Abstract: This paper focuses on applying model based MIMO control to minimize variations in water level for a specific boiler type. A first principles model is put up. The model is linearized and an LQG controller is designed. Furthermore the benefit of using a steam flow measurement is compared to a strategy relying on estimates of the disturbance. Preliminary tests at the boiler system show that the designed controller is able to control the boiler process. Furthermore it can be concluded that relying on estimates of the steam flow in the control strategy does not decrease the controller performance remarkable. Copyright c©2005 IFA
Boilers can be considered as consisting of three main components: (i) the pressure part, (ii) the bu...
This paper discusses the application of hybrid model predictive control to control switching between...
Automatic water level control in steam generators is currently achieved via a three-element controll...
This paper focuses on applying model based MIMO control to minimize variations in water level for a ...
This paper focuses on model analysis of a dynamic model of a bottom fired one-pass smoke tube boiler...
This thesis is devoted to apply a Multi-Input Multi-Output (MIMO) controller to a specific Steam Boi...
This thesis presents a mathematical process model for the dynamic analysis of a vertical reheat boil...
An optimizing control system for improving the load following capabilities of power plant units has ...
The boiler drum water level control is one of the most important controls used in chemical process i...
In this paper, the problem of model predictive control for drum water level of boiler systems is inv...
Abstruct- This paper presents the development of a control oriented boiler model carried out on the ...
ABSTRACT: This paper summarises a number of results gathered over the past few years regarding model...
Abstract:- The paper presents the research results related to control of the steam boiler parameters...
Abstract: This paper discusses the application of hybrid model predictive control to control switchi...
High fuel costs, stringent safety and pollution standards and the need to increase plant life-time h...
Boilers can be considered as consisting of three main components: (i) the pressure part, (ii) the bu...
This paper discusses the application of hybrid model predictive control to control switching between...
Automatic water level control in steam generators is currently achieved via a three-element controll...
This paper focuses on applying model based MIMO control to minimize variations in water level for a ...
This paper focuses on model analysis of a dynamic model of a bottom fired one-pass smoke tube boiler...
This thesis is devoted to apply a Multi-Input Multi-Output (MIMO) controller to a specific Steam Boi...
This thesis presents a mathematical process model for the dynamic analysis of a vertical reheat boil...
An optimizing control system for improving the load following capabilities of power plant units has ...
The boiler drum water level control is one of the most important controls used in chemical process i...
In this paper, the problem of model predictive control for drum water level of boiler systems is inv...
Abstruct- This paper presents the development of a control oriented boiler model carried out on the ...
ABSTRACT: This paper summarises a number of results gathered over the past few years regarding model...
Abstract:- The paper presents the research results related to control of the steam boiler parameters...
Abstract: This paper discusses the application of hybrid model predictive control to control switchi...
High fuel costs, stringent safety and pollution standards and the need to increase plant life-time h...
Boilers can be considered as consisting of three main components: (i) the pressure part, (ii) the bu...
This paper discusses the application of hybrid model predictive control to control switching between...
Automatic water level control in steam generators is currently achieved via a three-element controll...