Simulation
Reaction Kinetic Studies in a Batch Reactor
Department of Chemical engineering NITK presents...
CONTINUE..
What would you like to do.
VIRTUAL LAB @ NITK
- Click on Label Tab to see the Experimental Setup.
- Click on Setup Tab to Configure Experimental Setup.
- Now click on Experiment Tab to perform the experiment.
- Calculate and Enter the volume of NaOH and Ethyl Acetate.
- Click add NaOH button.
- Once Set Temperature and Current Temperature are same you can add preheated Ethyle Acetate.
- Simultaneously stop watch is started and enter the readings to the observation by clicking add current readings button.
- Click on Data tab to configure Experimental Data.
- Click on Evaluate button to see the Results.
- Click on Evaluation tab to check the Simulated Values..
Reaction Temperature :
°C
Rate Constant(k) :
Litre/gmol.min
Frequency Factor(k0) :
x108
(Litre/gmol.min)
Activation Energy (E):
J/mol
Reaction Volume :
LitreInitial Molar Ratio of the Reactants :
Stock Concentration of Ethyl Acetate :
Stock Concentration of NaOH :
Reaction Temperature :
° CelsiusUser values
| Temperature (Celsius) |
Rate constant (litre/gmol.min) |
Frequency Factor x10(-8) (litre/gmol.min) |
Activation Energy (J/mol) |
|---|
| Temperature (Celsius) |
Rate constant (litre/gmol.min) |
Frequency Factor x10(-8)(litre/gmol.min) | Activation Energy (J/mol) |
|---|
Experiment.
0
0
Calculated volume of Ethyl Acetate and NaOH:
ml
ml
Calculated volume of Ethyl Acetate and NaOH are inncorrect. Check setup
Manometric
Fluid is about to Overflow.
Change the Manometer.
Experimental Data
Diameter of Reactor Coil :
33 cm
Number of turns in the Coil :
5
Diameter of Reactor tube :
1.1 cm
Stock Concentration of Ethyl Acetate:
0.020 M
Stock Concentration of NaOH:
0.020 M
Reaction Temperature:
30 ° Celsius
Observations
Click on the rows which you want to delete
| Time (seconds) | Conductivity (milliSiemens/cm) |
|---|
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Trial =
Observations
Click on the rows which you want to delete
| Process fluid | Manometric fluid | Flowrate(lpm) | h1(cm of Manometric fluid) | h2(cm of Manometric fluid) |
|---|
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Experimental Data
Orifice Diameter:
meter(s)
Type of Tapping:
Nominal Pipe Diameter:
inch
Actual Pipe Diameter:
m
Process Fluid:
Density of Process Fluid:
Kg per Cubic meter
Viscoscity of Process Fluid:
Kg/ms
Manometric Fluid:
Density Manometric Fluid:
Kg per Cubic meter
×
Manometric Fluid is
about to Overflow.
Change the Manometer to Mercury.
Manometric Fluid is
about to Overflow.
Change the Manometer to Mercury.
Trial =