Understanding interparticle interactions in powder systems is crucial to pharmaceutical
powder processing. Nevertheless, there remains a great challenge in identifying the key …

The impact of pharmaceutical materials properties on drug product quality and
manufacturability is well recognised by the industry. An ongoing effort across industry and …

Particle bulk and surface properties are influenced by the powder processing routes. This
study demonstrates the effect of milling temperatures on the particle surface properties …

Temperature influences drastically the physical properties of polymer powders. In the
present study, the packing dynamics of polymer powders has been investigated with a …

Agitated filter bed dryer is often the equipment of choice in the pharmaceutical industry for
the isolation of potent active pharmaceutical ingredients (API) from the mother liquor and …

Particle engineering broadly refers to the controlled production of drug particles optimized
for size, morphology, and structure. It encompasses both destructive (top-down) and …

In the early stages of development of a new Active Pharmaceutical Ingredient (API),
insufficient material quantity is available for addressing processing issues, and it is highly …

Spiral jet milling is a size reduction process used in various industries, ranging from paints to
food and pharmaceuticals. It has great benefit in the pharmaceutical industry due to its ability …

Acicular crystals are very common in pharmaceutical manufacturing. They are very prone to
breakage, causing unwanted particle size degradation and problems such as segregation …

Acicular crystals are frequently encountered in pharmaceutical and fine chemical industries.
They are prone to breakage, as a result of which their bulk behaviour changes drastically. It …