For any business, it is essential to identify and avoid extreme hazards in the workplace. This process of hazard identification is part of a team’s overall Environmental Health and Safety (EHS) program.Â
It involves identifying potential risks that could have an adverse health effect on employees, customers, the environment, or even the bottom line.
Extreme hazard identification refers to the process that companies have in place for identifying any hazards that are deemed as “extreme” in the workplace.
An extreme hazard is any risk that can cause serious damage or harm if it were to occur.Â
For example, a chemical spill would be considered an extreme hazard as it has the potential to cause serious injury or illness for anyone exposed to it.Â
It is important for EHS teams to identify these types of risks to prevent incidents before they happen. Companies are also required to maintain a register of all extreme hazards and document the measures taken to mitigate their risks.Â
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Identifying extreme hazards starts with understanding how a risk can manifest itself and then determining what steps need to be taken to prevent it from happening.Â
Knowing the work environment and daily processes employees are working in helps EHS teams identify which areas present more extreme risk than others.
To properly assess extreme hazards, EHS teams must closely examine their workplace environment with the help of workplace safety technology.Â
This means examining everything from physical structures and equipment to potential sources of ignition or flammable materials. Unusual environmental conditions that could increase the likelihood of an incident should also be considered.Â
For example, large amounts of combustible dust in a facility increase the risk of an explosion due to static electricity or other ignition sources.
EHS teams should also consider factors such as human error when assessing severe hazards in the workplace. Promoting a proactive safety culture is essential for addressing these human factors.
Human error can lead to dangerous situations due to poor judgment, inadequate training, or lack of knowledge about procedures and safety protocols.Â
In addition, fatigue also increases existing risks—especially in industrial settings where long shifts are common. Workers often lack adequate rest, leading to exhaustion and decreased alertness on the job site.
One of the best ways to identify extreme hazards is by analyzing safety data. For instance, an increasing number of companies now use AI monitoring solutions to gather insights about safety performance.Â
The AI solution monitors general safety behavior and can flag any unsafe events. It becomes increasingly accurate as it processes more data, allowing EHS teams to review safety events that would otherwise be missed.Â
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Once potential extreme hazards have been identified, it is important for EHS teams to take steps toward mitigating them right away.Â
The best way for teams to do this is by developing policies and procedures that outline clear expectations for workers regarding safety measures. They should also provide regular safety training sessions on handling situations where potential hazards may exist.   Â
Investing in high-tech solutions such as automated systems can help reduce the risk of human error when dealing with hazardous materials or situations that require quick decision-making skills under pressure, such as emergency response.Â
Automated systems, such as computer vision, can also provide additional layers of security against malicious actors who may try to access sensitive data or compromise safety standards within an industrial setting without proper safeguards.
Reliable emergency management services such as firefighting crews or medical personnel are essential for minimizing damage in unforeseen accidents. This includes having access to firefighting crews and medical personnel, even when precautions are in place.  Â
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Protex harnesses the power of AI in the workplace to provide greater visibility over a company’s risk profile.Â
Using advanced technologies like computer vision, it is capable of detecting objects, identifying hazards, and any unsafe behaviors.Â
Safety events are automatically recorded and tagged, allowing EHS teams to easily review and identify any hazards that might otherwise be overlooked.