Skidmore, Owings & Merrill (SOM) has revealed its design for 8 Shenton Way—a mixed-use tower that will stand 63 stories and 305 meters (1,000 feet) high, becoming Singapore’s tallest skyscraper. The design team also plans to make the building one of Asia’s most sustainable skyscrapers.
Inspired by the tropical climate and its bamboo forests, the design creates an indoor-outdoor vertical community with public spaces, offices, retail, a hotel, and luxury residences. The building facade includes natural materials—such as bamboo on the walls of the gardens located every five or six floors—with bay windows on almost every floor. The residences are situated on the tower’s highest levels, providing occupants with panoramic views of Singapore and the sea.
The design team chose materials to minimize both embodied and operational carbon—from the zero-waste manufacture of terracotta to the use of engineered bamboo. The facade will be made of energy-efficient glazing, and the concrete structure will include recyclable aggregates. Reusing part of the existing foundation and onsite infrastructure also will reduce material use and embodied carbon during construction.
The street level will include a public performance and events space with retail, seating, and bike racks. Landscaping will extend from the street into the tower, creating a green corridor for pedestrians. On the second floor, an open-air green space with restaurants will be surrounded by plants selected to attract birds and butterflies. In all, the design features more than 10,000 square meters (more than 107,639 square feet) of elevated, public green space—larger than the site’s footprint.
8 Shenton Way is scheduled for completion in 2028.
On the Building Team:
Owner and developer: Perennial Holdings Private Limited and its consortium of investors
Design architect: Skidmore, Owings & Merrill (SOM)
Architect of record: DCA Architects
Related Stories
| May 24, 2012
2012 Reconstruction Awards Entry Form
Download a PDF of the Entry Form at the bottom of this page.
| May 15, 2012
One World Trade Center goes to new height of sustainability
One of the biggest challenges in developing this concrete mixture was meeting the Port Authority of New York/New Jersey’s strict requirement for the replacement of cement.
| May 14, 2012
SOM to break ground on supertall structure in China
The 1,740-feet (530-meter) tall tower will house offices, 300 service apartments and a 350-room, 5-star hotel beneath an arched top.
| May 14, 2012
Adrian Smith + Gordon Gill Architecture design Seoul’s Dancing Dragons
Supertall two-tower complex located in Seoul’s Yongsan International Business District.
| May 1, 2012
Time-lapse video: World Trade Center, New York
One World Trade Center, being built at the site of the fallen twin towers, surpassed the Empire State Building on Monday as the tallest building in New York.
| Apr 27, 2012
China Mobile selects Leo A Daly to design three buildings at its new HQ
LEO A DALY, in collaboration with Local Design Institute WDCE, wins competition to design Phase 2, Plot B, of Campus.
| Apr 25, 2012
McCarthy introduces high school students to a career in construction
High school students from the ACE Mentoring Program tour the new CHOC Children’s Patient Tower in Orange, Calif.
| Apr 25, 2012
J.C. Anderson selected for 50,000-sf build out at Chicago’s DePaul University
The build-out will consist of the construction of new offices, meeting rooms, video rooms and a state-of-the-art multi-tiered Trading Room.
| Apr 24, 2012
ULI Real Estate Consensus Forecast, projects improvements for the real estate industry through 2014
Survey is based on opinions from 38 of the nation’s leading real estate economists and analysts and suggests a marked increase in commercial real estate activity, with total transaction volume expected to rise from $250 billion in 2012 to $312 billion in 2014.
| Apr 23, 2012
Innovative engineering behind BIG’s Vancouver Tower
Buro Happold’s structural design supports the top-heavy, complex building in a high seismic zone; engineers are using BIM technology to design a concrete structure with post-tensioned walls.