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Liquid Phase CO2‐Analytics for Standardized Mass Transfer Characterization in Packed Columns
Mass transfer parameters are necessary for the design of absorption and desorption processes in packed columns. To determine the effective interfacial area and liquid side mass transfer parameters, CO2 absorption and desorption are frequently used. Reliable analytics for concentration determination are essential to obtain correct results. In this work two methods of CO2 liquid phase analysis are compared: first, the back titration of unreacted NaOH after prior precipitation of the bound CO2; secondly, the inorganic carbon analysis with a commercial inorganic carbon analyzer.
Liquid Phase CO2‐Analytics for Standardized Mass Transfer Characterization in Packed Columns
Mass transfer parameters are necessary for the design of absorption and desorption processes in packed columns. To determine the effective interfacial area and liquid side mass transfer parameters, CO2 absorption and desorption are frequently used. Reliable analytics for concentration determination are essential to obtain correct results. In this work two methods of CO2 liquid phase analysis are compared: first, the back titration of unreacted NaOH after prior precipitation of the bound CO2; secondly, the inorganic carbon analysis with a commercial inorganic carbon analyzer.
Liquid Phase CO2‐Analytics for Standardized Mass Transfer Characterization in Packed Columns
Brinkmann, Jost H. (author) / Plate, Dominik (author) / Grünewald, Marcus (author) / Schultes, Michael (author)
Chemie Ingenieur Technik ; 93 ; 456-465
2021-03-01
10 pages
Article (Journal)
Electronic Resource
English
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