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One of the most important task in sugar production process is to ensure an optimum working regime for the multiple-effect evaporator. In this paper we present the development of a physical model of a five-effect evaporator process for analysis and synthesis of different control schemes. A number of feedback and feedforward strategies are investigated. These include model-based nonlinear and linear...
The dynamic behaviour of an industrial five-effect evaporator in sugar manufacturing is determined using the parameter identification approach. The purpose is to obtain an accurate mathematical model that can be used for advanced control design. The evaporation process in sugar industry is highly complex. This process is characterized by strong disturbances with nonlinearities, many constrains and...
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