Track D: Advanced Tools for Assessing Bioremediation
D6. High-Resolution Site Characterization
Title | Abstract PDF | Presentation PDF |
| Quantitative High-Resolution Site Characterization (qHRSC) and Lessons Learned D.A. Pizarro and W. Brab | View | View |
| EPA and HRSC at Superfund Sites B. Bentkowski | View | View |
| Costs, Cost Savings, and Best Practices for High Resolution Site Characterization at Petroleum Underground Storage Tank Release Sites D. Kaufman, T. Schruben, and A. Wardle | View | View |
| Utilizing Dye-Laser Induced Fluorescence Tooling with Soil Borings to Map Residual Free-Phase DNAPL at Former Solvent Disposal Trenches J. Briegel, J. Pavlowsky, K. Kehoe, B.L. Porter, and P. Tamashiro | View | View |
| Quantitative High-Resolution Site Characterization to Support Petroleum Remediation in Piedmont Geology N. Thacker, S. Ghiold, and A. Quarles | View | View |
| Monitoring of Subsurface Contaminant Remediation at the Former Moab Uranium Mill Site by In Situ Nuclear Magnetic Resonance D. Morozov, C. McLaughlin, K.H. Williams, and D. Walsh | View | View; View Video |
| Using HRSC to Rapidly Assess LNAPL Distribution, Optimize Well Placement and Accelerate Remedial Design E. Gessert, B. Taylor, and R. St. Germain | View | View; View Video |
| Integrating Diverse High-Resolution Data Sets to Assess Aquitard Integrity in a DNAPL-Contaminated Sedimentary Rock Aquifer System J.R. Meyer and B.L. Parker | View | View |
| Interpretation of 2-D and 3-D Images of Ultraviolet Optical Image Profiler (OIP-UV), Hydraulic Profiling, and Electrical Conductivity (HPT/EC) Log Data at Complex LNAPL Sites J.V. Fontana | View | View |
| Using High Resolution Site Characterization and Chemical Fingerprinting and Forensics to Develop Four Dimensional Conceptual Site Models L.J. Mastera, R.J. Fiacco, and B. Shaver | View | View |
| Remedial Design Characterization Using Electrical Hydrogeology T. Halihan, K.W. Spears, and S.W. McDonald | View | |
| High-Resolution Investigation and MIP Visualization to Optimize In Situ Bioremediation of VOCs in Groundwater and Aquifer Sediments T. Houghton and C.S. Alger | View | View |
| Using Ultraviolet-Induced Fluorescence to Enhance LNAPL Conceptual Site Model for Remedial Design A. Moore | View | View |