Risk Management

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Workers who are required to do their jobs in extremely hot environments — from construction sites to chemical plants and offshore oil rigs — can be at risk of serious heat-related injuries and illnesses.

Why my role exists, to me, is that it is simply for the people. The people I get to work with and for each day. When it’s about names, not numbers, there is a True North that continues to direct my vision of what World Class truly looks like.

Excessive noise is prevalent across industries. From manufacturing to construction, agriculture to oil and gas, more than 22 million U.S. workers are exposed to hazardous noise each year.1 Wherever unsafe levels of noise exist, employers are responsible for providing hearing protection devices (HPDs).

Industrial work environments are not ideal for comfort. They are often hot, stuffy, and stifling. Factor in the appropriate PPE that many workers are required to wear, and regulating body temperature can become extremely difficult, if not impossible. Without preventative measures, the results can be fatal.

The International Safety Equipment Association (ISEA) produces the American National Standard for Emergency Eyewash and Shower Equipment, ANSI Z358.1, to establish uniform minimum performance and use requirements.

As the Safety Services Manager for a safety supply company, I am commonly asked by customers to help determine which chemical resistant gloves are appropriate for a given work application.

Hearing loss isn’t the first injury that comes to mind when an arc fault occurs. The light and heat emitted by the massive electrical explosion – the arc flash – can cause life-threatening and life-altering burns to the skin, compression injuries and loss of limbs if workers are left unprotected.

Mobile elevated work platforms, such as boom and scissor lifts, are powerful, durable and useful machines that help workers perform a wide range of tasks at height. Training on the safe use of these machines is crucial to decrease the risk of injuries, property damage, liability on the worksite.

Thermal processes are used to alter the physical, and sometimes chemical, properties of a material or coating. Two common examples of thermal processing would be high-temperature operations such as heat treating, and low-temperature operations, for instance drying or baking.