According to the United States Occupational Safety and Health Association, industrial hygienists work to prevent work-related illnesses and injuries through hazard assessments of workplace hazards.
They conduct risk assessments, implement controls, and evaluate the effectiveness of controls. They also develop health-based guidelines for workers’ safety and health. The field of industrial hygiene dates back to the early 1900s. Since then, technology has advanced significantly, and industrial hygienists now have more tools at their disposal than ever before. In this blog, we will cover what industrial hygiene hazards are, how you can manage them in your workplace, the benefits of adopting industrial hygiene practices, physical hazards in the work environment like noise pollution, chemical hazards from biological hazards to environmental hazards that you need to be aware of and lastly ergonomic hazards.
Understanding Industrial Hygiene Hazards
Industrial hygienists are responsible for assessing workplace hazards and helping industrial organizations prevent health hazards to their employees. Working with industrial safety departments, industrial hygienists help develop workplace safety programs and inspect work environments for hazards such as biological, chemical, physical, and ergonomic hazards. They also recommend safety measures to prevent personal injury or illness and work with employees to prevent hazards from occurring in the first place.
Industrial hygienists also monitor workplace health through regular inspection of equipment and facilities, including tracking the levels of pollutants present in the air. They evaluate workplace health programs and make recommendations based on their experience with various types of industries. In addition to occupational health, industrial hygienists are also trained to recognize occupational hazards and provide advice to workers regarding safety issues in their work environment.
Their work involves evaluating air quality and identifying potential health risks caused by airborne contaminants such as lead or carbon monoxide. An industrial hygienist is an important member of any workplace safety team who can ensure safe working conditions for everyone.
Managing Risks from Industrial Hygiene Hazards
Hazards of industrial hygiene are critical to helping companies discover potential workplace hazards and manage regulatory compliance. An industrial hygienist can be employed to anticipate and control workplace issues related to health and safety, such as potential hazards and unsafe work practices.
In addition to managing health and safety risks, an industrial hygienist can also help employers develop strategies to protect their workers from hazards. This includes identifying controls that can reduce the risk of a hazard occurring, such as developing ergonomically safe work environments or implementing safety training programs. Employers should ensure that workers are provided with safe and healthful working conditions. This includes providing employees with adequate rest breaks, sick leave, and wages for work-related injuries.
Benefits of Adopting Industrial Hygiene Practices
The benefits of industrial hygiene practices are many. They help organizations track absenteeism, increase productivity, and lead to higher profits and efficiency. In turn, organizations can reduce health hazards, such as occupational hazards, and use personal protective equipment to keep their employees safe and healthy at work. Maintaining industrial hygiene controls can have a direct impact on worker health, safety, and productivity in the workplace. Proper industrial hygiene practices can also include substituting less hazardous materials, reducing exposure to hazards, and using personal protective equipment when needed.
These practices help organizations avoid costly environmental incidents that can damage their reputation and assets. Moreover, proper industrial hygiene practices help organizations focus on their core business and provide a safe environment for their employees.
All in all, adopting industrial hygiene practices is beneficial for organizations of any size.
Physical Hazards
In industrial hygiene, physical hazards include noise, radiation, extreme pressures, magnetic fields, and poor lighting. Safety hazards include equipment malfhazures and breakdowns and inappropriate machine guarding. These hazards can lead to chemical exposure or other workplace injuries. Industrial hygiene standards typically take into account the concentration of the chemical present when assessing worker risk. Common physical hazards include obstructions in walkways, slippery floors, and heavy or awkward lifting. The types of hazards outlined in this section vary widely depending on the industry and workplace environment.
The types of environmental hazards outlined in this section also vary widely depending on the industry and workplace environment. They can include factors such as temperature, humidity, wind speed, sunlight intensity, air quality (including particulate matter), and precipitation. Other types of environmental hazards include mechanical hazards such as machinery or power tool injuries or sudden stops or starts of machinery and accidents involving chemicals or electricity. Overall, the types of environmental hazards outlined above are common across all industries and workplaces.
Chemical Hazards
Chemical hazards are any substances that can cause harm when encountered by people in the workplace. These can include solids, liquids, gasses, mists, dust, fumes, and vapors. They can originate from industrial processes such as chemical synthesis or processing of products, or from the environment such as chemicals found in the soil or water. Some of the common chemical hazards include anhydrous ammonia, chlorine dioxide, formaldehyde, and many others.
Industrial hygiene standards take into account the concentration of these chemicals present when assessing worker risk. Workers may be exposed to chemical hazards through inhalation (through the nose), absorption (through the skin), or ingestion (through the mouth). Hazards can cause acute or chronic health effects depending on the amount of exposure and the chemical itself. For example, exposure to high levels of formaldehyde may cause irritation of the nose and throat and dizziness. High levels of chlorinated water may lead to irritation of the eyes and skin and nausea.
Biological hazards are organisms such as bacteria, fungi, viruses, or parasites that cause harm when they enter the body through breaks in the skin or through inhalation, absorption, or ingestion. Examples of biological hazards include the pandemic influenza virus, Mycoplasma pneumoniae infection (pneumonia), Burkholderia mallei infection (malaria), and Q fever infection (rabbit fever).
Biological Hazards
Biological hazards include bacteria, viruses, fungi, and other living organisms that can cause acute or chronic infections. They can enter the body through breaks in the skin or inhalation, absorption, or ingestion. Biological hazards are commonly found in settings such as healthcare and food processing. Examples of biological hazards include diseases from animal droppings, blood, human waste and bodily fluids, bacteria, plants, mold, viruses, and insect bites. Industrial hygienists assess the risk from biological hazards by using industrial hygiene standards that take into account the concentration of the chemical present. These standards help industrial hygienists determine the level of safety for workers and the public when dealing with biological hazards. This helps them reduce health risks and protect the environment.
Environmental Hazards
Industrial hygiene standards can take into account chemical concentrations present in the workplace when assessing worker risk. Factors such as length of exposure, physical characteristics of the chemical (such as volatility or corrosiveness), and the potential for harm can all be taken into consideration.
Another hazard commonly addressed by industrial hygiene standards is biological hazards. Biological hazards encompass a wide range of harmful biological entities, including bacteria, viruses, fungi, and other living organisms. These entities can enter the human body through breaks in the skin or through inhalation, absorption, or ingestion. Once inside the body, biological hazards can cause acute or chronic infections. Additionally, chemical hazards such as solids, liquids, gases, mists, dust, fumes, and vapors can harm workers through inhalation, absorption, or ingestion.
Ergonomic hazards are related to how people work within their environment. Factors such as the height of workstations and work surfaces and work postures can all affect a worker’s health and safety. This is especially true for younger workers who may be more susceptible to ergonomic hazards due to inexperience or physical limitations.
Conclusion
It is evident that industrial hygiene hazards are of varying types. They can be physical, chemical, biological, and environmental hazards. Therefore, it is essential to keep a check on all the hazards and implement industrial hygiene practices to manage them in order to ensure the safety of workers and reduction of occupational hazards in an industrial environment. If you have any questions regarding industrial hygiene practices or how they can benefit your organization, comment below and we will get back to you.
