Feasibility of Emerging Technologies Based Cogeneration Systems for University of Technology Sydney


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This paper presents an optimum selection of a co-generation system for heat and power generation at University of Technology Sydney, based on technological, environmental, social and economical factors. Five potential cogeneration concepts were developed based on Internal combustion (IC) engines, External combustion engines including Stirling engine, Organic Rankine cycle (ORC), Kalina cycle, and Fuel-cells, and compared. Organic Rankine Module (ORC) is finally selected. The selected cogeneration offers shorter payback period, lower IRRand net-energy savings, lower Co2 emissions, and higher electric-power generation capacity.



Advanced Materials Research (Volumes 452-453)

Edited by:

Liu Pei




J. Madadnia et al., "Feasibility of Emerging Technologies Based Cogeneration Systems for University of Technology Sydney", Advanced Materials Research, Vols. 452-453, pp. 1084-1088, 2012

Online since:

January 2012




[1] J.H. Horlock, Cogeneration: Combined Heat and Power, First edition, Pergamon, UK, (1987).

[2] Ahluwalia V., 1997, Co-generation Case Study at Sydney Institute of Technology, StateProjects, professional services arm of NSW Public Works.

[3] M. Roarty, Cogeneration-Combined Heat and Power (Electricity) Generation, Parliament of Australia- Parlimentary Library, Research Note 21 , (1999).

[4] J. Madadnia, P. Martinak, D. Coelho, P. Stehlik, N. Liyanage, Feasibility of Cogeneration for University of Technology Sydney, Case Study, (2001), pp.219-227.

[5] J. Usher, C. Riedy, J. Daly, and K. Abeysuriya, Cogeneration in NSW- Review and Analysis of Opportunities, (2008).

[6] N. Faysal, Design of a Cogeneration for UTS building-10, Internal Report, FMU, UTS, (2010).

[7] Energetics, Save money on your energy bills, despite recent price increases(07/2010) Newsletter, < http: /www. energetics. com. au/newsroom/energy_newsletter/2010-newsletters-3/renegotiate-your-electricity- >.