case study hospital
DESCRIPTION
orthopedic hospital case study presentationTRANSCRIPT
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BREEAM OUTSTANDING ACCREDITED HOSPITAL
MISSION STATEMENT
The building design and engineering strategy follows the needs of a 21st century healthcare facility
providing a therapeutic environment that promotes health and well-being, is patient orientated,
intuitive and flexible to future needs. The aim is to design a positive impact building that uses fewer
resources, generates less waste, curbs CO2 emissions and to save the NHS money over its life-cycle.
All wash basins are sensor operated
All surfaces, floors and walls have an easy clean, durable
hygienic surface coating.
MECHANICAL SERVICES
9 Air Handling Units have been selected to
provide all occupied rooms with the option
of mechanical ventilation.
Ultra Clean Ventilation system used within
the operating theatres for infection control.
10kW ground source heat pump used for
under-floor heating in atrium.
10000L GRP Storage Tank stores sufficient
water to supply 24 hour requirements.
460kW gas fired, condensing boiler selected
as the primary method of heating water.
External VIE has been sized to store
3927L of oxygen at -160C.
ELECTRICAL SERVICES:
Calculated power requirement of
210kVA, supplied by LV DNO connection.
Standby generator provides backup to the
essential areas of the hospital.
Solar shading system tracks the sun and
collects electricity via PV technology.
62 PV panels installed on the roof.
Fibre optic cables draw natural light down
into corridors.
ESTIMATED CAPITAL COST: 7.92M Cost per square metre: 1494
SUPERSTRUCTURE:
Cast-in-situ reinforced concrete frame.
C50/60 concrete mix with a 50% GGBS
content specified.
Flat slab design offers maximum flexibility in layout.
Slabs designed using the yield-line method.
The structure is braced by concrete shear walls incorporated into lift cores.
Steel sections have been utilized in the atrium to provide long spans of column free space.
SUBSTRUCTURE:
CFA piles are to be utilized due to their low noise and vibration installation.
144 CFA piles (450mm diameter) are to be installed to a depth of 23 metres.
Floor slabs are to be ground bearing.
PROJECT COSTS:
BREEAM Rating: 85.2%.
ARCHITECTURAL CONCEPTS:
The hospital layout is designed around clinical adjacencies to ensure it is highly
functional.
Patient orientated design that promotes health and wellbeing.
Intuitive layout reduces the stresses of wayfinding within the hospital.
Wherever possible natural daylight is introduced and views to the outside are
provided.
The facade design follows a modern, simple and efficient statement design.
Each floor is divided into 3 main fire compartments. Each compartment has
two independent escape routes
25% Green Space.
INFECTION CONTROL:
Inpatient and outpatient departments separated.
Clean and dirty corridors provided for operating theatres.
High ventilation rates throughout patient areas prevent airborne transmission.
SUSTAINABILITY:
Narrow plan design reduces energy costs.
Rainwater harvesting for toilet flushing and irrigation.
Locally sourced materials & labour specified.
Extensive green roof.
Building management system optimises the use of services.
Flexible for future developments in medical science
or management.
R. Bayton, B. Drew, S. Godicke, T. Lawson & I. Smith
Cardiff Bay Orthopaedic Hospital Group F
20
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