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Hydrology / Hydraulic engineering / Aquifers / Hydrogeology / Soil contamination / Alkalinity / Groundwater / Adsorption / Uranium / Chemistry / Water / Environment


WATER RESOURCES RESEARCH, VOL. 42, W04404, doi:[removed]2005WR003979, 2006 Simulation of reactive transport of uranium(VI) in groundwater with variable chemical conditions Gary P. Curtis,1 James A. Davis,1 and David L. N
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Document Date: 2007-03-27 10:37:59


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City

West Valley City / /

Company

Kohler / SOH and CO / Naturita CO. / /

Country

United States / /

Event

Product Issues / /

Facility

CO highway / U mill / /

IndustryTerm

mill site / variable chemical / uranium ore-processing mill / gas increases / observed variable chemical conditions / well-characterized metal oxides / surface site / variable chemical conditions / average surface chemical properties / uranium mill site / /

NaturalFeature

Salt Wash aquifer / Cape Cod / Naturita aquifer / San Miguel River / MODFLOW river / /

Organization

Brushy Basin / American Geophysical Union / /

Person

Cl / Calibration / Gary P. Curtis / Zheng / Wang / D. L. Naftz / J. A. Davis / CURTIS ET AL / /

Position

speciation and adsorption model / Model / model calculations / G. P. / /

Product

vadose zone sediments / sediments / soils / Groundwaters Constituent Units Uncontaminated Source Watera Contaminated Source Water ClU / performance / sites / groundwater / water / /

ProvinceOrState

Utah / California / Colorado / /

Region

southwestern Colorado / /

Technology

ATM / Simulation / /

SocialTag