Environmental Remediation Studies

This page is under construction: Last modified 16 December 1997
Contact Prof. Gerald Seidler for more information.
Introduction

One of the major problems facing both the United States and the rest of the World is the loss of fresh water sources and otherwise habitable land due to waste contamination, especially chemical waste from industrial, government, and military sources. Although there has been considerable legislative progress in the United States toward preventing the future creation of severely contaminated sites, few general solutions are presently known for existing problems in ground soil remediation, tank waste processing, and long-term waste storage. These fundamentally multidisciplinary issues will occupy scientists from many disciplines for some years to come.


Supercritical Chemistry, and Chemical Speciation

In collaboration with scientists at Pacific Northwest National Labs, UW Physics faculty (Prof. Ed Stern and Asst. Prof. Gerald Seidler) are performing basic and applied studies of the physics and chemistry of 'supercritical' solutions, i.e. solutions at temperatures and pressures beyond the liquid-vapor critical point.


Supercritical Emulsions and Tunable Separations Chemistry
Apparatus These studies will make use of small angle x-ray scattering, anomalous diffuse x-ray scattering, and x-ray absorption fine structure measurements all to be performed at the new PNC-CAT x-ray beamlines at the Advanced Photon Source by UW physicists and their colleagues at PNNL and Simon Fraser University. There will also be extensive lab-based work using Raman, Brilluoin, and Quasielastic laser light scattering measurements and conductivity and conductivity fluctuation measurements, all to be performed in Asst. Prof. Seidler's lab.
This research is funded by the U.S. Department of Energy, and by the Research Corporation.
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