Occupational dust exposure

Occupational dust exposure can occur in various settings, including agriculture, forestry, and mining. Dust hazards include those that arise from handling grain and cotton, as well as from mining coal. Wood dust, commonly referred to as "sawdust", is another occupational dust hazard that can pose a risk to workers' health.
Without proper safety precautions, dust exposure can lead to occupational lung diseases.
Occupational Dust.
Dust particles are generated by the disturbance/agitation of rock/mineral, dry grain, timber, or fiber material. The particles generated can range in size from 1μm to 100μm, and can "become airborne depending on their origin, physical characteristics and ambient conditions."
Occupational Dust Examples.
Types of dust present in the occupational setting include:
Occupations and Dust Hazards.
Mining.
During various mining processes in which rock/minerals are broken up and collected for processing, mineral dusts are created and become airborne. Inhalation of these dusts can lead to various respiratory illnesses, depending on the dust type (e.g. coal, silica, etc.), size of the dust particulates, and exposure duration.
Forestry.
During the stages of wood processing, wood dust is generated. 'Wood dust' is "any wood particle arising from the processing or handling of woods." Sawing, routing, sanding, among other activities, form wood dust, which can then become airborne during the process of dust removal from furniture, maintenance, or equipment cleanup.
Agriculture.
Dust generated from milling, handling and storage of grains or fibers can pose a threat to workers' health. During the milling process, solid agricultural grains (corn, barley, wheat, cotton etc.) may undergo crushing, grinding, or granulation. This process generates agricultural dust. Improperly handling grains can also expose workers to grain dusts. Grain storage can also present hazards to workers. Storage structures can create dangerous conditions due to gases emitted from spoiled grains and chemical fumes. "Workers may be exposed to unhealthy levels of airborne contaminants, including molds, chemical fumigants (toxic chemicals), and gases associated with decaying and fermenting silage."
Construction.
Crystalline silica is a typical mineral found in the earth's outside layer. Materials like sand, stone, cement, and mortar that contains Crystalline silica. It is likewise used to make items like glass, stoneware, earthenware production, blocks, and counterfeit stone. Respirable Crystalline silica – exceptionally little particles at any rate multiple times less than conventional sand you may discover on sea shores and jungle gyms – is made when cutting, sawing, granulating, boring, and squashing stone, rock, solid, block, square, and mortar. Exercises, for example, rough impacting with sand; sawing block or cement; sanding or penetrating into solid dividers; granulating mortar; fabricating block, solid squares, stone ledges, or clay items; and cutting or pulverizing stone outcome in laborer openings to respirable translucent silica dust. Modern sand utilized in specific activities, for example, foundry work and water powered cracking (deep oil drilling), is likewise a wellspring of respirable Crystalline silica openness. About 2.3 million individuals in the U.S. are exposed to silica at work.
Laborers who breathe in these little translucent silica particles are at expanded danger of creating genuine silica-related infections, not limited to but including:
Health, Safety, and Epidemiology.
Exposure to occupational dusts poses many hazards to workers' health and safety. Large, airborne dust particles can obscure vision, limit mobility while on the ground, and interfere with proper machine/equipment functioning.
Characteristics of dust particles such as size and chemical qualities can determine the location and effects of the dust particles on the respiratory system.
Occupational Lung Diseases.
Illnesses/Diseases that can develop due to exposure to dust in the workplace.
Safety.
Workplace facilities have in place safety protocol and regulations to ensure that exposure to dust/particulate matter is minimal to non-existent. Barring the elimination or substitution of the hazard, controls on the engineering and administrative levels act to protect workers from dust hazards. Personal protective equipment (PPE) is used by workers to prevent specific exposure to the hazard.
To mitigate exposure to dust in the workplace, respirators, ventilators, and eye protection are measures often employed.