Risk & Hazard Control Flashcards

What is the first step in controlling workplace hazards?

Answer: Identifying and assessing hazards

The first and most fundamental step in controlling workplace hazards is identifying and assessing them. Before any corrective action can be taken, it is essential to recognize what hazards exist, where they are located, and who might be affected. This initial assessment allows for a thorough understanding of the risks involved, which then guides the selection and implementation of the most effective control measures to ensure worker safety.

What is an example of hazard elimination?

Answer: Replacing chemical substances with safer alternatives

Hazard elimination is the most effective control measure, as it completely removes the hazard from the workplace. By replacing a dangerous chemical with a non-hazardous or less hazardous alternative, the risk of exposure and harm is entirely eliminated. This proactive approach prevents the hazard from ever causing an incident, making it the preferred method in the hierarchy of controls.

What is the purpose of engineering controls in hazard control?

Answer: To limit employee exposure to hazards through machine design

Engineering controls involve making physical changes to the workplace or equipment to reduce or eliminate exposure to hazards. This means designing or modifying machinery, processes, or the work environment itself to inherently make it safer. Examples include installing ventilation systems, machine guards, or noise enclosures, which isolate people from the hazard or remove the hazard at its source through design.

What is the role of administrative controls in risk management?

Answer: Altering the work schedule to avoid risk exposure

Administrative controls are changes to work procedures or practices that reduce exposure to hazards, without physically altering the hazard itself. Altering the work schedule, such as rotating job assignments or limiting time in hazardous areas, is a prime example. These controls manage how and when workers interact with a hazard, rather than eliminating or isolating it through engineering.

How can personal protective equipment (PPE) reduce workplace risks?

Answer: By protecting workers from exposure to hazards

Personal Protective Equipment (PPE) serves as the last line of defense in the hierarchy of controls. It does not eliminate the hazard but creates a barrier between the worker and the hazard, thereby protecting the individual from direct exposure. Examples like safety glasses, gloves, or respirators are designed to prevent injury or illness when other control measures are insufficient or impractical.

What is risk assessment in hazard control?

Answer: Assessing the severity and likelihood of risks

Risk assessment is a systematic process that goes beyond simply identifying hazards; it involves evaluating the potential impact of those hazards. This includes analyzing the likelihood of harm occurring and assessing the potential severity of that harm if it does. This comprehensive evaluation helps organizations prioritize which risks need to be controlled most urgently and effectively.

What is the significance of implementing control measures?

Answer: To minimize risks and improve safety

Implementing control measures is fundamental to workplace safety because it directly addresses identified hazards. By applying appropriate controls from the hierarchy (elimination, substitution, engineering, administrative, PPE), organizations reduce the likelihood and severity of incidents. This proactive approach creates a safer working environment, protecting employees from harm and minimizing overall risks.

Why is monitoring the effectiveness of hazard control important?

Answer: To ensure that control measures are effective and up-to-date

Monitoring the effectiveness of hazard controls is crucial to verify that they are performing as intended and continue to provide adequate protection. Workplace conditions, equipment, and processes can change over time, potentially rendering existing controls less effective. Regular monitoring ensures controls remain relevant, efficient, and compliant with safety standards, preventing complacency and potential failures.

What is a common method for evaluating risk control effectiveness?

Answer: Through audits, feedback, and incident analysis

Evaluating risk control effectiveness requires a systematic approach to gather data and assess performance. Audits provide a structured review of control implementation, while employee feedback offers insights into practical challenges and successes. Incident analysis helps identify control failures after an event, allowing for corrective actions and continuous improvement of safety measures.