Awareness level training for construction. If you would like to have your company logo or video intro in this video and receive a downloadable copy of it contact me at 4thcornervideo@comcast.net
Very informative, my question is how do I identify if I have an atmospheric hazards? I have a pit that is ~ 300 sq.ft. 6' deep made of concrete and steel and we do not introduce gasses such as methane , propane or other gasses as none are used or generated in our process? Is air exchange sufficient or is atmospheric testing needed either way? If so what equipment do you recommend and what is the calibration cycle?
yes ...my questions are ...why dont they design things to have no confined space in the first place ? im sure humans can engineer some device or valve or some thing . and why isnt it the norm to just enter confined spaces with ' breathing gear' , for any space at any time ?
it would be impossible to do the job on a flat concrete slab. That is why the confined spaces.A sewer plant with no confined spaces would stink for miles. It would be hard to find people to wear breathing gear forty hours a week, it is cumbersome and expensive.
@@richstarx Unfortunately, in most cases it can be a design, regulation, or even a necessity for the confined space to exist. Perhaps normally a human would never need to go in there but sometimes you cannot design for all future conditions and service issues. The rule about identifying ingress and egress points that would be difficult to escape in a hurry as well as poor or non-ventilated areas can paint a clearer picture of why we need to identify these confined spaces in our work environment. The guidelines that OSHA and similar puts out are not just rules to be enforced. We cannot predict all eventualities and do our best to compensate for this with adequate safety training. For example, now that I know this, it makes me more wary of poorly ventilated places that I would have trouble getting out of in a hurry. These guidelines help in preparation as well so that not only is the job done safely, it is done without injury.
Very helpful and informative video good sir keep it up.
I ventilate everything...wasted my time 300 times and saved me 10 of those..I just can't tell which run the invisible gas was there.
Great explanation 👌
Great information! Thanks for sharing sir...
Great video!
Very informative, my question is how do I identify if I have an atmospheric hazards? I have a pit that is ~ 300 sq.ft. 6' deep made of concrete and steel and we do not introduce gasses such as methane , propane or other gasses as none are used or generated in our process? Is air exchange sufficient or is atmospheric testing needed either way? If so what equipment do you recommend and what is the calibration cycle?
great video
Good video
Nice
goodjob
nice one
ferfecccct
Anyone else from the training OSHA😁
yes ...my questions are ...why dont they design things to have no confined space in the first place ? im sure humans can engineer some device or valve or some thing . and why isnt it the norm to just enter confined spaces with ' breathing gear' , for any space at any time ?
it would be impossible to do the job on a flat concrete slab. That is why the confined spaces.A sewer plant with no confined spaces would stink for miles. It would be hard to find people to wear breathing gear forty hours a week, it is cumbersome and expensive.
@@doctormcgoveran2194 good points ....but its gotta be still possible some how ....where theres a will theres a way
@@richstarx Unfortunately, in most cases it can be a design, regulation, or even a necessity for the confined space to exist. Perhaps normally a human would never need to go in there but sometimes you cannot design for all future conditions and service issues. The rule about identifying ingress and egress points that would be difficult to escape in a hurry as well as poor or non-ventilated areas can paint a clearer picture of why we need to identify these confined spaces in our work environment. The guidelines that OSHA and similar puts out are not just rules to be enforced. We cannot predict all eventualities and do our best to compensate for this with adequate safety training.
For example, now that I know this, it makes me more wary of poorly ventilated places that I would have trouble getting out of in a hurry. These guidelines help in preparation as well so that not only is the job done safely, it is done without injury.
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