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Polyelectrolytes / Plastics / Water / Ion-exchange resin / Resin / Ion exchange / Perchlorate / Amberlite / Chemistry / Synthetic resins / Polymers


Selective Anion Exchange Resins for the Removal of Perchlorate ClO4- from Groundwater
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Document Date: 2004-05-27 09:38:25


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File Size: 1,56 MB

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City

Knoxville / /

Company

Lockheed Martin Corporation / Oak Ridge National Laboratory / Radian International Inc. / MARTIN ENERGY RESEARCH CORP. / Lockheed Martin Energy Research Corp. / Purolite International / /

Event

Product Issues / Environmental Issue / /

Facility

University of Tennessee / Oak Ridge National Laboratory / Chemistry University of Tennessee-Knoxville Knoxville / University of Tennessee-Knoxville / Paducah Gaseous Diffusion Plant / /

IndustryTerm

typical metal ions / Energy dispersive x-ray analysis / chemical form / experimental site / Field experimental site / background solution / Treatment technologies / Water utilities / chemical properties / chemical reduction / Membrane-based technologies / column flow-through systems / secondary by-products / cationic chemical nitron precipitates / candidate treatment technologies / chemical inertness / synthetic test solution / /

Organization

office of Environmental Management / office of Scientific and Technical Information / U.S. Department of Energy / California Department of Health Services / U.S. Government / U.S. DEPARTMENT OF ENERGY Under Contract DE-AC05-96OR22464 TABLE OF CONTENTS LIST OF FIGURES / office of Science and Technology / University of Tennessee / Vijay Patel Department / United States Government / /

Person

Craig Hays / Kelly Baltz / Robert Pedlar / Vijay Patel / Tom Blackman / James A. Dale / Robert Ober / /

/

Position

contractor / project manager / EXECUTIVE / Pedlar / /

Product

groundwater / /

ProvinceOrState

Tennessee / Kentucky / California / /

Region

Northern California / /

Technology

candidate treatment technologies / x-ray / Sorption / Bioremediation / Membrane-based technologies / Treatment technologies / /

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