Übersetzung für "Inline mixer" in Deutsch

The plants are therefore equipped with suction- and pressure sided inline-mixer.

160 kg zinc oxide were then introduced into the inline mixer by the metering screw over a period of 45 minutes.

Click here to watch a video showing the operation principle of the REFLECTOR® Inline Mixer

The inline mixer and the discharge pipe are doublewalled and need chilled water to prevent a temperature rise.

The REFLECTOR® is a single-shaft Inline Mixer which works based on the rotor/stator principle.

At the bottom of column E the obtained alcohol is withdrawn and pumped back into the inline mixer A located at the beginning of the process.

From the premixing zone, the paste follows the pressure gradient towards the interior of the reactor and enters the intensive mixer, i.e. for example the following inline mixer, which it then leaves to enter the interior of the reactor.

In one particularly preferred embodiment of the invention, the solid metal oxide or metal hydroxide is introduced into the fatty acid melt by means of an inline mixer which meters the fatty acid mixture at a rate of approximately 1 to 20 m3 per hour and the solids at a rate of 50 kg to 500 kg per hour and preferably 100 to 300 kg/h.

In order to guarantee maximum transport capacity of the inline mixer, the pressure of the installation has to be varied so that the fatty acid melt does not flow back into the space of the screw conveyor for the solid material.

After the bottom outlet valve had been opened, the circulation pump of the external reaction loop and the inline mixer were switched on.

After the reaction temperature had been increased to 150° C., the installation pressure was lowered to 550 mbar and the external reaction loop was brought into operation via the circulation pump and the inline mixer.

In this case, the precursor compounds of the inorganic oxides are each added to a tubular reactor with ideal possibilities for agitation (inline mixer or inline disperser).

The mixing device used in a suitable embodiment is at least one inline mixer which is expediently mounted directly in front of the reaction vessel.

Depending on the desired method variant, gassing takes place here continuously or discontinuously via perforated plates, sintering disks, sieve inserts, Venturi jets, inline mixer, homogenizers or other customary systems.

As mixer for mixing the extractant with the acidified aldolization process wastewater, it is possible to use a static or dynamic inline mixer, a stirring apparatus or a pump.

We offer rental machines (eg. vacum processing system unit type zoatec® BG10, InLine mixer type zoatec® IL) for tests during actual operation.

To develop the reliable Rotor-Stator functional principle by means of intelligent solutions is the background of the zoatec homogenizers: The zoatec InLine Mixer stands out here from all conven­tional systems due to its ingenious design.

Since the project is a completely independent production line, the supply of the line with raw material has been considered from another point of view and a real alternative compared to the conventional preparation process in the batch has been found.The use of an inline mixer of the Various Mix type produced by Messrs. Hansa Industrie Mixer allows to meter water, latex, chalk and possible additives directly from the big bag discharging station into the line and to prepare a highly homogeneous compound.

Other suitable dynamic inline mixers are continuous tube mixers.

With our inline mixers, we have put years of research experience into practice.

The process of claim 1, wherein said bleaching is performed in a tubular reactor having inline mixers.

Further suitable static inline mixers are shear mixers, such as the jet dispersers described in EP-B-101 007.

Further suitable static inline mixers are shear mixers like the jet dispersers described in EP-B-101 007.

In a further preferred embodiment, the preparation of the aqueous monomer emulsion is carried out in one of the inline mixers described above and the polymerization subsequently in an adjacent tubular apparatus, as described in DE-196 34 450.

Suitable static inline mixers are, for example, those described in ZFL-Zeitschrift für Lebensmitteltechnologie und -Verfahrenstechnik 33(3) (1982), 139 et seq., for example Ross-ISG mixers, in which the fluid stream is passed through baffles with holes which divide it into part-streams which are then laterally displaced and combined again in a different order, or static mixers which comprise a plurality of fixed mixing elements of the same type which are installed one behind the other in a tube or a duct and are staggered by 90° (for example Kenics, Sulzer SMV and Sulzer SMX mixers).

Suitable dynamic inline mixers are for example the Kratz heat exchangers described in ZFL—Zeitschrift für Lebensmitteltechnologie und—Verfahrenstechnik (1982) 33(3), pages 139 et seq., size-reduction machines operating by the rotor-stator principle, such as, for example, toothed-wheel dispersers (e.g. of the Megatron® type from Kinematica), colloid mills and corundum disc mills, and high-pressure and ultrasonic homogenizers.

Suitable dynamic inline mixers are for example the Kratz heat exchangers described in ZFL-Zeitschrift für Lebensmitteltechnologie und-Verfahrenstechnik (1982) 33(3), pages 139 et seq., size-reduction machines operating by the rotor-stator principle, such as, for example, toothed-wheel dispersers (e.g. of the Megatron® type from Kinematica), colloid mills and corundum disc mills, and high-pressure and ultrasonic homogenizers.

Suitable static inline mixers are those described for example in ZFL-Zeitschrift für Lebensmitteltechnologie und-Verfahrenstechnik (1982) 33(3) pages 139 et seq., such as, for example, the Ross ISG mixer in which the fluid flow is guided by internals with perforations which divide it into part streams which are then laterally displaced and brought together again in a different sequence.

Preference is given in this context to using the conventional mixing techniques and apparatus such as stirred tanks, agitator mills, extruders, compounders, Ultraturrax, inline dissolvers, static mixers, micromixers, toothed-wheel dispersers, pressure-release nozzles and/or microfluidizers, preferably in the absence of actinic radiation.

In terms of method, the preparation of the coating composition of the invention has no peculiarities, but instead takes place preferably by the mixing of the above-described constituents and homogenizing of the resulting mixtures with the aid of customary and known mixing techniques and apparatus such as, in particular, stirred tanks, mills with agitator mechanisms, Ultraturrax, inline dissolvers, static mixers, toothed-wheel dispersers, pressure-release nozzles and/or microfluidizers.