Abstract
A simple method of calculating the main dimensions of unpulsed packed columns with various irregular and ordered packing elements and packings is presented. The new methods for calculating the dispersed phase hold-up, drop diameter and the flooding limit as well as mass transfer in the dispersed and continuous phases for both mass transfer directions C -> D and D -> C are given. The measurements permitted the assessment of influence of the mass transfer direction on hold-up of the dispersed phase, mean drop diameter, flooding limit and on interfacial area.
Citation Formats
Mackowiak, J, and Billet, R.
New method of packed column design for liquid-liquid extraction processes with random and stacked packings.
Germany: N. p.,
1986.
Web.
Mackowiak, J, & Billet, R.
New method of packed column design for liquid-liquid extraction processes with random and stacked packings.
Germany.
Mackowiak, J, and Billet, R.
1986.
"New method of packed column design for liquid-liquid extraction processes with random and stacked packings."
Germany.
@misc{etde_5631534,
title = {New method of packed column design for liquid-liquid extraction processes with random and stacked packings}
author = {Mackowiak, J, and Billet, R}
abstractNote = {A simple method of calculating the main dimensions of unpulsed packed columns with various irregular and ordered packing elements and packings is presented. The new methods for calculating the dispersed phase hold-up, drop diameter and the flooding limit as well as mass transfer in the dispersed and continuous phases for both mass transfer directions C -> D and D -> C are given. The measurements permitted the assessment of influence of the mass transfer direction on hold-up of the dispersed phase, mean drop diameter, flooding limit and on interfacial area.}
journal = []
volume = {9:1}
place = {Germany}
year = {1986}
month = {Apr}
}
title = {New method of packed column design for liquid-liquid extraction processes with random and stacked packings}
author = {Mackowiak, J, and Billet, R}
abstractNote = {A simple method of calculating the main dimensions of unpulsed packed columns with various irregular and ordered packing elements and packings is presented. The new methods for calculating the dispersed phase hold-up, drop diameter and the flooding limit as well as mass transfer in the dispersed and continuous phases for both mass transfer directions C -> D and D -> C are given. The measurements permitted the assessment of influence of the mass transfer direction on hold-up of the dispersed phase, mean drop diameter, flooding limit and on interfacial area.}
journal = []
volume = {9:1}
place = {Germany}
year = {1986}
month = {Apr}
}