International Commerce Centre

The Ritz-Carlton, Hong Kong

The International Commerce Centre represents a shift in the tall building paradigm to include not only achievements in height, design, and engineering, but also the most forward-thinking moves towards connectivity for smart growth in a highly dense region.

KPF’s 118-story tower accommodates offices, a 360 degree observation deck, and the world’s highest hotel, The Ritz-Carlton Hong Kong. The tower is the centerpiece of the Union Square reclamation project, establishing a new urban center with office, retail, hotel and recreation spaces, as well as a new transportation hub, Kowloon Station, which connects to Central, Hong Kong, the International Airport and mainland China via a network of high speed rail, subway, buses, and ferry terminals.

The tower’s subtly tapered re-entrant corners and the gently sloped curves at its base are designed to optimize its structural performance. These curves splay out at the base of the tower, rooting the tower in its surroundings, while creating sheltering canopies on three sides, and a dramatic atrium on the north side. The atrium gestures towards the rest of the development and serves as a public connection space for retail and rail station functions. KPF’s scheme succeeds in wedding the high-rise building model with a highly efficient structural and operational agenda.


Hong Kong, China


Sun Hung Kai Properties


Wong & Ouyang (Associate Architect), LTW Design Works (Interior Designer, hotel)


Hospitality, Mixed-Use, Office, Retail, Supertall


260,200 m2 / 2,800,000 ft2


484 m / 1,587 ft


300 Rooms


Merit Award for Architecture (AIA Hong Kong 2010), Best Tall Building Asia & Australia-Finalist- (CTBUH 2011), HK People Engineering Wonders (Hong Kong Institute of Engineers 2013), International Highrise Award -Nomination- (2010), Mixed-Use Award (International Property Awards: Asia 2013), Award: Business Centres -Finalist- (MIPIM 2011), Awards: Business Centres -Gold- (MIPIM Asia 2011), Outstanding Projects for Technical Innovation (Tien-yow Jeme Civil Engineering Prize 2013)

View More

Project Type:Supertall
Project Location:Asia Pacific