Big Chemical Encyclopedia

Chemical substances, components, reactions, process design ...

Articles Figures Tables About

Koch-Sulzer packings

Figure 9-6EE. Koch/Sulzer packing. Used by permission of Koch Figure 9-6FF. Liquid and gas mixing in Koch/Sulzer packing ele-Engineering Co., Inc., Bull. KS-2. ments. Used by permission of Koch Engineering Co., Inc., Bull. KS-2. Figure 9-6EE. Koch/Sulzer packing. Used by permission of Koch Figure 9-6FF. Liquid and gas mixing in Koch/Sulzer packing ele-Engineering Co., Inc., Bull. KS-2. ments. Used by permission of Koch Engineering Co., Inc., Bull. KS-2.
Example 9-7 Koch-Sulzer Packing Tower Sizing (used by permission, Bulletin KS-1, Koch Engineering Co. Inc.)... [Pg.326]

Figure 9-53. Koch/Sulzer packing. Design mass velocities for systems other than cis-trans-decaiin are obtained by dividing the values from Figure 9-52 by the f factor. For the following groups corrections should be applied to the number of carbons in the molecule ... Figure 9-53. Koch/Sulzer packing. Design mass velocities for systems other than cis-trans-decaiin are obtained by dividing the values from Figure 9-52 by the f factor. For the following groups corrections should be applied to the number of carbons in the molecule ...
Goodloe packing Hyperfil packing Koch-Sulzer packing Neo-Kloss packing Leva film trays... [Pg.437]

For Koch-Sulzer packing, Neo-Kloss packing, and Leva film trays, a preliminary estimate can be made by dividing the pressure drop per foot of packing at a typical or expected F factor loading from Fig. 2, 3, or 4 by an assumed HETS (in feet). [Pg.437]

For Koch-Sulzer packing, Neo-Kloss packing. and Leva film trays, a preliminary estimate can be made by dividing the pressure drop ... [Pg.437]

Figure 9-6EE. Koch/Sulzer packing. Used by permission of Koch Engineering Co., Inc., Bull. KS-2. Figure 9-6EE. Koch/Sulzer packing. Used by permission of Koch Engineering Co., Inc., Bull. KS-2.
Figure 9-51. Characteristics of Koch/Sulzer packing, Gas loading factor, F, versus HETP, pressure drop, and packing hold-up. Note Vs = superficial gas velocity, ft/sec and pv = vapor density, Ib/ft. Used by permission of Koch Engineering Co., inc., Buii. KS-1 and KS-2. Figure 9-51. Characteristics of Koch/Sulzer packing, Gas loading factor, F, versus HETP, pressure drop, and packing hold-up. Note Vs = superficial gas velocity, ft/sec and pv = vapor density, Ib/ft. Used by permission of Koch Engineering Co., inc., Buii. KS-1 and KS-2.
Column Sizing for Koch Sulzer Packing Bottom Section... [Pg.326]

M. Sakata, Tests of 1000,250 and 70 mm diameter columns with Koch Sulzer packing. Plant test report No 22 Fractionation research, inc. Stillwater, OK, 1972. (cited after [267])... [Pg.402]

See other pages where Koch-Sulzer packings is mentioned: [Pg.498]    [Pg.437]    [Pg.326]    [Pg.508]    [Pg.426]   
See also in sourсe #XX -- [ Pg.190 ]



SEARCH



Sulzer

Sulzer packing

© 2024 chempedia.info