Recent test data from Fike proves explosion isolation flap valves are not always tested under real-world conditions, and as a result, many flap valves on the market won’t function as certified.» Read more...
In every combustible dust category, particle size plays a role in how the material reacts under different conditions. In this article, Fauske & Associates’ Mark Yukich and Ashok Ghose Dastidar look at how different wood samples behave in combustible dust testing trials.» Read more...
Managing combustible dust hazards is critical to ensure the safety of the plant personnel and operations. Conducting a dust hazard analysis (DHA) is critical to effectively doing so. Rembe’s Jeramy Slaunwhite outlines what a DHA is, why it’s important and what should be included. » Read more...
Fires and explosions pose a significant hazard in industries generating or processing combustible dust at their facilities. But how many are actually happening and how severe are they? DustEx Research Ltd. shares the answers in their 2019 Combustible Dust Incident Report.» Read more...
Preventative maintenance and routine safety procedures can keep a dryer running longer with fewer shutdowns and keep employees safe by reducing the risk of explosions. Here are 15 tips to keep biomass dryers running longer and safer.» Read more...
Workplaces that manufacture engineered wood products or wood pellets may be at risk of fire, deflagration or explosion due to the buildup of combustible off-gas within dryers and drying systems. Kevin Ericsson shares some of the common dryer hazards and best practices to follow.» Read more...