Beijing Daxing International Airport by Zaha Hadid Architects (ZHA) opens in China
by Jincy IypeSep 27, 2019
•make your fridays matter with a well-read weekend
by Jincy IypePublished on : Nov 21, 2019
The Leeza SOHO tower, designed by architectural giant Zaha Hadid Architects, opened in China earlier this week, boasting of the world’s tallest atrium winding within its form. Under construction on Lize Road in southwest Beijing since 2013, the building has 49 levels (45 above ground and 4 levels underground). The skyscraper anchors the new Fengtai business district, which is a growing financial and transport hub between the city centre and the recently opened Beijing Daxing International Airport to the south.
The 172,800 sqm tower aims to house small and medium-sized businesses in Beijing. Positioned as a flexible and efficient Grade A office space on a site adjacent to the business district's railway station, the structure straddles an underground subway service tunnel. Its position over this tunnel led the designers to split the building in two halves. The remaining expanse between these two volumes encompasses the full height of the structure, therefore creating the world’s tallest atrium at 194.15m. Leeza SOHO forms a spectacular civic space for Beijing, connecting to the city’s transport network directly.
In typical Zaha Hadid fashion, the building is enveloped in a single, glazed façade shell, while the rotating atrium connects its two volumes in a dynamic pas de deux (a ballet dance duet), with interlinking skybridges on levels 13, 24, 35 and 45. The mammoth atrium also acts as a public square for the business district, interlinking the tower’s areas and providing altering views to the city beyond, as it twists and turns. The sculptural form’s skylight floods the building with natural light, acting as a thermal chimney with an integrated ventilation system. This helps maintain positive pressure at lower levels to limit air ingress, and also provides an effective method of filtering the air inside the tower.
The concrete and steel tower is doubly insulated, with unitised glass curtain wall systems, helping draw air outside when needed. The public spaces of Leeza SOHO are shaded by its two halves, while the double-insulated low-e glazing effectively maintains a comfortable indoor setting in Beijing’s extreme weather conditions.
Championing the 3D Building Information Modelling (BIM) design, construction management and building operations, ZHA and SOHO China have embraced technology that minimises consumption of energy and added emissions. The building has also been awarded the LEED Gold certification by the US Green Building Council, as its advanced management systems monitors real time controls for energy efficiency. These systems also involve heat recovery from exhaust air and high-efficiency pumps, fans, chillers, boilers, lighting and controls. The top of the tower has a helipad, and also features an insulating roof with solar panels which harvest solar energy. The building also comprises elements of collecting water, low-flow rate fixtures and grey water flushing.
One of the most remarkable features of the skyscraper is that it fosters sustainable practises. The site has underground parking spaces for 2,680 bicycles, in addition to spaces for lockers, shower facilities and dedicated spaces for charging of electric and hybrid cars. Low volatile organic compound materials are installed throughout Leeza SOHO to reduce interior pollutants, while high efficiency filters remove particulates via the air-handling system.
Name: Leeza SOHO
Location: Beijing, China
Site area: 14.365 sqm
Gross floor area: 124 sqm overground, 48.8 sqm underground
Year: 2013 - 2019
Client: SOHO China Limited
Architect: Zaha Hadid Architects (ZHA)
Executive Architect: Beijing Institute of Architectural Design
Design: Zaha Hadid, Patrik Schumacher
Project Director: Satoshi Ohashi
Project Architect: Philipp Ostermaier
Project Associates: Kaloyan Erevinov, Ed Gaskin, Armando Solano
Project Team: Yang Jingwen, Di Ding, Xuexin Duan, Samson Lee, Shu Hashimoto, Christoph Klemmt, Juan Liu, Dennis Brezina, Rita Lee, Seungho Yeo, Yuan Feng, Zheng Xu, Felix Amiss, Lida Zhang, Qi Cao
Structure: Bollinger + Grohmann (Stage 0,1); China Academy of Building Research (Stage 2); Beijing Institute of Architectural Design (Stage 3,4)
Facade: Konstruct West Partners (Stage 2); Kighton Facade (Stage 3,4); Yuanda (Stage 3,4)
MEP: Parsons Brinkerhoff (Stage 2); Beijing Institute of Architectural Design (Stage 3,4)
Lighting: J+B Studios Architectural Design (Stage 2); Light Design (Stage 2,3); Leuchte (Stage 4)
Landscape: Zaha Hadid Architects (Stage 2,3); Ecoland (Stage 4)
Interiors: Zaha Hadid Architects (Stage 2,3); HuaTeng (China) (Stage 4)
by STIRworld May 04, 2024
BIG and BNIM’s proposal for the KU School of Architecture and Design campus envisions preservation, adaptation and new construction in its three interconnected buildings.
by Almas Sadique May 02, 2024
The Spanish architectural studio utilised the original materials and construction techniques to restore the water tower stationed on the slope of the hilly Aledo municipality.
by Jincy Iype May 02, 2024
The monograph Towards Abundance: the Delightful Paradoxes of Gender advocates for a shift in design culture, from a mono-gender perspective to one of commonality and care.
by Akash Singh Apr 30, 2024
The 1193 sqm residential project in Portugal by the Russian architecture firm sits as a cavernous structure with a minimalist appeal amidst mountainous terrain.
make your fridays matter
SUBSCRIBEEnter your details to sign in
Don’t have an account?
Sign upOr you can sign in with
a single account for all
STIR platforms
All your bookmarks will be available across all your devices.
Stay STIRred
Already have an account?
Sign inOr you can sign up with
Please select your profession for an enhanced experience.
Tap on things that interests you.
Select the Conversation Category you would like to watch
Please enter your details and click submit.
Enter the 6-digit code sent at
Verification link sent to check your inbox or spam folder to complete sign up process
What do you think?