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It’s estimated around 50 million underground miners are exposed to hazardous dust and gases in their workplaces. With limited ventilation, restricted airflow and confined spaces in underground mining, effective monitoring of hazardous dust and gases is essential. Here’s the solution.

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    INDUSTRY RISKS
    · UNDERGROUND MINING

    More than 250 deaths per year in underground mining are attributed to silicosis, claims Mine Safety and Health Administration (MSHA). Exposure to Respirable Crystalline Silica (RCS), as well as other dusts, is generated through different processes and conditions specific to underground occupational environments.

    What are the risks?

    • Construction dust
    • Respirable dust
    • Respirable Crystalline Silica (RCS)
    • Nitrogen Dioxide
    • Hydrogen Sulphide
    • Sulphur Dioxide
    • Flammable gases
    • Oxygen
    • Methane
    • Ammonia

    Why may these risks occur?

    • Drilling into rock + existing structures
    • Excavation of rocks
    • Lack of effective ventilation
    • Loading + unloading of materials
    • Transportation + use of machinery
    • Transportation of raw materials
    • Blasting into natural structures
    • Drilling natural structures
    • Excavation of rock
    • Natural deposits in rocks
    • Use of vehicle + machine engines
    • Lack of ventilation
    • Rock bursts

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          INDUSTRY RISKS
          Open Pit + Overground Mining

          The International Council of Mining and Metals (ICMM) report occupational diseases contribute to nearly 2.5 million annual deaths in mining + metallurgy industries. Exposure to hazardous particulates + gases play a major role in this.

          What are the risks?

          • Asbestos particulates
          • Copper powder
          • Diesel Engine Exhaust Emissions (DEEE)
          • Respirable Crystalline Silica (RCS)
          • Gold + other mataliferous dusts
          • Other airborne dusts + mists
          • Carbon Dioxide
          • Hydrogen Sulphide
          • Sulphur Dioxide
          • Mercury vapour
          • Methane

          Why may these risks occur?

          • Blasting rock + other raw materials
          • Crushing rock + other raw materials
          • Demolition of rock structures
          • Use of certain machinery
          • Blasting rock + other raw materials
          • Decay of organic matter
          • Processing rocks + raw materials
          • Use of certain machinery
          • Use of diesel vehicles

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                MSHA ruling
                on Respirable
                Crystalline Silica

                Final Rule

                Occupational exposures to respirable crystalline silica (also known as silica dust or quartz dust) cause adverse health effects, including silicosis (acute silicosis, accelerated silicosis, simple chronic silicosis, progressive massive fibrosis), nonmalignant respiratory diseases (e.g., emphysema and chronic bronchitis), lung cancer, and kidney disease. Each of these effects is chronic, irreversible, and potentially disabling or fatal.

                On April 18, 2024, MSHA issued its final rule, Lowering Miners’ Exposure to Respirable Crystalline Silica and Improving Respiratory Protection, to reduce miner exposures to respirable crystalline silica and improve respiratory protection for all airborne hazards. The final rule:

                • Lowers the permissible exposure limit (PEL) for respirable crystalline silica to 50 micograms per cubic meter (ug/m³) of air for a full shift, calculated as an 8-hour time-weighted average (TWA) for all miners; 
                • Establishes an action level for respirable crystalline silica at 25 ug/m³ for a full shift, calculated as an 8-hour TWA for all miners; 
                • Includes medical surveillance requirements for MNM miners, modeled on the existing medical surveillance requirements for coal miners; and
                • Updates existing respiratory protection requirements by incorporating by reference a voluntary consensus standard by the American Society of Testing and Materials (ASTM) that reflects the latest advances in respiratory protection technologies and practices – ASTM F3387-19 Standard Practice for Respiratory Protection. 

                The final rule will take effect on June 17, 2024. Coal mine operators have 12 months to come into compliance with the final rule’s requirements while MNM mine operators have 24 months to come into compliance (including medical surveillance).

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                  5 quarrying scenarios where respirable dust is generated

                  Crushing + screening

                  Breaking down all types and sizes of rocks in quarrying, through crushing and screening processes generate high levels of respirable dust. When the rocks are crushed and then screened, large volumes of both visible and invisible dust becomes airborne and travels across the entire quarry site, presenting a risk for all workers. 

                  Drilling + blasting

                  As in mining, quarrying also involves a large amount of drilling, blasting and other methods to break down rocks and spaces for processing and extracting. These processes lead to rocks, clay and other natural materials becoming very small and making them airborne and easily inhaled, leading to severe health risks for workers. 

                  Storage of minerals + natural materials

                  Once all materials have been extracted and processed, they’re stored in designated areas after collection. Here, natural materials are stored in stockpiles, where they grind against other materials and minerals, creating more and more respirable dust. When these minerals are used, the settled dust becomes disturbed and airborne. 

                  Maintenance + handling processes

                  Maintenance of all types of machinery, vehicles and minerals, such as rock and sand in quarrying can generate respirable dust. If dust from screening, drilling and even in stockpiles isn’t correctly maintained it becomes dormant. Poor maintenance and handling processes like dry sweeping can spread dust, presenting health issues. 

                  Transport of goods

                  Heavy-duty vehicles used in quarrying such as haul trucks and conveyors often involve moving large volumes of natural minerals which have been processed and are fine and small in size. This can present risk of airborne dust across all areas of the site, as well as other dust which may be trapped in wheels and cabs of the vehicle. 

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                    5 health risks linked to occupational dust exposure

                    1. Occupational lung diseases

                    Arguably the most well-known and common risk associated with exposure to hazardous dusts in the workplace relate to occupational lung diseases. Diseases such as Silicosis, Chronic Obstructive Pulmonary Disease (COPD), Black Lung Disease and occupational lung cancer all are associated with dust inhalation in the workplace. 

                    2. Respiratory illness and irritation

                    Whilst long-term exposure to breathing in dust can lead to lung diseases, initial, short-term exposure to hazardous dusts can lead to respiratory illness and irritation. Breathing in dust such as Respirable Crystalline Silica (RCS) and wood dust can cause serious respiratory diseases; the NHS claim it’s the third biggest cause of death in England. 

                    3. Cardiovascular diseases

                    Exposure to breathing in hazardous dust can lead to cardiovascular diseases and other heart and blood vessel issues. Dust and hazardous particulates can easily travel through your bloodstream and deep into your lungs, damaging your blood vessels in the process. This can increase blood pressure and make it more likely to give you blood clots. 

                    4. Occupational asthma

                    The British Thoracic Society reports that occupational asthma is responsible for roughly 1/6 cases of adult-onset asthma. Occupational asthma can be caused by various types of dust in multiple different industries, such as flour dust, wood dust, grain dust and various fumes from metals.  

                    5. Long-term health concerns

                    There have been examples of various other health concerns relating to workplace exposure to hazardous dust. Skin, eye and nose irritation, as well as some rare examples of kidney disease have all been linked to examples where workers have failed to protect themselves against hazardous dust. 

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