Design and application of high-pile structure liquid bulk cargo terminal based on BIM technology

The article discusses the utilization of Building Information Modeling (BIM) technology in the design phase of liquid bulk cargo terminals with high pile structures. It employs the Analytic Hierarchy Process to analyze the key elements for addressing multi-dimensional collision issues in complex working conditions. The study includes project validation conducted on the 6th to 7th liquid chemical berth engineering of a specific international port. The findings demonstrate that BIM-based solutions offer significant advantages in multi-dimensional spatial design and intricate pipeline requirements in port engineering within complex working environments. By incorporating spatiotemporal progress simulation and 3D visualization collision analysis, the rework rate decreased by 4.3%, effectively enhancing design efficiency and engineering quality. This research provides insights for the application of BIM technology in similar engineering design phases.