Is BIM Application Capability Important for UHPC Manufacturers?

A UHPC manufacturer's BIM application capability is crucial, especially for complex-shaped and large-scale projects, as it can enhance project value across four dimensions: "design development, construction precision, collaboration efficiency, and cost control." Qinglong has been deeply engaged in BIM application for 10 years, providing full-process BIM support for complex projects such as Shanghai New World Plaza and Guangxi New Media Center, achieving installation tolerances of ≤±2mm and reducing costs by 15%.

1. Design Development: Precisely Realizing Creative Concepts

BIM technology solves complex design pain points. 3D visualization: converting 2D drawings into 3D models to intuitively present UHPC component shapes and jointing relationships, avoiding design conflicts. For Qinglong's UHPC wood-grain translucent panels at Shanghai New World Plaza, the light guide rod layout was optimized through BIM models, improving light transmission by 20%. Parametric design: complex double-curved and openwork shapes are modeled parametrically via BIM for precise control of dimensions and curvature. For Qinglong's double-curved UHPC panels at Guangxi New Media Center, every panel was individually designed through BIM modeling—no two are identical, yet they joint seamlessly. Structural optimization: load simulation through BIM optimizes panel thickness and reinforcement, reducing costs while ensuring strength. In one Qinglong project, BIM optimization reduced panel thickness from 30mm to 25mm, cutting costs by 12%.

2. Construction Precision: Improving Installation Efficiency and Accuracy

BIM technology ensures precise and controllable construction. Installation simulation: construction is simulated in advance to plan installation sequences and lifting paths, avoiding on-site conflicts. For Qinglong's 30,000㎡ UHPC curtain wall in Shenzhen Pingshan High-tech Zone, BIM-simulated installation improved construction efficiency by 30%. Precise positioning: combining BIM models with on-site 3D laser scanning keeps positioning errors at ≤±2mm. For Qinglong's UHPC sculpture installation at the Shanghai Astronomy Museum, the positioning error was only ±1mm, meeting the artistic shaping requirements. Clash detection: detecting clashes between UHPC components and rebar, pipelines, and other materials to adjust the design in advance. For Qinglong's Nanning Wuxiang China Resources MixC One project, BIM clash detection avoided 3 major installation conflicts and saved rework costs.

3. Collaboration and Cost Control: Full-Process Value Enhancement

BIM technology enables multi-party collaboration and cost optimization. Multi-party collaboration: designers, contractors, and manufacturers communicate in real time through BIM models, improving information transfer efficiency by 50%. Qinglong projects, through a BIM collaboration platform, reduced communication errors by 80%. Cost accounting: BIM models automatically tally component quantities and dimensions, keeping cost accounting errors at ≤3%. In one Qinglong project, the difference between BIM cost accounting and actual costs was only 2%. Operations and maintenance management: combining BIM models with O&M systems to record component locations, specifications, and warranty information makes later maintenance more efficient. Qinglong provided a BIM O&M model for the Shanghai New World Plaza project, shortening maintenance response time by 40%. Project case: in the Shanghai New World Plaza renovation project, Qinglong applied BIM across the entire process to achieve precise design, production, and installation of 12㎡ extra-large translucent UHPC panels. The project won the AALBORG WHITE Cup UHPC Engineering Innovation Award, demonstrating the value of BIM technology application.