McCabe-Thiele Method for an Ideal Binary Mixture

Computes number of theoretical plates.

Description

The program computes the number of equilibrium stages for a binary ideal mixture with relative volatility equal to 2.45. The feed is a two phase mixture with a feed quality is equal to 0.85. The distillate, feed and bottom mole fractions are 0.9, 0.5 and 0.1, respectively. The reflux ratio is taken to be 1.51435 . We draw the McCabe and Thiele Diagram and get the number of theoretical plates equal to 9. A similar code using Mathematica 6.0 is available at the following link:

http://demonstrations.wolfram.com/McCabeThieleGraphicalMethod/

• Acknowledgements: This submission has inspired the following:; GUI for distillation columns: McCabe and Thiele Method.
• Required Products: MATLAB Compiler
• MATLAB release: MATLAB 6.0 (R12)
• Other requirements: Windows

[Ashfaq Anwer]

 

[ENRIQUE HERNANDEZ ORE]

 

[ENRIQUE HERNANDEZ]

 

[Karan Gupta]

also try to upload a program which does not consider constant volatility

[sudheerkumar vattamwar]

your macabe thiele program is not flexible.
try to make it user friendly.

[grand graftsman]

this is off the hook

[vijay kumar]

give more information like explor and beyond the basic

[ali soheily]

 

[krishna srikanth]

good

[naresh palla]

fair

[Suresh Rajan]

 

[ahmad zarrin abadi]

is a very good

[waqas iqbal]

to good

[Hrishikesh Dalvi]

Amazing dude..

[Celestino Montiel-Maldonado]