3-D design and specialized design and project management tools helped to build better factories
10 May 2022
Powders and bulk solids are handled and processed widely in chemical, pharmaceutical, food, milling, dairy, agriculture, plastic, mineral, and other industries: these dry materials' handling operations imply the processing of unique fire, explosion and toxicity hazards. Substances practically inert in consolidated form can become quite hazardous when converted to powders and granules.
In order to understand their risks and assure a safe handling, it requires an in-depth knowledge of the common practices of operators and professionals with an extensive experience in powder and bulk solid handling, such as chemical and pharmaceutical industries.
This blog is written to address the unique dangers and challenges associated with handling dry materials in the processing industries. The world is moving towards the use of powders and bulk solids. Powders are in use in a number of consumer products, and are common in the chemical, pharmaceutical, plastic, food and mineral industries. Bulk solids are used in a variety of industries, and are used in pharmaceutical manufacturing, food processing, mineral processing, and more. The handling of these dry materials can be quite hazardous and the techniques used to handle these materials need to be well understood.
The manufacturing of powders and bulk solids is not as simple as it sounds. The handling and processing of these dry materials imply the processing of unique fire, explosion and toxicity hazards. Substances practically inert in consolidated form can become quite hazardous when converted to powders and granules.
Powders and bulk solids are handled and processed widely in chemical, pharmaceutical, food, milling, dairy, agriculture, plastic, mineral, and other industries. These dry materials' handling operations imply the processing of unique fire, explosion and toxicity hazards. Substances practically inert in consolidated form can become quite hazardous when converted to powders and granules.
There are several reasons for this. First, powders and bulk solids have a large surface area relative to their volume. This means that they are more reactive than their consolidated form. Second, powders and bulk solids are often transported and handled in a way that creates dust. This dust can be explosive or flammable, or it can be toxic if inhaled. Finally, powders and bulk solids can be difficult to contain and control. They can leak, spill, or become airborne, making them a serious hazard in the workplace.
Powders and bulk solids present a unique set of hazards that must be managed carefully in order to ensure a safe workplace.