Materiały źródłowe

• #1 Challenges and opportunities for silicosis prevention and control: need for a national health program on silicosis in India | Journal of Occupational Medicine and Toxicology | Full Text

  https://occup-med.biomedcentral.com/articles/10.1186/s12995-023-00379-1

  Silicosis has been one of the most serious occupational public health problems worldwide for many decades. This paper is an updated review of the novel challenges and opportunities for silicosis prevention and control in India. To prevent any future dust exposure, the workers must be moved to an alternative job in the same factory where they will not be exposed to silica dust. Government regulatory bodies, on the other hand, must guarantee that factory owners relocate workers to another vocation as soon as they exhibit signs of silicosis. A pneumoconiosis elimination program encompassing health promotion, personal protection, diagnostic criteria, preventive measures, symptomatic management, prevention of silica dust exposure, treatment, and rehabilitation is felt important for wider adoption. Silica dust exposure and its consequences are fully preventable, with the benefits of prevention considerably outweighing the benefits of treating patients with silicosis. A comprehensive national health program on silicosis within the public health system would strengthen surveillance, notification, and management of workers exposed to silica dust in India. Many challenges exist in the prevention and control of this ancient and preventable disease such as unregulated informal sector, diagnostic difficulties, absence of a surveillance mechanism, inadequate staff, and a lack of awareness. Several initiatives may be undertaken to control silicosis, including raising awareness, building capacity, improving health systems to treat silicosis patients, integrating silicosis control with tuberculosis control, and strict adherence to statutory regulations. The prevention and control of silicosis in India face significant challenges, including worker-related, disease-related, and systemic challenges. One major programmatic challenge is the absence of a comprehensive national health program dedicated to silicosis control, resulting in a lack of coordination among stakeholders and limited surveillance mechanisms. A routine surveillance system would not only generate comprehensive data on the true prevalence of silicosis but also enable monitoring of the disease’s incidence, identification of high-risk areas, and analysis of associated risk factors. By providing timely and reliable information, such a system of surveillance would enable public health authorities to effectively adopt targeted preventive measures and interventions to limit the impact of silicosis. A pneumoconiosis elimination program encompassing health promotion, personal protection, diagnostic criteria, preventive measures, symptomatic management, prevention of silica dust exposure, treatment, and rehabilitation is felt important for wider adoption.

• #2 Prevention and control of silicosis: A national challenge

  https://pmc.ncbi.nlm.nih.gov/articles/PMC3168170/

  Pneumoconiosis is resulting from exposure to free silica may be the commonest and most extensively studied occupational disease of the lung and even today, it continues to be among the most serious occupational diseases. […] In the absence of specific therapy for silicosis, there is a need for planning a national strategy for the prevention and control of silicosis. The concern for prevention and control should be focused on unorganized sector like stone-cutting for slate pencil, Artisans involved in working with stones, some areas of construction sector, Glass and bangle workers and Agriculture workers. The strategy to prevent and control Silicosis in the Country should focus on the following components: […] The success of prevention programme will largely depend upon the active cooperation of all the stakeholders. Silicosis is an age-old occupational disease and remains a major occupational health problem in India. It is responsible for high morbidity and mortality in industrial workers. Since there is no specific therapy for this progressive and irreversible disease, all steps should be taken for its prevention.

• #3 Silica dust | Cancer Council

  https://www.cancer.org.au/cancer-information/causes-and-prevention/workplace-cancer/silica-dust

  Silica dust is harmful when inhaled into your lungs. Exposure to silica dust can lead to the development of lung cancer, silicosis (an irreversible scarring and stiffening of the lungs), kidney disease and chronic obstructive pulmonary disease. […] To follow work health and safety laws, employers should eliminate or reduce exposure to hazards by following the risk management process. If suitable control measures are not in place, anyone working around silica dust has an increased risk of developing lung cancer. Workers should always be involved in the process. […] WHS regulations state that health monitoring must be provided to workers who are continually working with silica dust and there is a significant risk to the worker’s health. […] The table below outlines a summary of control measures for silica dust. […] Employers should have workers fit tested and trained in their use and maintenance. This is even more important if you have facial hair. It is important to choose the right RPE for the job; use the AS/NZS 1715:2009 standards or watch this HSE video for guidance on the selection and use of RPE.

• #4 Silicosis Prevention | How to Stop Silica Dust Exposure at Work

  https://silicosis.org.au/about-silicosis/silicosis-prevention/

  Silicosis is 100% preventable — but only if silica dust is controlled. With the right tools, systems, and work practices, you can avoid harmful exposure. This includes using water suppression, dust extraction systems and safer cleaning methods. When these steps are in place, workers and employers can significantly reduce the health risks posed by airborne dust. […] Silicosis is preventable, but only if silica dust is controlled at its source. […] With the right safety measures, like controlling dust at its source, using proper protective equipment and following safe work practices, workers and employers can significantly reduce health risks. […] The most effective way to prevent silica exposure is to stop the dust before it enters the air. […] This approach of stopping dust being created and becoming airborne is referred to as putting “engineering controls” into place. It includes:

• #5 Natural Stone Institute – Resources for preventing silicosis

  https://www.naturalstoneinstitute.org/silica/

  Silicosis: Incurable but Preventable. There is no cure for silicosis. When an aggressive form of silicosis is present in the lungs, scarring progresses rapidly. There is no effective medication to halt the scarring. The only treatment for silicosis is prevention: avoiding exposure to respirable silica dust. Employers can prevent silicosis and keep employees safe by providing the following: Training, Air monitoring and adherence to air quality requirements, Engineering controls and housekeeping practices, Personal protective equipment (PPE), Medical surveillance in compliance with OSHA regulations. Protecting employees from respirable crystalline silica and silicosis should be one of the most important objectives of every company in the hard-surface industry. […] Remember there is no cure for silicosis, but with the proper equipment, training, vigilance and continual monitoring, you and your shop can be free of the dangers of the most occupational lung disease in the world: Silicosis.

• #6 Silicosis Treatment & Management: Approach Considerations, Medical Care, Surgical Care

  https://emedicine.medscape.com/article/302027-treatment

  Primary prevention of silicosis through exposure control is important, because no effective medical treatment exists for this disease, which continues to progress even after a person is removed from further exposure. To achieve this, a sustained effort must be made to increase awareness of silicosis. […] Recommendations by the National Institute for Occupational Safety and Health (NIOSH) to reduce exposures to respirable crystalline silica in the workplace and to prevent silicosis and deaths in construction workers are outlined below. […] Recognize when silica dust may be generated and plan ahead to eliminate or control the dust at the source. Awareness and planning are keys to prevention of silicosis. […] Use the dust collection systems available for many types of dust-generating equipment. When purchasing equipment, look for dust controls. Use local exhaust ventilation to prevent dust from being released into the air. Always use the dust control system, and keep it well maintained. Do not use equipment if the dust control system is not working properly.

• #7 Prevention and control of silicosis: A national challenge

  https://pmc.ncbi.nlm.nih.gov/articles/PMC3168170/

  Pneumoconiosis is resulting from exposure to free silica may be the commonest and most extensively studied occupational disease of the lung and even today, it continues to be among the most serious occupational diseases. […] In the absence of specific therapy for silicosis, there is a need for planning a national strategy for the prevention and control of silicosis. The concern for prevention and control should be focused on unorganized sector like stone-cutting for slate pencil, Artisans involved in working with stones, some areas of construction sector, Glass and bangle workers and Agriculture workers. The strategy to prevent and control Silicosis in the Country should focus on the following components: […] The success of prevention programme will largely depend upon the active cooperation of all the stakeholders. Silicosis is an age-old occupational disease and remains a major occupational health problem in India. It is responsible for high morbidity and mortality in industrial workers. Since there is no specific therapy for this progressive and irreversible disease, all steps should be taken for its prevention.

• #8 NASD – Prevention of Silicosis Deaths

  https://nasdonline.org/1184/d001026/prevention-of-silicosis-deaths.html

  More than one million American workers are currently at risk of developing silicosis, a debilitating, irreversible, sometimes fatal disease. […] It is unacceptable to allow workers to continue to die from preventable diseases such as silicosis. All workers who use silica must be told of the hazards they face and the means of prevention. […] Because of the high risk for silicosis in sandblasters and the difficulty in controlling the hazards, NIOSH has recommended that silica be banned for this use and that less hazardous materials be used in blasting operations. […] If employers fail to substitute less hazardous blasting materials for silica, the following precautions should be taken to protect workers: Blasting should be done in automatic blast-cleaning machines or cabinets which permit workers to operate the machinery from outside using gloved armholes. Sandblasters should practice good personal hygiene to prevent unnecessary exposure. Workers should wash their hands before eating, drinking, or smoking; should not eat, drink, or use tobacco products in the blasting area; and should park their cars where they will not be contaminated. Workers should wear washable or disposable protective clothes and should shower and change before leaving the worksite. The air in the work environment should be monitored to measure worker exposure. When exposures cannot be kept below the NIOSH Recommended Exposure Limit (REL), proper respiratory protection should be used. Medical examinations, including periodic x-rays, should be provided to all workers who are potentially exposed. Warning signs should be posted to mark areas contaminated with crystalline silica. Worker training should include information on health effects, work practices, and protective equipment for crystalline silica. All cases of silicosis should be reported to state health departments and the Occupational Safety and Health Administration (OSHA) or the Mine Safety and Health Administration (MSHA).

• #9

  https://www.ccohs.ca/oshanswers/diseases/silicosis.html

  How can we prevent silicosis? […] There is no effective treatment for silicosis. As such, the only way to protect workers from developing silicosis is to control their exposure to silica-containing dust. […] Workplace exposure to crystalline silica can be controlled in several ways. Workplaces conduct a risk assessment and eliminate or reduce hazards according to the hierarchy of control. […] Eliminating or substituting hazardous products that contain silica with safer alternatives. […] Engineering controls are selected to control emissions at their source. […] Safe handling, use, and disposal of materials containing silica […] Education and training: Provide workers with information and instruction on the hazards posed by free crystalline silica, what measures have been implemented to reduce or control exposures to acceptable levels, and the need for worker cooperation in complying with controls.

• #10 Top Silicosis Prevention Tips for Workplace Safety (2025)

  https://www.usmesotheliomalaw.com/blog/silicosis-prevention-tips-for-workplace-safety/

  Silicosis is one of the most prevalent occupational diseases in the United States. Many people working in industries such as mining, construction, and artificial and natural stone shaping face the risk of silica dust exposure, and over time, this exposure can cause silicosis. There are important silicosis prevention tips for workplace safety that everyone should know. […] When it comes to silica dust safety, the Occupational Safety and Health Administration (OSHA) enforces many rules and regulations designed to limit the risk of silica dust exposure for workers in high-risk environments. Silica dust can be released into the air with many types of work, especially in artificial stone product manufacturing. Over time, these particles can accumulate in the lungs and cause silicosis. […] OSHA regulations require employers performing any operations involving silica dust exposure to take specific steps to limit this hazard for their employees. Employers can use these silicosis prevention tips for workplace safety: Follow all OSHA regulations closely. Provide employees with detailed training that not only covers accepted work practices but also conveys the dangers of silica dust exposure. Perform regular air quality monitoring in high-risk worksites. Choose appropriate respiratory protection for employees. Employers should verify that all workers at risk of silica dust exposure have properly fitting and fully functional respiratory equipment. Implement new work practices aimed at reducing silica dust levels and check the effectiveness of all newly implemented practices. Consider the implementation of a medical surveillance program for at-risk employees. Employers can also arrange for medical examinations for any employees who may be exposed to silica dust. Early detection can help prevent silicosis from worsening. Post clearly visible warning signs to identify any work areas where silica dust may be present. Install engineering and air quality control systems that can reduce or eliminate silica dust from the air and reduce the accumulation of silica dust on workplace equipment. Consider the use of alternative materials that pose a lower risk of silica dust exposure, especially in industries like artificial stone shaping. Install air filtration systems that include high-efficiency particulate air (HEPA) filters. Implement vacuuming, wet-sweeping, and other cleaning procedures in the workplace in lieu of dry sweeping, which can easily release silica dust particles into the air.

• #11 TIPS FOR WORKERS EXPOSED TO CRYSTALLINE SILICA | Occupational Safety and Health Administration

  http://www.osha.gov/training/library/silica/handout

  WHAT CAN I DO TO PROTECT MYSELF AND MY FAMILY? […] TIPS FOR WORKERS EXPOSED TO CRYSTALLINE SILICA […] Be aware of the health effects of breathing air that has silica dust in it. […] Know what causes silica dust at your workplace. […] Avoid working in dust whenever possible. […] Reduce the amount of silica dust by doing the following: Use water sprays and ventilation when working in confined structures. […] Use a water hose to wet dust before it becomes airborne. […] Use saws that add water to the blade. […] Use drills that add water through the stem or have dust collection systems. […] Use blast cleaning machines or cabinets to control dust. […] When water sprays and ventilation alone are not enough to reduce silica dust levels, your employer MUST provide you with a properly fitted and selected respirator (e.g., particulate filter or airline supplied air respirator) designated for protection against crystalline silica.

• #12 Silicosis Prevention: Silica in the Repair Environment | BossTek

  https://bosstek.com/silicosis-in-the-repair-environment/

  Silica exposure remains a serious threat to nearly 2 million U.S. workers, including more than 100,000 workers performing high-risk jobs, such as abrasive blasting, foundry work, stonecutting, rock drilling, quarry work and tunneling. […] OSHA suggests employers and employees take measures to protect against exposure to crystalline silica, including: […] Recognize when silica dust may be generated and plan ahead to eliminate or control dust at the source. […] Providing engineering or administrative controls, where feasible, such as local exhaust ventilation with dust collectors, blasting cabinets and/or wet methods to prevent dust from becoming airborne. […] Using all available work practices to control dust exposures, such as water spray. […] Preventing dust from becoming airborne during clean up by using water hoses or wet wiping rather than compressed air.

• #13 Silicosis Treatment & Management: Approach Considerations, Medical Care, Surgical Care

  https://emedicine.medscape.com/article/302027-treatment

  Primary prevention of silicosis through exposure control is important, because no effective medical treatment exists for this disease, which continues to progress even after a person is removed from further exposure. To achieve this, a sustained effort must be made to increase awareness of silicosis. […] Recommendations by the National Institute for Occupational Safety and Health (NIOSH) to reduce exposures to respirable crystalline silica in the workplace and to prevent silicosis and deaths in construction workers are outlined below. […] Recognize when silica dust may be generated and plan ahead to eliminate or control the dust at the source. Awareness and planning are keys to prevention of silicosis. […] Use the dust collection systems available for many types of dust-generating equipment. When purchasing equipment, look for dust controls. Use local exhaust ventilation to prevent dust from being released into the air. Always use the dust control system, and keep it well maintained. Do not use equipment if the dust control system is not working properly.

• #14 Silica Dust Exposure Prevention – Education and Research Center

  https://erc.ucla.edu/course/silica-dust-exposure/

  According to the Occupation Safety and Health Administration, Silica exposure remains a serious threat to nearly 2 million U.S. workers, including more than 100,000 workers in high-risk jobs such as abrasive blasting, foundry work, stonecutting, rock drilling, quarry work, and tunneling. […] Breathing crystalline silica dust can cause silicosis, which can be disabling, or even fatal. There is no cure for silicosis. […] Such findings indicate the importance of educating at-risk workers and their employers regarding the dangers of exposure to respirable crystalline silica in the workplace. […] Determine the importance of a competent person and the role they play regarding silica exposure prevention. […] Discuss the specified exposure control methods including Table 1 of the regulation when working with materials containing crystalline silica.

• #15 Silicosis Treatment & Management: Approach Considerations, Medical Care, Surgical Care

  https://emedicine.medscape.com/article/302027-treatment

  Primary prevention of silicosis through exposure control is important, because no effective medical treatment exists for this disease, which continues to progress even after a person is removed from further exposure. To achieve this, a sustained effort must be made to increase awareness of silicosis. […] Recommendations by the National Institute for Occupational Safety and Health (NIOSH) to reduce exposures to respirable crystalline silica in the workplace and to prevent silicosis and deaths in construction workers are outlined below. […] Recognize when silica dust may be generated and plan ahead to eliminate or control the dust at the source. Awareness and planning are keys to prevention of silicosis. […] Use the dust collection systems available for many types of dust-generating equipment. When purchasing equipment, look for dust controls. Use local exhaust ventilation to prevent dust from being released into the air. Always use the dust control system, and keep it well maintained. Do not use equipment if the dust control system is not working properly.

• #16 Preventing Silicosis and Deaths in Rock Drillers (92-107) | NIOSH | CDC

  https://www.cdc.gov/niosh/docs/92-107/default.html

  The National Institute for Occupational Safety and Health (NIOSH) requests assistance in preventing silicosis and deaths in workers exposed to respirable crystalline silica. […] NIOSH requests that manufacturers of drill rigs and other rock drilling equipment become familiar with and implement the source control measures recommended in this Alert. […] NIOSH recommends the following measures to reduce crystalline silica exposures in the workplace and prevent silicosis and silicosis-related deaths: […] Before mining begins, assess the potential for exposing workers to crystalline silica during removal of the overburden. […] Conduct air monitoring to measure worker exposures. […] Use control measures such as wet drilling and exhaust ventilation to minimize exposures. […] Practice good personal hygiene to avoid unnecessary exposure to silica dust.

• #17 Silicosis Prevention: Silica in the Repair Environment | BossTek

  https://bosstek.com/silicosis-in-the-repair-environment/

  The use of compressed air when cleaning creates more respirable dust by stirring up latent dust and causing it to become airborne. […] Silica dust exposure can be minimized by controlling access to work areas. […] In addition to establishing workplace guidelines for employees to follow, employers should provide workers with training that includes information about health effects, work practices and protective equipment for respirable crystalline silica. […] Monitoring, not only of the air quality to measure exposure, but also to gauge the health of the workers is recommended. […] The primary recommended strategies are 1) to use engineering controls to minimize the amount of dust generated, and 2) to control and exhaust dust that is produced.

• #18 Frequently Asked Question about Respirable Crystalline Silica Standards and Resources

  https://www.dir.ca.gov/dosh/respiratory-silica-FAQ.html

  On December 14, 2023, the Occupational Safety and Health Standards Board approved Cal/OSHA’s Emergency Temporary Standard (ETS) on Respirable Crystalline Silica (RCS). This ETS affects employees working in general industry under California Code of Regulation, Title 8, section 5204. It includes important revisions to protect workers engaged in high-exposure trigger tasks (cutting, grinding, polishing, clean up, etc.) involving artificial stone and natural stone containing more than 10% crystalline silica. The ETS goes into effect on December 29, 2023. […] Section 5155 requires all employers to protect employees from exposures that exceed the „permissible exposure limit” (PEL) for respirable crystalline silica. […] The PEL for respirable crystalline silica is 50 micrograms per cubic meter (g/M3) of air. This is the maximum concentration of respirable crystalline silica in air, as an eight-hour time-weighted average, to which an employee may be exposed.

• #19 Crystalline Silica Exposure – The Quick n’ Dirty Guide to Silicosis Prevention – Safety Blog News

  https://www.safetyblognews.com/crystalline-silica-exposure-the-quick-n-dirty-guide-to-silicosis-prevention/

  In the United States alone, millions of workers per year are exposed to a threat that many of us don’t even know about, let alone have the proper information to accurately address and prevent. […] Let’s take a look at prevention methods for safety managers. […] According to SafetyToolBox.com assessment of silica: The current OSHA permissible exposure limit (PEL) for breathable crystalline silica (quartz) is 100 µg/m3 as an 8-hour time-weighted average (TWA) [29 CFR**1910.1000]. […] For this reason, it’s generally accepted that wearing preventative personal protection equipment every day is the best way to protect against fluctuation in exposure levels, and thus silicosis itself. […] So what kind of PPE can help workers stay safe from breathable dust? Respirators, for one! […] In addition, employees should wear eye protection, ideally goggles that form a seal around the upper half of the face, in order to prevent irritants from entering the eye.

• #20 Preventing Silicosis and Deaths in Rock Drillers (92-107) | NIOSH | CDC

  https://www.cdc.gov/niosh/docs/92-107/default.html

  The National Institute for Occupational Safety and Health (NIOSH) requests assistance in preventing silicosis and deaths in workers exposed to respirable crystalline silica. […] NIOSH requests that manufacturers of drill rigs and other rock drilling equipment become familiar with and implement the source control measures recommended in this Alert. […] NIOSH recommends the following measures to reduce crystalline silica exposures in the workplace and prevent silicosis and silicosis-related deaths: […] Before mining begins, assess the potential for exposing workers to crystalline silica during removal of the overburden. […] Conduct air monitoring to measure worker exposures. […] Use control measures such as wet drilling and exhaust ventilation to minimize exposures. […] Practice good personal hygiene to avoid unnecessary exposure to silica dust.

• #21 Silicosis Prevention: Silica in the Repair Environment | BossTek

  https://bosstek.com/silicosis-in-the-repair-environment/

  The use of compressed air when cleaning creates more respirable dust by stirring up latent dust and causing it to become airborne. […] Silica dust exposure can be minimized by controlling access to work areas. […] In addition to establishing workplace guidelines for employees to follow, employers should provide workers with training that includes information about health effects, work practices and protective equipment for respirable crystalline silica. […] Monitoring, not only of the air quality to measure exposure, but also to gauge the health of the workers is recommended. […] The primary recommended strategies are 1) to use engineering controls to minimize the amount of dust generated, and 2) to control and exhaust dust that is produced.

• #22 Preventing silicosis | 2019-12-29 | Safety+Health

  https://www.safetyandhealthmagazine.com/articles/19204-preventing-silicosis

  Silicosis is a severe chronic lung disease caused by inhaling crystalline silica. […] Because silicosis has no cure, exposure prevention is the best way to keep workers safe from respirable crystalline silica. CDC recommends employers follow the Hierarchy of Controls, which lists methods in decreasing levels of effectiveness: Eliminate job tasks that expose workers to respirable crystalline silica. Substitute non-crystalline silica materials when possible. Incorporate engineering controls, such as using local exhaust ventilation or water spray to reduce silica dust. Incorporate administrative controls, such as limiting the time workers spend around respirable crystalline silica or their access to areas with high concentrations of respirable crystalline silica. Wear personal protective equipment, such as respirators, when working with respirable crystalline silica.

• #23

  https://www.ccohs.ca/oshanswers/diseases/silicosis.html

  How can we prevent silicosis? […] There is no effective treatment for silicosis. As such, the only way to protect workers from developing silicosis is to control their exposure to silica-containing dust. […] Workplace exposure to crystalline silica can be controlled in several ways. Workplaces conduct a risk assessment and eliminate or reduce hazards according to the hierarchy of control. […] Eliminating or substituting hazardous products that contain silica with safer alternatives. […] Engineering controls are selected to control emissions at their source. […] Safe handling, use, and disposal of materials containing silica […] Education and training: Provide workers with information and instruction on the hazards posed by free crystalline silica, what measures have been implemented to reduce or control exposures to acceptable levels, and the need for worker cooperation in complying with controls.

• #24 Silicosis Prevention | 1Breadcrumb

  https://www.1breadcrumb.com/en-us/silicosis-prevention/

  Crystalline silica is a naturally occurring mineral that is found in a wide range of construction materials, including concrete, bricks, tiles, and stone. […] Inhaling Silica dust poses such a great risk because the particles are so small they are inhaled deep into the lungs. […] To protect workers from the dangers of crystalline silica, it is important for employers to take proactive measures to control the risk. […] Some of the key measures that employers can take to protect workers include: […] Using alternative products and materials that do not contain crystalline silica. […] Using engineering controls to minimise silica dust exposure. This can include using wet methods to suppress dust, using local exhaust ventilation systems, and using tools with dust collection systems. […] Providing personal protective equipment (PPE) to workers. This can include respirators, gloves, and protective clothing.

• #25 Silicosis Treatment & Management: Approach Considerations, Medical Care, Surgical Care

  https://emedicine.medscape.com/article/302027-treatment

  During rock drilling, use water through the drill stem to reduce the amount of dust in the air, or use a drill with a dust collection system. Use drills that have a positive-pressure cab with air conditioning and filtered air supply to isolate the driller from the dust. […] When sawing concrete or masonry, use saws that provide water to the blade. […] Use good work practices to minimize exposures and to prevent nearby workers from being exposed. Eg, Remove dust from equipment with a water hose rather than with compressed air. Use vacuums with high-efficiency particulate air (HEPA) filters, or use wet sweeping instead of dry sweeping. […] Use containment methods such as blast-cleaning machines and cabinets to prevent dust from being released into the air. […] Do not use silica sand or other substances containing more than 1% crystalline silica as abrasive blasting materials. Substitute with less hazardous materials.

• #26 Silicosis Prevention: Silica in the Repair Environment | BossTek

  https://bosstek.com/silicosis-in-the-repair-environment/

  Employers are required by the OSHA Standard 1910.132 to conduct a Personal Protective Equipment (PPE) Hazard Assessment and corresponding training of affected employees. […] When engineering controls cannot keep silica exposures below the National Institute for Occupational Safety and Health (NIOSH) Recommended Exposure Limit (REL) of 0.05 mg/m3 (as a 10-hour time-weighted average), proper respiratory protection should be used. […] Many blasting mediums, especially sand, quartz and slag, used in abrasive blasting contain high levels of silica. […] Alternative blasting mediums that do not contain silica, such as ilmenite, aluminum oxide, garnet, metal shot, steel grit, crushed glass and sodium bicarbonate may additionally reduce exposure. […] Practicing general rules of worksite cleanliness will help remediate silica dust on worksites, possibly preventing the dust from becoming airborne and potentially inhaled.

• #27 Silicosis Prevention | How to Stop Silica Dust Exposure at Work

  https://silicosis.org.au/about-silicosis/silicosis-prevention/

  Use water during cutting, drilling, or grinding to prevent dust from becoming airborne. […] Avoid dry sweeping and use vacuum systems or wet sweeping instead. […] Carry out high-dust tasks in specialty enclosed spaces with filtration systems. […] Attach vacuum systems to saws, drills, and grinders to capture dust as it’s created. […] Install ventilation systems that pull dust away from workers. […] Masks are a last resort, and only fit-tested respirators provide proper protection. […] Standard paper, cloth, or disposable masks don’t block silica dust. […] Only fit-tested respirators create a proper seal to protect against silica dust. […] Employers must control dust with water, dust extraction, and ventilation systems. […] Employers must reduce your exposure through task scheduling and job rotation.

• #28 Silicosis Prevention | How to Stop Silica Dust Exposure at Work

  https://silicosis.org.au/about-silicosis/silicosis-prevention/

  If dust can’t be controlled, employers must provide fit-tested respiratory protection. […] If you believe your workplace is unsafe, you can report it to your state safety regulator. […] The best way to prevent silica dust exposure is to stop the dust from becoming airborne. This is done by: […] Using Wet-Cutting Tools: Water is sprayed during cutting, grinding and drilling to stop dust from being released. […] On-Tool Dust Extraction: Special attachments on tools suck up dust as it’s created. […] Ventilation Systems: Local exhaust ventilation (LEV) removes airborne dust before workers breathe it in. […] Safe Cleaning Methods: Avoid dry sweeping and instead use wet sweeping or vacuum systems. […] Key Takeaway: Controlling dust at its source is far more effective than relying on masks or respirators. […] Key Takeaway: Stopping dust at its source is more effective than relying on masks alone. Ask your employer to provide water suppression or on-tool dust extraction.

• #29 Silicosis Treatment & Management: Approach Considerations, Medical Care, Surgical Care

  https://emedicine.medscape.com/article/302027-treatment

  During rock drilling, use water through the drill stem to reduce the amount of dust in the air, or use a drill with a dust collection system. Use drills that have a positive-pressure cab with air conditioning and filtered air supply to isolate the driller from the dust. […] When sawing concrete or masonry, use saws that provide water to the blade. […] Use good work practices to minimize exposures and to prevent nearby workers from being exposed. Eg, Remove dust from equipment with a water hose rather than with compressed air. Use vacuums with high-efficiency particulate air (HEPA) filters, or use wet sweeping instead of dry sweeping. […] Use containment methods such as blast-cleaning machines and cabinets to prevent dust from being released into the air. […] Do not use silica sand or other substances containing more than 1% crystalline silica as abrasive blasting materials. Substitute with less hazardous materials.

• #30 Silicosis Prevention: Silica in the Repair Environment | BossTek

  https://bosstek.com/silicosis-in-the-repair-environment/

  Silica exposure remains a serious threat to nearly 2 million U.S. workers, including more than 100,000 workers performing high-risk jobs, such as abrasive blasting, foundry work, stonecutting, rock drilling, quarry work and tunneling. […] OSHA suggests employers and employees take measures to protect against exposure to crystalline silica, including: […] Recognize when silica dust may be generated and plan ahead to eliminate or control dust at the source. […] Providing engineering or administrative controls, where feasible, such as local exhaust ventilation with dust collectors, blasting cabinets and/or wet methods to prevent dust from becoming airborne. […] Using all available work practices to control dust exposures, such as water spray. […] Preventing dust from becoming airborne during clean up by using water hoses or wet wiping rather than compressed air.

• #31 Silicosis Prevention | 1Breadcrumb

  https://www.1breadcrumb.com/en-us/silicosis-prevention/

  Crystalline silica is a naturally occurring mineral that is found in a wide range of construction materials, including concrete, bricks, tiles, and stone. […] Inhaling Silica dust poses such a great risk because the particles are so small they are inhaled deep into the lungs. […] To protect workers from the dangers of crystalline silica, it is important for employers to take proactive measures to control the risk. […] Some of the key measures that employers can take to protect workers include: […] Using alternative products and materials that do not contain crystalline silica. […] Using engineering controls to minimise silica dust exposure. This can include using wet methods to suppress dust, using local exhaust ventilation systems, and using tools with dust collection systems. […] Providing personal protective equipment (PPE) to workers. This can include respirators, gloves, and protective clothing.

• #32 Silicosis Prevention | 1Breadcrumb

  https://www.1breadcrumb.com/en-us/silicosis-prevention/

  Limiting the amount of time that workers spend working with silica-containing materials. […] Providing training to workers on the hazards of silica dust exposure and how to protect themselves. […] Understanding the hazard exposure levels by conducting regular air monitoring to assess silica dust levels in the workplace. And understanding the levels of crystalline silica by reviewing information from product manufactures and suppliers such as Safety data sheets. […] The risks associated with the hazard silica dust can be controlled.

• #33 TIPS FOR WORKERS EXPOSED TO CRYSTALLINE SILICA | Occupational Safety and Health Administration

  http://www.osha.gov/training/library/silica/handout

  WHAT CAN I DO TO PROTECT MYSELF AND MY FAMILY? […] TIPS FOR WORKERS EXPOSED TO CRYSTALLINE SILICA […] Be aware of the health effects of breathing air that has silica dust in it. […] Know what causes silica dust at your workplace. […] Avoid working in dust whenever possible. […] Reduce the amount of silica dust by doing the following: Use water sprays and ventilation when working in confined structures. […] Use a water hose to wet dust before it becomes airborne. […] Use saws that add water to the blade. […] Use drills that add water through the stem or have dust collection systems. […] Use blast cleaning machines or cabinets to control dust. […] When water sprays and ventilation alone are not enough to reduce silica dust levels, your employer MUST provide you with a properly fitted and selected respirator (e.g., particulate filter or airline supplied air respirator) designated for protection against crystalline silica.

• #34 TIPS FOR WORKERS EXPOSED TO CRYSTALLINE SILICA | Occupational Safety and Health Administration

  http://www.osha.gov/training/library/silica/handout

  Take health (or lung screening) programs offered by your employer. […] Do not eat, drink, or use tobacco products in dusty areas. […] Wash hands and face before eating, drinking, or smoking outside dusty areas. […] Change into disposable or washable work clothes at the worksite. […] Shower (if possible) and change into clean clothes before leaving the worksite to prevent contamination of other work areas, cars, and homes. […] It is your employer’s legal responsibility to provide a safe workplace. […] Your employer must make sure that you have and use the proper protective equipment for reducing silica dust levels. Taking time to protect yourself on the job is worth it.

• #35 Silicosis Prevention | Tips & Resources from Experienced Silicosis Attorneys

  https://silicosis.com/respirators

  Respirators, Paper Dust Masks, Sandblasting Hoods Other Equipment […] Disposable Paper Dust Masks will not protect the silica worker or sandblaster from dangerous free silica dust. that can cause silicosis. Respirators are not to be used as the primary means of preventing or minimizing exposures to airborne contaminants. Instead, use effective source controls such as substitution, automation, enclosed systems, local exhaust ventilation, wet methods, and good work practices. Such measures should be the primary means of protecting workers. However, when source controls cannot keep exposures below the NIOSH REL, controls should be supplemented with the use of respirators. […] When respirators are used, the employer must establish a comprehensive respiratory protection program, as outlined in the NIOSH Guide to Industrial Respiratory Protection [NIOSH 1987a] and as required in the OSHA respiratory protection standard [29 CFR 1910.134 and 1926.103]. Important elements of this standard are periodic environmental monitoring, regular training of personnel, selection of proper NIOSH-approved respirators, an evaluation of the workers ability to perform the work while wearing a respirator, respirator fit testing, and maintenance, inspection, cleaning, and storage of respiratory protection of equipment. The respiratory protection program should be evaluated regularly by the employer.

• #36 Silicosis Treatment & Management: Approach Considerations, Medical Care, Surgical Care

  https://emedicine.medscape.com/article/302027-treatment

  Practice good personal hygiene to avoid unnecessary exposure to other worksite contaminants, such as lead. […] Take the following steps to assure that dusty clothes do not contaminate cars, homes, or worksites outside the dusty area: Change into disposable or washable work clothes at the worksite. […] Conduct air monitoring to measure worker exposures and ensure that controls are providing adequate protection for workers. […] Use adequate respiratory protection when source controls cannot keep silica exposures below the NIOSH recommended exposure limits (REL). […] Do not use respirators as the primary means of preventing or minimizing exposures to airborne contaminants. Instead, use effective source controls such as substitution, automation, enclosed systems, local exhaust ventilation, wet methods, and good work practices. Such measures should be the primary means of protecting workers.

• #37 Silicosis: Causes, Symptoms, Diagnosis & Treatment

  https://my.clevelandclinic.org/health/diseases/22622-silicosis

  If you work in a job around crystalline silica, you can breathe in dust that will cause lung damage. You can help to prevent silicosis if you use protective equipment. […] If you arent able to avoid professions that are risky, you can reduce your risk by using the appropriate personal protective equipment and following workplace safety policies. […] If your work puts you at high-risk, get screened through your employer. Early detection is key to preventing severe disease. […] Use the correct personal protective equipment, such as N95 masks or respirators, if you continue to work in a place with silica dust. Regular dust masks or face coverings arent enough. […] Follow proper procedure for working in a place with silica dust, including ventilation and using wetness to keep the dust down.

• #38 Silicosis Prevention | How to Stop Silica Dust Exposure at Work

  https://silicosis.org.au/about-silicosis/silicosis-prevention/

  Use water during cutting, drilling, or grinding to prevent dust from becoming airborne. […] Avoid dry sweeping and use vacuum systems or wet sweeping instead. […] Carry out high-dust tasks in specialty enclosed spaces with filtration systems. […] Attach vacuum systems to saws, drills, and grinders to capture dust as it’s created. […] Install ventilation systems that pull dust away from workers. […] Masks are a last resort, and only fit-tested respirators provide proper protection. […] Standard paper, cloth, or disposable masks don’t block silica dust. […] Only fit-tested respirators create a proper seal to protect against silica dust. […] Employers must control dust with water, dust extraction, and ventilation systems. […] Employers must reduce your exposure through task scheduling and job rotation.

• #39 TIPS FOR WORKERS EXPOSED TO CRYSTALLINE SILICA | Occupational Safety and Health Administration

  http://www.osha.gov/training/library/silica/handout

  Take health (or lung screening) programs offered by your employer. […] Do not eat, drink, or use tobacco products in dusty areas. […] Wash hands and face before eating, drinking, or smoking outside dusty areas. […] Change into disposable or washable work clothes at the worksite. […] Shower (if possible) and change into clean clothes before leaving the worksite to prevent contamination of other work areas, cars, and homes. […] It is your employer’s legal responsibility to provide a safe workplace. […] Your employer must make sure that you have and use the proper protective equipment for reducing silica dust levels. Taking time to protect yourself on the job is worth it.

• #40 Preventing Silicosis and Deaths in Rock Drillers (92-107) | NIOSH | CDC

  https://www.cdc.gov/niosh/docs/92-107/default.html

  Wear washable or disposable protective clothes at the worksite; shower and change into clean clothes before leaving the worksite to prevent contamination of cars, homes, and other work areas. […] Use respiratory protection when source controls cannot keep silica exposures below the NIOSH REL. […] Provide periodic medical examinations for all workers who may be exposed to crystalline silica. […] Post signs to warn workers about the hazard and to inform them about required protective equipment. […] Provide workers with training that includes information about health effects, work practices, and protective equipment for crystalline silica.

• #41 Silicosis: Symptoms, Causes, Diagnosis, Treatment, Prevention

  https://www.webmd.com/lung/what-is-silicosis

  Can Silicosis Be Prevented? […] The simplest steps include: […] Limit the time youre exposed to silica. […] Wear a mask or other protective clothing while you work around it. Your employer is required to provide proper safety equipment. […] […] […] Other ways to prevent silicosis on the job: […] Use blasting cabinets or proper ventilation. […] Use wet methods to cut, chip, or grind materials. […] Swap blasting material that contains silica for other types. […] Use respirators that protect you from inhaling silica. […] Don’t eat or drink near silica dust. […] Wash your hands and face before you eat. […] Shower and change clothes after work.

• #42 NASD – Prevention of Silicosis Deaths

  https://nasdonline.org/1184/d001026/prevention-of-silicosis-deaths.html

  More than one million American workers are currently at risk of developing silicosis, a debilitating, irreversible, sometimes fatal disease. […] It is unacceptable to allow workers to continue to die from preventable diseases such as silicosis. All workers who use silica must be told of the hazards they face and the means of prevention. […] Because of the high risk for silicosis in sandblasters and the difficulty in controlling the hazards, NIOSH has recommended that silica be banned for this use and that less hazardous materials be used in blasting operations. […] If employers fail to substitute less hazardous blasting materials for silica, the following precautions should be taken to protect workers: Blasting should be done in automatic blast-cleaning machines or cabinets which permit workers to operate the machinery from outside using gloved armholes. Sandblasters should practice good personal hygiene to prevent unnecessary exposure. Workers should wash their hands before eating, drinking, or smoking; should not eat, drink, or use tobacco products in the blasting area; and should park their cars where they will not be contaminated. Workers should wear washable or disposable protective clothes and should shower and change before leaving the worksite. The air in the work environment should be monitored to measure worker exposure. When exposures cannot be kept below the NIOSH Recommended Exposure Limit (REL), proper respiratory protection should be used. Medical examinations, including periodic x-rays, should be provided to all workers who are potentially exposed. Warning signs should be posted to mark areas contaminated with crystalline silica. Worker training should include information on health effects, work practices, and protective equipment for crystalline silica. All cases of silicosis should be reported to state health departments and the Occupational Safety and Health Administration (OSHA) or the Mine Safety and Health Administration (MSHA).

• #43 Preventing Silicosis and Deaths in Rock Drillers (92-107) | NIOSH | CDC

  https://www.cdc.gov/niosh/docs/92-107/default.html

  The National Institute for Occupational Safety and Health (NIOSH) requests assistance in preventing silicosis and deaths in workers exposed to respirable crystalline silica. […] NIOSH requests that manufacturers of drill rigs and other rock drilling equipment become familiar with and implement the source control measures recommended in this Alert. […] NIOSH recommends the following measures to reduce crystalline silica exposures in the workplace and prevent silicosis and silicosis-related deaths: […] Before mining begins, assess the potential for exposing workers to crystalline silica during removal of the overburden. […] Conduct air monitoring to measure worker exposures. […] Use control measures such as wet drilling and exhaust ventilation to minimize exposures. […] Practice good personal hygiene to avoid unnecessary exposure to silica dust.

• #44 Preventing Silicosis and Deaths in Rock Drillers (92-107) | NIOSH | CDC

  https://www.cdc.gov/niosh/docs/92-107/default.html

  Wear washable or disposable protective clothes at the worksite; shower and change into clean clothes before leaving the worksite to prevent contamination of cars, homes, and other work areas. […] Use respiratory protection when source controls cannot keep silica exposures below the NIOSH REL. […] Provide periodic medical examinations for all workers who may be exposed to crystalline silica. […] Post signs to warn workers about the hazard and to inform them about required protective equipment. […] Provide workers with training that includes information about health effects, work practices, and protective equipment for crystalline silica.

• #45 6 Ways to Avoid Crystalline Silica: What is Silicosis?

  https://www.anzeve.com/en/6-formas-de-evitar-la-silice-cristalina-que-es-la-silicosis/

  Therefore, in sectors such as mining, construction and glass manufacturing, where this material is often very common, it is essential to implement appropriate preventive measures, such as the use of personal protective equipment and training in safe practices to reduce exposure. […] To protect the health of workers, it is essential to implement preventive measures to avoid silicosis. Among the most effective, the following stand out: […] Appropriate respiratory masks should be provided to workers to filter out silica particles. These must comply with safety regulations and be the correct size. Additionally, it is very important that employees understand how to use them correctly to improve their effectiveness. […] Implementing measures such as adequate ventilation systems and dust extraction helps to improve air quality in the work environment, reducing the concentration of silica in the air and, therefore, the risks of inhalation of harmful particles.

• #46 6 Ways to Avoid Crystalline Silica: What is Silicosis?

  https://www.anzeve.com/en/6-formas-de-evitar-la-silice-cristalina-que-es-la-silicosis/

  It is essential to train workers on the risks related to silica exposure, including information on best prevention practices and the proper use of protective equipment, raising awareness about the importance of workplace safety. […] Conducting regular medical checkups can detect any early signs of respiratory illness among exposed workers. In this way, it will be possible to intervene in time to protect the health of employees. […] Wherever possible, alternatives to materials containing crystalline silica should be sought, both to reduce risk exposure and to improve overall workplace safety. […] As you can see, by taking the proper measures and using prevention products, we can significantly reduce the risk of exposure to crystalline silica.

• #47 Silicosis Prevention: Silica in the Repair Environment | BossTek

  https://bosstek.com/silicosis-in-the-repair-environment/

  The use of compressed air when cleaning creates more respirable dust by stirring up latent dust and causing it to become airborne. […] Silica dust exposure can be minimized by controlling access to work areas. […] In addition to establishing workplace guidelines for employees to follow, employers should provide workers with training that includes information about health effects, work practices and protective equipment for respirable crystalline silica. […] Monitoring, not only of the air quality to measure exposure, but also to gauge the health of the workers is recommended. […] The primary recommended strategies are 1) to use engineering controls to minimize the amount of dust generated, and 2) to control and exhaust dust that is produced.

• #48 Standards Board Adopts Emergency Temporary Standard to Protect Workers from Silicosis | California Department of Industrial Relations

  https://www.dir.ca.gov/DIRNews/2023/2023-93.html

  The Occupational Safety and Health Standards Board today approved an emergency temporary standard on respirable crystalline silica to protect workers from silicosis. […] Cal/OSHA proposed the emergency temporary standard to protect workers in the stone fabrication industry from silicosis. […] The emergency temporary standard approved today includes important requirements to protect workers engaged in high-exposure tasks such as cutting, grinding, polishing and cleanup of artificial stone containing more than 0.1% crystalline silica and natural stone containing more than 10% crystalline silica. […] Employers will be required to implement the following new protections when workers perform these tasks: […] Use wet methods without exception. […] Employ safe clean-up methods without exception. […] Ensure training and information is appropriate for the language and literacy of employees. […] Train employees on symptoms of respirable crystalline silica exposure and how to prevent exposures. […] Employers must report employees with confirmed silicosis or lung cancer to Cal/OSHA and CDPH.

• #49 Preventing Silicosis and Deaths in Rock Drillers (92-107) | NIOSH | CDC

  https://www.cdc.gov/niosh/docs/92-107/default.html

  The National Institute for Occupational Safety and Health (NIOSH) requests assistance in preventing silicosis and deaths in workers exposed to respirable crystalline silica. […] NIOSH requests that manufacturers of drill rigs and other rock drilling equipment become familiar with and implement the source control measures recommended in this Alert. […] NIOSH recommends the following measures to reduce crystalline silica exposures in the workplace and prevent silicosis and silicosis-related deaths: […] Before mining begins, assess the potential for exposing workers to crystalline silica during removal of the overburden. […] Conduct air monitoring to measure worker exposures. […] Use control measures such as wet drilling and exhaust ventilation to minimize exposures. […] Practice good personal hygiene to avoid unnecessary exposure to silica dust.

• #50 Center of Excellence for Silicosis & Its Prevention Program

  https://www.nationaljewish.org/directory/silicosis-prevention

  Silicosis is not reversible, but it is preventable. […] If workers are diagnosed with silicosis, they must be removed from exposure to minimize the risk for progression of fibrotic lung disease and for the other diseases associated with silica exposure. […] Under the 2017 OSHA Silica Standard, employers are required to comply by: Making medical surveillance available at no cost to the employee, at a reasonable time and place, for each employee who will be required to use a respirator for 30 or more days per year. […] At National Jewish Health, we can offer employers: OSHA-compliant medical screening and surveillance for early disease. […] OSHA-compliant respiratory protection services including medical clearance for respirator use and both qualitative and quantitative respirator fit testing.

• #51 Silicosis – Pulmonary Disorders – Merck Manual Professional Edition

  https://www.merckmanuals.com/professional/pulmonary-disorders/environmental-and-occupational-pulmonary-diseases/silicosis

  Primary preventive measures begin with eliminating or reducing exposure. The most effective primary prevention is implementation of engineering controls to limit respirable silica exposure. Respiratory masks provide only limited protection and should be used in conjunction with a comprehensive exposure control program. […] Secondary prevention through medical surveillance can help identify disease at an early stage. […] Preventive measures to prevent complications include smoking cessation and vaccinations against pneumococci, COVID, and influenza. Clinicians must be alert to the risk of TB and nontuberculous mycobacterial infections in silica-exposed patients, especially miners. Workers exposed to silica should have annual tuberculin skin or interferon-gamma release assay tests. […] Due to persistence of silicosis, The Occupational Safety and Health Administration (OSHA) issued an updated Respirable Silica Standard in 2016. The standard lowers the Permissible Exposure Limit (PEL) and requires pre-employment and periodic medical surveillance of silica-exposed workers. The medical surveillance should include questionnaires, lung function tests, and chest x-rays.

• #52 Silicosis – Lung and Airway Disorders – Merck Manual Consumer Version

  https://www.merckmanuals.com/home/lung-and-airway-disorders/environmental-and-occupational-lung-diseases/silicosis

  Primary preventive measures begin with eliminating or reducing exposure. The most effective primary prevention is implementation of engineering controls (control of the environment) to limit exposure to silica. Properly fitted respirators provide additional protection. […] Measures to prevent complications include smoking cessation and vaccinations against pneumococci, COVID, and influenza. Because people who have been exposed to silica are at risk of tuberculosis and similar mycobacterial infections, they should have regular tuberculosis screening. […] Due to persistence of silicosis, the United States Occupational Safety and Health Administration (OSHA) issued an updated Respirable Silica Standard in 2016. The standard lowers the Permissible Exposure Limit (PEL) and requires pre-employment and periodic medical surveillance of silica-exposed workers. Medical surveillance includes questionnaires, lung function tests, and periodic chest x-rays.

• #53 Center of Excellence for Silicosis & Its Prevention Program

  https://www.nationaljewish.org/directory/silicosis-prevention

  Silicosis is not reversible, but it is preventable. […] If workers are diagnosed with silicosis, they must be removed from exposure to minimize the risk for progression of fibrotic lung disease and for the other diseases associated with silica exposure. […] Under the 2017 OSHA Silica Standard, employers are required to comply by: Making medical surveillance available at no cost to the employee, at a reasonable time and place, for each employee who will be required to use a respirator for 30 or more days per year. […] At National Jewish Health, we can offer employers: OSHA-compliant medical screening and surveillance for early disease. […] OSHA-compliant respiratory protection services including medical clearance for respirator use and both qualitative and quantitative respirator fit testing.

• #54 Top Silicosis Prevention Tips for Workplace Safety (2025)

  https://www.usmesotheliomalaw.com/blog/silicosis-prevention-tips-for-workplace-safety/

  Silicosis is one of the most prevalent occupational diseases in the United States. Many people working in industries such as mining, construction, and artificial and natural stone shaping face the risk of silica dust exposure, and over time, this exposure can cause silicosis. There are important silicosis prevention tips for workplace safety that everyone should know. […] When it comes to silica dust safety, the Occupational Safety and Health Administration (OSHA) enforces many rules and regulations designed to limit the risk of silica dust exposure for workers in high-risk environments. Silica dust can be released into the air with many types of work, especially in artificial stone product manufacturing. Over time, these particles can accumulate in the lungs and cause silicosis. […] OSHA regulations require employers performing any operations involving silica dust exposure to take specific steps to limit this hazard for their employees. Employers can use these silicosis prevention tips for workplace safety: Follow all OSHA regulations closely. Provide employees with detailed training that not only covers accepted work practices but also conveys the dangers of silica dust exposure. Perform regular air quality monitoring in high-risk worksites. Choose appropriate respiratory protection for employees. Employers should verify that all workers at risk of silica dust exposure have properly fitting and fully functional respiratory equipment. Implement new work practices aimed at reducing silica dust levels and check the effectiveness of all newly implemented practices. Consider the implementation of a medical surveillance program for at-risk employees. Employers can also arrange for medical examinations for any employees who may be exposed to silica dust. Early detection can help prevent silicosis from worsening. Post clearly visible warning signs to identify any work areas where silica dust may be present. Install engineering and air quality control systems that can reduce or eliminate silica dust from the air and reduce the accumulation of silica dust on workplace equipment. Consider the use of alternative materials that pose a lower risk of silica dust exposure, especially in industries like artificial stone shaping. Install air filtration systems that include high-efficiency particulate air (HEPA) filters. Implement vacuuming, wet-sweeping, and other cleaning procedures in the workplace in lieu of dry sweeping, which can easily release silica dust particles into the air.

• #55 Challenges and opportunities for silicosis prevention and control: need for a national health program on silicosis in India

  https://pmc.ncbi.nlm.nih.gov/articles/PMC10337186/

  Silicosis has been one of the most serious occupational public health problems worldwide for many decades. […] This paper is an updated review of the novel challenges and opportunities for silicosis prevention and control in India. […] To prevent any future dust exposure, the workers must be moved to an alternative job in the same factory where they will not be exposed to silica dust. Government regulatory bodies, on the other hand, must guarantee that factory owners relocate workers to another vocation as soon as they exhibit signs of silicosis. […] A pneumoconiosis elimination program encompassing health promotion, personal protection, diagnostic criteria, preventive measures, symptomatic management, prevention of silica dust exposure, treatment, and rehabilitation is felt important for wider adoption.

• #56 Treating and Managing Silicosis | American Lung Association

  https://www.lung.org/lung-health-diseases/lung-disease-lookup/silicosis/treating-and-managing

  There is no cure for silicosis and once the damage is done it cannot be reversed. Treatment is focused on slowing down the progression of the disease and relieving symptoms. Avoiding further exposure to silica and other irritants such as cigarette smoke is crucial. […] To keep the disease from getting worse, all silicosis patients need to eliminate any more exposure to silica. Other lung irritants, such as indoor and outdoor air pollution, allergens and smoke, should also be avoided. […] Prevent respiratory infections that can make your lungs worse. Get vaccinated against the flu every year, and pneumococcal pneumonia as recommended by your doctor.

• #57 Treating and Managing Silicosis | American Lung Association

  https://www.lung.org/lung-health-diseases/lung-disease-lookup/silicosis/treating-and-managing

  There is no cure for silicosis and once the damage is done it cannot be reversed. Treatment is focused on slowing down the progression of the disease and relieving symptoms. Avoiding further exposure to silica and other irritants such as cigarette smoke is crucial. […] To keep the disease from getting worse, all silicosis patients need to eliminate any more exposure to silica. Other lung irritants, such as indoor and outdoor air pollution, allergens and smoke, should also be avoided. […] Prevent respiratory infections that can make your lungs worse. Get vaccinated against the flu every year, and pneumococcal pneumonia as recommended by your doctor.

• #58 Challenges and opportunities for silicosis prevention and control: need for a national health program on silicosis in India

  https://pmc.ncbi.nlm.nih.gov/articles/PMC10337186/

  Silicosis has been one of the most serious occupational public health problems worldwide for many decades. […] This paper is an updated review of the novel challenges and opportunities for silicosis prevention and control in India. […] To prevent any future dust exposure, the workers must be moved to an alternative job in the same factory where they will not be exposed to silica dust. Government regulatory bodies, on the other hand, must guarantee that factory owners relocate workers to another vocation as soon as they exhibit signs of silicosis. […] A pneumoconiosis elimination program encompassing health promotion, personal protection, diagnostic criteria, preventive measures, symptomatic management, prevention of silica dust exposure, treatment, and rehabilitation is felt important for wider adoption.

• #59 Challenges and opportunities for silicosis prevention and control: need for a national health program on silicosis in India

  https://pmc.ncbi.nlm.nih.gov/articles/PMC10337186/

  A comprehensive national health program on silicosis within the public health system would strengthen surveillance, notification, and management of workers exposed to silica dust in India. […] Many challenges exist in the prevention and control of this ancient and preventable disease such as unregulated informal sector, diagnostic difficulties, absence of a surveillance mechanism, inadequate staff, and a lack of awareness. […] Several initiatives may be undertaken to control silicosis, including raising awareness, building capacity, improving health systems to treat silicosis patients, integrating silicosis control with tuberculosis control, and strict adherence to statutory regulations. […] The prevention and control of silicosis in India face significant challenges, including worker-related, disease-related, and systemic challenges.

• #60 Challenges and opportunities for silicosis prevention and control: need for a national health program on silicosis in India

  https://pmc.ncbi.nlm.nih.gov/articles/PMC10337186/

  One major programmatic challenge is the absence of a comprehensive national health program dedicated to silicosis control, resulting in a lack of coordination among stakeholders and limited surveillance mechanisms. […] A routine surveillance system would not only generate comprehensive data on the true prevalence of silicosis but also enable monitoring of the disease’s incidence, identification of high-risk areas, and analysis of associated risk factors. […] By providing timely and reliable information, such a system of surveillance would enable public health authorities to effectively adopt targeted preventive measures and interventions to limit the impact of silicosis. […] A distinct National Silicosis Control Program with reporting and review/monitoring, would result in program activities being funded under a separate budget head. […] Until such a program is established, silicosis control activities should be integrated with TB elimination efforts.

• #61 Department of Health | Workplace Health and Safety | Silicosis: Data, Statistics, and Publications

  https://www.nj.gov/health/workplacehealthandsafety/occupational-health-surveillance/silicosis/data.shtml

  Silicosis, an occupational lung disease, has been a significant public health concern in New Jersey (NJ) due to the use of silica in many industry processes, including: foundries, potteries, mines and, increasingly construction work. In response to this concern, the New Jersey Department of Health (NJDOH) developed a silicosis surveillance system in 1979. This work was funded for many years by a grant from the Centers for Disease Control and Preventions (CDC) National Institute for Occupational Safety and Health (NIOSH). […] There is generally a 20-year lag time between exposure to silica dust and development of chronic silicosis. This is a challenge to timely disease prevention. Shifting the focus of NJDOH outreach to real-time hazard prevention efforts has helped NJ industries at risk to reduce and eliminate exposure to silica dust, the primary means to reduce and eliminate cases of silicosis.

• #62 Department of Health | Workplace Health and Safety | Silicosis: Data, Statistics, and Publications

  https://www.nj.gov/health/workplacehealthandsafety/occupational-health-surveillance/silicosis/data.shtml

  Confirmation of silicosis cases remains a labor-intensive process. Interventions remain challenging due to the latency period between exposure and the onset of disease. Yet, maintains the focus of even a small number of public health workers on silicosis surveillance has proven effective in identifying sentinel industries and occupations at risk. Industry-wide outreach efforts were possible because of the capacity within the states and NIOSH to collaborate and develop industry-specific prevention information. Moreover, complicated issues related to silica exposure yet require action. There include the rising use of transient workers, day laborers and contract workers, longer work shifts, language barriers and desperation for jobs. NJDOH will continue to build on the experience and knowledge gained in silicosis surveillance to identify, confirm and prevent cases of other known and emerging occupational diseases.

• #63 Challenges and opportunities for silicosis prevention and control: need for a national health program on silicosis in India

  https://pmc.ncbi.nlm.nih.gov/articles/PMC10337186/

  One major programmatic challenge is the absence of a comprehensive national health program dedicated to silicosis control, resulting in a lack of coordination among stakeholders and limited surveillance mechanisms. […] A routine surveillance system would not only generate comprehensive data on the true prevalence of silicosis but also enable monitoring of the disease’s incidence, identification of high-risk areas, and analysis of associated risk factors. […] By providing timely and reliable information, such a system of surveillance would enable public health authorities to effectively adopt targeted preventive measures and interventions to limit the impact of silicosis. […] A distinct National Silicosis Control Program with reporting and review/monitoring, would result in program activities being funded under a separate budget head. […] Until such a program is established, silicosis control activities should be integrated with TB elimination efforts.

• #64 Challenges and opportunities for silicosis prevention and control: need for a national health program on silicosis in India

  https://pmc.ncbi.nlm.nih.gov/articles/PMC10337186/

  One major programmatic challenge is the absence of a comprehensive national health program dedicated to silicosis control, resulting in a lack of coordination among stakeholders and limited surveillance mechanisms. […] A routine surveillance system would not only generate comprehensive data on the true prevalence of silicosis but also enable monitoring of the disease’s incidence, identification of high-risk areas, and analysis of associated risk factors. […] By providing timely and reliable information, such a system of surveillance would enable public health authorities to effectively adopt targeted preventive measures and interventions to limit the impact of silicosis. […] A distinct National Silicosis Control Program with reporting and review/monitoring, would result in program activities being funded under a separate budget head. […] Until such a program is established, silicosis control activities should be integrated with TB elimination efforts.

• #65 Challenges and opportunities for silicosis prevention and control: need for a national health program on silicosis in India

  https://pmc.ncbi.nlm.nih.gov/articles/PMC10337186/

  One major programmatic challenge is the absence of a comprehensive national health program dedicated to silicosis control, resulting in a lack of coordination among stakeholders and limited surveillance mechanisms. […] A routine surveillance system would not only generate comprehensive data on the true prevalence of silicosis but also enable monitoring of the disease’s incidence, identification of high-risk areas, and analysis of associated risk factors. […] By providing timely and reliable information, such a system of surveillance would enable public health authorities to effectively adopt targeted preventive measures and interventions to limit the impact of silicosis. […] A distinct National Silicosis Control Program with reporting and review/monitoring, would result in program activities being funded under a separate budget head. […] Until such a program is established, silicosis control activities should be integrated with TB elimination efforts.

• #66 The National Silicosis Prevention Strategy: the strategic approach taken by the Lung Foundation for preventing silicosis nationwide. – Turner Freeman Lawyers

  https://www.turnerfreeman.com.au/blog/the-national-silicosis-prevention-strategy-the-strategic-approach-taken-by-the-lung-foundation-for-preventing-silicosis-nationwide/

  Silicosis has emerged as a significant occupational health concern, particularly in industries involving stone, rock, concrete, brick, and sand. […] The Lung Foundations dedicated efforts focus on raising awareness of the dangers of silica dust, promoting protective workplace practices, and advancing research into treatment and prevention methods, as part of their comprehensive National Silicosis Prevention Strategy. […] The Lung Foundation in partnership with key stakeholders and experts in occupational health developed the National Silicosis Prevention Strategy, which has three main goals: raising awareness of silicosis among workers, employers, and the wider community to educate individuals on the risks associated with exposure to silica dust and how they can protect themselves and others; promoting protective workplace practices by stressing the importance of implementing practical measures to minimize exposure to silica dust in workplaces, such as using appropriate personal protective equipment, utilizing engineering controls, and providing regular health monitoring for workers.; and advancing research into silicosis prevention and treatment.

• #67 Challenges and opportunities for silicosis prevention and control: need for a national health program on silicosis in India

  https://pmc.ncbi.nlm.nih.gov/articles/PMC10337186/

  A comprehensive national health program on silicosis within the public health system would strengthen surveillance, notification, and management of workers exposed to silica dust in India. […] Many challenges exist in the prevention and control of this ancient and preventable disease such as unregulated informal sector, diagnostic difficulties, absence of a surveillance mechanism, inadequate staff, and a lack of awareness. […] Several initiatives may be undertaken to control silicosis, including raising awareness, building capacity, improving health systems to treat silicosis patients, integrating silicosis control with tuberculosis control, and strict adherence to statutory regulations. […] The prevention and control of silicosis in India face significant challenges, including worker-related, disease-related, and systemic challenges.

• #68 The National Silicosis Prevention Strategy: the strategic approach taken by the Lung Foundation for preventing silicosis nationwide. – Turner Freeman Lawyers

  https://www.turnerfreeman.com.au/blog/the-national-silicosis-prevention-strategy-the-strategic-approach-taken-by-the-lung-foundation-for-preventing-silicosis-nationwide/

  The Lung Foundations National Silicosis Prevention Strategy is a crucial step towards preventing and addressing the alarming increase in silicosis cases across various industries. By prioritizing awareness, workplace practices, and research, this strategy aims to protect workers from the dangerous effects of silica dust exposure.

• #69 Overview – National Silicosis Prevention Strategy

  https://lungfoundation.com.au/advocacy/national-silicosis-prevention-strategy/overview/

  The goal of the NSPS is to prevent and ultimately eliminate silicosis as an occupational disease in Australia. Five priority areas for action were identified to achieve this goal: […] All levels of government involved agree that there is a need for urgent reform and to enable measures that will keep workers and their families safe and healthy.

• #70 Board Approves Funding for Expanded Silicosis Prevention Education & Supports New State Regulations – Supervisor Lindsey P. Horvath

  https://lindseyhorvath.lacounty.gov/board-approves-funding-for-expanded-silicosis-prevention/

  The Department of Public Health will allocate $500,000 for the next year (with an opportunity to renew for one year) to silicosis education, prevention, and outreach through $500,000 of Tobacco Settlement funds. Outreach will continue in the northeast San Fernando Valley and will expand countywide. […] The County will continue to advocate in support of proposals at the State and Federal levels that strengthen regulatory standards and enhance resources for enforcement and compliance. […] The Director of Economic Opportunity will convene representatives from the DPH, Pacoima Beautiful, the Western States Regional Council of Carpenters, the Los Angeles/Orange Counties Building and Construction Trades Council, relevant LA County Americas Job Centers of California, Industry trade groups, and other relevant stakeholders, to discuss and coordinate additional outreach strategies to stone fabrication businesses and provide small business resources, as well as learn about what barriers exist that are preventing compliance with required safety protocols and use of personal protective equipment.

• #71 Challenges and opportunities for silicosis prevention and control: need for a national health program on silicosis in India

  https://pmc.ncbi.nlm.nih.gov/articles/PMC10337186/

  A comprehensive national health program on silicosis within the public health system would strengthen surveillance, notification, and management of workers exposed to silica dust in India. […] Many challenges exist in the prevention and control of this ancient and preventable disease such as unregulated informal sector, diagnostic difficulties, absence of a surveillance mechanism, inadequate staff, and a lack of awareness. […] Several initiatives may be undertaken to control silicosis, including raising awareness, building capacity, improving health systems to treat silicosis patients, integrating silicosis control with tuberculosis control, and strict adherence to statutory regulations. […] The prevention and control of silicosis in India face significant challenges, including worker-related, disease-related, and systemic challenges.

• #72 Challenges and opportunities for silicosis prevention and control: need for a national health program on silicosis in India | Journal of Occupational Medicine and Toxicology | Full Text

  https://occup-med.biomedcentral.com/articles/10.1186/s12995-023-00379-1

  Silicosis has been one of the most serious occupational public health problems worldwide for many decades. This paper is an updated review of the novel challenges and opportunities for silicosis prevention and control in India. To prevent any future dust exposure, the workers must be moved to an alternative job in the same factory where they will not be exposed to silica dust. Government regulatory bodies, on the other hand, must guarantee that factory owners relocate workers to another vocation as soon as they exhibit signs of silicosis. A pneumoconiosis elimination program encompassing health promotion, personal protection, diagnostic criteria, preventive measures, symptomatic management, prevention of silica dust exposure, treatment, and rehabilitation is felt important for wider adoption. Silica dust exposure and its consequences are fully preventable, with the benefits of prevention considerably outweighing the benefits of treating patients with silicosis. A comprehensive national health program on silicosis within the public health system would strengthen surveillance, notification, and management of workers exposed to silica dust in India. Many challenges exist in the prevention and control of this ancient and preventable disease such as unregulated informal sector, diagnostic difficulties, absence of a surveillance mechanism, inadequate staff, and a lack of awareness. Several initiatives may be undertaken to control silicosis, including raising awareness, building capacity, improving health systems to treat silicosis patients, integrating silicosis control with tuberculosis control, and strict adherence to statutory regulations. The prevention and control of silicosis in India face significant challenges, including worker-related, disease-related, and systemic challenges. One major programmatic challenge is the absence of a comprehensive national health program dedicated to silicosis control, resulting in a lack of coordination among stakeholders and limited surveillance mechanisms. A routine surveillance system would not only generate comprehensive data on the true prevalence of silicosis but also enable monitoring of the disease’s incidence, identification of high-risk areas, and analysis of associated risk factors. By providing timely and reliable information, such a system of surveillance would enable public health authorities to effectively adopt targeted preventive measures and interventions to limit the impact of silicosis. A pneumoconiosis elimination program encompassing health promotion, personal protection, diagnostic criteria, preventive measures, symptomatic management, prevention of silica dust exposure, treatment, and rehabilitation is felt important for wider adoption.

• #73 Challenges and opportunities for silicosis prevention and control: need for a national health program on silicosis in India

  https://pmc.ncbi.nlm.nih.gov/articles/PMC10337186/

  A comprehensive national health program on silicosis within the public health system would strengthen surveillance, notification, and management of workers exposed to silica dust in India. […] Many challenges exist in the prevention and control of this ancient and preventable disease such as unregulated informal sector, diagnostic difficulties, absence of a surveillance mechanism, inadequate staff, and a lack of awareness. […] Several initiatives may be undertaken to control silicosis, including raising awareness, building capacity, improving health systems to treat silicosis patients, integrating silicosis control with tuberculosis control, and strict adherence to statutory regulations. […] The prevention and control of silicosis in India face significant challenges, including worker-related, disease-related, and systemic challenges.

• #74 Challenges and opportunities for silicosis prevention and control: need for a national health program on silicosis in India | Journal of Occupational Medicine and Toxicology | Full Text

  https://occup-med.biomedcentral.com/articles/10.1186/s12995-023-00379-1

  Silicosis has been one of the most serious occupational public health problems worldwide for many decades. This paper is an updated review of the novel challenges and opportunities for silicosis prevention and control in India. To prevent any future dust exposure, the workers must be moved to an alternative job in the same factory where they will not be exposed to silica dust. Government regulatory bodies, on the other hand, must guarantee that factory owners relocate workers to another vocation as soon as they exhibit signs of silicosis. A pneumoconiosis elimination program encompassing health promotion, personal protection, diagnostic criteria, preventive measures, symptomatic management, prevention of silica dust exposure, treatment, and rehabilitation is felt important for wider adoption. Silica dust exposure and its consequences are fully preventable, with the benefits of prevention considerably outweighing the benefits of treating patients with silicosis. A comprehensive national health program on silicosis within the public health system would strengthen surveillance, notification, and management of workers exposed to silica dust in India. Many challenges exist in the prevention and control of this ancient and preventable disease such as unregulated informal sector, diagnostic difficulties, absence of a surveillance mechanism, inadequate staff, and a lack of awareness. Several initiatives may be undertaken to control silicosis, including raising awareness, building capacity, improving health systems to treat silicosis patients, integrating silicosis control with tuberculosis control, and strict adherence to statutory regulations. The prevention and control of silicosis in India face significant challenges, including worker-related, disease-related, and systemic challenges. One major programmatic challenge is the absence of a comprehensive national health program dedicated to silicosis control, resulting in a lack of coordination among stakeholders and limited surveillance mechanisms. A routine surveillance system would not only generate comprehensive data on the true prevalence of silicosis but also enable monitoring of the disease’s incidence, identification of high-risk areas, and analysis of associated risk factors. By providing timely and reliable information, such a system of surveillance would enable public health authorities to effectively adopt targeted preventive measures and interventions to limit the impact of silicosis. A pneumoconiosis elimination program encompassing health promotion, personal protection, diagnostic criteria, preventive measures, symptomatic management, prevention of silica dust exposure, treatment, and rehabilitation is felt important for wider adoption.

• #75 Our Position on Silicosis Prevention in Australia – AIOH

  https://www.aioh.org.au/news/our-position-on-silicosis-prevention-in-australia

  The recent silicosis outbreak, a tenfold increase in ten years, is a tragic reminder of the need for stronger workplace protections. This preventable disease results from a failure to control exposure to silica dust. Addressing the issue requires a focus on preventing harm through comprehensive health risk assessments, effective control measures, air monitoring, and stricter regulation enforcement. […] We recognise that there is no treatment for silicosis and we are concerned that the current management of silica dust exposure in Australia is not delivering enough. We support the urgent need for change in several areas and sectors. […] The AIOH calls for: 1. A ban on the use of high-quartz-containing engineered stone by July 2024 2. A national licensing framework for workers dealing with engineered stone until a ban is in effect 3. Additional regulation in industries where high-risk crystalline silica processes occur such as stonemasonry, construction and tunnelling for example 4. National awareness campaigns involving experts in work-related disease prevention 5. Increased compliance and enforcement activities through additional resources for state and territory health and safety regulators 6. Adoption of High Resolution Computerised Tomography (HRCT) as the minimum requirement for health monitoring 7. Establishment of a Centre for Disease Prevention and Control, or similar body, which includes a focus on illness and disease that originates from the workplace. […] Improvement in this area is also going to need specialist expert resources embedded in the Regulators to improve compliance and enforcement activities for the betterment of workers health and safety.

• #76 A Brief Review of Silicosis in the United States

  https://bioone.org/journals/environmental-health-insights/volume-18/issue-2/EHI.S4628/A-Brief-Review-of-Silicosis-in-the-United-States/10.4137/EHI.S4628.full

  Silicosis is a preventable occupational disease that has no cure. There are no effective treatments for silicosis available. […] Hazard recognition is the first step in protecting workers from silica exposure. The U.S. National Institute for Occupational Safety and Health (NIOSH) recommends assessing the potential of worker exposure before a job begins. […] Engineering controls are categorized as best practices because they prevent exposure before it reaches the worker. […] Regular medical examinations must be provided to any worker exposed to silica. […] Educating workers about silicosis is key since there can be lifetime health complications and even fatal consequences. […] Use of respirators should be the last line of the defense and not heavily relied upon, particularly if respirator use is generally sporadic unless someone is policing the workers and respirators are not very effective in higher concentrations. […] Prevention and elimination of silicosis and silica-related disease in the United States are priorities of NIOSH, OSHA, MSHA, and the American Lung Association (ALA). […] Proper controls and procedures need to be implemented whenever it is feasible as technology improves.

• #77 Our Position on Silicosis Prevention in Australia – AIOH

  https://www.aioh.org.au/news/our-position-on-silicosis-prevention-in-australia

  The recent silicosis outbreak, a tenfold increase in ten years, is a tragic reminder of the need for stronger workplace protections. This preventable disease results from a failure to control exposure to silica dust. Addressing the issue requires a focus on preventing harm through comprehensive health risk assessments, effective control measures, air monitoring, and stricter regulation enforcement. […] We recognise that there is no treatment for silicosis and we are concerned that the current management of silica dust exposure in Australia is not delivering enough. We support the urgent need for change in several areas and sectors. […] The AIOH calls for: 1. A ban on the use of high-quartz-containing engineered stone by July 2024 2. A national licensing framework for workers dealing with engineered stone until a ban is in effect 3. Additional regulation in industries where high-risk crystalline silica processes occur such as stonemasonry, construction and tunnelling for example 4. National awareness campaigns involving experts in work-related disease prevention 5. Increased compliance and enforcement activities through additional resources for state and territory health and safety regulators 6. Adoption of High Resolution Computerised Tomography (HRCT) as the minimum requirement for health monitoring 7. Establishment of a Centre for Disease Prevention and Control, or similar body, which includes a focus on illness and disease that originates from the workplace. […] Improvement in this area is also going to need specialist expert resources embedded in the Regulators to improve compliance and enforcement activities for the betterment of workers health and safety.

• #78

  https://www.shankariasparliament.com/current-affairs/silicosis-prevention

  The immediate impetus for silicosis prevention could come from course correcting Section 6 and Section 20 of the OSHWC Code. […] State governments should use their powers to prevent the impacts on workers. […] Guidelines – The related State departments, in close dialogue with the DGMS, must draw up detailed guidelines for district-wise health surveys. […] The State rules must ensure that the health checks are provided to all workers in all establishments, irrespective of age. […] Local manufacturers must be incentivised to innovate and develop low-cost dust-suppressant and wet-drilling mechanisms. […] For all this to materialise, bringing worker-employer identification on record is crucial.

• #79 Prevention and control of silicosis: A national challenge

  https://pmc.ncbi.nlm.nih.gov/articles/PMC3168170/

  Pneumoconiosis is resulting from exposure to free silica may be the commonest and most extensively studied occupational disease of the lung and even today, it continues to be among the most serious occupational diseases. […] In the absence of specific therapy for silicosis, there is a need for planning a national strategy for the prevention and control of silicosis. The concern for prevention and control should be focused on unorganized sector like stone-cutting for slate pencil, Artisans involved in working with stones, some areas of construction sector, Glass and bangle workers and Agriculture workers. The strategy to prevent and control Silicosis in the Country should focus on the following components: […] The success of prevention programme will largely depend upon the active cooperation of all the stakeholders. Silicosis is an age-old occupational disease and remains a major occupational health problem in India. It is responsible for high morbidity and mortality in industrial workers. Since there is no specific therapy for this progressive and irreversible disease, all steps should be taken for its prevention.

• #80 Natural Stone Institute – Resources for preventing silicosis

  https://www.naturalstoneinstitute.org/silica/

  Silicosis: Incurable but Preventable. There is no cure for silicosis. When an aggressive form of silicosis is present in the lungs, scarring progresses rapidly. There is no effective medication to halt the scarring. The only treatment for silicosis is prevention: avoiding exposure to respirable silica dust. Employers can prevent silicosis and keep employees safe by providing the following: Training, Air monitoring and adherence to air quality requirements, Engineering controls and housekeeping practices, Personal protective equipment (PPE), Medical surveillance in compliance with OSHA regulations. Protecting employees from respirable crystalline silica and silicosis should be one of the most important objectives of every company in the hard-surface industry. […] Remember there is no cure for silicosis, but with the proper equipment, training, vigilance and continual monitoring, you and your shop can be free of the dangers of the most occupational lung disease in the world: Silicosis.

• #81

  https://www.ccohs.ca/oshanswers/diseases/silicosis.html

  How can we prevent silicosis? […] There is no effective treatment for silicosis. As such, the only way to protect workers from developing silicosis is to control their exposure to silica-containing dust. […] Workplace exposure to crystalline silica can be controlled in several ways. Workplaces conduct a risk assessment and eliminate or reduce hazards according to the hierarchy of control. […] Eliminating or substituting hazardous products that contain silica with safer alternatives. […] Engineering controls are selected to control emissions at their source. […] Safe handling, use, and disposal of materials containing silica […] Education and training: Provide workers with information and instruction on the hazards posed by free crystalline silica, what measures have been implemented to reduce or control exposures to acceptable levels, and the need for worker cooperation in complying with controls.

• #82 Silicosis: Symptoms, Causes, Treatment and Prevention

  https://www.consumernotice.org/environmental/silica-dust/silicosis/

  Yes, silicosis is preventable. Employers are responsible for providing employees with safe working conditions that follow Occupational Safety and Health Administration guidelines. Failure to ensure a safe working environment increases workers silicosis risk. Employees should adhere to safety guidelines and protocols to protect themselves from exposure. […] Key preventative measures include: […] Implementing, maintaining and using dust control technologies and engineering controls […] Monitoring air quality conditions and mitigating poor quality when necessary […] Substituting respirable crystalline silica materials with less hazardous ones […] Providing, maintaining and using approved particulate respirators when necessary […] Practicing good personal hygiene and changing clothing before leaving the worksite.

• #83 Challenges and opportunities for silicosis prevention and control: need for a national health program on silicosis in India | Journal of Occupational Medicine and Toxicology | Full Text

  https://occup-med.biomedcentral.com/articles/10.1186/s12995-023-00379-1

  Silicosis has been one of the most serious occupational public health problems worldwide for many decades. This paper is an updated review of the novel challenges and opportunities for silicosis prevention and control in India. To prevent any future dust exposure, the workers must be moved to an alternative job in the same factory where they will not be exposed to silica dust. Government regulatory bodies, on the other hand, must guarantee that factory owners relocate workers to another vocation as soon as they exhibit signs of silicosis. A pneumoconiosis elimination program encompassing health promotion, personal protection, diagnostic criteria, preventive measures, symptomatic management, prevention of silica dust exposure, treatment, and rehabilitation is felt important for wider adoption. Silica dust exposure and its consequences are fully preventable, with the benefits of prevention considerably outweighing the benefits of treating patients with silicosis. A comprehensive national health program on silicosis within the public health system would strengthen surveillance, notification, and management of workers exposed to silica dust in India. Many challenges exist in the prevention and control of this ancient and preventable disease such as unregulated informal sector, diagnostic difficulties, absence of a surveillance mechanism, inadequate staff, and a lack of awareness. Several initiatives may be undertaken to control silicosis, including raising awareness, building capacity, improving health systems to treat silicosis patients, integrating silicosis control with tuberculosis control, and strict adherence to statutory regulations. The prevention and control of silicosis in India face significant challenges, including worker-related, disease-related, and systemic challenges. One major programmatic challenge is the absence of a comprehensive national health program dedicated to silicosis control, resulting in a lack of coordination among stakeholders and limited surveillance mechanisms. A routine surveillance system would not only generate comprehensive data on the true prevalence of silicosis but also enable monitoring of the disease’s incidence, identification of high-risk areas, and analysis of associated risk factors. By providing timely and reliable information, such a system of surveillance would enable public health authorities to effectively adopt targeted preventive measures and interventions to limit the impact of silicosis. A pneumoconiosis elimination program encompassing health promotion, personal protection, diagnostic criteria, preventive measures, symptomatic management, prevention of silica dust exposure, treatment, and rehabilitation is felt important for wider adoption.

• #84 Prevention and control of silicosis: A national challenge

  https://pmc.ncbi.nlm.nih.gov/articles/PMC3168170/

  Pneumoconiosis is resulting from exposure to free silica may be the commonest and most extensively studied occupational disease of the lung and even today, it continues to be among the most serious occupational diseases. […] In the absence of specific therapy for silicosis, there is a need for planning a national strategy for the prevention and control of silicosis. The concern for prevention and control should be focused on unorganized sector like stone-cutting for slate pencil, Artisans involved in working with stones, some areas of construction sector, Glass and bangle workers and Agriculture workers. The strategy to prevent and control Silicosis in the Country should focus on the following components: […] The success of prevention programme will largely depend upon the active cooperation of all the stakeholders. Silicosis is an age-old occupational disease and remains a major occupational health problem in India. It is responsible for high morbidity and mortality in industrial workers. Since there is no specific therapy for this progressive and irreversible disease, all steps should be taken for its prevention.

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