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Pseudo Bond Graph modelling and on-line estimation of unknown kinetics for a wastewater biodegradation process

机译:废水处理过程中的伪键图建模和未知动力学的在线估算

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This paper deals with the problem of modelling and on-line estimation of kinetics for a biomethanation process. This bioprocess is in fact a wastewater biodegradation process with production of methane gas, which takes place inside a Continuous Stirred Tank Bioreactor. The reaction scheme and the analysis of biochemical phenomena inside the bioreactor are used in order to obtain a nonlinear dynamic model of the bioprocess, by means of the pseudo Bond Graph method. Two nonlinear estimation strategies are developed for the identification of unknown kinetics of the bioprocess. First, an estimator is developed by using a state observer based technique. Second, an observer based on high-gain approach is designed and implemented. Several numerical simulations are performed in order to analyse and compare the behaviour and the performance of the proposed estimators.
机译:本文讨论了生物甲烷化过程动力学建模和在线估算的问题。实际上,该生物过程是在连续搅拌罐式生物反应器内进行的废水生物降解过程,产生甲烷气体。为了获得生物过程的非线性动力学模型,使用了伪键图方法,使用了反应方案和生物反应器内部的生化现象分析。开发了两种非线性估计策略,用于识别生物过程的未知动力学。首先,通过使用基于状态观察器的技术来开发估计器。其次,设计并实现了一个基于高增益方法的观察者。为了分析和比较建议的估计器的行为和性能,执行了一些数值模拟。

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