Deoxidation Of Steel Using Waste Aluminizing Dross: A Feasibility Study

The National Institute for Occupational Safety and Health (NIOSH)
H. V. Makar
Organization:
The National Institute for Occupational Safety and Health (NIOSH)
Pages:
12
File Size:
3097 KB
Publication Date:
Jan 1, 1972

Abstract

An aluminizing dross which is accumulating as a waste material in substantial quantities was tested for possible use as a steel deoxidizer. This material, consisting mainly of aluminum, silicon, and iron, was used to deoxidize laboratory-scale melts ranging from 7 to 100 pounds. Oxygen analysis showed that the aluminizing dross was effective in reducing oxygen levels in steel. A direct comparison with aluminum wire showed the dross material to be at least as effective. Under similar test conditions with 7-pound melts, 3 grams of aluminum reduced the oxygen concentration from 210 to 175 ppm, while 4 grams of aluminizing dross (equivalent to approximately 2 grams aluminum) reduced the oxygen concentration from 250 to 170 ppm. An additional 4 grams of aluminizing dross produced a final oxygen concentration of 140 ppm.
Citation

APA: H. V. Makar  (1972)  Deoxidation Of Steel Using Waste Aluminizing Dross: A Feasibility Study

MLA: H. V. Makar Deoxidation Of Steel Using Waste Aluminizing Dross: A Feasibility Study. The National Institute for Occupational Safety and Health (NIOSH), 1972.

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