Construction of flaw detection room
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I would like to ask everyone: our organization plans to build a new flaw detection room. Could you please tell me what the requirements are for constructing such a room?
Front, back, left, right, top – concrete walls provide shielding; we built them 600mm away. The door is a lead door, an automatic door. What was agreed upon with the studio was a looped passage to avoid shooting. Ventilation is underground ventilation. It seems that to build an ultrasonic testing room, one first needs to apply to the environmental protection department.
It was designed by an experienced engineer here, and it’s quite good. If needed, I can recommend his contact information to you. Because I’m not very clear about many specific details either.
Mainly, the radiation intensity meets the required standards, the crane interlocks function properly, and most importantly, it is possible to obtain the radiation permit approval; this process is quite complicated, involving evaluations by the environmental protection agency and third-party organizations
Our company has built it ourselves; the doors are lead doors, and there is thick concrete all around them. As for exactly how thick it is, that’s determined by the infrastructure department, so I’m not sure. You can also apply to the environmental protection department. It seems like what they do is quite troublesome.
Do you have any drawings or sketches? I’d like to take a look as a reference, thanks!
【Do you have any blueprints or sketches? I’d like to take a look as a reference, thank you!】
There are no blueprints available now; those from 30 years ago can no longer be found. The walls back then were built using barite, and they were thinner than the walls made of cement today. Nowadays, people design their walls by referring to the thickness levels that have been tested and approved by other companies