Today’s Advisor provides an inspirational example of the positive difference professional trainers can make on future generations in their communities and their industries.
When you think of personal protective equipment (PPE), you may naturally think of respirators, safety glasses, hard hats, safety shoes, hearing aids, and gloves. Although these are the most common types of PPE—protecting the most vulnerable areas and organs—some whole-body hazards require whole-body protection.
Yesterday, we discussed what EHS metrics are, what they can do for your EHS program, and how to choose good metrics. Today, we’ll talk specifics. What kind of metrics have worked well for EHS programs? What indicators should an EHS manager look at?
Is your safety program effective? How do you know? If you base your assessment solely on recorded injury and illness rates, you may not be getting the full picture—especially if you’re having a bad year. And if you do nothing more to evaluate your safety program, how will you defend it against OSHA citations, not to mention critics in your own organization?
Electrical utility workers are not the only ones who could be exposed to the hazards of overhead power lines. Any outdoor worker may be exposed to power line hazards. Yesterday, we covered four questions that all outdoor workers should ask if there are power lines near their work area. Today, we’ll cover two more.
Exposure to overhead power line hazards is not limited to employees of electrical utilities—workers in industries like construction and agriculture can also be exposed to them. If workers could violate the required clearances around the power lines, make sure they’re informed about the power lines and the work practices that are required to keep them safe.
Workers can come into contact with high-voltage lines—power lines carrying a sustained current greater than 600 volts—when they: