top of page

Hong Kong-Zhuhai-Macao Bridge Hong Kong Port Passenger Clearance Building

Novum Design Award
WINNER

SILVER

Architectural Design Category

in

novum_logo_black.png

2022

Project Title

Hong Kong-Zhuhai-Macao Bridge Hong Kong Port Passenger Clearance Building

Project Function

Border Crossing Facility

Project Location

China, Hong Kong

Project Tags

Architecture, Infrastructure, Transport, Bridge

Office Name

Aedas

Team Members

Aedas and RSH+P as JV Designer (Keith Griffiths from Aedas and Richard Paul from RSH+P)

Office Link

Copyrights

Aedas

Project Description

Aedas and Roger Stirk Harbour + Partners are joint designers for the Passenger Clearance Building. It is a broader crossing facility between Hong Kong, Zhuhai and Macao and a ‘Front Door’ gateway to the Greater Bay Area.
The iconic 300x200m building is designed to respond to the undulating mountainous backdrop. The hall inside is visually connected by 4 long voids with reflecting pools as travellers move across the 4 building functions - arrivals, immigrations, customs, departures. The colour and materials reflect natural environment and give a sense of intimacy – so travellers feel calm, comfortable and relax when passing by.
The building adopts innovative construction method. The roof module is constructed offsite in a factory in Zhongshan. Over 80% of architectural finishes such as aluminium claddings, skylights, smoke vents, baffle ceilings, drainage and lighting were pre-installed in the factory and saved 6 months construction time compared to traditional method.
The building achieves BEAM Plus “Platinum” rating. It promotes sustainability and enhances indoor environmental quality – with adequate daylight intake, reducing solar heat gain, and provide adequate air ventilation.

Project Link

Image Credits

Aedas, Kris Provoost

Hong Kong-Zhuhai-Macao Bridge Hong Kong Port Passenger Clearance Building
R0035594.JPG
R0035594.JPG
R0035594.JPG
R0035594.JPG
R0035594.JPG
novum_logo_pink.png

NDA220652

DESIGN SCORE:      /100

82

SILVER

Novum Design Award Winner in

2022

bottom of page