High-Temperature Recovery Of Lead From Hazardous Wastes Via The HRD Flame Reactor

Society for Mining, Metallurgy & Exploration
R. J. Zagrocki
Organization:
Society for Mining, Metallurgy & Exploration
Pages:
8
File Size:
580 KB
Publication Date:
Jan 1, 1992

Abstract

Rekindled public concern about lead toxicity has intensified the awareness of lead-bearing materials in contact with the environment and the human population. Lead's common association with other metals makes the increasingly restrictive lead standards a primary concern for a large number of metal and metal-related industries. In commercial scale demonstration tests with lead-bearing wastes, the HRD Flame Reactor process has a demonstrated ability to separate and recover over 95% of the lead as a recyclable oxide, while rendering the remainder of the material as vitrified, non-leaching, and nonhazardous co-product. Recent Flame Reactor process tests and preliminary cost data for secondary lead soda slag are highlighted.
Citation

APA: R. J. Zagrocki  (1992)  High-Temperature Recovery Of Lead From Hazardous Wastes Via The HRD Flame Reactor

MLA: R. J. Zagrocki High-Temperature Recovery Of Lead From Hazardous Wastes Via The HRD Flame Reactor. Society for Mining, Metallurgy & Exploration, 1992.

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