Hierarchy of Control Measures | 5 Key Pillars to Reduce Risk

The risk Hierarchy of Controls or risk hierarchy is a system used in workplace environments to minimize or eliminate exposure to hazards. It is a widely accepted system promoted by safety organizations. As discussed in the podcast, we recommend you check our Health and Safety Risk Assessment - Complete Beginner's Guide resource. The risk control concept is taught to managers in industry, to be promoted as standard practice in the workplace. Various illustrations are used to depict this system, most commonly a triangle. Let's take look at what it looks like... Hierarchy of Control Steps | The Triangle The levels in the risk hierarchy of control measures are, in order of decreasing effectiveness:

• Elimination
• Substitution
• Engineering controls
• Administrative controls
• Personal protective equipment

Hierarchy of Controls EXPLAINED! As you see above the risk Hierarchy of Controls is often represented by a triangular diagram that depicts the different controls in order of how effective they might be in controlling risk. Our explainer video series below looks at these options in much more detail... https://www.youtube.com/watch?v=ijXc7-XU4Eg&t=62s Free Risk Assessment Training

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Enrol Now HSE Hierarchy of Controls Steps | Recap Hopefully our video has given you a valuable overview of the hierarchy of controls - now, let's recap on those different levels of control available once we assess the risk. At the top of the Hierarchy of Controls, we start with the most effective option - Elimination. 1. Elimination Physical removal of the hazard — this is the most effective hazard control. For example, if employees must work high above the ground, the hazard can be eliminated by moving the piece they are working on to ground level to eliminate the need to work at heights. 2. Substitution Substitution, the second most effective hazard control, involves replacing something that produces a hazard (similar to elimination) with something that does not produce a hazard - for example, replacing lead-based paint with titanium white. To be an effective control, the new product must not produce another hazard. As airborne dust can be hazardous, if a product can be purchased with a larger particle size, the smaller product may effectively be substituted with the larger product. Substituting the material may result in a reduction of risk to respiratory health. 3. Engineering Controls The third most effective means of risk control is engineered controls. These do not eliminate hazards, but rather isolate people from hazards. Capital costs of engineered controls tend to be higher than less effective controls in the hierarchy, however they may reduce future costs. For example, a crew might build a work platform rather than purchase, replace, and maintain fall arrest equipment. "Enclosure and isolation" creates a physical barrier between personnel and hazards, such as using remotely controlled equipment. Fume hoods...