FMC / NaMnO4 / Sperry / Thomson / Battelle Press / OK 74820 Dynamac Corporation / Cd Co / /
Country
Germany / United States / China / /
Currency
pence / USD / /
Event
Product Issues / /
IndustryTerm
injection solution / gas production / candidate technologies / chemical oxidation / less harmful chemical species / porous and fractured media / pool removal technology / web sources / organic chemicals / chemical bridging / technology development / gas minutes / gas saturations / chemical species / technology transfer documents / well-pack media / subsurface systems / e- e / chemical reagents / permanganate solutions / heavy metal impurities / chemical oxidant / oxidation treatment systems / oxidant solution / oxidation systems / chemical suppliers / site remediation technologies / site characterization tools / unfiltered oxidant solutions / porous media / gas saturation / remediation technology / undesirable chemical species / oxidative treatment systems / metal impurities / remedial technologies / e- - / environmental systems / chemical oxidative treatment / appropriate in-situ chemical oxidation / innocuous end products / /
Organization
U.S. Environmental Protection Agency / New Jersey Department of Environmental Protection / Environmental Protection Agency / /
Person
J. Cookson / Jr. / /
Position
Prime Minister / general operational guidelines / Marshall / /
Product
Olympus E-3 Digital Camera / KMnO4 / Soil / waste sites / Second Edition / sites / Groundwater / /
Technology
pool removal technology / air sparging / ISCO remediation technology / site remediation technologies / In-Situ Chemical Oxidation / ion exchange / 3 2 2 2 2 3 2 2 technology / candidate technologies / /
Engineering Issue In-Situ Chemical Oxidation Scott G. Huling1 and Bruce E. Pivetz2 Index I.