Intelligent Utility Tunnel Operation and Maintenance Platform
    The management elements include personnel, equipment, documents, suppliers, tunnel structure, pipelines, space information, safety of utility tunnel, internal and external environment of the tunnels. This platform has various functions, such as data collection and organization, data modeling and management, information services and sharing, business management and control, and visual display and analysis. It accesses the front-end smart equipment and various sensor equipments, and integrates different analytical tools, to realize the smart decision making and management system for utility tunnel operation and maintenance.
  • Chief Scientist
    Dr. Bo Wang

    Chuzhou University Professor

    Anhui Geographical Information Science and Technology Institute Dean

    Research Field and Direction:
    UAV survey and mapping, aeronautical geological survey; smart city, large-scale geographic information processing; BIM; multi-source spatio-temporal information integration and application

    Research Achievements:Invention patent: “aeromagnetic measurement system on airship platform”, “a carbon fiber tube for packaging aeromagnetic measurement probe system”

    Smart Construction & Smart Operation and Maintenance Expert
    Min Sun Vice President

    Research Field and Direction:
    long-term engaged in the strategic top level design of inforamtionzation and digitalization transforming of highway and municipal engineering construction. Experienced in the application of BIM, GIS, and wireless sensor in smart construction and smart operation and maintenance.

    Research Achievements:leading and participating in the construction of smart construction and smart operation and maintenance platform and its application in projects.

    Smart City Expert
    Wei Sun Consultant

    Research Field and Direction:
    long-term engaged in government informatization, smart city top level design, project research and development and project management. Experienced in science & technology informatization and technology innovation & application fields.

    Research Achievements:leading and participating in the top level design and overall planning and design of a number of smart city projects; in the smart city industry application system, applying the scientific research innovative technology to projects; leading and participating in the overall planning and design and project implementation of a number of government informatization projects.

    Smart Operation and Maintenance Expert
    Dr. Junting Ma

    Research Field and Direction:
    development of three-dimensional GIS system and the application-oriented information system in hydrology and water conservancy fields. Having rich research experiences in three-dimensional geologic modeling & visualization and numerical simulation of groundwater dynamics model.

    Research Achievements:leading to complete the numerical simulation of pore ground water flow in the third confined aquifer of Yancheng Jiangsu, three-dimensional modeling of geological environment in Jinjiang Fujian, and other subjects. In charge of a research and innovation project found for graduates in Jiangsu.

    BIM Application Expert
    Dr. Hao Zhang

    Research Field and Direction:
    the application of architectural informatization in road and geotechnical engineering direction. Employed in the department of civil engineering, institute of geographic information and tourism, Chuzhou Univerisity, responsible for the daily work of BIM research center.

    Research Achievements:the research of information mode of operation and maintenance management in Huifeng campus Chuzhou University, optimization of the informatization construction project of home decoration in Chuzhou, 5D construction simulation of deep foundation pit, and the construction simulation of slurry shield tunneling, the installation of utility tunnel and pipeline and the pressure predict of underwater support for the river tunnel of the Changzhou section of the national UHV engineering.

    • Technology Application
  • BIM Technology
  • GIS Technology
  • Cloud Computing
  • IoT
  • Big Data
  • 3D GIS + BIM engine is built into the platform to realize the seamless and lossless connection of 3D GIS and BIM. This platform can collect, store, integrate, inquiry and analyze spatial geographic information, hydrogeological information, building models and other data, and provide data based space analysis, space location and information release services at the same time. Taking the three-dimensional integration space as medium, the platform integrates the utility tunnel environment quality parameters and ancillary facilities monitoring information, to realize the burst pipe analysis, patrol route planning, and hydrogeological modeling. Based on the BIM model and its attributes, the platform establishes utility tunnel operation and maintenance management flow, controls the operation and maintenance process carefully, and integrates the operation and maintenance management of facilities and equipment.
      Platform Characteristics
  • Adhering to the “smart” concept of smart city, based on the GIS, BIM, cloud computing, IoT and other mainstream information technologies, the platform realizes the delicate, smart and integrated management of utility tunnels.
  • Platform Resources Advantages
    The smart utility tunnel operation and maintenance platform integrates cloud computing, big data and other elements. It not only realizes the smart operation and management, but also a platform to collect, store and display the data, which integrates the decision making assistant, data mining and data analysis functions.
  • Platform Innovations
    The smart utility tunnel operation and maintenance platform fully integrates the existing GIS theory and methods, and can support the GIS analysis based on vector, grid and network data, therefore, it could support various GIS typical applications, such as topology analysis, buffer analysis, etc. The platform transmits the business management information to BIM model synchronically to realize the visual virtual management and simulation of scenarios inside the tunnel. The platform takes the business data generated from operation and maintenance as research objectives to focus on data services in the construction field.
    The GIS spatial analysis includes topology analysis, location analysis, distance analysis, hydrological analysis, network analysis, and buffer overlay analysis.
    • Platform Construction Features

      The smart utility tunnel operation and maintenance platform is based on B/S architecture, and divided into mobile end and WEB end. The platform aims at reliability, scalability, security, and ease of use to build an operation and maintenance platform with strong compatibility, openness and easy maintenance.

  • Reliability
    Extensible
    Safety
    Ease Of Use