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Scheibel tower

A second Scheibel tower design [Am. Jn.st. Chem. Eng. J., 2, 74 (1956) U.S. Patent 2,850,362, 1958] reduced HETS and permitted more direct scale-up. The impellers are surrounded by stationaiy... [Pg.1484]

During recent years pilot scale equipment, smaller than the prototype pilot plants described and capable of operating with exceedingly high efficiency, has been designed. Such equipment as the York-Scheibel solvent extraction tower and the Podbielniak countercurrent centrifugal mixer and extractor are typical. Data from this equipment may be correlated with commercial performance. [Pg.195]

Countercurrent columns with additional kinetic energy input have found a broad range of industrial applications [42-48]. Examples of extraction towers with energy input are pulsed towers, pulsed packed columns and pulsed perforated-plate towers. A number of units with some form of mechanical agitation are also used (Karr column, Scheibel column, Oldshue-Rushton column, Ktihni column, RZE extractor, RDC and ARD extractor, Graesser contactor). [Pg.40]

Stagewise contact with controlled coalescence redispersion cycles Tray column Pulsed sieve column. Pulsed Mixer-Settler-cascade, Extraction tower with controlled cycle Scheibel column, ARD-Extractor, Leisibach column, Mixer-Settler cascade ... [Pg.426]

Fig. 10.44. Extraction of acetic acid between methyl isobutyl ketone and water. [Data of Scheibel and Karr (73). Spray-tower data of Johnson and Bliss (46). Packed-tower data of Sherwood, et al, (76).] Direction of extraction marked on the curves. UdIUc = 1 0. Fig. 10.44. Extraction of acetic acid between methyl isobutyl ketone and water. [Data of Scheibel and Karr (73). Spray-tower data of Johnson and Bliss (46). Packed-tower data of Sherwood, et al, (76).] Direction of extraction marked on the curves. UdIUc = 1 0.
Figure 8.1.35. Schematic of various large-scale liquid-liquid extraction devices, (a) Packed tower for solvent extraction (b) sieve-plate extraction column (c) an early Scheibel column extraction design (d) Karr column, in which the plates have reciprocating motions (e) centrifugal extractor (f) porous hollow fiber membrane solvent extraction device (see Figure 8.1.13(a) for a detailed design). Figure 8.1.35. Schematic of various large-scale liquid-liquid extraction devices, (a) Packed tower for solvent extraction (b) sieve-plate extraction column (c) an early Scheibel column extraction design (d) Karr column, in which the plates have reciprocating motions (e) centrifugal extractor (f) porous hollow fiber membrane solvent extraction device (see Figure 8.1.13(a) for a detailed design).
See other pages where Scheibel tower is mentioned: [Pg.1484]    [Pg.1307]    [Pg.1488]    [Pg.1484]    [Pg.1307]    [Pg.1488]    [Pg.1445]    [Pg.1484]    [Pg.316]    [Pg.482]    [Pg.485]    [Pg.1268]    [Pg.1307]    [Pg.482]    [Pg.485]    [Pg.510]    [Pg.515]    [Pg.482]    [Pg.485]    [Pg.482]    [Pg.485]    [Pg.42]    [Pg.408]    [Pg.411]    [Pg.624]    [Pg.1449]    [Pg.1488]    [Pg.301]    [Pg.341]   
See also in sourсe #XX -- [ Pg.301 ]



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