葵涌醫院重建工程 (第一期) - 葵涌醫院日間復元中心

綠建環評網上展覽

葵涌醫院重建工程 (第一期) - 葵涌醫院日間復元中心

葵涌醫院日間復元中心正門入口

地下升降機大堂:
升降機大堂設置健康梯間鼓勵訪客更多使用樓梯上落

1樓中央庭院花園：
中央庭院設計增強自然光的滲透

享有中央庭院園景的1樓走廊:
中央庭院設計增強自然光的滲透

1樓綜合日間復元服務的內部走廊

1樓牙科診所手術室

2樓升降機大堂：
升降機大堂毗鄰中央庭院，幫助訪客更容易尋找方向

3樓園藝花園：
配合特別設計的圍欄，3樓的園藝花園用作園藝活動及提供綠化功能。

地下低層停車場：
採用雙層停車裝置(DDPU)可更有效地利用空間

葵涌醫院重建工程 (第一期) - 葵涌醫院日間復元中心

新界葵涌醫院道 3-15 號

葵涌醫院日間復元中心正門入口
地下升降機大堂:
升降機大堂設置健康梯間鼓勵訪客更多使用樓梯上落
1樓中央庭院花園：
中央庭院設計增強自然光的滲透
享有中央庭院園景的1樓走廊:
中央庭院設計增強自然光的滲透
1樓綜合日間復元服務的內部走廊
1樓牙科診所手術室
2樓升降機大堂：
升降機大堂毗鄰中央庭院，幫助訪客更容易尋找方向
3樓園藝花園：
配合特別設計的圍欄，3樓的園藝花園用作園藝活動及提供綠化功能。
地下低層停車場：
採用雙層停車裝置(DDPU)可更有效地利用空間

Kwai Chung Hospital Day Recovery Centre (KCHDRC) is located at the former carpark area of Princess Margaret Hospital (PMH) at Kwai Chung Hospital Road, Kwai Chung, surrounded by the hospital compounds of Kwai Chung Hospital (KCH) and PMH. It is a 5-storey decantation building covering a site area of approximately 5,865 m² with carpark on LG/F.

KCHDRC, which is the first phase of the KCH redevelopment project, aims to provide facilities for decanting purposes, including clinical areas, offices, storages and carpark, such that the existing KCH compound could be decanted to this ancillary block and other renovated buildings for KCH to continue its operation during the subsequent phases of the KCH redevelopment.

環保特點

Site Aspects

The building design and the microclimate around the building has been studied carefully to ensure no excessive wind velocities would be generated at the pedestrian areas
Roof greening and high SRI finishes for roof surfaces are adopted to minimize heat island effect
Spatial arrangement of the building is designed to maintain access to daylight for the neighbourhood

Materials Aspects

Avoidance of ozone depleting substances in the whole development
100% Demolition waste was recycled

Energy Use

20.9% and 49.6% annual energy saving for hospital and carpark portions respectively
32.2% and 50% peak electricity demand reduction for hospital and carpark portions respectively
Life Cycle Assessment (LCA) was carried out for the major elements of building structure during design stage to minimize embodied energy.

Water Use

Water efficient devices and sanitary fitments resulted in 30.2% and 63.7% of annual potable water saving and annual sewage volume reduction
Water quality at the farthest point of use in the potable water distribution system completed in accordance to ISO 5667, WSD’s guideline and Quality Water Supply Scheme for Buildings – Fresh Water (Plus) (Rev. Dec 2015)

Indoor Environmental Quality

Fresh air provision exceeds ASHRAE 62.1:2007 requirement by at least 30%
Mechanical ventilation system is provided in all areas where significant indoor pollution would be generated such as toilets, refuse rooms, pantry and dirty utility in compliance with BEAM Plus requirement to prevent the exposure of occupants to indoor pollutants
Room acoustic, noise isolation and background noise level are in compliance with BEAM Plus requirement to provide a quiet environment for the occupants
Control on indoor vibration to avoid nuisance from BS equipment to the occupants

Innovations and Additions

IAQ Excellent Class
Twin Tank System is adopted for both potable and flushing water system to minimize the nuisance to the occupants during maintenance
Performance enhancement on demolition waste reduction that 100% demolition waste was recycled

葵涌醫院的重建工程（第一期）- 葵涌醫院日間復元中心 | 沛然環保

項目細節

竣工年份	2018
樓宇數目	1
樓層數目	5
類別	政府，機構和社區

項目團隊

項目持有人/發展商	香港特別行政區政府 - 建築署
項目經理	香港特別行政區政府 - 建築署
建築師	李景勳、雷煥庭建築師有限公司
園境設計師	傲林國際設計有限公司
機電工程師	王歐陽(機電工程)有限公司
土木及結構工程師	黃柏林建築工程師有限公司
工料測量師	凱迪思香港有限公司
環保顧問	王歐陽(機電工程)有限公司

環保特點

Site Aspects

The building design and the microclimate around the building has been studied carefully to ensure no excessive wind velocities would be generated at the pedestrian areas
Roof greening and high SRI finishes for roof surfaces are adopted to minimize heat island effect
Spatial arrangement of the building is designed to maintain access to daylight for the neighbourhood

Materials Aspects

Avoidance of ozone depleting substances in the whole development
100% Demolition waste was recycled

Energy Use

20.9% and 49.6% annual energy saving for hospital and carpark portions respectively
32.2% and 50% peak electricity demand reduction for hospital and carpark portions respectively
Life Cycle Assessment (LCA) was carried out for the major elements of building structure during design stage to minimize embodied energy.

Water Use

Water efficient devices and sanitary fitments resulted in 30.2% and 63.7% of annual potable water saving and annual sewage volume reduction
Water quality at the farthest point of use in the potable water distribution system completed in accordance to ISO 5667, WSD’s guideline and Quality Water Supply Scheme for Buildings – Fresh Water (Plus) (Rev. Dec 2015)

Indoor Environmental Quality

Fresh air provision exceeds ASHRAE 62.1:2007 requirement by at least 30%
Mechanical ventilation system is provided in all areas where significant indoor pollution would be generated such as toilets, refuse rooms, pantry and dirty utility in compliance with BEAM Plus requirement to prevent the exposure of occupants to indoor pollutants
Room acoustic, noise isolation and background noise level are in compliance with BEAM Plus requirement to provide a quiet environment for the occupants
Control on indoor vibration to avoid nuisance from BS equipment to the occupants

Innovations and Additions

IAQ Excellent Class
Twin Tank System is adopted for both potable and flushing water system to minimize the nuisance to the occupants during maintenance
Performance enhancement on demolition waste reduction that 100% demolition waste was recycled

葵涌醫院的重建工程（第一期）- 葵涌醫院日間復元中心 | 沛然環保

項目團隊

項目持有人/發展商	香港特別行政區政府 - 建築署
項目經理	香港特別行政區政府 - 建築署
建築師	李景勳、雷煥庭建築師有限公司
園境設計師	傲林國際設計有限公司
機電工程師	王歐陽(機電工程)有限公司
土木及結構工程師	黃柏林建築工程師有限公司
工料測量師	凱迪思香港有限公司
環保顧問	王歐陽(機電工程)有限公司

葵涌醫院的重建工程（第一期）- 葵涌醫院日間復元中心 | 沛然環保