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Demonstration Of Air Contaminant Control Methods For Torch Cutting And Air Carbon-Arc Gouging.

Authors
Scholz-RC; Dupuis-TV
Source
NIOSH 1983 May:87 pages
Link
NIOSHTIC No.
00134415
Abstract
Ventilation guidelines for air carbon arc gouging and torch cutting were developed for the industrial environment. Prototype test booths within a foundry cleaning and finishing area were constructed to conduct tests on actual production activities. Two different approaches consisted of unilateral flow booths, both horizontal flow and down draft, and push pull tunnels. Five industrial processes were considered and included oxy fuel, air carbon arc, powder burning, plasma cutting, and oxygen lancing. Unilateral flow booths and push pull tunnels controlled worker exposure to air contaminants when large steel workpieces were processed using air carbon arc gouging and oxy fuel torch cutting. While protecting the process operator, the methods isolated a very significant source of contamination from the general workplace environment. The methods were also applicable during welding and chipping and grinding with portable tools. Besides protecting the process operator, these methods also isolated a significant source of contamination from the workplace environment. The authors conclude that the methods could also be used during welding and chipping with portable tools.
Keywords
NIOSH-Contract; Industrial-exposures; Occupational-exposure; Environmental-exposure; Fumes; Metal-industry; Industrial-equipment; Industrial-safety; Ventilation-equipment; Pollution; Air-quality-control; Safety-research; Contract-200-82-2512;
Publication Date
19830501
Funding Type
Contract;
Fiscal Year
1983
NTIS Accession No.
PB83-238576
NTIS Price
A06
Identifying No.
Contract-200-82-2512
Source Name
NIOSH, U.S. Department of Health and Human Services, Cincinnati, Ohio
State
OH;
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