Empower New Urban Construction with Safety Technology and Enhance the Safety Resilience of Urban Smartness
From the overall perspective of urban safety operation, our company aims to prevent major safety accidents such as gas explosions, bridge collapses, road surface collapses,urban water-logging, rail transit accidents, elevator safety accidents, and large-scale water and gas shutdowns. Taking public safety technology as the core and supported by information technologies such as the Internet of Things, cloud computing, big data, BIM/GIS, etc., we provide comprehensive security services across departments and industries for municipal governments, relevant units and departments, so as to achieve overall monitoring, real-time perception, early warning, and efficient response. We aim to comprehensively improve information integration, comprehensive analysis, and crisis response capabilities, effectively prevent major safety accidents, and enhance the scientific level of urban safety development and governance capabilities.
The Urban Lifeline Engineering Safety Operation Monitoring System aims to prevent the occurrence of urban public safety events such as gas explosion, bridge collapse, road collapse, rainstorm water-logging, sudden pipe explosion, large-scale water and gas cut-off, and reduce accident hazards, with public safety technology as the support. It integrates modern information technologies such as the Internet of Things, cloud computing, big data, and BIM/GIS, achieving real-time monitoring of the safe operation status of urban bridges, various underground water, gas and heat pipelines, rail transit, and elevators. The monitoring system can accurately identify the operational risks of urban lifelines, thoroughly perceive the operational status of urban lifelines, analyze the risks and coupling relationships of various sub elements of urban lifelines, so as to achieve early warning and efficient scientific disposal of urban lifeline emergencies and innovate urban safety management models.
Bridge Safety Operation Monitoring System
The system scientifically deploys various types of monitoring equipment through bridge risk assessment, coupled with technologies such as the Internet of Things, big data, GIS, and BIM modeling, to achieve real-time online monitoring of bridge temperature, strain, cable displacement, static deflection, inclination angle, acceleration, wind speed and direction. It utilizes functions such as comparative analysis, correlation analysis, modal analysis, and spectral analysis to monitor, analyze, and provide early warning for the healthy operation status of bridges. It couples video monitoring and overload monitoring statistical analysis functions to capture and statistically analyze the weight, type, passage time, and source of overloaded vehicles. The system also provides data support and auxiliary decision-making for bridge related ownership units on bridge operation health status, special meteorological conditions, bridge overload monitoring and other events, and provides consulting and advisory services for daily bridge operation management, inspection and maintenance.
Gas Safety Operation Monitoring and Early Warning System
In response to the complex characteristics of hidden safety risks, coupled disasters, and cascading accidents in gas pipeline networks, in order to prevent large-scale gas pipeline network explosion accidents, we have developed a gas safety operation monitoring and early warning system and proposed a real-time monitoring and early warning method for the explosion risk of adjacent underground spaces in gas pipeline networks. It has realized the overall monitoring, dynamic physical examination, early warning and coordination linkage of hidden deflagration risks by weaving a three-dimensional gas safety monitoring perception network, and has realized the transformation of gas safety operation management from invisible to visible, from post investigation to pre-warning, from passive response to active prevention and control. We provide full chain and one-stop professional safety services to government regulatory departments such as housing and construction departments, urban management departments, emergency response departments, and gas production and operation enterprises, and create the refined management mode of urban gas safety operation.
Monitoring System for Safe Operation of Water Supply Pipeline Network
This system couples technologies such as the Internet of Things, big data, and BIM/GIS to achieve risk distribution of water supply network, online leakage alarm and location analysis, water hammer warning analysis, pipe burst warning analysis, road collapse warning analysis, and secondary disaster risk analysis. The system also provides auxiliary decision-making analysis and technical support for valve closure, water supply shutdown, excavation and repair, and impact scope after accidents such as pipe bursts or road collapses occur, as well as consultation and suggestions for daily operation management, inspection and maintenance.
Urban Drainage Safety Operation Monitoring System
The system collects real-time parameters such as flow rate and liquid level of the drainage network, which is conducive to timely detection of abnormal situations. The system also observes and analyzes the operation data of the pipeline network, identifies problems such as pipeline overflow and misconnection, and sets alarm thresholds for accidents such as drainage pipeline leakage and overflow. The system realizes the monitoring and early warning of water quality, water quantity, and water level, realizing the safety and controllability of the drainage system, and making the operation scheduling scientific and reasonable.
Comprehensive Pipe Gallery Safety Operation and Maintenance Monitoring System
This system integrates modern information technologies such as the Internet of Things, cloud computing, big data, mobile internet, and BIM/GIS to achieve safety monitoring of the corridor body, entrance pipelines, and ancillary facilities of the comprehensive pipe gallery, as well as operation and maintenance management of the comprehensive pipe gallery.
Comprehensive Prevention and Control System for Urban Road Collapse
This system utilizes new generation information technologies such as the Internet of Things, big data, GIS/BIM, as well as advanced monitoring and detection technologies such as ground penetrating radar, pipeline robots, and InSAR. It combines core public safety technologies and concepts, creating a comprehensive prevention and control mechanism for the entire process of hazard identification, risk assessment, monitoring and early warning, and emergency response. The system implements proactive risk management, shifting from emergency prevention and control to normalized prevention and control. It maximizes the ability to prevent and control urban ground subsidence.
