Innovations in Bioremediation Technologies
D6. Advances in Amendment Formulation
Presentation Title | Author List | Format | Abstract or Paper PDF | Presentation PDF |
| New Technology Applied at Indiana Industrial DNAPL Site | S. Noland, B. Iden, and G. Simpson | Platform | View | View |
| Optimizing In Situ Remediation Amendments Using Innovative Surfactant System Formulations | G. Birk, D. Alden, J. Harwell, and M. Hasegawa | Platform | View | View |
| Tools for Monitoring Contaminant Biodegradation When Combined with Colloidal Activated Carbon | K. Thoreson, S. Rittenhouse, C. Sandefur, and J. Birnstingl | Platform | View | |
| Impact of Surface Tension, Zeta Potential, and Droplet Size on Transport of Traditional and Zero Water EVOs | B. Elkins, B. Yuncu, and R. Borden | Platform | View | View |
| Demonstrating Contaminant Biodegradation in Conjunction with Colloidal Activated Carbon Remediation Technologies | K.A. Thoreson, D. Taggart, C. Brown, and B.R. Baldwin | Platform | View | View |
| Use of Controlled Slow-Release Encapsulated Substrates to Enhance In Situ Reductive Dechlorination Processes | M. Scalzi and A. Karachalios | Platform | View | View |
| Dispelling Myths and Extolling the Virtues of the Emulsified Zero Valent Iron (EZVI) Technology | G. Booth, J. Mueller, M. Scalzi, C. Yestrebsky, and C. Clausen | Platform | View | View |
| Treatment of a Chlorinated Ethene Plume Using Different Biological Amendment Mixtures to Reach Site Closure | S. Suryanarayanan, P. Srivastav. S. Watson, A. Willmore, and R. Mayer | Platform | View | View |
| Optimization and Performance of Aqueous Phase ZVI Remediation Amendments for In Situ Chemical and Biological Reduction | J. Freim and J. Harvey | Platform | View | View |
| Transferrable Lessons Learned from Advances in Amendment Formulation | J. Birnstingl and K. Thoreson | Poster | View | |
| Controlled Methanogenesis during Remediation of a Dry Cleaning Facility in an Urban Setting | K. Ebbott, J. Ogden, and J. Mueller | Poster | View | View |
| Remedial Amendments with Integrated Control of Methane Production | J. Mueller, G. Booth, W. Mease, J. Hull, and J. Haselow | Poster | View | View |
| An Approach with Synergistic Advantages of Combining Colloidal Activated Carbon and Zero Valent Iron | K. Djernes Pappano and K.A. Thoreson | Poster | View | |
| How Green Is the Green Synthesis of Iron Nanoparticles Using Extracts of Eysenhardtia polystachya? | C.G. Mar-Pineda, O. Flores-Ortiz, R. Hernández-Vera, H.M. Poggi-Varaldo, N.A. Rivera-Casado, B. Camacho-Perez, and N. Rinderknecht-Seijas | Poster | View | |
| Use of Various Amendments to Control Methane Production during Environmental Applications | M. Scalzi and A. Karachalios | Poster | View | View |
| Lessons Learned from Injecting Liquid Activated Carbon Suspension | J. Sheldon and C. Sandefur | Poster | View | View |