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Controlling Confined Space Hazards
Permit‐required confined spaces by definition have hazards present that must be controlled so that entrants can enter and work safely. The basic concepts, equipment, strategies and potential pitfalls of purging and ventilation are reviewed. Energy isolation procedures and equipment are discussed in the context of OSHA's Control of Hazardous Energy Standard (29 CFR 1910.147). Other control measures such as site zoning, access control, hot‐work permitting, electrical hazards, and ignition source control are discussed.
Controlling Confined Space Hazards
Permit‐required confined spaces by definition have hazards present that must be controlled so that entrants can enter and work safely. The basic concepts, equipment, strategies and potential pitfalls of purging and ventilation are reviewed. Energy isolation procedures and equipment are discussed in the context of OSHA's Control of Hazardous Energy Standard (29 CFR 1910.147). Other control measures such as site zoning, access control, hot‐work permitting, electrical hazards, and ignition source control are discussed.
Controlling Confined Space Hazards
Veasey, D. Alan (author) / McCormick, Lisa Craft (author) / Hilyer, Barbara M. (author) / Oldfield, Kenneth W. (author) / Hansen, Sam (author) / Krayer, Theodore H. (author)
2005-10-17
29 pages
Article/Chapter (Book)
Electronic Resource
English
cold zone , warm zone , fans , fan capacity , hot‐work permit , purging , hot zone , negative‐pressure ventilation , natural ventilation , centrifugal‐flow fan , line breaking , axial‐flow fan , tagout , venturi eductor , mechanical ventilation , ventilation , lockout , double block and bleed , short‐circuiting , blanking , purge time , local exhaust ventilation , positive‐pressure ventilation , recirculation
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