The research proposes a Life Cycle Assessment-based methodology for the evaluation of the environmental impacts associated with the activity of a reuse centre. The net environmental impact of used goods is obtained by composing two contributions of the system: the “avoided” impacts of the first life (production, transport, use, end-of-life), and the “additional” impacts of the second life (transport, reuse). To compare new goods with used ones, specific parameters affecting the system are defined: susbstitution rate, quality rate, and energy performance rate. The methodology is applied to the “Panta Rei” reuse centre in Italy. The analysed reuse centre yielded environmental benefits in 6 out of 16 impact categories according to EF 3.0 characterization method. Outcomes would change with different values of the rates: e.g. 100% substitution of new with used goods would bring benefits across all 16 categories. The research highlights consumers’ role in ensuring benefits of waste prevention activities.

Quantification of the environmental benefits associated with the activity of the “Panta rei” reuse centre with the LCA methodology

Nichilo M. J. F. A.;Cavenago G.;Grosso M.;Rigamonti L.
2024-01-01

Abstract

The research proposes a Life Cycle Assessment-based methodology for the evaluation of the environmental impacts associated with the activity of a reuse centre. The net environmental impact of used goods is obtained by composing two contributions of the system: the “avoided” impacts of the first life (production, transport, use, end-of-life), and the “additional” impacts of the second life (transport, reuse). To compare new goods with used ones, specific parameters affecting the system are defined: susbstitution rate, quality rate, and energy performance rate. The methodology is applied to the “Panta Rei” reuse centre in Italy. The analysed reuse centre yielded environmental benefits in 6 out of 16 impact categories according to EF 3.0 characterization method. Outcomes would change with different values of the rates: e.g. 100% substitution of new with used goods would bring benefits across all 16 categories. The research highlights consumers’ role in ensuring benefits of waste prevention activities.
2024
ENEA-CONAI Master Thesis Award 2023 and 2024 - Proceedings of the selected thesis
978-88-8286-489-7
Reuse centre; Circular economy; Life Cycle Assessment; Waste prevention; Consumers’role
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Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/11311/1286765
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