BIM Modular Technology of Durkduct Flexible Air Duct System - Reshape the future of Intelligent Ventilation System

2024-04-18

    BIM(Building Information Modeling) technology has played a greater role in the construction industry nowadays. With the increasing scale and complexity of construction projects, the traditional GI duct setup is facing new challenges in design, manufacture, and installation. To get these issues solved, BIM Modular Technology and iDuct software have been adapted to the Fabric Fiber Ductwork, achieving the full-process modularization for traditional non-standard air ducting systems from design, manufacture, and installation to after-sale maintenance. It helps to improve the assembly rate of building and speed up the process of electromechanical modularization.

Features and Advantages of BIM Modular Technology for Durkduct Insulated Air Duct System

    Modular Design: BIM Technology is adopted with the concept of modular design, separating the Nanosox Insulated Air Ducting System into independent components, parts, and accessories modules, enabling design, construction, and maintenance more flexible and effective. The modularization greatly increases the reusability and standardization, reducing the construction costs in the meantime.

    Data Integration: BIM Modular Technology enables the full-process data integration and sharing for multiple Insusox pre-insulated air duct systems, making information delivery more effective in plans, design, manufacture, assembly, and operation. Through the establishment of database, participants are able to share and update data in real time, decreasing the deviation and latency of information delivery, and improving the project's effectiveness.

    Sustainable Development: BIM Modular Technology focuses on sustainable development, greatly decreasing energy consumption and environmental pollution through design and construction optimization. Modular design optimizes the material and energy utilization, reducing carbon emission of air ducts system. The sustainable development concept matches the demands of Green Construction and Emission-reducing.

The Application of BIM Modular Technology in the HVAC/R Industry

    Improve the management effectiveness: BIM Technology fulfills the full-process management in various stages, realizing the information seamless connection and work collaboration from air duct design, flexible manufacture, and onsite assembly to maintenance. That greatly increases the effectiveness of project management and reduces the waste of time and costs.

    Accelerate the construction process: Different modules of construction can be designed and manufactured in advance through BIM Technology, then assembled onsite, shortening the construction period, and improving effectiveness. Meanwhile, modular design decreases the workload and crew size, reducing construction risk and potential security hazards.

    Enhance the system quality: BIM Technology fulfills the standardization and quality control of the air duct system. The prefabrication advances the air duct integrity, minimizing deviations and issues, and improving the entire quality and reliability of the Flexible Air Duct System.

    Optimize the space utilization: The BIM Technology empowers the precise layout of the construction site. The air ducting system could be assembled flexibly according to the actual situation, making the best use of space. It's especially significant for the construction site where the height is restricted, the utilization and value of the space are highly enhanced.

    BIM Modular Technology of Durkee Textile Ventilation System features modular design, data integration, and sustainable development, bringing fresh solutions to the construction industry. The technology can not only improve management effectiveness, optimize space utilization, and accelerate the construction process, but also advance the building quality greatly. In the near future, BIM Modular Technology will undoubtedly play a more significant role in the construction industry, boosting the development of intelligent construction, and delivering a comfortable environment for the future.