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Objective of Industrial Hygiene Training Course

Industrial hygiene training course objective to create a safer work environment by preventing health issues and injuries. Workers learn to recognize potential hazards such as chemical, biological, physical and ergonomic factors that may arise in various industries. By promoting a culture of safety and proactive hazard management, industrial hygiene training enhances organizational efficiency, reduces absenteeism due to injury and fosters worker’s morale and productivity.

Industrial Hygiene Course Module

INDUSTRIAL HYGIENE

TIME DURATION 14 MINUTES 19 SECONDS

Industrial Hygiene is primarily concerned with the control of occupational health hazards that arise as a result of or during work. Industrial hygiene has been defined as “that science and art devoted to the anticipation, recognition, evaluation and control of those environmental factors or stresses arising in or from the workplace, which may cause sickness, impaired health and well-being or significant discomfort among workers or among the citizens of the community.

THE LUNGS

TIME DURATION 25 MINUTES 32 SECONDS

Establishing an effective industrial hygiene program calls for an understanding of the anatomy and physiology of the human respiratory system. The respiratory system is a quick and direct avenue of entry for toxic materials into the body because of its intimate association with the circulatory system and the constant need to oxygenate human tissue cells. Anything affecting the respiratory system, whether it is insufficient oxygen or contaminated air, can affect the entire human organism.

THE SKIN

TIME DURATION 18 MINUTES 4 SECONDS

In this training aid, we are going to discuss the Skin layers, Functions of the skin, Occupational Skin diseases and also about control measures for OSD. The skin is the body’s largest organ, made of water, protein, fats and minerals. The skin protects the body from germs and regulates body temperature. Nerves in the skin help to feel sensations like hot and cold. The skin acquires an area of 20 square feet on our body surface. The skin is also highly adaptive with different thicknesses and specialized functions in different body sites.

THE EARS

TIME DURATION 18 MINUTES 58 SECONDS

In this training aid, Industrial noise and its effect on occupational hearing loss are considered common problems across nearly all industries and have a significant impact on safety and work performance. This training aid covers the components of the external, middle and inner ear and how they function to produce hearing; the basic types of pathology that can affect the ears; how hearing is measured; the effects of noise on hearing and how this impairment is rated.

THE EYES

TIME DURATION 22 MINUTES 35 SECONDS

The human eye, the organ responsible for the sense of sight, is a very complex structure. We use our vision in almost every activity, so the eye is the most important organ. So, when they have problems, they affect work in various ways. Vision is by far the most used of the five senses and is one of the primary means that we use to gather information from our surroundings. More than 75% of the information we receive about the world around us consists of visual information.

SOLVENTS

TIME DURATION 31 MINUTES 22 SECONDS

Potential threat to the Health, productivity, and efficiency of workers in most occupations and industries is their exposure to organic solvents. No one fully comprehends the total effect, yet all of us are exposed and we all are affected. Exposure to solvents occurs throughout life, from conception to death. EXP : 1. Solvents irritate the eyes and the respiratory tract. 2. Organic solvents pose a potential threat to workers health and efficiency in most Occupation and industries. 3. Cleaning solvents can be harmful to workers.

GASES & VAPORS

TIME DURATION 35 MINUTES 5 SECONDS

Workers in various occupations and industries are at risk of exposure to gases and vapors from solvents, chemical products, by-products of chemical use and chemical processes. The exposure to these substances poses a potential threat to the health, productivity and efficiency of workers. Exposure to gases and vapors can lead to acute or chronic health issues, ranging from respiratory problems to neurological disorders and other systemic effects. Different occupations and industries may have specific risks associated with the types of chemicals used.

PARTICULATES

TIME DURATION 30 MINUTES 46 SECONDS

Particulate Matter adversely affects human health, vegetation, materials or the environment. Many pollutants enter the atmosphere from sources currently beyond our control. In this training aid, we will discuss what particulates, Where Particulate matter comes from, what are the health effects of particulate matter, How to reduce particulate matter from industries, Particle Size Distributions, Critical Factors in Determining Acceptable Exposure, Biological Reactions, Sampling and Analysis of particulate matter and also about Analysis of Air Samples.

OCCUPATIONAL SKIN DISEASES

TIME DURATION 25 MINUTES 36 SECONDS

Occupational skin diseases refer to a group of skin disorders. Industrial Occupational skin diseases occur when workers come into contact with irritants, allergens or physical agents that can damage/irritate the skin. They can affect workers in any industry, but some of the industries with the highest rates of occupational skin diseases include, Agriculture, Construction, Manufacturing, Healthcare and Personal Care. The Common symptoms of Occupational skin diseases are itching, rash, swelling, blistering, scaling, dryness and cracking of the skin.

INDUSTRIAL NOISE

TIME DURATION 27 MINUTES 34 SECONDS

The sounds of industry, growing in volume over the years, have heralded not only technical and economic progress, but also an ever-increasing incidence of hearing loss and other noise-related hazards to exposed employees. Industrial noise in the context of industrial hygiene refers to excessive and potentially harmful noise generated in industrial settings. Industrial noise is produced by various sources such as machinery, equipment, tools and processes used in industries like manufacturing, construction, mining and transportation.

IONIZING RADIATION

TIME DURATION 25 MINUTES 6 SECONDS

Ionizing radiation is found in industries that use radioactive materials or equipment. Exposure to ionizing radiation can cause DNA damage and increase the risk of cancer or other illnesses. In this training aid we will discuss about Ionizing Radiation Formation, Health Effect of Ionizing Radiation, Ionizing Radiation Reduction, Types of Ionizing Radiation, Biological Effects of Ionizing Radiation, Monitoring Instruments, Basic Safety Factors and also about Control Programs.

NON IONIZING RADIATION

TIME DURATION 26 MINUTES

Non-ionizing radiation is a type of electromagnetic radiation that has less energy than ionizing radiation and is not capable of ionizing atoms or molecules. It includes a range of wavelengths, such as radio waves, microwaves, infrared radiation, visible light and ultraviolet radiation. Non-ionizing radiation (NIR) is widely used in various modern applications and has numerous uses such as Communication, Medical imaging, Heat treatment, Lighting, Sterilization & Disinfection, Remote Sensing, and Agriculture.

TEMPERATURE EXTREMES

TIME DURATION 20 MINUTES 54 SECONDS

Temperature Extremes, both in the form of heat stress and cold stress, can have significant impacts on workers. it is essential for employers to assess the risks associated with temperature extremes, implement preventive measures, and provide appropriate training and protective equipment to ensure the health, safety, and well-being of workers in industries prone to heat stress and cold stress. In this training aid we will discuss about Cold Environments and also about Hot Environments.

ERGONOMICS

TIME DURATION 52 MINUTES 28 SECONDS

The terms ergonomics and human factors are in essence synonymous. They all indicate the application of scientific principles, methods, and data to the development of engineering systems in which people play a significant role. Ergonomics is the study of human characteristics for the appropriate design of the living and work environment. Ergonomic researchers strive to learn about human characteristics so that this knowledge can be used to adapt a human-made environment to the people involved.

BIOLOGICAL HAZARDS

TIME DURATION 25 MINUTES 47 SECONDS

Biological hazards in industries are substances or organisms that can pose a threat to workers’ health. Biological hazards can cause various illnesses, from minor skin infections to life-threatening diseases. In this training aid, we will discuss Biological Safety, Hazard Identification, Risk Assessment, Hazard Control, Assessing Compliance, Current Topics in Biosafety, Regulations & Guidelines and Roll of Industrial Hygienists and Environmental Health and safety professionals in Biosafety.

INDUSTRIAL TOXICOLOGY

TIME DURATION 20 MINUTES 9 SECONDS

Industrial toxicology is the study of the harmful effects on humans by chemicals used in the workplace, the products produced by companies, and the wastes created in manufacturing. Industrial toxicology is a division of the broader science of toxicology that deals with the adverse effects of all forms of chemicals, physical agents, and processes, including drugs and medications. Originally, toxicology was known as the study of poisons, a focus that marked this science since its earliest beginnings.

EVALUATION OF INDUSTRIAL HYGIENIC

TIME DURATION 15 MINUTES 54 SECONDS

In industrial hygiene, evaluation is the decision-making process that assesses the hazard to workers from exposure to chemical, physical, and biological agents. The actions taken to protect workers are based on a combination of observation, interviews, and measurement of both the levels of energy or air contaminants arising from a process or work operation and the effectiveness of control measures used. The occupational environment is evaluated by occupational health specialists, historically and presently, most commonly referred to as industrial hygienists.

AIR SAMPLING INSTRUMENTS

TIME DURATION 12 MINUTES 29 SECONDS

Industrial hygienists are responsible for the evaluation and control of inhalation hazards, hygienists typically compare the measured concentration of an airborne chemical to a recognized exposure limit. Standardized methods for the collection of air samples have been developed to ensure that accurate and meaningful information is collected. Air sampling instruments is used to evaluate employee exposure, assist in the design or evaluation of control measures, and document compliance with government regulations.

DIRECT READING INSTRUMENT FOR GAS, VAPOUR AND PARTICULATES

TIME DURATION 23 MINUTES 54 SECONDS

The concentration of many gases, vapors and particulates in air can be measured readily by direct-reading instruments or other direct-reading devices, which perform both sampling and measurement. The user can read the concentration through a digital or analog readout or, for some colorimetric devices, by observing the length or intensity of a color stain. A direct-reading instrument should be capable of sampling air in the worker’s breathing zone or in the work area of concern and should indicate the concentration of the substance.

METHODS OF CONTROL

TIME DURATION 30 MINUTES 28 SECONDS

Methods of control in industrial hygiene involve various strategies and measures to minimize or eliminate workplace hazards. These methods include engineering controls, administrative controls, and personal protective equipment (PPE). Engineering controls focus on modifying the physical environment or processes to reduce or remove hazards, while administrative controls involve changes in work practices and policies. PPE is a last resort for protection when other controls are not feasible or effective.

VENTILATION

TIME DURATION 28 MINUTES 37 SECONDS

Ventilation plays a critical role in maintaining a safe and healthy working environment in industrial settings. Industrial hygiene, a field focused on safeguarding the health of workers and minimizing potential hazards, heavily relies on effective ventilation systems. These systems are designed to control and manage various airborne contaminants, such as dust, fumes, gases and vapors, which may be present in the workplace due to industrial processes.

RESPIRATORY PROTECTIVE EQUIPMENT

TIME DURATION 21 MINUTES 2 SECONDS

Primary objective of the industrial hygiene program in industry is the control of airborne contaminants by accepted engineering and work practice control measures. When effective engineering controls are not feasible or while they are being instituted, appropriate respirators must be used. Respirators work to prevent harmful substances from in the air being inhaled. In this training aid, we are going to discuss where is Respiratory Protection Used, Class of Respirator, Respiratory Protective Programs, Respirator Selection and also about Respirator Fit Testing.

Industrial Hygiene Training Course Demo Video