Remediation and Restoration Alternatives
B10. Understanding Chemistry of In Situ Treatment Amendments
Presentation Title | Author List | Abstract or Paper PDF | Presentation PDF |
| Engineering Optimization/Validation of In Situ Reactive Cap for TPH-, PCB- and Hg-Impacted Sediment Site in Southern Coastal Europe | C. Sandrone, A. Campi, and J. Mueller | View | View |
| Evaluation of Reactive Cap Amendments to Sequester Dissolved Manganese in Upwelling Groundwater | Kanematsu, D. Vlassopoulos, S. Bagnull, R. Mohan, and R. Passmore | View | View |
| Environmental Impact of Ongoing Sources on Recontamination of Remediated Aquatic Ecosystem | A.S. Knox and M.H. Paller | View | View |
| Predicting Reduction in Sorption Capacity of In Situ Activated Carbon Amendments Due to Fouling | W. Azhar and D. Reible | View | View |
| Effects of Activated Carbon-based Amendments on the Bioavailability of Methylmercury from Marsh Sediments to Aquatic Invertebrates | S. Kane Driscoll, K. Kulacki, J. Sanders, D. Farrar, C. Gilmour, and S.S. Brown | View | View |
| Preparation and Application of Tea Leaves In Situ Capping Reactive Materials for Remediation of Lindane-Contaminated Sediments | C.-W. Wang and C. Liang | View | |
| In Situ Chemical Treatment of Chlorobenzene and Chlorofluorocarbon DNAPL in Aquifer Materials under a Major River | D. Bryant, B.A. Smith, and B. Desjardins | View | View |
| Biological Side Effects from Activated Carbon When Used in Contaminated Sediment Treatment: Trying to Put Things into Perspective | J. Jersak, J. Collins, J. Hull, and T. Hjartland | View | |
| Biological Effects of Activated Carbon are Dependent on Particle Size and the Test Organism | R. Rämö, J. Honkanen, and J. Gunnarsson | View |