Controlling cstr reactor with pid control to optimize production, without ran-away reaction
The reaction in the cstr reactor is simple A-->B , the reactor is controlled by:
1. Feed of A flow rate.
2. The temperature of the reactor is controlled by cascada , the temp controller set the setpoint
Of the flow of the cooling water to the jacket of the reactor.
The target is to optimize production of B , without blowing up the reactor .
The optimization is by setting the feed rate of A , the reaction temperature, and the pid controllers
Parameters.
Some of the reaction parameters can be changed to learn their effect on the rector.
The reaction in the cstr reactor is simple A-->B , the reactor is controlled by:
1. Feed of A flow rate.
2. The temperature of the reactor is controlled by cascada , the temp controller set the setpoint
Of the flow of the cooling water to the jacket of the reactor.
The target is to optimize production of B , without blowing up the reactor .
The optimization is by setting the feed rate of A , the reaction temperature, and the pid controllers
Parameters.
Some of the reaction parameters can be changed to learn their effect on the rector.
Show More
