Cylindrical vortex generator

Centrifugal Dedusters with Cylindrical Vortex Generator... 

CENTRIFUGAL DEDUSTERS WITH CYLINDRICAL VORTEX GENERATOR TYPE TBVC... 

Cylindrical vortex generator with the central input of a stream within the limits of at z = 0 represents nozzles. It he has found application for catching drops and distributions of ventilating air in premises rooms (Anthony, 1970). 

For dedusters with cylindrical vortex generator type TBVP... 

Dynamic gas washer, according to Figures 7.1 and 7.2, contains the vertical cylindrical case with the bunker gathering slime, branch pipes of input and an output gas streams. Inside of the case it is installed conic vortex generator, containing. 

Under usually understand the sum of losses actually in vortex generator and the cylindrical channel behind it him, and AP considers reduction or... 

Bubbling— the vortical device works as follows. Dusty gas moves in the cylindrical chamber 1 on an entrance pipe where vortex generator 2 by means of the blades forming flowing section, rejects a stream and gives to it him rotary movement. Under action of centrifugal force aris-... 

Separated slime, it is washed off by a liquid, sprayed by four peripheral atomizers 3 established installed in each flowing section after vortex generator 2, and by means of an inclination of the cylindrical chamber 1, it is transported on a pipe of an overflow slime in slime collector. The comer of an inclination of the cylindrical chamber 1 is picked up by practical consideration within the limits of 5-8, sufficient for tapjremoval slime. 

For improvement of conditions of clearing up to vortex generator one central atomizer 10 is established installed, the irrigation from which promotes outflow of disperse particles from the central zone of the cylindrical chamber 1 that reduces a way of particles up to a wall and reduces time of separation. 

Dusty gas moves in the cylindrical chamber 1 on an entrance pipe 2 where vortex generator 6 by means of the blades forming flowing section... 

Dynamic filtration modules are basically of two types rotating disc filter (RDF) and vortex flow filter (VFF). In the latter, the filtration module has a cylindrical shape and has a rotating concentric cylindrical mesh in its interior. The rotational movement of the internal cylinder generates a Taylor-Couette flow in the annular gap (Roth et al., 1997), creating Taylor vortices that minimize concentration polarization and mesh fouling. Continuous perfusion processes based on this type of filter and operating continuously for up to 100 days have been reported (Mercille et al., 1994). 

Figure 10-2. Reverse vortex flow system for gliding arc discharge stabilization (a) eonflgu-ration with a movable ring electrode (b) configuration with a spiral electrode. In the figures, (1) quartz tube (2) cylindrical reactor volume (3) swirl generator with tangential inlet holes (4) additional axial gas flow inlet (5) gas flow exit ...

Figure 1 is a sketch of the cyclone reactor. The liquid is fed tangentially into it (A). A gas mixture of SO3 and N2 is introduced into the reactor via a porous section of the cylindrical wall. The liquid phase is the continuous phase in the reactor, except near the cyclone-axis. Here, a gaseous core is found, due to a strong centripetal field, generated by the rotating liquid. This field causes gas bubbles to spiral from the wall to the cyclone-axis. Gas leaves the reactor via the upper outlet which is known as the vortex. Liquid leaves the reactor via the bottom outlet which... 

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