What Is Hazard Identification?
Hazard Identification is a method used to determine attainable things where people may be exposed to injury, sickness, or disease. Moreover,
- It is a part of risk assessment;
- Once the hazards are identified, proper measures must be taken to eliminate them.
The Best 6 Methods of Hazard Identification
- Formal Safety Audits
- Workplace Inspections Observation
- Incident Investigations
- Historical Safety Records
- Safety Committee Recommendations
- Employee Complaints Suggestions
Core Concept of Hazard
A hazard could be a state of affairs that poses a threat to life, health, property, or the environment.
Hazard = Possibility (P) + No Consequence (C) or, Possibility x No Consequence.
Most hazards are inactive or potential; it is only theoretical risk of harm. But, once a hazard becomes “active”, it will produce an associate degree of emergency.
Hazards and possibilities interact together to create risk.
More information on Hazards and risks definition can be found in this article I wrote: hazards and Risks definition.
6 Common Types of Hazards You Need To Know
- Chemical and dust hazards: cleaning products, pesticides, asbestos, etc.
- Biological hazards: mold, insects/pests, communicable diseases, etc.
- Work organization hazards: things that cause STRESS!
- Ergonomic hazards: repetition, lifting, awkward postures, etc.
- Physical hazards: noise, temperature extremes, radiation, etc.
- Safety hazards: slips, trips and falls, faulty equipment, etc.
- Corrosives – cause tissue injury and burns on contact with skin or eyes
- Primary Irritants – cause intense redness/swelling of skin or eyes on contact. No permanent tissue injury
- Sensitizers – cause allergic skin or lung reaction
- Acutely Toxic Materials – cause an adverse impact even at low doses
- Carcinogens – might cause cancer
- Teratogens – might cause birth defects
- Organ-Specific Hazards – injury to specific organ systems like the liver or lungs.
0 = Will not burn
1 = Ignites above 200 degrees F
2 = Ignites below 200 degrees F
3 = Ignites below 100 degrees F
4 = Ignites below 73 degrees F
0 = No hazard
1 = Slight hazard
2 = Dangerous
3 = Extreme danger
4 = Deadly
|Labels – Reactivity||Labels – Special Hazard|
|▪ The flammability of liquids defined by their flash-point
-the lowest temperature at which a fuel-air mixture present above the surface of a liquid will ignite if an ignition source is introduced.
▪ 21-55 Flammable
▪ Highly flammable
▪ Extremely flammable
|What the letters show
▪ OX = Oxidizer
▪ ACID = Acid
▪ ALK = Alkali
▪ COR = Corrosive
▪ W = Use No Water
For more About Hazard Identification Read This.
Every workplace has some level of risk, but how do you determine which ones pose the greatest threat to employees’ safety? You’ll be better equipped to regulate or remove dangers at your place of business, preventing accidents, injuries, property damage, and downtime.
Conducting an exhaustive danger evaluation of all work surroundings and equipment is a crucial stage in any safety strategy. Because you cannot safeguard your employees from risks that you are not aware of, it is critical to do a complete hazard assessment. By taking into account these six major kinds of workplace dangers, you may avoid blind spots in your workplace safety practices.
In the below YouTube Video you will learn more about the Top 6 Workplace Hazards:
Remember that a workplace is any location where a worker performs work-related activities for your company, so you must take precautions to ensure their safety and health even while they are off-site or traveling, for example. It’s extremely important to have a hazard and risk management plan as well as an incident action plan in place.