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Analytical chemistry / Spectroscopy / Laboratory equipment / X-ray fluorescence / SPECTRO Analytical Instruments / Inductively coupled plasma atomic emission spectroscopy / InXitu / Science / Scientific method / Chemistry


Innovations in Site Characterization
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Document Date: 2004-05-20 16:00:58

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File Size: 1,40 MB

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City

Cincinnati / Washington / D.C. / Bridgeport / /

Company

URS Corporation / AES / Science Applications International Corporation / Sampling & Analytical Technologies / Laboratory Results for Lead / URS Diamond Group / XRF / /

Currency

USD / /

Event

Product Issues / Business Partnership / Man-Made Disaster / /

Facility

Laboratory Analytical Protocols / National Service Center / /

IndustryTerm

metal contamination / remediation site / real-time lead / technology evaluation report / field decisions regarding site / less costly and more representative site / conventional technology / portable analytical technology / field-portable technology / contaminated media / technology evaluation / field-based measurement technology / /

Organization

United States Environmental Protection Agency / Operable Unit / National Service Center for Environmental Publications / Technology Innovation Office / U.S. Environmental Protection Agency office of Solid Waste / Emergency Response Technology Innovation Office / /

Person

Scott Northey / Stephanie Carr / /

/

Position

Assistant Project Scientist / EXECUTIVE / RCRA Facility Manager / representative / /

Product

areas / soils / treatment / media / storage / removal / /

ProvinceOrState

Ohio / Delaware / /

Technology

X-ray / portable analytical technology / 9 CHARACTERIZATION TECHNOLOGIES / Laboratory Analytical Protocols / field-portable technology / field-based measurement technology / /

URL

http /

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