A recent ISHN webinar highlighted the often-overlooked hazard of combustible dust, with expert Mark Hanson detailing the devastating consequences of ignoring this workplace threat.
This article describes potential sources of combustible dust and outlines best inspection practices for OSH professionals, certified industrial hygienists and certified remediators to perform the suspect combustible dust inspection.
Currently designated as NFPA 660: Standard for Combustible Dusts, the all-encompassing standard will be completed in 2024 and likely released in late 2024/early 2025.
In an age where there are new breakthroughs every day, mitigating hazards can prove difficult when there is little to no research on potential hazards to health, let alone rules and regulations to ensure that organizations are protecting the health and safety of their employees.
Combustible dust hazards are under-recognized in the industry and can pose a significant risk to your employees' safety and the integrity of your facilities.
Industrial dust collectors are proven engineering control systems to maintain indoor air quality and protect the health and safety of your workers. One of the key factors to keeping your dust collector operating efficiently over its lifetime is selecting the right dust collector filters.
Most welding and cutting operations generate dangerous fumes and particulates. Here are several important factors you should know to better manage metal processing fumes to maintain a safe metalworking environment.
For more than a decade, OSHA has placed an emphasis on combustible dust hazards, which have resulted in numerous deadly incidents over the years. While no OSHA standard directly addresses combustible dust, this has not hindered OSHA enforcement.
Dust particles become airborne during indoor metalworking processes like welding and plasma cutting. They also become airborne during the manufacturing and processing of food, chemicals, pharmaceuticals and other dry products.