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When is Green Really Green? A Pilot Investigation of Time Effects Using LCA Data

机译:什么时候绿色才真正绿色?使用LCA数据进行时间效应的初步调查

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摘要

A pilot model using Simulink~TM of three interlinked industrial sectors leading to painted automotive bodies was constructed for the purpose of observing time based effects on an Life Cycle Analysis (LCA). Current LCA neglects time under an implicit assumption that material inventory data is steady state. In this study, process models were built which included time as a parameter in addition to LCA material inventory data. The results show that time is a critical factor in the overall material inventory. If the transient behavior due to demand or regulatory control results in an industry instability, material supplies may be interrupted or overproduced depending on the timing and strength of the control. Furthermore, potentially greater inventories of Undesirable materials could occur. These effects are not Currently captured by LCA Inventory Analysis Procedures. However, this paper shows that use of Dynamic modeling can correct this situation.
机译:为了观察基于时间的生命周期分析(LCA)影响,建立了一个使用SimulinkTM的试验模型,该模型使用三个相互关联的工业领域来产生涂漆的车身。当前LCA在材料库存数据为稳定状态的隐式假设下忽略了时间。在这项研究中,建立了过程模型,除了LCA材料清单数据外,还包括时间作为参数。结果表明,时间是总体物料清单中的关键因素。如果由于需求或监管控制而导致的瞬态行为导致行业不稳定,则根据控制的时机和强度,可能会中断或过量供应材料。此外,可能会出现更多的不良物料库存。 LCA库存分析程序当前未捕获这些影响。但是,本文表明使用动态建模可以纠正这种情况。

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