IN this paper we shall consider the optimal control of a chemical reactor which consists of two concentric tubes, the inner of which contains the reactants and the space between contains the coolant. The directions of flow of the reactants and coolant will be assumed here to be parallel (the co-current model) since the rate of reaction has its maximum value at the inlet of the reactor and so the maximum rate of heat transfer should also occur at the inlet
The control of isothermal and adiabatic plug-flow tubular reactors by variation of flow rate was stu...
A chemical plant involves the following basic operations, or stages:(a)raw-material handling and pre...
This series of two papers deals with the spatial optimization of the heat exchanger temperature prof...
A theoretical and experimental study was conducted on the optimal steady state operation of a jacket...
The paper presents the cascade control design of a tubular chemical reactor with an exothermic conse...
The design, stability and control of multitubular fixed bed catalytic reactors are considered throug...
In many applications of optimal control theory to industrial processes it can be difficult to chose ...
PhDChemical engineeringUniversity of Michigan, Horace H. Rackham School of Graduate Studieshttp://de...
Maximum temperature of reactant mixture is an important parameter regarding reactor safety. If the c...
The paper deals with adaptive LQ cascade control design of a tubular chemical reactor with an exothe...
A tube-in-tube flow reactor allows the generation and immediate use of CO, without the need for CO c...
Catalytic flow reversal reactor (CFRR) is a special type of reactor that traps heat generated by ex...
This paper describes the development of a suitable control strategy for the heating process of a lab...
The paper deals with the cascade control of a tubular chemical reactor. The control is performed in ...
Optimal heat exchanger temperature profiles of exothermic tubular reactors were determined under the...
The control of isothermal and adiabatic plug-flow tubular reactors by variation of flow rate was stu...
A chemical plant involves the following basic operations, or stages:(a)raw-material handling and pre...
This series of two papers deals with the spatial optimization of the heat exchanger temperature prof...
A theoretical and experimental study was conducted on the optimal steady state operation of a jacket...
The paper presents the cascade control design of a tubular chemical reactor with an exothermic conse...
The design, stability and control of multitubular fixed bed catalytic reactors are considered throug...
In many applications of optimal control theory to industrial processes it can be difficult to chose ...
PhDChemical engineeringUniversity of Michigan, Horace H. Rackham School of Graduate Studieshttp://de...
Maximum temperature of reactant mixture is an important parameter regarding reactor safety. If the c...
The paper deals with adaptive LQ cascade control design of a tubular chemical reactor with an exothe...
A tube-in-tube flow reactor allows the generation and immediate use of CO, without the need for CO c...
Catalytic flow reversal reactor (CFRR) is a special type of reactor that traps heat generated by ex...
This paper describes the development of a suitable control strategy for the heating process of a lab...
The paper deals with the cascade control of a tubular chemical reactor. The control is performed in ...
Optimal heat exchanger temperature profiles of exothermic tubular reactors were determined under the...
The control of isothermal and adiabatic plug-flow tubular reactors by variation of flow rate was stu...
A chemical plant involves the following basic operations, or stages:(a)raw-material handling and pre...
This series of two papers deals with the spatial optimization of the heat exchanger temperature prof...