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Integrated Material and Energy Flow Analysis towards Energy Efficient Manufacturing

机译：集成材料和能量流分析以实现节能制造

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摘要

The manufacturing industry is shifting towards sustainability as a business strategy to maximize added value with minimum resource consumption. An increasing number of publications highlight the importance and ongoing development of general methodologies to achieve the aforementioned goal. However, the focus has been mainly on separate management of the material flow, process control and energy consumption. Moreover, only limited industrial applications have been reported to show the real achievable benefits for industries. This paper presents a roadmap for improving the energy efficiency of a manufacturing plant, through increasing transparency in material and energy flows to derive detailed feasibility studies of improvement measures and applicability. Final results illustrate the importance of the integrated material and energy flow to guarantee achievement of the main production objectives in addition to maximizing the energy saving potentials.
机译：制造业正朝着可持续发展的方向发展，这是一种以最少的资源消耗实现最大增值的业务战略。越来越多的出版物强调了实现上述目标的通用方法的重要性和持续发展。但是，重点主要放在物料流，过程控制和能耗的单独管理上。此外，据报道只有有限的工业应用显示出对工业真正可实现的好处。本文提出了通过提高材料和能量流的透明度以得出改进措施和适用性的详细可行性研究来提高制造工厂能效的路线图。最终结果表明，整合材料和能量流对确保实现主要生产目标以及最大程度地发挥节能潜力的重要性。

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