Petroleum and Heavy Hydrocarbon Site Strategies


F3. LNAPL Recovery/Remediation Technology Transitions

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LNAPL Transmissivity, NSZD and Incidental Bioventing Characterization for Evaluation of an LNAPL Recovery ProgramB.L. McAlexander, K. Tomita, and S. HuntPlatformView 
Evaluating LNAPL Mobility and Transmissivity: A Route to Case ClosureS. Drummond and M.J. ZenkerPlatformViewView
LNAPL Recovery and Remedy Transitions: A Case Study at a Railyard Fueling FacilityA. Pennington, J. Coughlin, L. Thomas, and D. GabardiPlatformViewView
Soil Vapor Extraction Using Horizontal Remediation Wells and Condensation Treatment to Recover Chlorinated and Petroleum NAPLsV. Hosangadi, C. Winell, and P. ChangPlatformViewView
Comparison of Laser-Induced Fluorescence Profiles following a Decade of LNAPL RecoveryC. Shen, P. Stumpf, R. Kannappan, J. Lentini, and S. GannaPlatformViewView
Remedial Optimization: Transitioning from Physical LNAPL Removal to Enhanced Biological Degradation to Natural DepletionT. Miller, B. Carreon, and Y. ChuangPlatformViewView
Application of a Horizontal Well for Optimized Light Nonaqueous Phase Liquid RecoveryA. Kerr and M. PoltorakPosterView 
Optimization of Large-Scale LNAPL Recovery Operations Using a Graphical Analysis ToolC. Shen, P. Stumpf, R. Kannappan, J. Lentini, and S. GannaPosterView 
Comparison of UVOST-CPT Profiling, LNAPL Transmissivity Testing, and Skimming Recovery and Implications for Plume ManagementJ. Studer, P. Parmentier, N. Irish, and C. Devier-HeeneyPosterView