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Project

North Bund Tower

Blending advanced engineering, architectural innovation and sustainable practices into a new, cutting-edge development for the Shanghai skyline.

Lead Contact

Project Details

Project Partners
Kohn Pedersen Fox Associates
Owner
Shanghai Shangshi North Bund New Landmark Development Co., Ltd.
Location
Shanghai, China
Completion Date
Area
350,157 m²
Height
1,575 ft / 480 m
Number of Stories
99
Embedded steel installed for the North Bund Tower in Shanghai.
Embedded steel installed for the North Bund Tower in Shanghai. Thornton Tomasetti
Concrete pour for North Bund Tower in Shanghai.
Concrete pour for North Bund Tower in Shanghai. Thornton Tomasetti
Concrete pour for North Bund Tower in Shanghai.
Concrete pour for North Bund Tower in Shanghai. Thornton Tomasetti
Model of North Bund Tower in Shanghai.
Model of North Bund Tower in Shanghai. Thornton Tomasetti
North Bund Tower in Shanghai.
North Bund Tower in Shanghai. Courtesy Kohn Pedersen Fox Associates
North Bund Tower in Shanghai.
North Bund Tower in Shanghai. Courtesy Kohn Pedersen Fox Associates
North Bund Tower in Shanghai.
North Bund Tower in Shanghai. Courtesy Kohn Pedersen Fox Associates

Overview

Rising to an ultimate height of 480 meters, the North Bund Tower is set to become the tallest building in Puxi, Shanghai’s North Bund CBD. The mixed-use development - which broke ground in 2023 -  will feature office and hospitality spaces, ultra-luxury condominiums and an observation deck.

We are providing structural design services to Kohn Pedersen Fox Associates for the supertall tower, which is scheduled to be completed in 2030.

Highlights

  • Due to site constraints, designing the podium structure presented a challenge. The podium structure, supported by cantilevered steel trusses at levels 10 and 20, features a floating design that extends outward at level 22, retracts inward at level 3 and features a dramatic 40-meter cantilever for a striking entry experience.
  • The building's structural system consists of a core and mega frame and outrigger truss and adopts a steel and concrete composite system.
  • The tower's crown features three sail-like structures of varying heights, culminating in a 40-meter-high column-free atrium supported by a tripod system that unites structural arches and integrates seamlessly with the façade design.
  • The project team has prioritized a low-carbon construction approach by utilizing high-strength materials, including 80 MPa concrete and 550 MPa steel, becoming the first commercial building worldwide to use over 20,000 tonnes of 550 MPa high-strength steel.

Our Team

Capabilities