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Hydrodynamic Regimes in Three-Phase Gas-Liquid-Solid Stirred Tank Reactors

Increasing speed of agitation - Increasing gas flow rate [Pg.154]

FIGURE 7A.9 Hydrodynamic regimes in three-phase (gas-Iiquid-soHd) stirred tank reactors downflow pitched turbine. A, no dispersion of gas solid settled on bottom B, gas dispersed beginning of solid suspension C, gas dispersed off-bottom suspension of solids D, recirculation of mixture and possible surface aeration. (Reproduced from Rewatkaret al. 1991 with permission from American Chemical Society. 1991, American Chemical Society.) [Pg.154]



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Gas hydrodynamics

Gas phase hydrodynamics

Gas tank

Gas-liquid reactors

Hydrodynamic regime

Hydrodynamics phases

Hydrodynamics, in reactors

In gas phase

In stirred tank reactors

In stirred tanks

Liquid phase reactors

Liquid reactors

Liquid-solid phases

Reactor phase

Reactor stirred

Reactors hydrodynamics

Reactors stirred tank reactor

Reactors stirring

Solid gas liquid

Solid gas phase

Solids in Liquids

Stirred liquid phase

Stirred tank reactors

Stirred tank solids reactor

Stirring liquids

Tank reactor

Tank reactor reactors

Three hydrodynamics

Three-phase

Three-phase reactors

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