Quench the vented flame
the device is selected around the dust and venting duty.

Protect Equipment | Improve Process Safety | Reduce Explosion Risk
We help identify and implement the right BS&B explosion protection solution to safeguard dust collectors, silos, bins, mills, dryers, conveyors, and process equipment from combustible dust hazards.
Get an Explosion Protection RecommendationManage vented flame where an open flame discharge is unsuitable.
Manage vented flame where an open flame discharge is unsuitable.
BS&B FlameFree devices combine explosion venting with a flame-quenching arrangement. They provide an option for installations where conventional vent discharge is difficult, subject to the dust, vessel and location being suitable for the selected device.
Example: Review an indoor dust collector where a conventional outdoor vent route is impractical.
Also known as: Flameless vents, FlameFree venting, IQR systems.
the device is selected around the dust and venting duty.
pressure, heat, released material and required clearances remain design considerations.
round and rectangular arrangements address different equipment interfaces.
personnel location and surrounding equipment need assessment.
confirm suitable dust properties and the vessel strength.
review the complete venting and isolation arrangement.
BS&B introduces venting, flameless venting, chemical suppression and chemical isolation. This is an overview of protection roles, not a sizing demonstration or a project-specific design.
Dust test data, vessel strength and volume, connected ducts, operating conditions, personnel locations, equipment layout, and the project hazard assessment.
No. Device suitability, discharge effects, clearances, maintenance and surrounding occupancy still need review. A flameless device is part of an engineered protection arrangement.
Dust test data, vessel strength and volume, connected ducts, operating conditions, personnel locations, equipment layout, and the project hazard assessment.
Confirm the complete quoted equipment, operating conditions and selected options for your application.
Relieve pressure
Relieve explosion pressure through a designed discharge path.
Example: Review venting on a dust collector with a discharge route to an appropriate safe area.
Also known as: Explosion relief panels, dust explosion vents, rupture vents.
Suppress in a vessel
Detect a developing explosion and discharge suppressant into the protected volume.
Example: Assess suppression for a vessel where explosion venting is not the preferred protection method.
Also known as: Chemical explosion suppression, IPD suppression systems, active explosion protection.
Isolate chemically
Limit flame propagation through a connected process duct.
Example: Assess the duct between a protected dust collector and connected process equipment.
Also known as: Chemical barriers, active explosion isolation, IPD chemical isolation.
Isolate physically
Create a physical barrier in a connected process route.
Example: Assess active physical isolation in a duct connected to explosion-protected equipment.
Also known as: Mechanical isolation devices, active explosion isolation valves, IVE isolation.