Tin Shui Wai Hospital

BEAM Plus Online Exhibition

Hospital Main Entrance at Tin Tan Street

Landscape gardens at 1/F, 3/F, 4/F, 5/F and 8/F

Sitting area at rehab garden

Covered walkway at rehab garden

PV panels and solar hot water panels

Entrance foyer

Visitor lift lobby

Patient waiting area with amble daylight

Renewable energy display panel

Tin Shui Wai Hospital

11 Tin Tan Street, Tin Shui Wai, Hong Kong

Hospital Main Entrance at Tin Tan Street
Landscape gardens at 1/F, 3/F, 4/F, 5/F and 8/F
Sitting area at rehab garden
Covered walkway at rehab garden
PV panels and solar hot water panels
Entrance foyer
Visitor lift lobby
Patient waiting area with amble daylight
Renewable energy display panel

The project involves the design and construction of a new acute hospital in Tin Shui Wai to meet the service demand growth of the area with an expanding population. The Tin Shui Wai Hospital (TSWH) has a planned capacity of 300 in-patient and day beds. TSWH provides accident and emergency services, in-patient services, ambulatory services, diagnostic services and community care services to strengthen the medical services in the New Territories West Cluster.

Sustainable design features are widely adopted to reduce the environmental impact and improve the life cycle cost effectiveness. The high performance façade enhances daylight utilization to create a lively healing environment and controls undesirable heat gain to achieve an overall 40% saving in façade thermal loading.

Green Features

Site Aspects

Better integrated in the community with convenience store, automated teller machine, medical facility including accident and emergency services, etc.
Extensive greenery covering more than 30% of the site
Provision of green roof and cool roofing material to 50% of roof area to alleviate urban heat island effect

Materials Aspects

All timber products used in the project are originated from sustainable timber source
More than 70% of building materials installed were regional manufactured materials

Energy Use

Energy efficient design to reduce annual energy consumption by more than 20% compared to BEC 2012. It includes
- Oil free chillers with better coefficient of performance for space cooling
- Heat recovery chillers and Water-to-water heat pump to recovery the rejected heat from air conditioning for both space heating and pre-heat of domestic hot water supply
- Free cooling design to minimize cooling energy consumption
- Wider installation of daylight and occupancy sensor to reduce unnecessary lighting power consumption
Installation of PV panels and solar hot water panels which contribute to 0.5% of annual building energy consumption
Installation of CCMS for advanced HVAC system control, lighting zone control and other BS equipment monitoring. Energy consumption will also be recorded to facilitate periodic review

Water Use

Installation of water efficient fixtures including basin mixers, showers, water closets and urinals to reduce more than 36% annual potable water and flushing water consumption and more than 34% annual sewage discharge
Provision of rainwater harvesting system for irrigation use to reduce more than 12% freshwater consumption
Provision of Twin Tanks for both Potable and Flushing Water Supply

Indoor Environmental Quality

Amenities installed for the benefit of building users and operation & maintenance such as podium garden, gondola, pneumatic tube transportation system, etc

Innovations and Additions

Adoption of document management system (Incite Keystone) from design stage to construction stage to reduce use of paper for communication and document filing

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New Buildings V1.2
Final Platinum

Overall Score

Site Aspects

Materials Aspects

Energy Use

Water Use

Indoor Enviro. Quality

6 Credit(s) Innovations and Additions

Project Details

Project Team

Green Features

Site Aspects

Better integrated in the community with convenience store, automated teller machine, medical facility including accident and emergency services, etc.
Extensive greenery covering more than 30% of the site
Provision of green roof and cool roofing material to 50% of roof area to alleviate urban heat island effect

Materials Aspects

All timber products used in the project are originated from sustainable timber source
More than 70% of building materials installed were regional manufactured materials

Energy Use

Energy efficient design to reduce annual energy consumption by more than 20% compared to BEC 2012. It includes
- Oil free chillers with better coefficient of performance for space cooling
- Heat recovery chillers and Water-to-water heat pump to recovery the rejected heat from air conditioning for both space heating and pre-heat of domestic hot water supply
- Free cooling design to minimize cooling energy consumption
- Wider installation of daylight and occupancy sensor to reduce unnecessary lighting power consumption
Installation of PV panels and solar hot water panels which contribute to 0.5% of annual building energy consumption
Installation of CCMS for advanced HVAC system control, lighting zone control and other BS equipment monitoring. Energy consumption will also be recorded to facilitate periodic review

Water Use

Installation of water efficient fixtures including basin mixers, showers, water closets and urinals to reduce more than 36% annual potable water and flushing water consumption and more than 34% annual sewage discharge
Provision of rainwater harvesting system for irrigation use to reduce more than 12% freshwater consumption
Provision of Twin Tanks for both Potable and Flushing Water Supply

Indoor Environmental Quality

Amenities installed for the benefit of building users and operation & maintenance such as podium garden, gondola, pneumatic tube transportation system, etc

Innovations and Additions

Adoption of document management system (Incite Keystone) from design stage to construction stage to reduce use of paper for communication and document filing

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Project Details

Completion Year	2016
Number of Blocks	1
Number of Storeys	13
Type	Government, Institutional and Community

Project Team

Project Developer / Owner	Architectural Services Department, HKSAR Government
Project Manager	Architectural Services Department, HKSAR Government
Architect	Simon Kwan & Associates Limited
Landscape Architect	ADI Limited
M&E Engineer	Ove Arup & Partners Hong Kong Limited
C&S Engineer	Atkins China Limited
Facade Consultant	Wilson Curtain Wall Consultant (HK) Ltd
Main Contractor	Leighton-Able Joint Venture (LAJV)
Quantity Surveyor	C.S. Toh & Sons & Associates Limited
Sustainable Design Consultant	Atkins China Limited
Environmental Consultant	Atkins China Limited
Acoustic Consultant	Westwood Hong and Associates Limited

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