University of Oklahoma / Blue Goose Mine / The University of Oklahoma / /
IndustryTerm
in-situ treatment technology / technologies / Passive systems / preferred treatment technology / ecological-engineered passive treatment systems / successive alkalinity producing systems / active technologies / acid resistant cement plug / chemical neutralization / passive treatment technologies / abandoned mining operations / pilot-scale demonstration systems / mitigation technology / water treatment systems / natural systems / technology status / mitigation technologies / passive treatment systems / mine drainage mitigation technology / metal pollutants / Active treatment systems / active chemical treatment systems / chemical treatment plant / mining / alkaline chemicals / Chemical precipitation / active treatment technologies / Mine drainage treatment technologies / insoluble metal hydroxides / /
NaturalFeature
Roubidoux aquifer / Grand Lake / Boone aquifer / Beaver Creek / Tar Creek / /
Organization
University of Oklahoma / U.S. Army Corps of Engineers Wetland Concept Plan / Oklahoma Water Resources Board / Water Quality Subcommittee / Task Force / Nigh’s administration / Environmental Protection Agency / /
Person
Frank Keating / Nigh / /
Position
Governor / well head / Executive / /
Product
mine drainage / mine water / water / /
ProvinceOrState
Kansas / Mining District / Oklahoma / /
PublishedMedium
the Five Year Review / /
Technology
mitigation technology / passive treatment technologies / selected technologies A. Possible technologies / in-situ treatment technology / active treatment technologies / Biologically based technologies / aeration / ion exchange / preferred treatment technology / mitigation technologies / Mine drainage treatment technologies / C. Facilities requirements Any mine drainage mitigation technology / /
Governor Frank Keating’s Tar Creek Superfund Task Force Water Quality Subcommittee Task 2 Report Water Quality Improvement Alternatives