Cloud

Low-altitude Control and Management

Power Charging, Storage and Discharging

New - Quality Operations

Asset Activation

Low-altitude Operation

Lifeline Engineering

Operation Assurance

Digital Base

Multi-mode AI Regulation Business Engine

Evolutionary Computing Platform

Digital Twin Foundation

Lifeline Engineering

Urban Lifeline Engineering constitutes the core systems supporting fundamental urban operations, encompassing critical infrastructure including water supply, power supply, gas, and transportation. After decades of rapid development, China has established the world's largest urban transportation infrastructure system, while simultaneously confronting severe challenges from concentrated facility aging. Addressing the concealed, complex, and cascading risk characteristics of Urban Lifeline Engineering, this integrates IoT, GIS/BIM, big data, AI and other technologies to establish urban infrastructure performance assessment and degradation prediction models. This enables digital management and smart operation-maintenance of urban infrastructure clusters with reduced fiscal investment, enhancing facility safety, resilience, and lifespan.

Overall Solution

Based on smart inspection of entire road sections, special inspections, and all-weather monitoring of key routes, common characteristics of infrastructure clusters are identified to establish performance assessment and degradation prediction models for multiple facility types including roads, bridges, tunnels, slopes, and pipelines. This achieves 60%-80% safety monitoring effectiveness with only 2% monitoring investment, enhances disaster warning accuracy and coverage, enables preventive and precision maintenance, and supports healthy and safe operations of urban lifelines.

Construction Engineering Quality Testing

Covering urban infrastructure including highways, municipal works, rail transit, water resources and utilities, and building construction engineering, this provides full-process quality testing from engineering raw materials and semi-finished products to final entities. It has repeatedly identified defects in advance to guide corrective measures, with no major quality or safety incidents occurring in any project undertaken. Major structures such as bridges and tunnels tested are currently rated Class I/II health status.

Facility Periodic Inspection and Special Inspections

Utilizing rapid-response lightweight smart inspection equipment, periodic inspections are conducted on urban transportation infrastructure including bridges, tunnels, slopes, and roads, while road deep-layer inspections are performed in urban ground collapse-prone areas, major traffic arteries, and along subway construction routes. Emergency inspections address facility hazards to eliminate operational risks and extend service life, delivering a comprehensive package of inspection assessment and maintenance consulting services.

Smart Monitoring

For the construction phase of projects, construction quality monitoring is conducted on High-Risk Construction and Major Structures to promptly identify and eliminate quality and safety risks, ensuring construction quality safety; addressing urban infrastructure cluster operation-maintenance challenges, based on key facility monitoring and common characteristic mining, this comprehensively identifies risk characteristics and maintains real-time control of facility safety conditions.

Urban Pipeline Operational Safety Monitoring

Utilizing IoT sensing devices, real-time perception of operational status is achieved for facilities including intake pumping stations, water transmission pipelines, water supply networks, drainage networks, booster stations, and gas pipelines. This enables continuous monitoring of urban pipeline operations, timely detection of issues such as pipeline misconnections, exfiltration, siltation, and gas leaks, while implementing integrated supervision and application covering whole-process, all-equipment, full-status management "from water sources to taps" and "from gas gate stations to end-users" through a unified digital platform.

Implemented cases

Shenzhen City Bridges, Tunnels, Slopes Periodic Inspection Project

Chunfeng Tunnel Safety Monitoring Project

Shenzhen Outer Ring Expressway Shenzhen Section Phase I Project

Shenzhen City periodic inspections covering multiple facilities including bridges and culverts (3,000+ structures), tunnels (120+ km), roads (700+ km), and slopes (1,830 structures) comprehensively identify facility defects and report findings to management authorities. This eliminates accidents at their incipient stage, ensuring operational safety. After one cycle of our inspections and repairs.

As Guangdong Province's first single-bore double-deck tunnel, it responds immediately and conducts rigorous analysis when confronting emergencies and accidents, ensuring the timeliness, authenticity, and reliability of monitoring data. This provides the most robust technical support for effective decision-making by project managers and industry experts, minimizing adverse impacts.

Specialized quality inspections are conducted for critical structures including piles, foundations, steel structures, and bridges along the entire 51 km route, alongside material supervision sampling and completion acceptance testing. Police body cameras are utilized throughout to record key testing procedures and sample transfer processes, with real-time cloud platform uploads enabling full-process control of tasks, procedures, and traceability. This ensures authentic and reliable inspection results, effectively guaranteeing construction quality and standards.

Our Advantages

Full Lifecycle Integrated Solution Capability for "Planning-Construction-Management-Maintenance-Operation"

Nation's First City-Level Integrated Monitoring Platform for Transportation Infrastructure Clusters

Comprehensive Data Fusion Capability Across Pedestrians, Vehicles, Roads, and Environments

Sustained Leading-edge Smart Operation and Maintenance Capability for Urban Lifeline Engineering