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Definition: The benzene-soluble fraction of total particulate matter present during the destructive distillation or carbonization of coal for the production of coke. C. Permissible Exposure Limit: 150 micrograms per cubic meter of air determined as an average over an 8-hour period.
The industrial production of coke from coal is called coking. The coal is baked in an airless kiln, a coke furnace or coking oven, at temperatures as high as 2,000 C (3,600 F) but usually around 1,0001,100 C (1,8002,000 F).
Briefly, the technique of charge preparation consists in preparing a cake with the coal. blend in a metallic box, then charging it in the coke oven. The higher charge density. implies better coke quality when compared with conventional charging. A REVIEW ON STAMPED CHARGING OF COALS | ABM Proceedings abmproceedings.com.br article download-pdf abmproceedings.com.br article download-pdf
The employer shall assure that no employee in the regulated area is exposed to coke oven emissions at concentrations greater than 150 micrograms per cubic meter of air (150 g/m3), averaged over any 8-hour period. 1910.1029 - Coke oven emissions. | Occupational Safety and Health osha.gov regulations standardnumber osha.gov regulations standardnumber
Coke Oven: A chamber of brick or other heat-resistant material in which coal is heated to separate the coal gas, coal water, and tar. The coal gas and coal water fuse together with carbon and the remaining ash, forming a hard residue commonly referred to as coke. Coke is primarily used in steel production.
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For existing by-product batteries, the final rule amendments limit visible emissions from coke oven doors to 4 percent leaking doors for tall batteries and for batteries owned or operated by a foundry coke producer. Short batteries are limited to 3.3 percent leaking doors. National Emission Standards for Coke Oven Batteries - Federal Register federalregister.gov documents 2005/04/15 federalregister.gov documents 2005/04/15
Conventional cokemaking is done in a coke oven battery of ovens sandwiched between heating walls. They are carbonised at a temperature around 1000o-1100o C upto a certain degree of devolatization to produce metallurgical coke of desired mechanical and thermo-chemical properties.

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