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An Intelligent System for Identifying Waste Minimization Opportunities in Chemical Processes

机译:一种智能系统,用于识别化学过程中的废物最小化机会

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Pollution prevention is one of the major issues facing the chemical industry worldwide. Increasing environmental awareness and regulations have put pressure on the chemical industry for implementing waste minimization at the source rather than relying on end-of-pipe treatment. Conducting a waste minimization review is time-consuming, expensive and labor- and knowledge-intensive. An automated system that performs waste minimization analysis would reduce the time and effort required for a thorough review and thus is attractive. In this paper, we propose a knowledge-based system, called ENVOPExpert, that can detect and diagnose waste generation in any chemical process, and identify process-specific waste minimization options. ENVOPExpert has been tested on an industrial hydrocarbon separation process. We also present ENVOPExpert's results for the case study and compare it with waste minimization options suggested by a team of experts.
机译:污染预防是全球化学工业面临的主要问题之一。增加环境意识和法规对化学工业进行了压力,以实现源头的废物最小化,而不是依靠管道终点处理。进行废物最小化评论是耗时,昂贵和劳动和知识密集的。执行废物最小化分析的自动化系统将减少彻底审查所需的时间和精力,因此很有吸引力。在本文中,我们提出了一种被称为Envopexpert的知识系,可以检测和诊断任何化学过程中的废物产生,并识别特定于过程的废物最小化选项。 Envopexpert已在工业碳氢化合物分离过程上进行测试。我们还为案例研究提供了Envopexpert的结果,并将其与专家团队建议的废物最小化选项进行比较。

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