Application of BIM Technology in the Construction of Electronic Purification Workshops
2024.10.25
Today, with the booming development of the electronics industry, the importance of constructing electronic purification workshops is increasingly prominent. Guangzhou Kunling Purification Equipment Co., Ltd. has deeply recognized the key role of BIM technology in this field in practice.
I. Overview of BIM Technology
BIM, namely Building Information Modeling, is a comprehensive digital three-dimensional model management system that integrates life cycle information and realizes efficient communication and collaboration through data sharing. In the construction of electronic purification workshops, it provides a visualized and informatized platform, making the construction process more scientific, accurate, and efficient.
II. Advantages of BIM Technology
(I) Optimizing design schemes
1. Three-dimensional visualization design
Traditional two-dimensional drawings are difficult to intuitively show the complex layout of electronic purification workshops. The three-dimensional visualization function of BIM allows designers and owners to clearly see the entire workshop, including equipment, pipelines, purification areas, etc. It can timely discover and adjust design problems, improving the rationality and feasibility of design. For example, in the design of purification air conditioning systems, the layout and collision situation of air ducts can be intuitively viewed and optimized to ensure smooth air circulation.
2. Simulation analysis
It can simulate the air flow organization, temperature and humidity control, etc. of the workshop. By simulating different working conditions, the purification effect can be evaluated to provide a basis for design optimization. For example, air flow simulation determines the location and wind speed of air supply and return outlets to ensure uniform air flow; temperature and humidity simulation helps set parameters of air conditioning systems and stabilize the environmental conditions of the workshop.
(II) Improving construction efficiency
1. Accurate engineering quantity statistics
Based on the three-dimensional model, BIM can automatically generate accurate and fast engineering quantity lists, including the quantity and specifications of equipment and materials, which is conducive to material procurement, cost control, and construction schedule arrangement. It can also track the usage of materials in real time to ensure supply and avoid shortages affecting the schedule.
2. Construction schedule simulation and optimization
Combining the construction schedule plan with the three-dimensional model for simulation can show the overall schedule and key nodes, and discover and optimize schedule risks and resource conflicts in advance. For example, if a process delay is found, resource allocation can be adjusted in time, providing a reference for on-site scheduling and improving efficiency and resource utilization.
3. Collision detection and coordination
Electronic purification workshops involve many professional systems and equipment, which are prone to problems such as pipeline collisions and equipment installation conflicts. The collision detection function of BIM can detect and generate reports in advance. Adjust and optimize the design before construction to avoid demolition and rework. At the same time, it provides a collaborative platform for various professions to promote communication and collaboration.
(III) Improving project management level
1. Quality management
Adding quality information to the three-dimensional model realizes the whole process tracking management. Construction personnel can view quality standards and specifications at any time to operate and record data. Managers can monitor and handle quality problems in real time to ensure compliance with electronic production requirements. For example, when installing equipment, ensure accuracy according to the model and upload debugging records for convenient traceability and maintenance.
2. Safety management
By establishing a three-dimensional model of the construction site, marking information such as dangerous areas and safety passages, and conducting safety training and drills. Construction personnel can view the model to understand safety matters, and managers can monitor and eliminate hidden dangers in real time to ensure safe and orderly construction.
3. Cost management
Manage costs from the full life cycle. Optimize the scheme in the design stage to reduce initial investment; accurately count engineering quantities, reasonably arrange schedules and resources in the construction stage to avoid cost increases; in the operation and maintenance stage, manage equipment based on the model to reduce energy consumption, failure rate and maintenance costs, and improve economic benefits.
III. Application cases
Taking [case project name] as an example, with a construction area of [X] square meters and producing [electronic product type].
(I) Design stage
Three-dimensional visualization design is coordinated and optimized, and the purification air conditioning scheme is determined through simulation. Collision detection solves [X] problems, avoiding rework and saving costs.
(II) Construction stage
Arrange procurement and schedule according to the BIM model. Simulation optimization shortens the construction period by [X]%. On the construction site, with the help of mobile devices and collaborative platforms, construction efficiency and quality are improved.
(III) Operation and maintenance stage
The BIM model is combined with the equipment management system to realize informatized management. The visualization function helps quickly locate faults and repairs, and data analysis provides a basis for equipment optimization and upgrading.
IV. Conclusion
The development of the electronics industry has increased the requirements for the construction of purification workshops. BIM technology reduces costs, shortens construction periods, and improves quality by optimizing designs, improving construction efficiency, and enhancing management levels, creating value for electronic enterprises. Guangzhou Kunling Purification Equipment Co., Ltd. will continue to apply BIM technology and improve service quality to contribute to creating advanced and reliable electronic purification workshops.
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