Remediation Technologies
B5. Zero Valent Iron Applications
Presentation Title | Author List | Format | Abstract or Paper PDF | Presentation PDF |
| Optimizing ZVI Formulations for the Degradation of Chlorinated Hydrocarbons: Effects of Composition and Particle Size | J. Freim and J. Harvey | Platform | View | View |
| Denmark's First Full-Scale Microscale Zero Valent Iron PRB Emplaced by Direct Push Injection | T.H. Jorgensen, L. Nissen, A. Przepiora, N.D. Durant, and O. Mikkelsen | Platform | View | View |
| Controlled Sulfidation to Optimize the Remediation Performance of Zero-Valent Iron and Related Materials | D. Fan, Y. Lan, P.G. Tratnyek, R.L. Johnson, A. Nunez Garcia, D.M. O'Carroll, J. Filip, and A. Agrawal | Platform | View | |
| Groundwater Restoration and Long-Term Stewardship at a Former Smelter | G. Leone, S. Brown, M.B. Hay, J. Horst, and R. Puga | Platform | View | View |
| Advancements to the EZVI Technology: Optimization of Biotic and Abiotic Processes and Improved Implementability for In Situ DNAPL Destruction | G. Booth, J. Mueller, C. Yestrebsky, N. Lapeyrouse, C. Clausen, and M. Scalzi | Poster | View | |
| Tetrachloroethylene Groundwater Remediation in a Dolomitic Limestone Aquifer Using Injectable Zero Valent Iron | V.L. Wilson and T.H. DeWitt | Poster | View | View |
| Design, Installation and Performance Monitoring of Three ZVI PRBs | T. Kinney, M. Coram, and S. Dore | Poster | View | |
| eZVI: The Benefits of Abiotic and Anaerobic Remediation | P. Randall and S. Chen | Poster | View | |
| Effect of Dissolved Organic Carbon on Performance of ZVI-Based Remediation | J. Roberts, D. Schnell, and A. Przepiora | Poster | View | |
| Abiotic Reduction of Chloropicrin and Carbon Tetrachloride in Site Soil and Groundwater | C.G. Schreier and G. Tellegen | Poster | View | |
| nZVI Direct-Push Application as an In Situ Treatment of CHC: Results of Long-Term Monitoring Using Advanced Technology for Zonal Groundwater Sampling | V. Stejskal, P. Kvapil, J. Slunsky, and J. Braun | Poster | View | |
| Optimization and Performance of ZVI Amendments for In Situ Chemical and Biological Reduction: Less is More | G.M. Birk and D.F. Alden | Poster | View | |
| Full-Scale Application of Colloidal ZVI and EVO via Liquid-Phase Injection for Treatment of Lesser Chlorinated Ethenes to Accelerate Site Closure | D. Williamson, B. Sharma, and W. Elliott | Poster | View | |
| Influence of Metal Impurities in ZVI Matrix on Reactions with Chlorinated Ethenes | S. Islam, L. Somasundaram, W.L. Yan, and Y.L. Han | Poster | View | |
| Pilot Testing of In Situ Chemical Reduction-Enhanced Bioremediation at a Former Manufacturing Plant in Germany | M. Zhang, P.L. Brookner, N.D. Durant, S. Stiasny, and T.R. Etter | Poster | View |