Examples of 'agglomerator' in a sentence
Meaning of "agglomerator"
Agglomerator (noun): A device or machine used to collect and bind particles or substances together to form a larger mass or cluster. Commonly used in industrial processes such as waste management and material recycling
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- A device that agglomerates material.
How to use "agglomerator" in a sentence
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agglomerator
The agglomerator is described in greater detail below.
Another technique is to use a fluidised bed agglomerator.
The mixture can be placed in an agglomerator to agglomerate the beads.
The carrier may be placed into a removable bowl of a fluid bed agglomerator.
Typical residence time in the agglomerator was about two seconds.
Such an agglomerator would comprise a vessel having an air distribution grate at a lower end.
The particles are then agglomerated in a steam agglomerator under specific conditions and dried.
The fluid bed agglomerator is supplied with a gas that is preferably air.
Fuel flow in this direction through the filter cartridge is referred to as agglomerator flow.
This coating occurs in an agglomerator prior to the stacking of the heap.
The apparatus further includes means for introducing second particulate into the agglomerator.
Such an agglomerator may comprise a vessel having an air distribution grate at a lower end thereof.
Spraying the emulsion of cocoa fat into the fluid bed agglomerator to form agglomerates.
It seems that the Agglomerator is only used in plants not equipped with wet FGD.
The agglomeration process of the present invention may be performed using a batch fluid bed agglomerator.
See also
In another embodiment, agglomerators or agglomerator devices may also be utilized.
The flow rate of the bed depends from the nature of the fluid bed agglomerator.
After agglomerator, the material can be go to extruder or injection machine directly.
Granulation was performed in a Shugii agglomerator.
An O'Brien rotary drum agglomerator was used in the following agglomeration example.
The face fiber could be agglomerated in a unit such as a Condux agglomerator or a tub densifier.
Two types of tumbling agglomerators are used, inclined pan agglomerator and a.
Brief description Agglomerator.
Air leaving the agglomerator is chilled to about 6°C and recycled back to the agglomerator.
Alternatively, a batch or continuous agglomerator may be used.
Suitable agglomerator types on this basis are Eirich agglomerators, Schugi agglomerators and Lodige agglomerators.
In use, a batch of farinaceous particles is loaded into the agglomerator.
The fat is sprayed into the agglomerator over a time of about 15 minutes.
For example, spray drying in combination with a fluid bed agglomerator.
Rotary cylinder agglomerator 150 is designed for this type of agglomeration and densification process.
Sodium carbonate and sodium sulfate filler ( if desired ) is initially charged to the agglomerator.
Schugi, A typical Schugi Flex-O-Mix agglomerator procedure involves the following general steps.
The process of claim 5 wherein said fluidized bed dryer is a fluidized bed agglomerator.
Steam escapes from the agglomerator 1 through perforations 37 and flows into condenser 46.
Preferably, the above-described method further comprises the step of granulating in a powder agglomerator.
Example 3 An Aeromatic fluidized bed agglomerator is used.
This is particularly important where collecting section 106 is used as an agglomerator.
The droplet size of the fat sprayed into the agglomerator is about 30 µm.
The pigment pseudoparticles exit from discharge ports 385 of rotary cylinder agglomerator 150.
The mixture was placed in an embodiment of rotary cylinder agglomerator 150 and blended.
The mixture was blended in an embodiment of rotary cylinder agglomerator 150.
A charge of 2.25 kg of wheat flour is placed in the agglomerator on the bed grill.
Into the extruder . For the same capacity, the power consumption is only 50 % of the agglomerator.
This latter when leaving the inner distribution manifold of the agglomerator drum, is of about 200°C.
Fig 2.8 is an illustration of the operation of a drum agglomerator.
The arrangement of Figure 14 therefore permits agglomerator flow.
