hi,
i want to design a distillation column completely from the begining to till end including boiler/HE,condensor,reboiler . can any body help me where to start? and the sequence of books i can go through inorder to completely follow the step by step procedure.
thanks and regards,
-REDDY
|
How To Design Distillation Columns
Started by appi_0, Apr 14 2003 07:05 PM
4 replies to this topic
Share this topic:
#1
Posted 14 April 2003 - 07:05 PM
#2
Posted 24 April 2003 - 01:56 AM
Good litterature is KISTER's distillation design and distillation operation. Also Carl BRANAN rules of thum for chemical engineers; Perry's Handbook.
The simplified sequence can be
1) identify the keys you want to separate (light key and heavy key) and the separation required; select pressure and chech that t(boiler) is not too high.
2) find relative volatility (can be pressure dependant)
3) use a shortcut like Underwood-Gilliland to find minimun and actual reflux&theoretical plates to be used (1.2*minimum reflux is a good starting point)
4) calculate from feed rate, distillate rate and reflux rate, boiler rate; calculate vapor density;
5) select an internal (plates or packing); from liquid and vapor rates size diameter. the F factor F=u(vapor velocity)*sqrt(rho vapor) is the piece of info you use
6) select and size reboiler
7) select and size condenser
Of course this will be shortcut, but good enough for initial sizing. The most diifficult step is probably to get relative volatility, especially if system is highly non-ideal (i.e. water-alcools)
The simplified sequence can be
1) identify the keys you want to separate (light key and heavy key) and the separation required; select pressure and chech that t(boiler) is not too high.
2) find relative volatility (can be pressure dependant)
3) use a shortcut like Underwood-Gilliland to find minimun and actual reflux&theoretical plates to be used (1.2*minimum reflux is a good starting point)
4) calculate from feed rate, distillate rate and reflux rate, boiler rate; calculate vapor density;
5) select an internal (plates or packing); from liquid and vapor rates size diameter. the F factor F=u(vapor velocity)*sqrt(rho vapor) is the piece of info you use
6) select and size reboiler
7) select and size condenser
Of course this will be shortcut, but good enough for initial sizing. The most diifficult step is probably to get relative volatility, especially if system is highly non-ideal (i.e. water-alcools)
#3 Guest_Guest_billya_*
Posted 16 May 2003 - 05:34 AM
you can also try Coulson and Ricardson vol 6
#4
Posted 12 July 2008 - 12:53 PM
hello.
You can consult also Allan Foust's Principles of Unit Operations.
Generous deed:I have a soft copy of Perry's.
Email me if you want it.
You can consult also Allan Foust's Principles of Unit Operations.
Generous deed:I have a soft copy of Perry's.
Email me if you want it.
#5
Posted 12 July 2008 - 05:27 PM
John:
Read my remarks to you on your previous post and be aware that I mean what I say when I state that we will not tolerate any pirating (nor sanction any pirating) of engineering software - from anyone. It isn't legal; it isn't morally correct; it isn't fair; it is cheating; it is stealing other's property; and it isn't being honest.
Our chemical engineering profession deserves better respect and recognition - not a conversion to an illegal pirating profession. Please stop any attempt to pass off pirated software on our Forums. We don't tolerate that.
Read my remarks to you on your previous post and be aware that I mean what I say when I state that we will not tolerate any pirating (nor sanction any pirating) of engineering software - from anyone. It isn't legal; it isn't morally correct; it isn't fair; it is cheating; it is stealing other's property; and it isn't being honest.
Our chemical engineering profession deserves better respect and recognition - not a conversion to an illegal pirating profession. Please stop any attempt to pass off pirated software on our Forums. We don't tolerate that.
Similar Topics
Reactive Distillation MtbeStarted by Guest_Michael Mitra_* , 15 Mar 2024 |
|
|
||
Vacuum DistillationStarted by Guest_hysyshunter_* , 12 Mar 2024 |
|
|
||
Distillation Column DiameterStarted by Guest_refluxraider_* , 12 Mar 2024 |
|
|
||
DistillationStarted by Guest_refluxraider_* , 13 Mar 2024 |
|
|
||
Diameters Of A Structured Packing Distillation Column With No VapourStarted by Guest_hysyshunter_* , 07 Mar 2024 |
|
|