Process control Laboratory provides the basic knowledge of dynamic responses of different systems like single tank, interacting tanks, non-interacting tanks etc. In this lab, the students also become familiar with the various controllers such as PID controller which is widely used in the Chemical Industry.

List of Major Equipment

List of Experiment

SL.NoDescription of Experiment
1To study the dynamics of the interacting tanks in series and compare the plots (i) experimental and (ii) theoretical response curves for step change in in-let flow rate for a Two –Tank Interacting System.
2To study the dynamics of Two –Tank Non-interacting Systems in series and to compare the experimental and theoretical response curves for Step change in in-let flow rate.
3To study the dynamics of the interacting tanks in series and compare the plots (i) experimental and (ii) theoretical response curves for step change in in-let flow rate for a Two –Tank Interacting System.
4To study the dynamics of the interacting tanks in series and compare the plots (i) experimental and (ii) theoretical response curves for step change in in-let flow rate for a Two –Tank Interacting System.
5To study dynamic behaviour of a U tube manometer and to determine the properties, like Overshoot, decay ratio, rise time, Period, natural frequency.
6To determine the time constant of the given thermometer by for air, water, oil system (a) Evaluating r ‘Resistance’ and ‘Capacitance’ & (b) Transient response study for step changes.
7To study the performance of ON-OFF/P/PI/PD/PID controllers on flow process.
8To study the characteristics of Flapper nozzle system using Mechanical/ Electrical Nozzle arrangement.
9To study the performance of ON-OFF/P/PI/PD/PID controllers on Pressure process.
10To study the characteristics of linear / equal/ on-off control valve without positioner and with positioner.
11To study the characteristics of linear / equal/ on-off control valve without positioner and with positioner.
12To determine the Time Constant of impulse response by graphical method.
13To study the dynamics of a Two –Tank Non-interacting Systems in series and compare the experimental and theoretical response curves for impulse change in in-let flow rate.
14To study the dynamics of the interacting tanks in series and compare the plots (i) experimental and (ii) theoretical response curves for impulse change in in-let flow rate for a Two –Tank Interacting System.

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