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Control effort reduction by optimizing the parameters of a PI control for dissolved oxygen concentration in an active sludge system

机译:通过优化活性污泥系统中溶解氧浓度的PI控制参数来减少控制工作量

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The biological treatment of industrial waste is a priority theme for the sustainable development of any society. In recent years, there has been a significant increase in the study of the efficiency of this process. This study aims to control the dissolved oxygen concentration through the agitator to degrade organic matter and total ammonia nitrogen within the established hydraulic residence time with less control effort. For that, two control schemes ware designed in Matlab, a conventional PI and a PI with parameters optimized regarding some conditions. In both cases, de degradation was succeed, but the second one achieve a lower control effort, 200 rpm less than the PI conventional and an early stabilization of the concentration of dissolved oxygen, about ten hours less.
机译:工业废物的生物处理是任何社会可持续发展的优先主题。近年来,对该过程效率的研究已大大增加。本研究旨在通过搅拌器控制溶解氧的浓度,以在确定的水力停留时间内以较少的控制工作量降解有机物和总氨氮。为此,在Matlab中设计了两种控制方案,即传统的PI和具有针对某些条件进行了优化的参数的PI。在这两种情况下,都可以成功地进行降解,但是第二种方法的控制力较低,比传统的PI降低了200 rpm,并且较早地使溶解氧的浓度稳定了约十小时。

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