International audienceOften, the agglomeration of submicron particles by adding binding liquids in a classical way can be very slow and uncontrolled. Here, two methods are developed for accelerating and controlling these kinds of processes. In the case of the first method, the immiscible binding liquid is added in the form of a very fine emulsion preliminarily prepared by a mechanical dispersion using a rotor–stator mixer. The second method is totally innovative; the binding liquid is directly generated within the suspension by a chemical reaction. Both methods are applied to the agglomeration of an organic pigment radically improving the process
, RM wn, icro osi tha itial buto tha d simulation capability to cohesive submicron powders in order ...
Process intensification is defined as the use of innovative techniques and technologies to create su...
Wet agglomeration processes have predominantly been investigated by changing operation variables of ...
AbstractThe content of the fine and ultrafine particles in the raw material results in difficulty of...
Purpose: Agglomeration in suspension is a size enlargement method that facilitates operation of soli...
The content of the fine and ultrafine particles in the raw material results in difficulty of the sep...
Im Rahmen dieser Arbeit wurde ein neues, innovatives Verfahren der Softpellet-Produktion entwickelt....
Particle agglomeration processes occur in a wide variety of important industrial applications, eithe...
The effect of the liquid binder dispersity on the size of spherical agglomerates is explored. Small ...
Control of inter-particle interaction forces can be achieved through prudent choice of solution chem...
The production of nanoparticles can follow two routes: the bottom-up synthesis and the top-down prod...
In agglomeration using liquid binders, powders are agitated in the presence of liquid to form struct...
A high internal phase (HIP) water-in-oil emulsion was used as the binder in the selective agglomerat...
Both natural and man-made polymers are widely utilized as tablet binders and filler-binders. The phy...
Spherical agglomerates of benzoic acid crystals have been successfully prepared by drowning-out crys...
, RM wn, icro osi tha itial buto tha d simulation capability to cohesive submicron powders in order ...
Process intensification is defined as the use of innovative techniques and technologies to create su...
Wet agglomeration processes have predominantly been investigated by changing operation variables of ...
AbstractThe content of the fine and ultrafine particles in the raw material results in difficulty of...
Purpose: Agglomeration in suspension is a size enlargement method that facilitates operation of soli...
The content of the fine and ultrafine particles in the raw material results in difficulty of the sep...
Im Rahmen dieser Arbeit wurde ein neues, innovatives Verfahren der Softpellet-Produktion entwickelt....
Particle agglomeration processes occur in a wide variety of important industrial applications, eithe...
The effect of the liquid binder dispersity on the size of spherical agglomerates is explored. Small ...
Control of inter-particle interaction forces can be achieved through prudent choice of solution chem...
The production of nanoparticles can follow two routes: the bottom-up synthesis and the top-down prod...
In agglomeration using liquid binders, powders are agitated in the presence of liquid to form struct...
A high internal phase (HIP) water-in-oil emulsion was used as the binder in the selective agglomerat...
Both natural and man-made polymers are widely utilized as tablet binders and filler-binders. The phy...
Spherical agglomerates of benzoic acid crystals have been successfully prepared by drowning-out crys...
, RM wn, icro osi tha itial buto tha d simulation capability to cohesive submicron powders in order ...
Process intensification is defined as the use of innovative techniques and technologies to create su...
Wet agglomeration processes have predominantly been investigated by changing operation variables of ...