Track A: Bioremediation Implementation Practices
A8. Innovative and Efficient Amendment Delivery Strategies
Title | Abstract PDF | Presentation PDF |
| Accessing Difficult Geology for Characterization and Injection Using the New GeoTAPTM Method D. Pizarro and T. McCullough | View | View |
| Selection of Drilling Method for Effective Amendment Delivery R.A. Meyer | View | View |
| Coupling Hydraulic Fracturing with Bioremediation for Treatment of Chloroethenes and 1,4-Dioxane in Low-Permeability Formations D. Baird, C.M. Ross, M. Klosky, and A. Lorenz | View | View |
| Direct Sonic Injection for Enhanced Remediation S. Chen, C. Lacko, and J. Haselow | View | View |
| Quantifying Delivery of Particulate Amendments in Heterogeneous Aquifers Using Electrical Resistance Tomography T.W. Macbeth, I. Lo, J. Romig, T. Johnson, K. Muller, and L. Zhong | View | View |
| Analysis of the Viability of Gravel as a Backfill Material for Biostimulation Systems A. Alvarez and S.D. Siciliano | View | |
| Hydraulic Emplacement of Zero-Valent Iron Coupled with In Situ Bioremediation for VOC Treatment in a Low-Permeability Aquifer C.J. Voci, E. Bausher, and C.M. Ross | View | View |
| Combined In Situ Remediation to Address DNAPL in Shallow Overburden and Weathered Bedrock -K. Lazzeri, J. McNew, W. Moody, and W. Meese | View | View |
| Amendment Delivery Methodology for Permeable Reactive Barrier (PRB) Installation in a Challenging Lithology at Shaw AFB, Sumter, South Carolina G. Simpson, D.A. Pizarro, D. Christensen, S. Palakur, and J. Chytil | View | View |
| Permeable Reactive Transects for Treatment of Hexavalent Chromium in Varied Geology D.A. Pizarro and T. McCullough | View | |
| How Much Carbon and Bioaugmentation is Needed for Effective Reductive Dechlorination? L. LaPat-Polasko, B.H. Stamatovski, and J. King | View |