The industrial world is facing the challenge of reducing emissions by means of energy- and resource-efficient manufacturing strategies. In some cases, the exerted emissions and the energy demands related to conventional manufacturing processes are not as intensive as those required to extract and produce the raw materials of which the workpieces are made. Therefore, the consciousness of the impact of material usage and the eco-informed choice of the end-of-life scenarios are both needed in view of sustainable development. Aim of this paper is to offer a contribution to a better understanding of the environmental impact of forming and machining processes, for the production of Al-based components, when varying the aluminum recycling strategy.

On the impact of recycling strategies on energy demand and CO2 emissions when manufacturing Al-based components / Priarone, PAOLO CLAUDIO; Ingarao, Giuseppe; Settineri, Luca; Di Lorenzo, Rosa. - 48:(2016), pp. 194-199. (Intervento presentato al convegno 23rd CIRP Conference on Life Cycle Engineering (LCE 2016) tenutosi a Berlin, Germany nel 22-24 Maggio 2016) [10.1016/j.procir.2016.03.044].

On the impact of recycling strategies on energy demand and CO2 emissions when manufacturing Al-based components

PRIARONE, PAOLO CLAUDIO;SETTINERI, Luca;
2016

Abstract

The industrial world is facing the challenge of reducing emissions by means of energy- and resource-efficient manufacturing strategies. In some cases, the exerted emissions and the energy demands related to conventional manufacturing processes are not as intensive as those required to extract and produce the raw materials of which the workpieces are made. Therefore, the consciousness of the impact of material usage and the eco-informed choice of the end-of-life scenarios are both needed in view of sustainable development. Aim of this paper is to offer a contribution to a better understanding of the environmental impact of forming and machining processes, for the production of Al-based components, when varying the aluminum recycling strategy.
2016
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Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/11583/2647563
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