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Ensuring safety from fires and explosions in drying operations first requires the proper understanding of the thermal instability properties of the powder present in the plant. Four testing methods can effectively determine the powder’s thermal instability hazards and allow evaluation of the self-heating hazards.
Ignition sources for dust fires and explosions can take many forms. When powders are heated, however, new subtle sources of ignition hazards are revealed: Those associated with the inherent thermal instability properties of the powder being heated or dried, and the nature of the drying process.
A fire that severely burned four workers at the ExxonMobil refinery in Baton Rouge, La., occurred when operators inadvertently removed bolts that secured a piece of pressure-containing equipment to a plug valve.
A report from NFPA looks at recent oven, furnace and dryer explosions — in particular, explosions in curing ovens, electric arc furnaces and grain dryers.
IECEx ― the IEC system for certification to standards relating to equipment for use in explosive atmospheres ― has launched a mobile application to show international certificates.
In this web exclusive sidebar to "How to Prevent Electric Tank Heat Explosions," get 10 tips that will help avoid safety issues with natural gas piping for industrial plants.
The gas piping running into and through a facility is another overlooked hazard. Natural gas leaks can create an explosive and flammable atmosphere inside a building.
A valve-proving system confirms the effective closure of both main safety valves in fuel-fired industrial heating equipment. Should you add it to your gas control scheme?
A valve-proving system confirms the effective closure of both main safety valves in fuel-fired industrial heating equipment. Should you add it to your gas control scheme?