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Workers in various industries can be exposed to dangerous airborne contaminants. The dangers range from nuisance level dusts to serious, life-threatening exposure, each requiring respiratory products at various levels of protection.
A basic understanding of the toxicological dose-response curve is a necessity for OHS pros. People fear most what they understand the least. New and vast toxicological information can trigger fear and irrational actions.
Almost every homeowner has a toolbox filled with trusted tools to help get the job done. Tools that are reliable, and trusted to perform time and time again. Tools that are easy to use and don’t require instruction manuals. The same is true for safety professionals who keep people safe.
You wouldn’t drive a vehicle without putting on your seat belt. You wouldn’t ride a bike without putting on a helmet. You don’t go to bed at night without locking your doors. When it comes to gas detection, safe and simple practices like these are no different.
Airline respirators, also known as supplied air respirators (SAR), are used when air purifying respirators (APR) cannot provide sufficient protection from airborne concentrations of the chemical
Undetected gas leaks and subsequent damage, if uncontrolled and unmonitored, pose a dangerous safety risk to industrial assets and facility workers, as well as to the communities around them.
Excessive mesothelioma cases linked to asbestos exposure
November 6, 2013
A combined population of 30,000 firefighters from three large cities had higher rates of several types of cancers, and of all cancers combined, than the U.S. population as a whole, researchers from the National Institute for Occupational Safety and Health (NIOSH) and colleagues found in a new study.
The Occupational Safety and Health Administration division (OSHA) within the Wyoming Department of Workforce Services (DWS) has cited the Sinclair Wyoming Refining Company with $707,000 in fines for 22 violations found at the company’s Sinclair, Wyoming refinery operation.