In fact, particle characterization and analysis is extremely important in chemical engineering and material sciences. The devices that perform these analyses are referred to as particle size analyzers. Particle analyzers have taken up a role in many fields, however, these systems have flourished particularly well in industrial processes since the turn of the century. Most industrial energy processes require in-depth knowledge of particles and powders and their interactions with their environment.

It is important to note that there are internationally recognized standards labs should meet depending on the material they are working with. Doing so shows an organization’s competency in performing particle analysis. These standards include specific ISO, such as ISO 13320:2020.

Besides adhering to certain standards and requirements, particle technology, as a whole, is used to calculate different properties of a particle and how they will act under certain conditions. This information is critical in various industries and helps each area of study or manufacturing achieve unique, highly-important goals.  

Alongside chemical engineering and material sciences, areas of use for particle and powder technology are in the pharmaceutical and biopharmaceutical industries, in nanoparticle systems, emulsions, and even bubble systems. That being said, whichever industry you’re involved in, whether it be industrial, pharmaceuticals, chemical, biology, agriculture, or another industry, knowing which instrumentation best fits your lab’s needs is essential to successful particle analysis results.