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Vinyl Acetate Monomer (VAM) Plant Model: A New Benchmark Problem for Control and Operation Study

机译：醋酸乙烯单体（VAM）工厂模型：控制和运行研究的新基准问题

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摘要

A rigorous dynamic plant model of a vinyl acetate monomer (VAM) production was developed. This plant model enables the users to experience realistic plant operation, since it reflects the real plant characteristics and practical problems on the basis of experienced practitioners’ opinions. More importantly, the plant model provides a new benchmark problem; the users can investigate start-up/shutdown operation, plant-wide process control, fault detection and diagnosis, and others. Multiple scenarios prepared in the developed model cannot be simulated in conventional benchmark problems. The plant model can be used also for chemical engineering education. This advantageous plant model is released from Omega Simulation Co., Ltd. with a free limited license of Visual Modeler, which is a commercial dynamic simulator and can be linked with MATLAB?. This article aims to introduce the VAM plant model, the steady-state balance, various disturbances and malfunctions, and operation scenarios.
机译：建立了严格的醋酸乙烯酯单体（VAM）生产动态工厂模型。这种工厂模型可以根据实际从业者的意见反映出真实的工厂特征和实际问题，从而使用户能够体验实际的工厂操作。更重要的是，工厂模型提供了一个新的基准问题。用户可以调查启动/关闭操作，整个工厂的过程控制，故障检测和诊断等。在开发的模型中准备的多种方案无法在常规基准问题中进行模拟。该工厂模型还可以用于化学工程教育。这种具有优势的工厂模型是由Omega Simulation Co.，Ltd.发行的，它具有Visual Modeler的免费有限许可，Visual Modeler是一种商业动态模拟器，可以与MATLAB？链接。本文旨在介绍VAM工厂模型，稳态平衡，各种干扰和故障以及操作方案。

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