In continuation of a previous paper [l], this paper discusses the absorption of oxygen in sodium sulphite solutions with varying reaction velocity constants (Section 3) and the absorption of carbon dioxide in water (Section 4), both in ene column with a l-in. Raschig ring packing. From the experime
Kinetics of CO2 absorption—III: First-order reaction in a packed column
✍ Scribed by G.M. Richards; G.A. Ratcliff; P.V. Danckwerts
- Publisher
- Elsevier Science
- Year
- 1964
- Tongue
- English
- Weight
- 284 KB
- Volume
- 19
- Category
- Article
- ISSN
- 0009-2509
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✦ Synopsis
CO, has been absorbed in a packed column into carbonate-bicarbonate buffer solutions containing arsenite as a catalyst. In these solutions COz undergoes a pseudo-first-order reaction. The results confirm that rates of absorption can be predicted on the basis of the Danckwerts surfacerenewal model. Values of the effective interfacial area, a, and the surface-renewal rate, s, are reported for & in. Raschig rings and various liquid flow-rates.
📜 SIMILAR VOLUMES
## Abstmet-In Part 1 transient rates of absorption of COa into NaOH, NaKOs/NaHCOa and NaaS solutions were measured. These results are here compared with the rates of absorption of COa into similar solutions in a column packed with 4 in. Raschig rings. It is found that the Higbie and Danckwerts sur
The effect of liquid phase mixing on first-order chemical absorption in a packed tower is considered. The rigorous equations are developed for a string-of-balls absorber, and their applicability to a random packing is considered. Particular attention is drawn to the case in which the reaction time i
## R&urn& -La viteeae d'absorption de CO\*: dans des solutions squeuses de Ne,CO,/NaHCO, et de K,CO,/KHCO, 8 Btt5 mesur6e dans une colonne B paroi mouill6e. Lea conditions physiques et chimiques ont 6t6 choisies telles que la th6orie simple de la p6n6tration par diffusion accompagn6e d'une &action