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Terms Beginning with P
       
       
 

Particulate Matter

Manufacturing Term


Particulate matter (PM) refers to a mixture of solid particles and liquid droplets in the air, varying in size from a few nanometers to tens of micrometers. Sources of PM include natural sources such as dust and forest fires, as well as human activities like transportation, power generation, and industrial processes.

In the manufacturing industry, PM can be generated by a variety of processes such as grinding, cutting, sanding, and welding. Exposure to high levels of PM can have adverse effects on human health, including respiratory and cardiovascular diseases.

To mitigate the impacts of PM on worker health and safety, various dust control measures can be implemented. These include designing processes to minimize dust generation, using wet methods to suppress dust, installing ventilation systems to capture and remove dust from the air, and providing personal protective equipment such as respirators.

Additionally, PM can be used in manufacturing processes. For example, PM can be used to create metal powders for 3D printing or as a component in paint and coatings to improve durability and provide texture. PM can also be used as a catalyst in chemical reactions or as a carrier for delivering drugs and other substances.

Overall, the management of PM in manufacturing is crucial for protecting worker health and safety as well as ensuring high-quality product output.


   
     

Particulate Matter

Manufacturing Term


Particulate matter (PM) refers to a mixture of solid particles and liquid droplets in the air, varying in size from a few nanometers to tens of micrometers. Sources of PM include natural sources such as dust and forest fires, as well as human activities like transportation, power generation, and industrial processes.

In the manufacturing industry, PM can be generated by a variety of processes such as grinding, cutting, sanding, and welding. Exposure to high levels of PM can have adverse effects on human health, including respiratory and cardiovascular diseases.

To mitigate the impacts of PM on worker health and safety, various dust control measures can be implemented. These include designing processes to minimize dust generation, using wet methods to suppress dust, installing ventilation systems to capture and remove dust from the air, and providing personal protective equipment such as respirators.

Additionally, PM can be used in manufacturing processes. For example, PM can be used to create metal powders for 3D printing or as a component in paint and coatings to improve durability and provide texture. PM can also be used as a catalyst in chemical reactions or as a carrier for delivering drugs and other substances.

Overall, the management of PM in manufacturing is crucial for protecting worker health and safety as well as ensuring high-quality product output.


Related Manufacturing Terms
                     
                     
 Aggregates   Backlog   Casting Metal  
 Agitation Leach Plant   Bauxite   Cathode  
 Alloy   Bayer Process   Caustic Soda  
 Alumina   Beneficiation   Coating  
 Aluminum   Blast Hole Open Stoping   Cobalt Co  
 Anode   Blasting   Copper  
 Anode Furnace   Blister Copper   Copper Anode  
 Anode Slime   Block Cave   Copper Cathode  
 Anti-Oxidants   By Product   Copper Concentrate  
 Asbestos   Calcined   Cordless and VoIP  
               
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