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Appropriate selections of distillation column control variable to improve integrating material recycle response

机译:Appropriate selections of distillation column control variable to improve integrating material recycle response

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The distillation column control strategy in a standalone column ensures a safe and stable column operation by holding the purities/or impurities in distillate and bottoms product streams. In general, the sensitivity analysis method provides the column control variable which contributes in robust process operation, however, in this example the importance of control variables selection through different methods are compared for a specific case study wherethe distillation column is located/placed inside the recycle loops of two different recycle streams. The control variables for distillation column located within two different recycle loops is first selected using sensitivity analysis shows an integrating (ramp like) recycle flow rate for a nominal (±10%) throughput change. Later, a thorough dynamic analysis is implemented with control variables obtained from different methods to understand this peculiar recycle response. Further, these methods are discussed to improvise the dynamic response.
机译:独立柱中的蒸馏柱控制策略通过储存馏分和底部产物流中的纯度/或杂质来确保安全和稳定的柱操作。通常,灵敏度分析方法提供了在鲁棒过程操作中贡献的列控制变量,然而,在该示例中,将通过不同方法选择的控制变量选择的重要性,以进行特定情况研究,然后蒸馏塔定位/放置在回收内两个不同的回收流的循环。首先使用灵敏度分析选择位于两个不同的回收环内的蒸馏塔的控制变量,示出了标称(±10%)通量变化的整合(斜坡等)循环流量。稍后,利用从不同方法获得的控制变量来实现彻底的动态分析,以了解这种特殊的回收响应。此外,讨论了这些方法以即使动态响应即兴。

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