Innovations in Bioremediation Technologies
D5. Advances in Heat-Enhanced Bioremediation
Title | Abstract or Paper PDF | Presentation PDF |
|---|---|---|
| Electrical Resistance Heating and Bioremediation: Compatibility, Effectiveness, and Post-Heating Bio-Polishing. C. Brown, D. Taggart, K. Clark, J. Helge, R. D'Anjou, and M. Dodson. | View | View |
| Use of MBTs for Decision-Making Following Thermal Remedy. E.J. Bishop, S. Gupta, and D. Conley. | View | View |
| Thermally-Enhanced Bioremediation for Xylene: Using Conductive Heating to 35°C. G. Heron, A. Bonnarigo, J. Wattu, J. King, D. Keane, and M. Marley. | View | View |
| Heat-Enhanced In Situ Degradation for Treatment of Energetic Compounds Impacting Groundwater. T.W. Macbeth, M. Burbank, D. Drennan, E. Crownover, and R. Lamendella. | View | View |
| Steam-Enhanced Biodegradation of VOC-TPH LNAPL Mixture under an Active Building Using Horizontal Wells at Naval Air Station North Island. V. Hosangadi, M. Losi, P.L. Chang, and M. Pound. | View | |
| Can Microbes Reduce Thermal Remediation Timeframes and Implementation Costs? A Retrospective Look at Thermal Sites. D. Nelson, J. Byrd, J. Dablow, and J. Baldock. | View |