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r esearch and Planning Studies C ategory (Finalist) - The ...

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New Construction C<strong>ategory</strong> (<strong>Finalist</strong>)<br />

One Isl<strong>and</strong> East<br />

港 島 東 中 心<br />

Location<br />

Completion Date 2008<br />

Green Building Rating<br />

Hong Kong<br />

BEAM (Platinum Rating) (Provisional)<br />

Client/ Developer<br />

Project Manager<br />

Architect<br />

Civil & Structural Engineer<br />

Building Services Engineer<br />

Quantity Surveyor<br />

L<strong>and</strong>scape Architect<br />

R<strong>esearch</strong> Investigator /<br />

Sustainable Design / Environmental/<br />

Wind / Specialist Consultant<br />

Management Company<br />

Lighting Consultant<br />

Façade Consultant<br />

Main Contractor<br />

Swire Properties Limited (Applicant)<br />

Swire Properties Limited<br />

Wong & Ouyang (Hong Kong) Limited<br />

Ove Arup & Partners Hong Kong Limited<br />

Meinhardt (M&E) Limited<br />

Rider Levett Bucknall Limited<br />

Hargreaves Associates<br />

Hyder Consulting Limited<br />

Taikoo Place Management Office<br />

L’Observatoire International Inc.<br />

Arup Façade Engineering<br />

Hugh Dutton & Associates<br />

Gammon Construction Limited<br />

One Isl<strong>and</strong> East is the latest development in TaiKoo Place, Hong Kong’s<br />

largest, single-owned business district. This 70-storey, triple Grade-A<br />

office building comm<strong>and</strong>s superlative views of the harbour <strong>and</strong> is within<br />

the immediate proximity of both Taikoo <strong>and</strong> Quarry Bay MTR Stations.<br />

<strong>The</strong> design <strong>and</strong> construction planning of One Isl<strong>and</strong> East is rooted in<br />

concerns for the environment. Developed on a site of approximately<br />

10,200 sq m, the building footprint only occupies less than 50% of the<br />

site area, leaving ample ground floor space for l<strong>and</strong>scaping for the<br />

enjoyment of the tenants <strong>and</strong> the public. In the l<strong>and</strong>scape garden, which<br />

comprises about 75 % of the total development area, water features,<br />

green parterre <strong>and</strong> canopy trees have been introduced to create a green<br />

isl<strong>and</strong> for the neighbourhood. All the plants in the previous l<strong>and</strong>scape<br />

area have been retained for on <strong>and</strong> off site transplantation. About 10%<br />

of the trees were either retained or transplanted on site. To echo this<br />

green carpet, the main roof of One Isl<strong>and</strong> East is also designed as a roof<br />

garden to provide an alternative amenity for the tenants. Moreover, all<br />

the timber used in the project came from sustainable sources.<br />

<strong>The</strong> envelope of the building is designed to allow maximum amount of<br />

natural lighting while minimizing heat transmission so as to minimize<br />

the use of mechanical ventilation. Like 83% of SPL developments,<br />

One Isl<strong>and</strong> East has taken a further environmentally friendly solution<br />

in mechanical ventilation by using central seawater cooling which is<br />

more energy efficient than air cool systems <strong>and</strong> has no loss of seawater<br />

by spray dispersion. <strong>The</strong> MVAC system is also equipped with energy<br />

recovery from cool exhaust air by heat wheel to pre-treat incoming hot<br />

fresh air, <strong>and</strong> energy-efficient chillers to minimize energy consumption.<br />

Energy efficient LED light fittings are also substantially used for more<br />

than 85% of decorative lightings.<br />

Other than seawater cooling, One Isl<strong>and</strong> East is also provided with<br />

rainwater recycling for flushing purpose <strong>and</strong> dual flush mechanism for<br />

water closets to minimize foul water disposal. With the adoption of these<br />

systems, we predicted a saving of a minimum 15% in use of fresh water.<br />

Not only is the design heedful of the environment, the implementation<br />

of the construction works has also been planned to reduce impact on<br />

the environment. Innovative demolition method was employed to<br />

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