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Trickle reactor

Catalytic desulfurization is at present carried out industrially by at least three of the major types of gas-liquid-particle operations referred to in Section I trickle reactors, bubble-column slurry reactors, and gas-liquid fluidized reactors. [Pg.75]

Figure 17.17. Examples of reactors for specific liquid-gas processes, (a) Trickle reactor for synthesis of butinediol 1.5 m dia by 18 m high, (b) Nitrogen oxide absorption in packed columns, (c) Continuous hydrogenation of fats, (d) Stirred tank reactor for batch hydrogenation of fats, (e) Nitrogen oxide absorption in a plate column, (f) A thin film reactor for making dodecylbenzene sulfonate with S03. (g) Stirred tank reactor for the hydrogenation of caprolactam, (h) Tubular reactor for making adiponitrile from adipic acid in the presence of phosphoric acid. Figure 17.17. Examples of reactors for specific liquid-gas processes, (a) Trickle reactor for synthesis of butinediol 1.5 m dia by 18 m high, (b) Nitrogen oxide absorption in packed columns, (c) Continuous hydrogenation of fats, (d) Stirred tank reactor for batch hydrogenation of fats, (e) Nitrogen oxide absorption in a plate column, (f) A thin film reactor for making dodecylbenzene sulfonate with S03. (g) Stirred tank reactor for the hydrogenation of caprolactam, (h) Tubular reactor for making adiponitrile from adipic acid in the presence of phosphoric acid.
Trays, fractionating assembly of sieve trays, 428 bubblecap, 428,430-433 capacity, F-factor, 429 capacity, Jersey Critical, 432 capacity, Souders-Brown, 432 cartridge, 428 design data sheet, 429 dualflow, 426 efficiency, 439-456 Linde, 430 ripple, 426 sieve, 428,429 turbogrid, 426 types, 426 valve. 429.430.432 Trickle reactors, 576, 607 Tridiagonal matrix, 407 Trommels, 335... [Pg.755]

Gas-liquid downflow over fixed catalyst see trickle reactors. Section 16.11.6.15. [Pg.1413]

Phases Gas, liquid, gas-liquid interacting with solid catalyst or inert solid. Use if the order of the reaction is positive and > 95 % conversion is the target, and for consecutive reactions with an intermediate as the target product. Caution use for highly exothermic reactions. Not suitable for Arr (ATad ) > 10 or > 100 °C usually keep AT j < 50 °C. Provides large gas throughput. Related topics for GL, trickle reactor. Section 6.17, or bubble reactor. Section 6.13. [Pg.229]

Fig. 7.5 Bioreactors used for cultivation of hairy root cultures of different Solanaceae plants 1 stirred tank with isolated stirrer 2 bubble column 3 airlift with modified draft tube 4 temporary immersion RITA system 5 liquid-dispersed trickle reactor 6 convective flow reactor 7 modified liquid-dispersed reactor 8 trickle-bed reactor cuid 9 droplet reactor... Fig. 7.5 Bioreactors used for cultivation of hairy root cultures of different Solanaceae plants 1 stirred tank with isolated stirrer 2 bubble column 3 airlift with modified draft tube 4 temporary immersion RITA system 5 liquid-dispersed trickle reactor 6 convective flow reactor 7 modified liquid-dispersed reactor 8 trickle-bed reactor cuid 9 droplet reactor...

See other pages where Trickle reactor is mentioned: [Pg.2106]    [Pg.45]    [Pg.1863]    [Pg.2135]    [Pg.1413]    [Pg.2121]    [Pg.2110]    [Pg.196]    [Pg.118]    [Pg.430]   
See also in sourсe #XX -- [ Pg.576 , Pg.607 ]

See also in sourсe #XX -- [ Pg.609 , Pg.635 ]

See also in sourсe #XX -- [ Pg.576 , Pg.607 ]

See also in sourсe #XX -- [ Pg.576 , Pg.607 ]

See also in sourсe #XX -- [ Pg.576 , Pg.607 ]




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Adiabatic trickle bed reactors

Bipolar trickle tower reactor

Co-current downflow trickle flow reactor

Gas-solid trickle-flow reactor

Isothermal trickle-bed reactor

Isothermal trickle-bed reactors current models

Liquid distribution in trickle bed reactor

Mass transfer in trickle-bed reactors

Modeling and Simulation of Unsteady-state-operated Trickle-flow Reactors

Modeling of trickle bed reactors

Models for nonisothermal trickle bed reactors

Nonisothermal trickle bed reactors

Packed trickle flow reactor

Scale trickle bed reactors

Scaling down of trickle-bed reactors

Scaling down, trickle-bed reactors

Scaling trickle-bed reactors

Scaling up of trickle-bed reactors

Trickle bed reactor

Trickle bed reactors modeling

Trickle membrane reactor

Trickle tower reactor

Trickle-Bed Reactor Three-Phase Reactions

Trickle-bed catalytic reactor

Trickle-bed catalytic reactor cycle split effects

Trickle-bed reactor model

Trickle-bed reactor performance

Trickle-bed reactors pressure drop

Trickle-flow reactor

Trickling filter reactor

Two-phase Flow in Trickle-Bed Reactors

Unsteady-state Hydrodynamics in Trickle-bed Reactors

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