Mixer cross-flow

Reactor 24 [R 24] System with Series of Micro Mixers-Cross-Flow Reactor Modules... 

Reactor type System with series of micro mixers-cross-flow reactor moldules Number of reaction channels 169... 

Mixer 51 [M 51] Cyclone Laminating Micro Mixer, Cross-flow Injection... 

Mixer type Cyclone laminating micro mixer, cross-flow injection Mixing chamber diameter 5 mm... 

Catalytic Hydrogen Combustion 3 [CHC 3] Combined Mixer/Cross-flow Com-bustor/Heat Exchanger for Determination of the Kinetics of Hydrogen Oxidation... 

Mixer 38 [M 38] Interdigital Horizontally Bi-laminating Micro Mixer with Cross-flow Injection Scheme, Reference Case to [M 37]... 

Mixer type Interdigital horizontally bi-laminating micro mixer with cross-flow injection scheme, reference case to [M 37] Mixing chamber depth, width 5 pm, 2.21 mm... 

Figure 1.131 Mixer for flow rotation and break-up. (a) Cross-sectional images of the micro channel during one mixing cycle (b) schematic of the flow treatment involving splitting (break-up), rotation and merging steps ...

Mixer 83 [M 83] Time-pulsing Cross-flow Micro Mixer (I)... 

Figure 1.169 Schematic of the time pulsing cross-flow mixer [48],...

Mixer type Time pulsing cross-flow mixer Top plate Pyrex... 

M 83] ]P 72] When contacting two feeds in the cross-flow mixers with constant inlet flow rates of 1.0 mm s a tri-lamellae flow pattern is generated, as expected (Re = 0.3) [26]. Two broader outer lamellae are found separated by a thin, diffuse layer. Both lamellae remain totally unchanged, i.e. contain only the material which they originally possessed, and are thus unmixed. 

FIGURE 4 Static mixer left, open cross-flow structure right, structured packed bed of catalyst particles used in catalytic distillation (Sulzer Katapak S). 

The concept of a circulating flow reactor was further developed in the Buss reactor technology (Figure 1.26). Large quantities of reaction gas are introduced via a mixer to create a well dispersed mixture. This mixture is rapidly circulated by a special pump at high gas/liquid ratios throughout the volume of the loop and permits the maximum possible mass transfer rates. A heal exchanger in the external loop allows for independent optimisation of heat transfer. For continuous operation, the product is separated by an in-line cross-flow filter which retains the suspended solid catalyst within the loop. Such a system can operate in batch, semi-continuous and continuous mode. 

Cross flow mixer Incorporating splitting and recombination... 

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