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Characterization of Minerals Within Lead Contaminated Soils.

Authors
Whitten CW; Stratton MA
Source
Process Mineralogy IX: Applications to Mineral Beneficiation Metallurgy Etc TMS Pp 547-555 :547-555
Link
NIOSHTIC No.
10008238
Abstract
Soils from an abandoned pb battery processing facility were characterized prior to the selection of the extraction technique. Reflected light microscopy and electron beam methods were used to locate pb-bearing phases and to quantify the compositions of the phases. It was found that soils are composed primarily of quartz and feldspars with minor amounts of iron and titanium oxides. Lead is primarily present as an oxide or sulfate that is associated with the silicate minerals. Specific phases identified were pbo; pbo2; cerrusite, pbco3,; anglesite, pbso4; galena, pbs; and magnetoplumbite, 2pbo.3Fe2o3; or plumboferrite, pbo.2Fe2o3.
Publication Date
19900101
Document Type
OP;
Fiscal Year
1990
Identifying No.
OP 186-90
NIOSH Division
RORC;
Source Name
Process Mineralogy IX: Applications to Mineral Beneficiation, Metallurgy, Etc.; TMS, Pp 547-555
Page last reviewed: December 3, 2021
Content source: National Institute for Occupational Safety and Health Education and Information Division