首页> 外文会议>European Symposium of the Working Party on Computer Aided Process Engineering pt.B >Design Synthesis for Simultaneous Waste Source Reduction and Recycling Analysis in Batch Processes
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Design Synthesis for Simultaneous Waste Source Reduction and Recycling Analysis in Batch Processes

机译:用于在批处理过程中同时废物源减少和再循环分析的设计合成

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The issues of waste generation in batch process plants differ in many aspects from those in continuous plants.Despite the smaller-scale of processing,complexities from discontinuities and run-to-run variations make waste minimization in batch plants more challenging.In this paper,we introduce an integrated qualitative-quantitative methodology and decision support system,called Batch-ENVOPExpert,for assessing waste minimization opportunities in batch processes.First,a qualitative analysis is performed to identify the sources of wastes and to derive recipe-level waste minimization solution.This is followed by detailed analysis at process variables level using mathematical simulation.The application of the methodology is illustrated using a propylene glycol case study.
机译:批量过程植物中废物产生的问题在连续植物中的许多方面不同。分析较小的处理,不连续性的复杂性和运行的变化使得批量生产中的废物最小化更具挑战性。这篇论文,我们介绍了一种综合定性定量方法和决策支持系统,称为批量enopexpert,用于评估批量流程中的废物最小化机会。首先,进行定性分析以识别废物源和衍生配方水平废物最小化解决方案。随后使用数学模拟处理变量水平的详细分析。使用丙二醇案例研究说明方法的应用。

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