[Fuel Tank]
[Magnesium Fire]
[Deflagration]
[Pipeline Hazard]
[Indus. Facil. Hazards]
[Others]
[Fires and Explosions]

Deflagration of Shock Sensitive  Chemicals

BlazeTech is currently developing an engineering model to calculate the hazards associated with the combustion/deflagration of shock sensitive chemicals.  A number of common laboratory chemicals are prone to forming explosive organic peroxide upon storage for extended periods.  Examples include ether, tetra hydro furan (THF), and acetaldehyde.  The model calculates the overpressure, fragmentation of container and fire hazards associated with the combustion/ deflagration of lab quantity chemicals containing variable amounts of peroxides.

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