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Sirius@Max: Stamicarbon and IPCOS Join Forces in Optimization of Urea Plants

机译:Sirius @ Max:Stamicarbon和IPCOS联手优化尿素工厂

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Model predictive control (MPC, also known as Advanced Process Control or APC) has been widely accepted industrially during the last decade, mainly because of its ability to handle constraints explicitly and the natural way in which it can be applied to multivariable processes. For processes with strong interaction between the different parameters, MPC can offer substantial performance improvements compared with the traditional single-input single-output PID-control strategies. The dense interaction matrix of urea processes, combined with its extreme slow dynamics make these processes ideally suited for MPC technology.
机译:模型预测控制(MPC,也称为高级过程控制或APC)在过去十年中已在工业上得到广泛接受,这主要是因为它具有显式处理约束的能力以及将其应用于多变量过程的自然方式。对于在不同参数之间具有强大交互作用的过程,与传统的单输入单输出PID控制策略相比,MPC可以显着提高性能。尿素工艺的密集相互作用矩阵及其极慢的动力学特性使这些工艺非常适合MPC技术。

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