which has continued to the present day). The old RAH stood adjacent to both the University of Adelaide (established 1874) and the University of South Australia (established as South Australian School of Mines and Industries on that site in 1889). Its campus was also home to the University of Adelaide's Medical School and the Hanson Institute and SA Pathology. The old hospital's morgue still stands in the Botanic Gardens. The old RAH included an advanced burns unit, the Adult Burn Centre, led by John Greenwood, and in 2009 became the only burns unit to be verified by the American Burn Association outside of North America. The Royal Adelaide Hospital is the only provider of hyperbaric oxygen therapy in South Australia. Its Hyperbaric Medical Unit (HMU) opened in 1985. The principal treatment equipment as of 2013 was a pair of twin-lock, multi-place hyperbaric chambers. One of these chambers was the first rectangular steel chamber in Australia. After completion of the new building in 2017, a phased move to the new premises took place, and the old site was designated Lot Fourteen, with various plans mooted regarding its redevelopment, including a space hub. The heritage buildings on the site are being kept. 2017: new building The new Royal Adelaide Hospital is located on a former railyards site within the Adelaide Park Lands. It is situated on the north side of North Terrace and west of Morphett Street. Starting construction in 2011, costing over A$2 billion, the new Royal Adelaide Hospital is the most expensive hospital built in Australia, taking 1st place from the A$2 billion Fiona Stanley Hospital in Perth. The contractor was a joint venture of Hansen Yuncken and Leighton Contractors. The building was completed in 2017, and the move from the old hospital into the new site was completed over four days, 4–7 September. More than 6,000 staff are expected to work at the hospital, and all rooms are single patient suites with private bathroom facilities. There are 40 operating theatres, each measuring 65m2. The building is technologically advanced, with a fleet of automated robotic vehicles to help move supplies, meals and equipment around the hospital, and a tailor-made patient electronic medical record. The hospital was designed to achieve a 50% reduction in greenhouse gas emissions compared to equivalent hospitals. A co-generation system uses waste heat from energy generators for the domestic hot water system. Orientation of the buildings is