With a shared vision to create highly skilled advanced manufacturing jobs of the future within South Australia, Precision Components Pty Ltd, Enersalt Pty Ltd and the University of South Australia (UniSA) partnered to tackle challenging scientific and manufacturing problems to unlock new technological opportunities. Their efforts set them on the path to be a world leader in the design and manufacture of high quality sun-tracking energy systems, including heliostats and single axis tracking PV; launching a new start-up company, Heliostat-SA.
In partnership with the Automotive Australia 2020 CRC, the team recently completed the design, manufacture and installation of an R&D scale heliostat field at Edinburgh in Adelaide’s northern suburbs. Consisting of 25 heliostats each of area 7m2, the field has a 16m tall receiver tower fitted with a photo-voltaic collector.
Made from semi-conductor solar cells, the type used to power satellites in space, the receiver is able to generate around 30 KW of electricity per hour. This field is testament to the deep relationships that FII forms with industry and shows our flexible approach to partner engagement.
"We are helping to lead the global quest towards a cleaner and greener future. We believe this will be driven by socially responsible renewable energy production."
The multi-armed research-industry collaboration vastly improved management of separating minerals by flotation: improved recovery and/or grade of minerals, optimal price realisation, avoiding penalties and reduction in operating costs are all attributed to this work.
An independent assessment in 2012 identified that AMIRA P260G has delivered more than $1 billion to the mineral resource sector, representing a 22:1 return on investment for more than 100 industry sponsors of the project.
But the impacts extend beyond just economic return.
“More than 100 postgraduate students have been involved in mineral processing-related research, and are now working in industry and academia around the world,” said Professor Bill Skinner, Research Leader in Minerals and Resource Engineering. “Postgraduate employment represents the most effective means of long-term knowledge transfer into the sector.”
P260G was highlighted as an exemplar case study in the 2012 round of Excellence in Innovation for Australia. The continued promise of the project is clear, since it recently received further funding.
“The strong combination of fundamental and applied science and engineering in our approach to mineral processing at FII is very important to industry,” Professor Skinner said.
Professor of Regenerative Medicine Allison Cowin guides a partnership between FII and Australian company AbRegen Pty Ltd to develop a new therapeutic approach to wound healing. The initiative extends Professor Cowin’s research on the world’s first human therapeutic antibody for the cytoskeletal protein Flightless I.
“Our initial experiments found that Flightless I plays an important role in the development of the skin – so our antibody has the potential to not only help wounds heal but also to prevent the skin from breaking down again,” Prof Cowin said.
Professor Cowin is working with AbRegen to use this antibody therapy to help children with epidermolysis bullosa, a condition that leaves the skin so fragile that it can be damaged at the slightest touch. As there is no treatment or cure for this condition, daily wound care, pain management and protective bandaging are currently the only options available to improve quality of life. This new therapy being developed at FII made the finals of the Australian Health Innovation Challenge in 2015.
With financial support from the South Australian Government, FII researchers led by Associate Professor Erica Donner are working with industry to understand and limit the role of wastewater in transporting antibiotic resistant bacteria from health care facilities and urban populations into the wider environment.
“We are working with SA Water and SA Health to identify effective processes and disinfection technologies to optimise the removal of antibiotic resistant bacteria during wastewater treatment,” Associate Prof Donner explained. “Wastewater microbial communities are extremely complex. We use high-throughput DNA sequencing approaches to investigate the survival and selection of pathogens and other bacteria, and to monitor the retention, transfer, and loss of resistance genes in wastewater and treated effluents”.
Associate Professor Donner and her team are conducting this research in collaboration with the NIREAS-International Water Research Center (University of Cyprus, Cyprus) and the Volcani Center (Agricultural Research Organisation, Israel). They are also participating in European Union COST Action ES1403: ‘New and emerging challenges and opportunities in wastewater reuse’.
South Australia’s dry climate has inspired ground breaking research and development in water treatment and reuse, and has led to the State being recognised as a leader in risk-based water management.