首页> 外文会议>36th European Symposium of the Working Party on Computer Aided Process Engineering Jun 1-4, 2003 Lappeenranta, Finland >Optimal Grade Transition Campaign Scheduling in a Gas-Phase Polyolefin FBR Using Mixed Integer Dynamic Optimization
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Optimal Grade Transition Campaign Scheduling in a Gas-Phase Polyolefin FBR Using Mixed Integer Dynamic Optimization

机译:混合整数动态优化的气相聚烯烃FBR最佳牌号过渡计划

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摘要

Transitions between different polymer grades seem to be a frequent operating profile for polymerization processes under the current market requirements for product with diverse specifications. A broader view of the plant operating profile without focusing only on a single changeover between two polymer grades raises the problem of the optimal sequence of transitions between a certain number of grades. An integrated approach to the optimal production scheduling in parallel with the optimal transition profiles is carried out using Mixed Integer Dynamic Optimization (MIDO) techniques. A remarkable improvement on process economics is observed in terms of the off-spec production and the overall transition time.
机译:在当前市场对具有各种规格的产品的要求下,不同聚合物等级之间的过渡似乎是聚合工艺的常见运行情况。在不仅仅关注两个聚合物等级之间的单一转换的情况下,对工厂操作概况的更宽泛的视野提出了在一定数量的等级之间的最佳过渡顺序的问题。使用混合整数动态优化(MIDO)技术执行了与最佳过渡配置文件并行的最佳生产计划的集成方法。从不合格的生产和整个过渡时间来看,过程经济学得到了显着改善。

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