Advanced Tools for Assessing Bioremediation
E1. Advances in Monitoring and Optimization Techniques
Title | Abstract or Paper PDF | Presentation PDF |
|---|---|---|
| Bioremediation Monitoring Optimization to Key Bioremediation Indicators: KBI on a Large-Scale Recirculation System for a Thermal-Enhanced Anaerobic Process. M. Souza, M. Singer, T. Mello, E. Tsuruoka, P. Bennett, and M. Einarson. | View | View |
| Estimation of Sorbed-Phase Biodegradation Rate in Activated Carbon Barriers Using Microbial Diagnostics, CSIA and In Situ Microcosms. J. Birnstingl, S. Rosolina, and M. Burns. | View | View |
| Real-Time Total Petroleum Hydrocarbon (TPH) Measurement Enables the Rapid Environmental Remediation Workflow. D. Kong, S. Mcmillen, D. Hendrawati, Y. Kurniawan, A. Respati, K. Sustrisno, R. Kamath, and T. Wisono. | View | View |
| Mass Discharge Calculation for Rehabilitation of Industrial Site. N.O. Arato, V.S. Vanin, and R.O. Coelho. | View | View |
| A Machine Learning Approach to Estimate Plume Discharge from Electrical Geophysical Measurements. N. Terry, F.D. Day-Lewis, J.W. Lane, J.L. Trost, I.M. Cozzarelli, and B.A. Bekins. | View | View |
| Benefits of High-Resolution Fluid Interface Data Collection for LNAPL Sites. D. Buckley, M. Gajjar, S. Gaito, and B. Koons. | View | |
| Combined Method of Aspect Ratio and Passive Flux Meter Data to Determine More Accurate Groundwater Velocities. C. Sandefur and C. Lee. | View | |
| Use of Mass Flux Site Characterization Approach to Support Bioremediation System Optimization. Z. Wahl, J. Nail, C. Divine, and S. Lloyd. | View | View |
| Making the Transition from Active Remedy to MNA. J. Wilson. | View |