Approaches for explosion-proof control rooms
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If I want to build an explosion-proof control room in an explosion-proof workshop, besides constructing it in full compliance with explosion-proof requirements, what other methods are there? The previously used micro-positive pressure inflation method is no longer allowed. I’m looking for a more economical way. Let’s discuss it together!
It is mainly to protect the personnel in the control room in case of a failure
It’s not easy to use shortcuts these days, right?
If you’re not afraid of it being seized, build a house out of bricks; it’s best to use 37-layer bricks, and cover the exterior with insulation material. You should ask a design firm to prepare plans for you, with designs that take into account shock resistance. The question is whether the design firm will agree to do this. Two shock-resistant doors are needed, as well as a central air conditioning system and an air handling unit; an explosion-proof valve should also be installed at the inlet of the air handling unit. These elements are necessary in terms of design
It’s about explosion resistance; there are relevant standards, namely the GB 50779-2012 Standard for Explosion Protection Design of Petrochemical Control Rooms
Not allowed. The control room is separated from the workshop.
It’s commonly called a “bunker building”; I’m not sure how to build it, so I’ll go find a blueprint of a bunker to use as a reference.
All the operating rooms in the workshop have now been removed
Do you need something that is explosion-proof or shock-resistant? The two are completely different.