How Dangerous Is Concrete Dust Exposure For Workers?

cement dust

Table of Contents

Cement dust can have a detrimental effect on one’s respiratory health if they are exposed to it. Cement factory workers may be exposed to silica dust, which is a result of the crushing, drilling, and cutting of raw materials such as:

  • Limestone
  • Sandstone
  • Shale


The distinguishing characteristics of Limestone, Sandstone, and Shale are summarised below:






Sedimentary rock is primarily composed of calcium carbonate

Calcium carbonate

Used as a source of calcium oxide in cement production


A sedimentary rock comprises sand-sized grains of minerals or rock fragments.

Sand-sized grains cemented together by minerals such as silica, iron oxide, or calcium carbonate

Used as a building stone and in cement production


A sedimentary rock formed from the accumulation of clay, mud, and other sediments

Very fine-grained particles compacted and hardened over time

Used as a raw material in cement and other construction materials production

When silica dust is breathed in, it can cause a lung condition called silicosis, which causes scarring of the lung tissue. Acute silicosis can result in respiratory failure with symptoms including cough, shortness of breath, and chest pain.

Exposure to concrete dust can raise the risk of silicosis and other respiratory disorders such as:

  • Asthma
  • Bronchitis 
  • COPD (chronic obstructive pulmonary disease)


Signs of these diseases include wheezing, coughing, and acute respiratory health effects, and they can have a devastating effect on a person’s health and quality of life.


How Much Exposure To Concrete Dust Is Dangerous?

Australia’s construction, manufacturing, and mining workers are most vulnerable to cement dust exposure. This comprises concrete workers, masons, plasterers, and cement factory workers.

According to Safe Work Australia, Australia’s construction industry employs over a million people, making it one of the largest in the country.

Due to the widespread use of cement and concrete in construction, exposure to cement dust is a prevalent hazard in Australia. Even though legal exposure limits and control systems are in place to protect cement workers, there have been reports of workers developing health problems due to extended contact with cement dust.

In most Australian states and territories, the workplace exposure standard (WES) for respirable crystalline silica was reduced to 0.05 mg/m3 in 2020. This amendment was made after a health-based evaluation of scientific evidence for silica dust revealed that the WES should be lowered to prevent silicosis and lung cancer among employees. 

Employers must monitor RCS levels in the workplace and take action to reduce exposure if levels exceed the safe limit.

What Is Silicosis?

Silicosis is a lung condition caused by breathing silica, a common component of minerals including quartz and sandstone. Over time, the particles create inflammation and scarring, resulting in lung damage and diminished lung function.

During sandblasting, stone cutting, and drilling, silica particles can become airborne and be inhaled, causing lung tissue damage over time. 

Listed below are some of the key things about silicosis:

  • Types Of Silicosis:

There are three basic categories of silicosis:

  1. Acute silicosis develops after a short period of heavy exposure to silica dust.
  2. Chronic silicosis develops after long-term exposure to low levels of silica dust.
  3. Complicated silicosis develops when lung damage from silicosis leads to additional health issues, such as tuberculosis or lung cancer.


  • Symptoms:

    Symptoms of silicosis include chest pain, shortness of breath, cough, and weariness, which may take years to manifest. In severe circumstances, silicosis can result in death and paralysis.


  • Occupational Exposure:

    Cement workers in mining, construction, and foundries are more likely to be exposed to silica dust and, consequently, to develop silicosis.


  • Prevention:

    The most effective method for preventing silicosis is to limit exposure to silica dust. This can be accomplished by implementing dust control techniques, such as ventilation systems and moist ways to reduce dust creation, and by supplying cement workers with personal safety equipment, such as respirators.


There is no cure for silicosis, although the progression of the disease can be slowed by minimising silica dust exposure. In difficult situations, supplementary oxygen or lung transplantation may be administered.

Silicosis is a severe and potentially fatal disease induced by inhaling silica dust. Employers must offer a safe and healthy workplace for cement workers who may be in danger of exposure.

What Are The First Signs Of Silicosis?

Early detection and treatment of silicosis are critical for minimising disease progression and lowering the risk of significant consequences. The following are the early indicators of silicosis:

First Signs of silicosis


Breathing Problems

Shortness of breath is the most common early symptom of silicosis, especially during strenuous exertion

Chest Discomfort

Some people suffer from chest pain or tightness


Another common symptom of silicosis is a persistent cough, especially if it generates phlegm


Silicosis can also produce fatigue and a loss of vitality

Loss Of weight

Silicosis patients may experience unexplained weight loss


In some circumstances, silicosis can induce fever and other infection-related symptoms


Blueness of the Lips and Nails

In severe cases of silicosis, a person’s lips and nails may develop a bluish tinge, a disease known as cyanosis

These symptoms might also be suggestive of other lung problems. Thus a medical examination is required to obtain an exact diagnosis. 

Can You Get Silicosis From One Exposure?

It is uncommon to develop silicosis after a single exposure, although it is still possible. The amount and frequency of exposure to dust in the workplace determine the level of danger. The risk increases as the exposure to silica dust increases. 

As exposure increases, the ability of the lungs to resist dust entering the lungs declines. Suppose a worker is exposed to a high concentration of silica dust, which settles in their lungs. In that case, they can acquire silicosis in the future.

How Does Crystalline Silica In Concrete Dust Affect The Respiratory System?

Crystalline silica dust is produced in various industries, including mining, construction, glass, granite, and concrete manufacture. 

The National Institutes of Health (the principal US government organisation responsible for public health research) published a study that shows how even minimal exposure to concrete dust containing crystalline silica can reduce lung function. 

This study employed a cross-sectional research design to collect data. Here are the main findings of the study:

  • Measured Exposure: The researchers measured respirable dust and silica exposure levels among 144 concrete workers at two factories.
  • Average Concentration: Both plants had average concentrations of respirable dust of 0.8 mg/m3 and respirable silica of 0.06 mg/m3, with a typical percentage of silica in the dust of 9%.
  • Average Annual Exposure: Over a year, people were exposed to 7.0 mg/m(3) of dust and 0.6 mg/m(3) of silica.
  • Decreased Lung Function: There were significant relationships between exposure to concrete dust and a decrease in lung function, independent of smoking and allergy history.
  • Risk of Mild COPD: The study suggests that workers who already have COPD and work-related lower respiratory symptoms are at risk of having a reduction in lung function, which can lead to mild COPD.
  • Importance of Control Measures: The findings emphasise the importance of proper control measures and protective equipment in industries where exposure to crystalline silica dust can prevent lung function impairment.

Concrete Dust Inhalation Symptoms In Cement Factory Workers

Cement factory workers in Australia who inhale concrete dust may have a variety of symptoms, including but not limited to the following:

Respiratory problems

Respiratory problems: Long-term exposure to concrete dust can irritate and inflame the airways, resulting in shortness of breath, cough, and wheezing. Silicosis, bronchitis, and asthma are only some lung ailments that can result from prolonged exposure.

eye irritation

Eye irritation: Redness, itching, and watering are signs of eye irritation caused by concrete dust.

Skin irritation:

Skin irritation: Concrete dust can irritate the skin, causing dryness, itching, and redness if it comes in direct contact with the skin.

Nausea and headache

Nausea and headache: Inhaling concrete dust can lead to nausea and a headache, especially if the exposure is prolonged or takes place in an area with inadequate ventilation.

It’s worth noting that breathing concrete dust can cause symptoms of varying degrees of severity. If you are a cement factory worker with these symptoms, you should be checked out immediately.

Cement factory workers can reduce their exposure to concrete dust by using safe work procedures and wearing protective gear provided by their employers.

Does Breathing Cement Dust Pose Any Health Risks?

Breathing in cement dust can cause a range of respiratory illnesses, including:

  • Silicosis: Inhalation of silica dust, such as that found in cement dust, can induce a lung illness known as silicosis. Scarring and stiffness in the lungs from silica exposure can make it hard to breathe and reduce oxygen intake. It can be fatal or disabling in its worst forms.
  • Bronchitis: Cement dust can irritate and inflame the airways, resulting in bronchitis, which causes symptoms including coughing, wheezing, and trouble breathing if exposed to it for long enough.
  • Asthma: Those who suffer from asthma may find relief from avoiding cement dust, while those who do not may develop the condition after exposure.
  • Chronic Obstructive Pulmonary Disease (COPD): Prolonged exposure to cement dust has been linked to the onset of COPD. This progressive lung condition severely limits one’s breathing ability.


The exposure to cement dust that causes these respiratory disorders can be reduced by utilising protective equipment, such as masks and respirators, and by adhering to safe work procedures. It is crucial to get medical help immediately if you start to feel sick after breathing in cement dust and develop signs of a respiratory infection.

Is It Possible To Get Cancer From Cement Dust? 

Breathing cement dust can induce a variety of cancers, including:

  • Lung cancer: Inhaling cement dust over an extended period can cause damage to lung tissue and raise the likelihood of cellular mutations, both of which can lead to lung cancer.
  • Bladder cancer: Cement factory workers exposed to cement dust may be at a higher risk of acquiring bladder cancer due to toxic compounds in the dust.
  • Kidney cancer: Due to the inhalation of cement dust particles and their subsequent deposition in the kidneys, long-term exposure to cement dust has been associated with an elevated risk of kidney cancer.


Many individuals talk about “cement dust cancer,” which is not a recognised medical term, and there is no such cancer. Several factors, including: exposure length and intensity, age, genetics, and general health, can affect how likely you are to get cancer after exposure to cement dust. 

Cement dust can cause serious health problems. Therefore, workers exposed to it must often take precautions and get regular checkups.

In addition to providing workers with proper protective gear, businesses should implement safe work procedures to reduce the likelihood of cement dust inhalation.

How Can I Lower My Cancer Risk?

A summary of strategies for limiting exposure to silica dust is provided in the following table:



Proper equipment
  • Replace circular saws with sheet shears while working with fibre cement.
  • You should check that the rock drills you use have dust suppression equipment.
  • Tractors, loaders, and bulldozers, among others, need dust collection systems.
  • Use a cabin air conditioner with a filter to keep the air clean. You should go through and clean and maintain your filters every so often.
Planning, design and construction

Specifically, by:

  • Substituting other materials (such as autoclaved aerated concrete) for concrete – Masonry planning structures with pre-built plumbing, gas, and electric wiring recesses
  • Obtaining the appropriate size materials
  • Having materials trimmed to size away from the job site.

Ventilation in the Place of work

Use hoods and local exhaust ventilation (LEV) to trap dust where it is deposited and then carry it away.
The practice of blasting with abrasive materialWHS guidelines forbid absorptive materials containing silica. Replace sand with the metallic shot or slag products ( garnet, ilmenite, or staurolite). During blasting, blast-cleaning devices, cabinets, and LEV (local exhaust ventilation) are recommended.
Extraction while using a toolYou can attach local exhaust ventilation (LEV) systems to your portable tools. This is the most efficient method for preventing dust from spreading.

Suppression of water

When local exhaust ventilation (LEV) isn’t an option, dust should be dampened at its source using water applied with non-electrical instruments. When using a saw, for instance, soaking the material first isn’t enough; water must also be supplied to the blade. Regular use of water to clean tools and workspaces is essential. Protect conveyor transfer points with water spray or rubber curtains.
Cleaning-upNo compressed air or dry sweeping should be used for “cleaning up.” When clearing up dust, a high-efficiency particulate air (HEPA) filter vacuum cleaner should be used and cared for regularly.
Use PPE- Protection gear for yourself Wear disposable clothes to the office. Get cleaned up and ready to go before you leave the office. Do not wear dirty garments home to be washed.
Stop smokingThe ability of the lungs to filter out dust is diminished by smoking, and lung cancer risk is raised.


Warning labels should be used if work activities generate silica dust. Staff should be shuffled in and out to reduce their cumulative exposure. Silica dust work should be done in an outdoor, isolated area. When that isn’t an option, you should cover the area from floor to ceiling with plastic.

Use RPE- Gear to protect your lungs While respirators can help, they are not a substitute for other preventative measures, as silica dust can still be breathed in even with them. The effectiveness of RPE is negated if it does not fit properly. Employers are responsible for providing employees with fit testing and training on operating and maintaining the equipment.

Does Concrete Dust Stay In Your Lungs?

If not adequately cleared, concrete dust can remain in the lungs and cause respiratory difficulties. Here’s why:

  • Small Particle Size: Concrete dust contains very minute particles that can readily penetrate and become lodged in the lungs.
  • Irritant Properties: Concrete dust contains silica, a recognised respiratory irritant. Silica can induce inflammation and damage lung tissue when breathed, eventually leading to lung difficulties.
  • Chronic Exposure: If a person is repeatedly exposed to concrete dust, they may acquire silicosis, a lung illness caused by breathing silica particles. Scarring of the lung tissue and a reduced ability to breathe can result from this condition.
  • No Effective Removal Method: There is currently no effective method for removing concrete dust from the lungs, unlike other forms of dust, which may be expelled by coughing or other natural processes. This implies that once breathed, the particles might remain in the lungs for an extended period.


Concrete dust can remain in the lungs and create health concerns, especially long-term exposure. It is critical for people working with or near concrete dust to take necessary precautions to avoid breathing the dust.

Relationship Between Cement Dust Exposure And Chronic Respiratory Symptoms

Depending on the duration and severity of exposure, cement dust can cause various respiratory symptoms. However, breathing in cement dust can generally cause various respiratory problems.

  • Short-term exposure to cement dust: Cement dust can induce coughing, wheezing, and shortness of breath in addition to other symptoms after even a brief period of exposure. The intake of dust particles, which can irritate the respiratory system, is the usual culprit in cases when such symptoms manifest.
  • Long-term exposure to cement dust: Long-term exposure to cement dust can have more severe consequences for human health. Inhaling silica particles can cause silicosis, chronic bronchitis, diminished lung function, and an increased risk of lung cancer.


In conclusion, anyone working with or around cement or cement dust should take precautions to avoid inhaling the dust to avoid potentially harmful impacts on their respiratory health.

What To Do After Inhaling Cement Dust?

Here are some precautions you may take if you have inhaled cement dust:

  • If you’ve been exposed to cement dust, get away from where you were exposed, if feasible.
  • Rinse your mouth and nose with water to help flush out any debris inhaled.
  • To flush out inhaled particles and lessen the likelihood of respiratory discomfort, drink water.
  • Avoid strenuous activities and rest for a while to allow your body to heal.
  • Seek immediate medical assistance if you have shortness of breath, chest discomfort, or a persistent cough.
  • Wear a mask or other protective gear to lessen the likelihood of breathing cement dust if you return to an area previously exposed.
  • Future exposure can be reduced by taking preventative measures, such as soaking the cement before working with it or utilising a dust extractor.


In conclusion, if you’ve been exposed to cement dust, following these measures will lessen the severity of any symptoms and lower the likelihood of developing respiratory complications. It would help if you also took measures to reduce your future exposure to cement dust.

How Do You Remove Concrete Dust From Your Lungs?

Inhaling concrete dust is problematic because the particles can become lodged in lung tissue and are difficult to expel through coughing or other natural processes. The following procedures may be of assistance in clearing the lungs of concrete dust:

  • Stop exposure: The first step in removing concrete dust from your lungs is to stop breathing it in. It would help if you got away from the source of the dust.
  • Drink plenty of water: Taking large sips of water can help dilute the particles in the air and lessen the likelihood of respiratory discomfort.
  • Take Rest: Allow your body time to heal by sleeping in and staying off your feet.
  • Use a humidifier: Start running a humidifier to moisten the air and lessen the discomfort produced by the concrete dust particles in the lungs.
  • Seek immediate medical assistance: If symptoms include shortness of breath, chest discomfort, or a persistent cough your doctor can give medications to aid with inflammation and other symptoms.
  • Take part in breathing exercises: Activities like deep breathing and pursed lip breathing can help enhance lung function by dislodging any particles lodged there.
  • Think about physical therapy: a PT can help you design an exercise plan to strengthen your lungs and clear out any lingering particles.


Unfortunately, there is no foolproof method to remove concrete dust in the lungs. The dust’s effects may be irreversible in certain circumstances. That’s why protecting yourself against concrete dust in the first place is crucial.

Which Bodies In Australia Control The Exposure To Cement?

The NOHSC and Safe Work Australia regulate cement dust exposure in Australia.

  • NOHSC: The NOHSC is responsible for developing and evaluating workplace exposure standards (WES) for hazardous compounds such as respirable crystalline silica found in cement dust. 
  • Safe Work Australia: Safe Work Australia promotes and enhances workplace health and safety across Australia. It collaborates with the NOHSC to design and implement national policies and activities to reduce the risk of occupational injury and disease.
  • State and territory occupational health and safety organisations: In addition to the NOHSC and Safe Work Australia, state and territory occupational health and safety organisations enforce cement dust exposure regulations. These organisations are in charge of ensuring that employers follow the WES for respirable crystalline silica and other hazardous compounds, as well as implementing fines for noncompliance.

Sore Throat From Concrete Dust Remedy

The following are some treatments that may be of use in easing a sore throat brought on by prolonged contact with concrete dust:

  • Keep hydrated: Staying hydrated might help ease a sore throat and thin mucus discharge. To alleviate discomfort, try drinking water, herbal tea, or warm soup.
  • Make use of a humidifier: Utilise a humidifier; dry air is a known aggravating factor in developing a sore throat; adding moisture to the air can help alleviate the condition’s severity.
  • Gargle with salt water: Rinse your throat out with salt water to alleviate pain and swelling. Gargle a one-fourth teaspoon of salt in eight ounces of warm water for thirty seconds to one minute.
  • Try over-the-counter pain relievers: Medications like acetaminophen and ibuprofen, available without a prescription, can alleviate discomfort and inflammation in the throat.
  • Avoid irritants: If you’re sensitive to irritants, it’s best to limit your exposure to them as much as possible. This includes avoiding tobacco products, secondhand smoke, harsh chemicals, dust, and other allergens.
  • Rest: It is essential to get adequate rest to allow your body to recover and heal.


If your symptoms linger or you have any additional worries about your health after exposure to concrete dust, you should consult a doctor. Your healthcare professional may suggest additional treatments or drugs based on your specific needs.

You should always seek the opinion of a qualified medical practitioner for your specific health needs; do not rely on the information provided here as a substitute for seeing a doctor.

Remedy Against Cement Dust 

Some methods for cleaning cement dust from the body and hair are outlined below:

  • Shower right away: Take a shower as soon as possible after being in concrete dust to wash the dust off your skin and hair. To assist in removing any residue, use soap and warm water.
  • Change into clean clothing after showering: To avoid re-exposure to concrete dust, change into clean clothes after showering.
  • Brush your teeth: Brush and rinse your mouth with water to eliminate any dust that may have gathered there.
  • Clean your work area: Clean your workspace and tools to eliminate any residual concrete dust. This will assist in decreasing your total exposure and preserve your health.
  • Avoid spreading the dust: After cleaning, avoid spreading the dust by not shaking off your clothing, hair, or skin. This will assist in avoiding the spread of dust to others and decrease their exposure.


It is also critical to avoid future exposure to concrete dust. Wearing protective equipment such as a dust mask or respirator, employing ventilation or air filtration systems, and following safe work practices can all help to reduce your exposure.

Get medical assistance if you have concerns about your exposure to concrete dust or symptoms such as coughing, wheezing, or chest tightness. Your healthcare professional can assist you in determining whether extra cleaning or treatment is required to preserve your health.

Concrete Dust Warning Sign

The purpose of warning signs is to inform the public and employees of any potential dangers in the area. These signs indicate dangerous conditions, such as ice on the floor, asbestos, ultraviolet light, or heat. Operations requiring dogging, rigging, and lifting frequently need the usage of warning signs in the workplace. Their primary objective is to protect people from harm.

The purpose of warning signs is to alert individuals to potential risks and motivate them to take preventative measures.

Concrete dust warning signs are displayed where the stone is being cut, drilled, or crushed. This sign is a cautionary note, as breathing in the dust created by these processes can cause lung issues and eye and skin irritation.

Concrete dust warning signs often depict a person in a respirator or face mask besides the words “Concrete Dust Warning” or anything to that effect. Personal protective equipment (PPE) guidelines, health hazards connected with concrete dust exposure, and who to call in the event of an incident are all examples of what may be included in such a document.

Concrete Dust Safety Signs

Concrete dust safety signs alert people of the possible dangers of being exposed to concrete dust while cutting, drilling, or grinding concrete surfaces. Some examples of frequent concrete dust safety signs are:

Concrete Dust Safety SignDescriptionSymbol
Concrete Dust WarningWarns the potential hazards of concrete dust, including respiratory problems, eye irritation, and skin irritation.Concrete Dust Warning
Respirator RequiredIndicates that cement factory workers must wear a respirator or face mask to protect against inhalation of concrete dust.Respirator Required sign
Eye Protection RequiredIndicates that cement workers must wear eye protection such as safety glasses or goggles to prevent eye irritation or injury from concrete dust.Eye Protection Required sign
Dust Suppression RequiredIndicates those dust suppression methods such as ventilation or water suppression must be used to reduce the dust generated.Dust Suppression Required sign
Hazardous AreaWarns of a hazardous area where concrete dust is present and where special precautions must be taken to ensure safety.Hazardous Area sign
Confined SpaceIndicates that a confined space is present, which may require additional safety measures to protect against exposure to concrete dust.Confined Space sign
No Smoking or Open FlameIndicates that smoking and open flames are prohibited in the area due to the potential fire or explosion hazards associated with concrete dust.No Smoking or Open Flame sign

It’s crucial to remember that the necessity of extra safety precautions beyond the usage of safety signs may increase depending on the location and the activities being done.

Instruction On Cement Dust Exposure In The White Card?

In Australia, the White Card (also known as the Construction Induction Card) provides information about cement dust exposure and other health and safety dangers that may be faced in the construction business. The White Card is a requirement for anybody wishing to work in Australia’s construction sector. It is designed to ensure that employees have a minimum knowledge and understanding of construction workers’ health and safety concerns.

International students who desire to work in Australia’s construction sector are normally eligible for a White Card if they fulfil the necessary qualifying conditions. However, the particular conditions for acquiring a White Card may differ depending on the state or territory in which the student resides.

If a student does not receive a White Card, they may be unable to work in Australia’s construction business. However, there are usually options to retake the White Card course or to receive extra training to improve their knowledge and abilities in occupational health and safety. 

International students and those interested in working in the construction sector in Australia should become acquainted with the unique standards and laws in their state or territory. If you are interested in white card training, you should get in touch with an accredited training provider.

How Can Training On Cement Dust Exposure Help Those Working With Construction Materials, Building, and Traffic Control?

Cement dust exposure training may aid and increase confidence in persons who work as builders, traffic controllers:

  • Knowledge and Awareness: Cement dust exposure training can raise knowledge and awareness about the possible health risks connected with cement dust exposure. This information can assist employees in making educated decisions regarding their safety and health.
  • Personal Protective Equipment (PPE): Training on the appropriate usage and selection of PPE can boost worker confidence by creating a physical barrier against cement dust exposure.
  • Risk Assessment: Training may teach personnel how to conduct a risk assessment to detect possible dangers and take precautions. This can boost worker confidence by providing them with the skills they need to analyse and manage hazards.
  • Emergency Response: Training can equip personnel to respond to cement dust-related crises, such as spills or accidents, and reduce the impact on workers and the environment. This can boost worker confidence by preparing them to deal with unforeseen scenarios.
  • Health Monitoring: Training can give information on the necessity of health monitoring, such as frequent medical check-ups, in detecting early indicators of cement dust-related health issues. Taking a proactive approach to health and safety may boost worker confidence.
  • Regulation compliance: Training may assist workers in meeting legal requirements for workplace safety and health and environmental rules. This can boost worker confidence by assuring that they are satisfying legal requirements.
  • Construction-ready package:Training on cement dust exposure can also aid in making good construction-ready packages in Australia by ensuring that the people who utilise those packages have the knowledge and tools they need to protect their health and safety on the job.

Controlling Cement Dust Exposure Effectively

Work health and safety legislation must be followed in all Australian workplaces. Although employers and employees have the same duty of care throughout Australia, the legislation may differ between states and territories. 

  • Businesses are responsible for the health and safety of their employees and others on the job.
  • Employers are responsible for managing work-related risks. 
  • Cement workers must take reasonable precautions for their health and safety in order not to jeopardise the health and safety of others, and they must follow all reasonable directions and occupational health and safety laws.


To comply with workplace health and safety rules, employers must follow the risk management process. This should result in the elimination or reduction of any exposure to dangers.Anyone exposed to silica dust on the job has an elevated risk of acquiring lung cancer if proper precautions are not taken.

cement dust
The hierarchy of risk control

Health Monitoring

WHS standards mandate that workers exposed to silica dust on the job must have their health monitored.

A guide to crystalline silica health monitoring is available from Safe Work Australia. It can aid in the early diagnosis of lung function decline before irreversible damage occurs. Such checks should be taken before starting new employment and again every three years (yearly for high-risk jobs).

How Can Companies Ensure Their Employees Are Not Exposed To Silica Dust?

In order to reduce the risk of silica dust exposure among your employees, consider the following five measures:

  1. Determine if silica dust is a threat in your workplace.
  2. To reduce the likelihood of silica dust causing illness in your employees, take stock of the current preventative measures.
  3. Set up air monitoring if you need to know how much silica dust is in the air at your workplace.
  4. Talk to your employees and any health and safety representatives (HSRs) about the lowered WES, how it may affect your workplace, and any extra training your employees might require as a result of the change.
  5. Suppose silica dust is present in the workplace, whether produced by workers or those who work near it. In that case, you should evaluate your health monitoring programme for employees.