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Treatment of Metal-contaminated Water Using Bacterial Sulfate Reduction: Results from Pilot-scale Reactors.

Authors
Dvorak-DH; Hedin-RS; Edenborn-HM; Gustafson-SL
Source
Proceeds 2nd Int'l Conf on Abatement of Acidic Drainage Quebec Canada 1:301-314
Link
NIOSHTIC No.
10011004
Abstract
Pilot-scale biological reactor systems were installed to treat metal- contaminated water in an underground coal mine and at a smelting- residues dump in Pennsylvania. The reactors consisted of barrels and tanks filled with spent mushroom compost, within which bacterial sulfate reduction became established. Concentrations of fe, zn, mn, ni, and cd were lowered by over 95 pct as these metals were precipitated in the reactors. The formation of insoluble metal sulfides by reaction with bacterially generated h2s was identified as an important metal-retaining process. This U.S. Bureau of Mines paper examines the chemistry of the reactor systems and opportunities for enhancing their metal-retaining and alkalinity- generating potentials.
Publication Date
19910101
Document Type
OP;
Fiscal Year
1991
NTIS Accession No.
NTIS Price
Identifying No.
OP 230-91
NIOSH Division
PRC;
Source Name
Proceeds 2nd Int'l. Conf. on Abatement of Acidic Drainage, Quebec, Canada, V. 1, PP. 301-314
State
PA;
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