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首页> 外文会议>International Congress on Mineral Processing and Extractive Metallurgy 11 - 13 September 2000 Melbourne, Victoria >The Complexity of Material Cycle Simulation and Design-Co-Incineration
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The Complexity of Material Cycle Simulation and Design-Co-Incineration

机译：材料循环模拟与设计-共焚化的复杂性

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摘要

From a material cycles prespective all processes are interconnected and consequently a process can never be evaluated as an isolated and independent unit. This also holds true for the evaluated co-incineration options. Environmental and sustainability issues for example, such as raw mateiral and energy utilisation or air pollution, are a resutlant of the whole system of industrial activities. It is therefore important, not to optimise a single process or industrial activity, but rather the whole system. Although engineering procedures for the design of individual industrial units are well developed, the problem of determining the best arrangement of these interconnected units is often far more difficult. Regulation that manages the arrangement of the units for waste processing is still under construction.
机译：从物料循环来看，所有过程都是相互联系的，因此，永远不能将一个过程视为一个孤立的独立单元。对于评估的共焚选项也是如此。例如环境和可持续性问题，例如原材料和能源利用或空气污染，是整个工业活动系统的结果。因此，重要的是不要优化单个过程或工业活动，而要优化整个系统。尽管用于单个工业单元设计的工程程序已经很好地开发了，但是确定这些互连单元的最佳布置的问题通常要困难得多。管理废物处理单元布置的法规仍在建设中。

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