Astrup, Thomas Fruergaard1; Scheutz, Charlotte1; Damgaard, Anders1; Boldrin, Alessio1; Rørbech, Jakob Thaysen1; Vyzinkarova, Dana2; Klinglmair, Manfred1; Edjabou, Vincent Maklawe Essonanawe1; Götze, Ramona1; Allegrini, Elisa1; Pivnenko, Kostyantyn1
1 Department of Environmental Engineering, Technical University of Denmark2 Residual Resource Engineering, Department of Environmental Engineering, Technical University of Denmark
DTU Environment has launched the IRMAR initiative in collaboration with internationally leading partners to improve the scientific basis for integrated assessment of both the quality of resources in waste and the environmental aspects of resource recovery. Today, the basis for prioritization between individual resources is not available: which resources should be recovered from waste and which waste streams should be prioritised for this recovery? Which final resource quality should be achieved? The answers to these questions are less simple than they may appear. With IRMAR, we offer a critical analysis of existing resource assessment approaches (e.g. exergy, statistical entropy, resource indicators, criticality, etc.). On this basis, we develop a consistent framework for integrated assessment of resource recovery and implement this in our EASETECH waste LCA model. The entire concept is demonstrated based on a range of full-scale case studies in collaboration with the waste industry.
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Sardinia 2013 - 14th International Waste Management and Landfill Symposium