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Designing Of So3 Absorbtion Tower
#1
Posted 13 July 2010 - 03:02 AM
I need to design a SO3 absorption tower (SO3 + H2SO4 (98% Conc.) =H2S2O7)
Total gas flow in final absorption tower 86634 Nm3/hr, with SO3 concentration 0.22 vol %, with packing type 3" saddle; calculate the tower diameter & height. Concentration of SO3 in outlet gas is 0.02 vol %.
Regards,
Mainak Sarkar.
#2
Posted 13 July 2010 - 04:56 AM
Why are you duplicaing your post?Dear Friend
I need to design a SO3 absorption tower (SO3 + H2SO4 (98% Conc.) =H2S2O7)
Total gas flow in final absorption tower 86634 Nm3/hr, with SO3 concentration 0.22 vol %, with packing type 3" saddle; calculate the tower diameter & height. Concentration of SO3 in outlet gas is 0.02 vol %.
Regards,
Mainak Sarkar.
The topic has been discussed in the same forum. Here is the link:
http://www.cheresour...ht-calculation/
#3
Posted 14 July 2010 - 11:55 PM
Why are you duplicaing your post?
Dear Friend
I need to design a SO3 absorption tower (SO3 + H2SO4 (98% Conc.) =H2S2O7)
Total gas flow in final absorption tower 86634 Nm3/hr, with SO3 concentration 0.22 vol %, with packing type 3" saddle; calculate the tower diameter & height. Concentration of SO3 in outlet gas is 0.02 vol %.
Regards,
Mainak Sarkar.
The topic has been discussed in the same forum. Here is the link:
http://www.cheresour...ht-calculation/
#4
Posted 15 July 2010 - 12:02 AM
Why are you duplicaing your post?
Dear Friend
I need to design a SO3 absorption tower (SO3 + H2SO4 (98% Conc.) =H2S2O7)
Total gas flow in final absorption tower 86634 Nm3/hr, with SO3 concentration 0.22 vol %, with packing type 3" saddle; calculate the tower diameter & height. Concentration of SO3 in outlet gas is 0.02 vol %.
Regards,
Mainak Sarkar.
The topic has been discussed in the same forum. Here is the link:
http://www.cheresour...ht-calculation/
Dear Friends,
I have gone through the earlier post, but still it is not clear how to calculate Tower diameter and height. It is very confusing. The equilibrium plot should be X VS Y, i.e. concentration of so3 in liquid phase vs concentration of SO3 in gas phase. But this simple thing is not clear in the earlier post.
Regards,
Mainak.
#5
Posted 15 July 2010 - 12:06 AM
Why are you duplicaing your post?
Dear Friend
I need to design a SO3 absorption tower (SO3 + H2SO4 (98% Conc.) =H2S2O7)
Total gas flow in final absorption tower 86634 Nm3/hr, with SO3 concentration 0.22 vol %, with packing type 3" saddle; calculate the tower diameter & height. Concentration of SO3 in outlet gas is 0.02 vol %.
Regards,
Mainak Sarkar.
The topic has been discussed in the same forum. Here is the link:
http://www.cheresour...ht-calculation/
Dear Friends,
I have gone through the earlier post, but still it is not clear how to calculate Tower diameter and height. It is very confusing. The equilibrium plot should be X VS Y, i.e. concentration of so3 in liquid phase vs concentration of SO3 in gas phase. But this simple thing is not clear in the earlier post.
Regards,
Mainak.
#6
Posted 16 July 2010 - 01:20 PM
Dear Friend
I need to design a SO3 absorption tower (SO3 + H2SO4 (98% Conc.) =H2S2O7)
Total gas flow in final absorption tower 86634 Nm3/hr, with SO3 concentration 0.22 vol %, with packing type 3" saddle; calculate the tower diameter & height. Concentration of SO3 in outlet gas is 0.02 vol %.
Regards,
Mainak Sarkar.
[/quote name= b.m.khare date 16 July,2010. Dear Mainak Sarkar, You can refer the following link ]http://www.sbioinformatics.com/design_thesis/Sulphuric_acid/ This is a very good reference for your problem.---bmkhare,e-mail:bmkhare@gmail.com
#7
Posted 26 July 2010 - 05:46 PM
[quote name='Mainak Sarkar' date='13 July 2010 - 03:02 AM' timestamp='1279008757' post='40632']
Dear Friend
I need to design a SO3 absorption tower (SO3 + H2SO4 (98% Conc.) =H2S2O7)
Total gas flow in final absorption tower 86634 Nm3/hr, with SO3 concentration 0.22 vol %, with packing type 3" saddle; calculate the tower diameter & height. Concentration of SO3 in outlet gas is 0.02 vol %.
Regards,
Mainak Sarkar.
[/quote name= b.m.khare date 16 July,2010. Dear Mainak Sarkar, You can refer the following link ]http://www.sbioinformatics.com/design_thesis/Sulphuric_acid/ This is a very good reference for your problem.---bmkhare,e-mail:bmkhare@gmail.com
[/quote name =b.m.khare 26 July 2010. I have calculated the absorption tower as per the attached sheet ]
SO3 ABSORBER.xls 27.5KB 100 downloads
Edited by bmk, 26 July 2010 - 05:47 PM.
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