Deglomeration
The exodus of business from a crowded area or business district of like businesses.
Deglomeration refers to the process of breaking up aggregates of particles or clusters of material into smaller units. This process is commonly used in mechanical and chemical engineering industries, such as in the production of pigment dispersions, pharmaceuticals, and chemical compounds.
There are various techniques for deglomeration, including mechanical agitation, sonication, homogenization, and milling. Mechanical agitation involves the application of a shear force to break up the particles, while sonication uses high-frequency sound waves to break up the clusters. Homogenization involves passing the particles through a narrow gap under high pressure, while milling employs mechanical forces to break up the aggregates.
Deglomeration is important in improving the quality and performance of materials, such as improving the dispersion and stability of pigments in coatings, or enhancing the efficacy and bioavailability of pharmaceuticals. It is also important in preventing clogging or blockages in pipelines, pumps, and valves, and improving the efficiency of chemical processes.
Overall, deglomeration is a critical step in many industrial processes, and requires careful consideration of the appropriate technique and conditions to achieve the desired results.
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