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On the Impact of Recycling Strategies on Energy Demand and CO2 Emissions When Manufacturing Al-based Components

机译:在制造铝基组件时,回收策略对能源需求和CO 2 排放的影响

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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.
机译:工业界正面临通过能源和资源高效的制造策略来减少排放的挑战。在某些情况下,与常规制造过程相关的施加的排放和能量需求不如提取和生产制成工件的原材料所需的排放和能量需求那么密集。因此,从可持续发展的角度出发,既需要意识到材料使用的影响,又要对报废方案进行生态明智的选择。本文的目的是在改变铝的回收策略时,为更好地理解成形和加工过程对环境的影响做出贡献,以生产铝基部件。

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