BS EN 14994 is a European standard on gas explosion venting protective systems that discusses the design requirements for gas explosion venting protective systems to enhance the safety of workers at workplace.
BS EN 14994 specifies the basic design requirements for the selection of a gas explosion venting protective system.
BS EN 14994, EN 14797 and EN 14460 form a series of three standards that are used together.
BS EN 14994 is applicable to:
Note1: These three standards together represent the concept of gas explosion venting.
Note2: BS EN 14994 does not provide design and application rules against effects generated by detonation reactions or runaway exothermic reactions including decomposition in the gas phase.
Note3: BS EN 14994 is not applicable to:
Note4: To avoid the transfer of explosions to other communicating equipment one should also consider applying prEN 15089.
Note5: Protection by venting against dust and hybrid explosions is specified in EN 14491.
BS EN 14994 on the design requirements for gas explosion venting protective systems is useful for:
An explosion vent is a non-reusable safety device designed to burst at a set pressure along a specific rupture line, relieving pressure and providing a pathway for deflagration hazards to safely escape.
BS EN 14994 provides you with guidance on venting of enclosures, venting of isolated compact enclosures, situations outside the constraints of the basic method, effect of initial turbulence effect of partial filling, positioning and shape of explosion vents, marking, assessment of the level of congestion in rooms containing turbulence including elements, etc.
The design requirements provided by BS EN 14994 assist you in improving the performance and stability of gas explosion venting protective systems, enhancing safety, improving human working conditions, and counteracting adverse effects on human health and performance.
EN 14994:2007