luismamd
Chemical
- Nov 2, 2012
- 1
Hi,
I need to design a degasifier (air stripper) for a SWRO application in order to reduce the CO2 content in the permeate water to be able to obtain purified water and meet the project's target conductivity after the EDI process.
Basically, the process scheme is as follows: UF->SWRO->EDI.
I understand the basics of how a degasifier works: water is transferred to the top of a degasifier were it is distributed over high surface area media. The water trickling down fully wets the media, creating a thin film of water with a large surface area. Simultaneously, air is introduced at the bottom of the tower and passes upward through the media. This turbulent contact between the air and water induces stripping of volatile "contaminants" into the air stream.
I would appreciate any tips on what to consider and how to design the tower ans especially the packing depth required for my application.
Thanks!
I need to design a degasifier (air stripper) for a SWRO application in order to reduce the CO2 content in the permeate water to be able to obtain purified water and meet the project's target conductivity after the EDI process.
Basically, the process scheme is as follows: UF->SWRO->EDI.
I understand the basics of how a degasifier works: water is transferred to the top of a degasifier were it is distributed over high surface area media. The water trickling down fully wets the media, creating a thin film of water with a large surface area. Simultaneously, air is introduced at the bottom of the tower and passes upward through the media. This turbulent contact between the air and water induces stripping of volatile "contaminants" into the air stream.
I would appreciate any tips on what to consider and how to design the tower ans especially the packing depth required for my application.
Thanks!