Case Studies

 

Three Pacific Place

 

Notable Features
bullet Metal formworks (columns)
bullet Table forms
bullet Climbing form system
bullet Metal stair form system
bullet Hardiwall partitions
bullet Reusable temporary works
bullet Reusable safety screens, barriers, and working platforms
bullet Metals scaffolding

 

Basic Information
Location :
1 Queen's Road East, Wanchai, Hong Kong
Building Type :
Office
Contract Period :

2001-2004, construction period 730-calendar days

Contract Sum :
HK$870 million
Gross Floor Area :
83,458m2
Client :
Swire Properties Ltd.
Architect :
Wong & Ouyang (HK) Ltd.
Building Services E. :

Wong & Ouyang (HK) Ltd.

Structural Engineer :
Ove Arup Ltd.
Façade Engineer :
Meinhardt Ltd.
Quantity Surveyor :
Davis Langdon & Seah International
Main Contractor :
Gammon Skanska Ltd.
.
Overview
 
The 40-storey office building comprises 3 levels of basement car park and retail, and a tunnel linked to Pacific Place and the MTR station at Admiralty. Pre-war residential buildings originally occupied the site. This project minimizes environmental impacts and is rated “Excellent” by the HKBEAM rating system.
 
Stair Form System
 
The staircases are cast in situ in a metal permanent formwork, which is prefabricated off-site.
 
Contact of Contractor
 

Gammon Skanska Limited
28/F Devon House, Taikoo Place,
979 King’s Road,
PO Box 9711 GPO, Hong Kong.
Tel: (852) 2516 8823
www.gammonskanska.com

 
 
   
Self-climbing Hydraulic Formwork
The concrete core is built with hydraulic climbform system saving time and ensuring quality. The same formwork was used for the whole concrete core reducing the generation of construction waste on-site.
Table Form System
The aluminum structure is reused and reusable on site and other sites, and the plywood is used for approximately 20 floors.
Steel Formwork System
The composite columns are cast with steel formworks which are reusable and recyclable.
Hardiwall Partitions
The Hardiwall solid wall system reduces waste generation on-site as no wet trades are involved. It reduces structural design requirements due to lighter weight wall construction, and increases floor space due to thinner walls. Also, it is up to 3 times faster to install than masonry walls.
 

Low-Waste Buildings Technologies & Practices
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