Innovations in Bioremediation Technologies

D8. Engineering Biogeochemical Transformation

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Does Surface Matter? Bacterial Response to Amendments and Benzene Adsorbed to Iron OxidesK. Hyde, D. Peak, and S.D. SicilianoPlatformView
Bench-Scale Evaluation of the Formation and Reactivity of Iron Sulfide Minerals for Treatment of CVOCsJ. Molin, D. Leigh, and A. SeechPlatformView
In Situ Chemical Reduction with ZVI and ZVI-SulfideM.D. Lee, R.L. Raymond, and P. RandallPlatformView
Iron-Laden Mineral Colloids as Naturally Abundant Catalysts for Peroxide-Based In Situ Chemical OxidationY. Li, W. Yan, and L. MachalaPlatformViewView
Role of Iron and Vitamin B12 Amendments in Stimulating Reductive Dechlorination of TCE in High Sulfate GroundwaterM. Harkness, P. Hare, H. Matis, and J. UruskyjPlatformViewView
Remediation for Mercury Stabilization by In Situ Chemical Reduction (ISCR) in Groundwater (Brazil Site)S. Aluani, C. Spilborghs, N.C. Nascimento, and E. PujolPosterView

Use of Anaerobic Reductive Dechlorination and Cement/Ferrous Iron System for the Remediation of Chlorinated VOCsM. Scalzi, A. Karachalios, and B. GentryPosterView
Long-Term Monitoring Following a Phased Approach to Address CVOCs Using In Situ Chemical Reduction (ISCR) in a historically Stalled Shallow AquiferR. Srirangam, F. Lakhwala, D. Vanettti, and I. McNamaraPosterView
Sulfidation as a Sustainable Method to Engineer the Surface of ZVI for Enhanced Degradation of Chlorinated EthenesW. Yan and Y. HanPosterView