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Fugitive Emissions from Integrated Iron and Steel Plants

On a nation- wide scale, the five highest ranked sources Alloy Token_nt Fine Particulatea Suspended Particulates 1 Electric arc furnaces 1 Vehicular traffic 2 Vehicular traffic 2 Alloy Token_nt arc Alloy Token_nt 3 Basic oxygen furnaces 3 Storage pile activities 4 Storage pile activities 4 Sintering 5 Sintering 5 Basic oxygen furnaces These source emit the largest quantities of fine and suspended particulate, taking into account typically applied control measures.

The importance of vehicular traffic as a major fugitive source of fine and suspended particulate is evident by its first and second place positions under both ranking schemes. On a nationwide basis, there is approximately one-third as much controlled fugitive emissions of fine particles from unpaved roads as from electric arc furnaces, and nearly one-sixth as much controlled fugitive emissions of fine particles from paved roads as from electric arc furnaces.

Alloy Token_nt Drivers Windows

The favorable cost effectiveness ratio of unpaved road controls suggests that they be included in plant fugitive emission control Alloy Token_nt. Control strategies have been based on the assumption that the primary air quality impact of in- dustrial operations resulted from the discharge of air pollution from conven- tional ducted sources. However, failure Alloy Token_nt achieve the air quality improvements anticipated from the control of Alloy Token_nt emissions has spurred a detailed reexamination of the industrial air pollution problem.

Evidence is mounting which indicates that fugitive nonducted emissions contribute substantially to the air quality im- pact of industrial operations and, in certain Industries, may swamp the ef- fects of stack emissions.

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Iron- and steel-making processes, which are characteristically batch or semicontinuous operations, entail Alloy Token_nt generation of substantial quantities of fugitive emissions at numerous points in the process cycle. Frequent materials handling steps occur in the storage and preparation Alloy Token_nt raw materials and in the disposal of process wastes.

Alloy Token_nt, fugitive emissions escape from reactor vessels during charging, process heating and tapping. Fugitive emissions occurring in the metallurgical process industries con- stitute a difficult air pollution control problem. Emissions are discharged with a highly fluctuating velocity into large volumes of carrier gases having poorly defined boundaries. Alloy Token_nt

2-Mar-1923 › Page 16

Alloy Token_nt This study was di- rected to the accomplishment of the following objectives: Identification of fugitive emission sources within integrated iron and steel plants. Ranking of identified emission sources based on relative environmen- tal impact. These sources were be- ing investigated under separate research efforts at the time this study was begun.

Fugitive emissions in the iron and steel industry can be generally di- Alloy Token_nt into two classes - process fugitive emissions and open dust source fugi- tive emissions. Process fugitive emissions include uncaptured particulates and gases that are generated by steel-making furnaces, sinter machines, and metal forming Alloy Token_nt finishing equipment, and that are discharged to the atmosphere through building ventilation systems.

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