Using Risk Control Hierarchy to Reduce Hazards

How the Risk Control Hierarchy Helps Make Workplaces Safer

Using Risk Control Hierarchy to Reduce Hazards is an important part of keeping workers safe in manufacturing. This method helps to find the best ways to stop accidents before they happen. By following steps in order, you can control risks that come from hazards on the job.

The risk control hierarchy is a system with levels. Each level shows a way to reduce danger. The levels start with the strongest controls that remove the hazard completely. Then they move down to weaker controls that only reduce harm.

Levels of the Risk Control Hierarchy

1. Elimination: Get rid of the hazard totally. For example, change a process so a dangerous chemical is no longer needed.
2. Substitution: Replace the hazard with something safer. For example, use a less toxic chemical instead.
3. Engineering Controls: Change the tools or machines to make them safer. For example, put guards on moving parts of machines.
4. Administrative Controls: Change how people work. For example, make safety rules, provide training, or change work schedules to reduce exposure.
5. Personal Protective Equipment (PPE): Use gear like gloves, helmets, or masks to protect workers.

When using the risk control hierarchy, always start at the top. Try to eliminate or replace hazards first because these stop the risk completely. If that is not possible, then use engineering controls to keep people safe.

Administrative controls and PPE are last options. They do not remove hazards but help reduce risk. PPE relies on workers using equipment correctly every time. So, it is less reliable on its own.

For example, if there is a loud machine, try to fix it to make it quieter (engineering control). If this is not possible, limit the time workers spend near it (administrative). Finally, give them ear protection to wear (PPE).

Using Risk Control Hierarchy to Reduce Hazards means making smart choices to protect workers. It helps focus on the best risk controls before choosing weaker ones.

In manufacturing, always watch for new hazards. Keep improving controls as needed. Safety is a continuous process, not a one-time fix.