How to determine the height of the packing layer of the chlorine accident tower?
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This post was last edited by sunjl1981 on 2013-1-6 23:32 Theoretically, the intrinsic reaction kinetic data of chlorine and caustic soda and the mass transfer coefficient of chlorine should be used to determine the absorption effect, and then calculate the number of mass transfer units and the height of the mass transfer unit to determine the packing height. But reaction kinetic data and mass transfer data were nowhere to be found. I wonder if anyone has experience in designing this type of absorption tower. Can you share your design ideas and necessary data: handshake #, , &
For the packed tower where chlorine gas and caustic soda react, because the reaction speed is relatively fast, it is generally calculated based on liquid film absorption. Our tower uses DN25 packing and the packing height is 6m.