Bialecki ring stacked

Figure 2-5e. Flooding line, dependent on the dimensionless liquid load acc. to Mersmann [3] with experimental data for random and stacked Bialecki rings...

For perforated MeUapak 250 Y packings, Ralu-Pak 250YC with sKt perforation, Glem-pak 200AT and stacked 25 mm metal Bialecki rings, the numerical value of the flooding... 

The evaluation of the experimental data shown in Table 2-10 for stacked Hiflow rings, Raschig rings and Pall rings, tube columns with structured Pall rings and Bialecki rings. 

Figure 4-8b shows a comparison between the experimental data hp exp for type X structured packings and for stacked 25—50 mm metal Bialecki rings and the liquid holdup calculated using method (4-32), with a packing constant of Cp = 0.465, acc. to Eq. (4-33b). The experimental data is spread around the graph in the flow range of Rep = 2 to Rep 100 with a relative deviation of 8(hp) < 15%. 

Montz, Gempak 2AT202,Ralu-Pack 250 YC, MeUapak 250 Y of sheet metal, plastic and gauze tube column with regularly stacked 25—50 mm Bialecki rings etc. 

Figure 7-10. Capacity diagram for 50 mm tube column stacked aligned with 50 mm metal Bialecki rings, valid for various test systems [2, 12]...

Figure 7-11. Capacity diagram for stacked 25 mm Bialecki rings - valid for various test systems and for mass transfer directions C -> D and D C [11-14]...

Figure 7-18. View of test plant ds = 0.15 m for investigating fluid dynamics and mass transfer of packings for liquid/liquid extraction, filled with stacked 25 mm metal Bialecki rings...

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