Building for the Future Sustainable Spaces Advancing Education & Research
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Building For the Future Sustainable Spaces Advancing Education & Research A ‘Group of Eight’ Sustainable Buildings Showcase 2 The ‘Group of Eight’ comprises Australian National University, Monash University, The University of Melbourne, The University of Sydney, The University of Queensland, The University of Western Australia, The University of Adelaide, and The University of New South Wales. 2 SYDNEY UNIVERSITY 3 Building For the Future Australia’s leading research Universities know the leaders of tomorrow, ascend from the foundations of today. At the forefront of an evolving educational landscape, the ‘Group of Eight’ continuously strive to inspire curiosity, challenge thinking, spark innovation and bring education to life through exceptional teaching in exceptional places. This publication showcases a snapshot of those The University Inkarni Wardii 02 of Adelaide places; world-class, high-performance, sustainable facilities which re-define best practice in tertiary Australian National Jaegar 5 04 University education buildings. Built for the future, these spaces Jaegar 8 06 move beyond basic environmental sustainable design Monash University Green Chemical Futures 08 principles to demonstrate what is possible when clever technology and inspired design intersect. Logan Hall 10 Building 56 12 From living laboratories to thermally sound The University Melbourne Brain Centre 14 environments, reusing the old to make new, and of Melbourne optimising for people and purpose — each building The Peter Doherty Institute 16 for Infection & Immunity considers a number of sustainability aspects to foster and drive best performance from both its occupants Melbourne School of Design 18 and operating systems. The University of Tyree Energy Technologies Building 20 New South Wales Lowy Cancer Research Centre 22 Biological Sciences Building 24 The University Global Change Institute 26 of Queensland Advanced Engineering Building 28 The University of Sydney Abercrombie Business School 30 The University of Reid Library 32 Western Australia Indian Ocean Marine Research Centre 34 Who lives here: This nine-storey special relationship the University be found in each corner of every computer server rooms is linked building is home to the Faculty of Adelaide shares with the Kaurna second floor of Ingkarni Wardii to the hydronic loops in the of Engineering, Computer and people; the original custodians of providing an abundance of natural floor. This technology includes Mathematical Sciences and the land on which the University light to the building and a relaxing 77 kilometres of pipe work to provides world-class teaching, is situated. place for staff and students to take cool and maintain the building’s learning and research facilities. a break. temperature all year round. The building is used by more than What’s inside: Innovative, Fresh air, heating and cooling 5,000 staff and students from the modern and convenient amenities Significance to campus: Ingkarni is dispersed through a number Schools of Mathematical Sciences, including study areas, computer Wardii was Australia’s first 6 Star of floor vents Ingkarni Wardii Computer Science, and Electrical laboratories, collaborative Green Star building (Education & Electronic Engineering. The teaching suites, ergonomic height- v1.0 design) to be accredited Transport Kaurna name, meaning ‘place of adjustable desks, and an exhibition by the Green Building Council – ‘End of trip’ facilities including learning or enquiry’, recognises the space for events and displays. The of Australia in 2010. This was a bike storage on the ground floor Lower Level, North Tarrace Campus building caters to the changing significant achievement for the needs of staff and students through University and demonstrates Construction The University of Adelaide flexible teaching and learning its commitment to building – The building’s east-west direction New build Building Area: 15,690m2 environments, and offers students outstanding teaching, research minimises heat gain during 24-hour access to its major and learning facilities using summer whilst maximising natural Sustainable Building Certification: resources and support facilities. sustainable construction methods. light. The northern façade is made 6 Star Green Star (Green Building Council of Australia) from a low emissivity double The ground floor of the building SUSTAINABILITY FEATURES glazed curtain wall and contains Cost: $100 million features a café, study area, Energy a number of decorative shadings Date of Completion/Occupation: centralised student printing centre, – A 30kW solar PV system on the to reduce heat load and blend May 2010 computer aided teaching suites roof and gas-fired trigeneration the building with surrounding and bike parking. More computer plant reduces the building’s peak heritage-listed buildings Architects & Designers: DesignInc Adelaide aided teaching suites can be found energy demand – The atrium roof is made from on the second floor where lecturers – Energy efficient lighting Ethylene Tetra Fluoro Ethylene Builder: Hindmarsh Construction are able to switch between any throughout the building is (ETFE); a highly durable, Australia screen during class to improve the controlled via a sensor system lightweight and transparent learning experience. Sunrooms can specifically designed to minimise film which allows the roof to electricity consumption inflate or deflate to stabilise air temperature using a pneumatic Water cushion system – A 500,000L underground rain – The Jarrah timber installation on water tank collects rainwater the wall of the internal stairwell diverted from the roof for use was recycled from the roof of the in toilets, irrigation and the original mathematics building building’s cooling towers which once occupied the site Waste AWARDS – Central waste and recycling 2012 UNAA World Environment Day stations are located on each Awards: Green Building Award floor. Waste is separated into 2011 MBA Award for Excellence general (landfill), comingled in Environmental & Sustainable recycling (mixed), and paper Commercial Construction and cardboard recycling 2011 Australian Institute of Architects SA Architecture Awards: Health & Wellbeing Public Architecture Commendation – Thermal chimneys run down 2011 Australian Institute of the north face of the building Architects SA Architecture Awards: and use convective action to Sustainable Architecture Award naturally ventilate the building. 100% fresh air is available to 2011 AIB Awards for Professional occupants; none of the air is Excellence at State & National recycled to promote a healthy Level Commercial Construction internal environment $50m-$100m – Hydronic loops within the 2010 Award for 6 Star Education v1 concrete floor (active slab Rating Building Design technology) are combined with an under-floor air distribution system to achieve high quality IMAGE CREDITS OPPOSITE: BEN OSBOURNE ventilation. Heat rejection from LEFT: DIANNA SNAPE PHOTOGRAPHY 2 THE UNIVERSITY OF ADELAIDE 3 thermal mass insulation internally and lightweight framing externally to facilitate good thermal stability for occupants – Heat recovered from SHRIMP laboratory cooling system condenser units is used to heat water for hydronic heating of Jaegar 5 upper floor slab Water – Low water use fixtures, fittings and appliances feature Mills Road, Acton Campus throughout building Australian National University Waste Refurbishment – Waste and recycling stations are located throughout the building and separated into general (landfill), comingled recycling (mixed), and paper & cardboard recycling Health & Wellbeing – Unique design and flow of roof encourages movement of air within building and enhances IMAGE CREDITS: STUART HAY Who lives here: The Research University, similar machines have ventilation of internal space School of Earth Sciences been built and shipped around the – Central corridor features an comprising academics, world upon request. abundance of roofline windows researchers, technical officers which attract natural light into and students. The building is also SUSTAINABILITY FEATURES the building reducing the need home to a suite of SHRIMP (Super Energy for additional lighting and High Resolution Ion Microprobe) – Low energy T5 light fittings providing a bright central space instruments — complex machinery feature throughout for occupants capable of detailed rock analysis. – A central BMS system controls The building refurbishment arose ceiling fans on a winter and Construction out of a need to house a new, summer mode to move air – High levels of insulation large SHRIMP machine with a through building and draw cool incorporated into every aspect footprint of around 6m x 6m. night air into the building through of building envelope to reduce operable louvres. This keeps thermal gain/loss including; What’s inside: Rooms housing the indoor climate comfortable and honed and sealed concrete SHRIMP instruments and support reduces reliance upon additional floors for mass storage, reverse machinery, as well as offices, heating and cooling masonry walls, a high density laboratory areas, collaboration – Building design intentionally 150mm thick foam roof and and breakout spaces. The building features reverse masonry; double glazed windows is largely open plan with high ceilings to facilitate good natural ventilation, draw in natural light Building Area: 767.4m2 and a create a bright, airy indoor Building design intentionally features environment for occupants. Cost: $2.8 million reverse masonry; thermal mass Date of Completion/Occupation: Significance to campus: