Xiang'an Subsea Tunnel Roof Sewage Pump (Xiamen, China)
Release time
：2024-01-05 13:35:03 Views：
Project Start Date: November 2017
Project Location: Xiang'an Subsea Tunnel Xiamen, China,361000
Project Scope: Municipal Facilities
Total Construction Area: 252.08 m2(Over 2713.36 ft2)
Project Overview
The Xiang'an Subsea Tunnel is a critical subsea tunnel connecting Xiamen Island and Xiang'an District, with a total length of approximately 9 kilometers. It serves as an important transportation hub for the city. The tunnel is equipped with advanced drainage and ventilation systems to ensure safe and efficient operation under complex conditions. Among these systems, the roof sewage pump is responsible for promptly removing accumulated sewage and rainwater from the tunnel's roof, preventing rising water levels from impacting traffic. This system is well-designed, featuring an automatic start-stop function that adjusts its operation based on water levels, ensuring continuous dryness and safe operation within the tunnel.
Project Detail:
Bimodeling utilized BIM technology to complete the 3D visualization and modeling for the project, providing detailed views of the tunnel design that allowed the team to intuitively understand the structure and system layout. Through pre-construction error checking, Bimodeling effectively identified and corrected potential issues in the design. Additionally, the company conducted an in-depth analysis of the tunnel's MEP (electrical, mechanical, and plumbing) systems, optimizing the system configuration. These measures not only improved construction efficiency but also significantly reduced project costs, ensuring the successful completion of the tunnel.
Project Location: Xiang'an Subsea Tunnel Xiamen, China,361000
Project Scope: Municipal Facilities
Total Construction Area: 252.08 m2(Over 2713.36 ft2)
Project Overview
The Xiang'an Subsea Tunnel is a critical subsea tunnel connecting Xiamen Island and Xiang'an District, with a total length of approximately 9 kilometers. It serves as an important transportation hub for the city. The tunnel is equipped with advanced drainage and ventilation systems to ensure safe and efficient operation under complex conditions. Among these systems, the roof sewage pump is responsible for promptly removing accumulated sewage and rainwater from the tunnel's roof, preventing rising water levels from impacting traffic. This system is well-designed, featuring an automatic start-stop function that adjusts its operation based on water levels, ensuring continuous dryness and safe operation within the tunnel.
Project Detail:
Bimodeling utilized BIM technology to complete the 3D visualization and modeling for the project, providing detailed views of the tunnel design that allowed the team to intuitively understand the structure and system layout. Through pre-construction error checking, Bimodeling effectively identified and corrected potential issues in the design. Additionally, the company conducted an in-depth analysis of the tunnel's MEP (electrical, mechanical, and plumbing) systems, optimizing the system configuration. These measures not only improved construction efficiency but also significantly reduced project costs, ensuring the successful completion of the tunnel.
