The theory of absorption accompanied by pseudo nth order reaction was used to evaluate values of effective interfacial area, a, as a function of the liquid flow rate in a laboratory packed column. Oxygen was absorbed in aqueous solutions of cuprous chloride and sodium dithionite. Isobutylene was abs
Effective interfacial area in magnetically stabilized slurry bubble column
β Scribed by R.L. Sonolikar; T.B.M.L. Raja Rao
- Book ID
- 103009051
- Publisher
- Elsevier Science
- Year
- 1996
- Tongue
- English
- Weight
- 378 KB
- Volume
- 51
- Category
- Article
- ISSN
- 0009-2509
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π SIMILAR VOLUMES
BACKGROUND: Investigations of hold up (Ξ΅ g ) and interfacial area (a) in cylindrical bubble columns have been reported extensively but reported similar investigations in tapered bubble columns are sparse in the existing literature. Thus the current article reports the experimental determination of Ξ΅
where values of R and U must be obtained from Fig. 2, or N,, v,V vertical gas velocity and its dimensionless form can be calculated during the integration of Eq. ( 8) A large range of W width of a square or rectangular column N was covered from 20 to 60 and all points lie between the two x,X horizon