Dear all,
I'm designing the Amine Contactor for removal of Acid Gases (CO2 & H2S) from the sour gas using MDEA and/or MDEA based solvents. In this regard I need simplified design procedure especially for:
1) Establishment of Amine circulation rate: the steps involved to determine the required circulation rate based on the Rich Amine solution Equilibrium and Design Loadings.
2) from the Literature, I understood that the operating rich loading will be 70 to 80% of Equilibrium Rich Loading. But I'm unable to fix/find Equilibrium Rich Amine Loadings.
Thanks in advance.
Regards,
Ravi
|
|
Amine Contactor: Equilibrium Rich Loading
Started by ravi.s, Mar 28 2007 09:54 AM
1 reply to this topic
Share this topic:
#1
Posted 28 March 2007 - 09:54 AM
#2
Posted 28 March 2007 - 10:29 AM
For gas scrubbing applications, equilibrium loading is strongly dependant on system operating pressure. Vapour-liquid equilibrium data is the basis for selecting the maximum loading and is the most important piece of data required to design any amine plant. These data account for the pressure and temperature of the specific application.
For more information, there is very good article published in PTQ, winter 2001/2, "Understanding Gas Treating Fundamentals", by James L. Jenkins and Randy Haws, CCR Technologies Inc. The article is available for direct download at: http://www.reclaim.c...undamentals.pdf
Regards
For more information, there is very good article published in PTQ, winter 2001/2, "Understanding Gas Treating Fundamentals", by James L. Jenkins and Randy Haws, CCR Technologies Inc. The article is available for direct download at: http://www.reclaim.c...undamentals.pdf
Regards
Similar Topics
Pipe Fluid Temperature Increase Due To Solar LoadingStarted by Guest_HeemeshJ126_* , 06 Apr 2016 |
|
|
||
Equilibrium Data For Nitric Acid And WaterStarted by Guest_ksagarzazu_* , 07 Oct 2024 |
|
|
||
Amine(Mdea) StorageStarted by Guest_abdullah1320_* , 17 Jun 2024 |
|
|
||
Dp Drop In Structured Packing Amine Absorber Causing IssuesStarted by Guest_kek12345_* , 10 May 2024 |
|
|
||
Low Molecular Flaring (H2 Rich Flare Gas)Started by Guest_TechExpert_* , 23 Dec 2023 |
|
|

FB





