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Informing water policy using dynamic, process-based system modelling Fagan, J.E., M.A. Reuter and K.J. Langford Department of Civil and Environmental Engineering, The University of Melbourne, Victoria Email: j.fagan@cive
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Document Date: 2013-01-16 20:18:24


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Melbourne / Cycle Assessment / Amersfoort / /

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MathWorks Inc. / PRe Consultants B.V. / John Wiley & Sons / /

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Dam Drinking Water Treatment River Sludge Concentration Cd2+ / Residential building / The University of Melbourne / /

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energy production / energy demand / utility energy / metal / water services / science/engineering tool / chosen systems / chemical reactions / energy balance / energy consumption / unit energy / embodied energy / process control software / energy-intensive desalination / energy balances / energy cycles / energy recovery systems / sewer infrastructure / temperature-energy term / greenfield site / chemical reaction / rubber / energy signal / chemical species / chemicals / water systems / pipe network / energy / steel / /

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University of Melbourne / Fagan / J.E. / M.A. Reuter and K.J. Langford Department of Civil and Environmental Engineering / European Union / European Parliament / /

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Van Schaik / /

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