In this study, an industrial milk evaporation process is introduced and a mathematical model of a multi-effect falling film evaporator is developed using MATLAB/Simulink to evaluate the performance of the controller. A real-time closed-loop auto-tuning PID controller is presented as a candidate control strategy for the evaporation process. The simulation results controlled by autotuning and conventional PID are compared and discussed and the performance improvement by the auto-tuning PID controller is illustrated
Model-based design is in many ways seen as a potential instrument in process in-dustries due to the ...
Multiple-effect evaporators are widely used in dairy industries to concentrate milk, which will be f...
This thesis describes the development and application of modern control techniques to an industrial ...
Evaporation processes are commonly applied in the food industries to concentrate the liquor for futu...
Evaporation processes are commonly applied in the food industries to concentrate the liquor for futu...
Due to the requirements for enhanced food safety and different nutrient demand for customers, food p...
The paper presents a new multivariable control concept for falling film evaporators (FFEs). Our conc...
This study aims to improve the performance of Proportional+Integral+Differential (PID) control to re...
Proportional–Integral–Derivative (PID) controllers are used in many of the Industries for various pr...
Falling film evaporators constitute an essential part of dairy powder production facilities. Evapora...
The modelling of dairy processing using commercial process simulator lags behind chemical and petroc...
In this thesis, the working principles of falling film evaporator used in dairy industries in relati...
Embargoed until 1 March 2007Falling-film evaporators in the dairy industry are key process units whe...
Evaporation is used in the dairy industry to reduce the production costs of powder production (inclu...
This paper reports on the controllability analysis of an industrial five-effects-evaporator process ...
Model-based design is in many ways seen as a potential instrument in process in-dustries due to the ...
Multiple-effect evaporators are widely used in dairy industries to concentrate milk, which will be f...
This thesis describes the development and application of modern control techniques to an industrial ...
Evaporation processes are commonly applied in the food industries to concentrate the liquor for futu...
Evaporation processes are commonly applied in the food industries to concentrate the liquor for futu...
Due to the requirements for enhanced food safety and different nutrient demand for customers, food p...
The paper presents a new multivariable control concept for falling film evaporators (FFEs). Our conc...
This study aims to improve the performance of Proportional+Integral+Differential (PID) control to re...
Proportional–Integral–Derivative (PID) controllers are used in many of the Industries for various pr...
Falling film evaporators constitute an essential part of dairy powder production facilities. Evapora...
The modelling of dairy processing using commercial process simulator lags behind chemical and petroc...
In this thesis, the working principles of falling film evaporator used in dairy industries in relati...
Embargoed until 1 March 2007Falling-film evaporators in the dairy industry are key process units whe...
Evaporation is used in the dairy industry to reduce the production costs of powder production (inclu...
This paper reports on the controllability analysis of an industrial five-effects-evaporator process ...
Model-based design is in many ways seen as a potential instrument in process in-dustries due to the ...
Multiple-effect evaporators are widely used in dairy industries to concentrate milk, which will be f...
This thesis describes the development and application of modern control techniques to an industrial ...