flameless venting

Explosion safety with vent ducts: expensive and unproductive

The situation: Indoor plant components cannot be protected by explosion vents alone. The dusts and flames exiting the vessel pose an enormous threat both to the safety of employees and the plant itself. Secondary explosions resulting from the dust thrown up by the initial explosion are just one example. Vent ducts are often used to channel the pressure wave and flames from an explosion to an outdoor area.

The problem: This solution prevents process-optimised plant design. The longer the venting duct, the stronger the duct, and the plant itself, must be and the higher the associated costs. The reason: the greater the distance of the explosion from its source, the greater the pressure that the duct and the plant must withstand.

The cost-effective solution:

flameless explosion venting

During flameless explosion venting, the flames are cooled rapidly and efficiently in the mesh filter of the flame absorber and extinguished immediately. No flames and no pressure wave exit the vessel. The production plant can now be designed to create the optimum process conditions. Likewise, the typical pressure wave and noise in the production hall are reduced to a barely perceptible minimum. The filter design guarantees that no burned or combustible materials are ejected. This does not only reduce the consequences of the explosion, it also provides the highest level of protection for employees.

 

The advantages of flameless explosion venting

Flameless indoor explosion venting consigns expensive protection systems with complicated vent ducts to the history books. Companies are once again free to focus on optimising the design of their processes and plants for maximum efficiency. This form of flame- and dust-free explosion venting is the safest and most cost-effective solution for indoor use.

 

You can find detailed information relating to our products here

Flameless venting Q-Rohr explosion timeline
Thermographic investigation of conventional venting with explosion vent / explosion panel
Thermographic investigation of a dust explosion, conventional explosion venting with an explosion vent.
Thermographic investigation of venting with Q-Rohr flameless venting
Identical explosion with the Q-Rohr®: no heat generated outside the vessel, slight pressure rise with minimal noise volume.
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