Department of Civil and Environmental Engineering
Lisa Axe |
Lisa Axe’s research interests are in biogeochemical processes in environmental systems. Research activities in her group include studies on contaminant speciation, mobility, bioavailability, transport, and fate. In studying natural attenuating processes and developing novel treatment systems, Dr. Axe’s group has produced and investigated nanostructured, microporous iron and manganese oxide coatings on silica, clay, and more recently biofilms. Her group employs a suite of complementary techniques to, for example, fundamentally understand and model molecular mechanisms that can then be included in modeling treatment and/or natural processes. One such method is X-ray absorption spectroscopy (XAS) where speciation, distribution, and sorption mechanisms are being investigated in contaminated systems as well as in potentially stabilized, treated sediments.
Projects:
Solvay |
Dredged Sediments and the Impact of Their Reuse in Stabilized Phosphate: An Assessment of Process Optimization and Contaminant Speciation in the Resultant Product
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06/06/05 to 06/05/08 |
Sustainable Green Manufacturing Program, U. S. Army
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Modeling Contaminant Transport and Fate |
09/01/01 to 12/31/03 |
Sustainable Green Manufacturing Program, U. S. Army
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Corrosion Prediction and Characterization Techniques
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09/01/02 to 12/31/03 |
NSF Bioengineering and Environmental Systems
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GOALI: Adsorption Competition in Soils
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08/01/01 to 07/31/05 |
DuPont Young Professor Grant
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Adsorption Competition on Iron Oxides | 07/01/00 to 06/30/04 |
DuPont Educational Aid Program 1999-2000 Grant
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Competition of Calcium, Nickel, and Zinc Sorption to Goethite |
07/01/99 to 6/30/00 |
NSF Bioengineering and Environmental Systems, POWRE
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Using X-Ray Absorption Spectroscopy to Understand and Model Contaminant Distribution
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10/01/97 to 03/31/00 |
Sustainable Green Manufacturing Program, U. S. Army
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Life Cycle Environmental Impact |
09/01/97 to 08/31/01 |
Sustainable Green Manufacturing Program, U. S. Army
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X-Ray Absorbing/Scattering Structural Characterization |
09/01/97 to 08/31/02 |
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