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A
Ahsanuzzaman, N.
Remediation of Large Groundwater Plumes through Optimized Extraction System and Monitored Natural Attenuation
Anderson, H.
Emerging Contaminants
Appaji, S.
Flexible Adaptive Decision Document and Attentive Implementation of Combined Remedies – ERH and ERD - at NPL Site, Grants, NM
B
Barbaro, J.
Will It Work Here? Site Assessment to Determine Suitability for Passive Treatment of Nitrogen
Barber, L. B.
Insights from Detailed Subsurface Characterization of a Plume of Poly- and Perfluoroalkyl Substances on Cape Cod, MA
Belaval, M.
Will It Work Here? Site Assessment to Determine Suitability for Passive Treatment of Nitrogen
Bell, C.
Using Stable Isotope Probing to Confirm Biodegradation of 1,4-Dioxane During In-Situ Remediation
Enhanced In Situ Co-Metabolic Biodegradation of 1,4-Dioxane in Weathered Bedrock via Propane Biosparging
Bennett, P.
Aerobic Cometabolic Biodegradation to Treat Emerging Chemicals and Co-Contaminants in Dilute Plumes
Biggs, J.
Advanced Oxidation Plant at the Tucson International Airport Area Groundwater Remediation Project
Birnstingl, J.
Converting Contaminated Aquifers into Purifying Filters: Colloidal Activated Carbon
Blute, N.
Treating Emerging Contaminants in Drinking Water: LADWP’s Planning and Design
Böhlke, J. K.
Groundwater/Lake Interactions Affect Large-Scale Migration and Attenuation of PFAS and VOC Plumes in the Cape Cod Aquifer, Massachusetts
Burdick, J.
Fate and Transport Modeling of PFOS in a Fractured Chalk Aquifer Towards a Large Scale Drinking Water Abstraction
Remediation of Poly- and Perfluoro Alkyl Substances: New Remediation Technologies for Emerging Challenges
Understanding Fate and Transport of PFAS to Develop Good Conceptual Site Models of AFFF Impacted Facilities
Assessment of PFAS in Soil and Groundwater: Direct Comparison of New Analytical Technologies for Comprehensive Analysis of PFAS Including Precursors
C
Cambareri, T.
Will It Work Here? Site Assessment to Determine Suitability for Passive Treatment of Nitrogen
Chu, M. Y.
Aerobic Cometabolic Biodegradation to Treat Emerging Chemicals and Co-Contaminants in Dilute Plumes
Clark, T.
1,4Dioxane and PAH removal with Ozone Peroxide Advanced Oxidation Process
Costanza, J.
Overview of Remediation Technologies for PFAS-Contaminated Groundwater
Cotton, C.
Treating Emerging Contaminants in Drinking Water: LADWP’s Planning and Design
Cramer, R.
Using Geology to Follow the Groundwater, Follow the Flow to Successful Remediation
Cuento, B.
Fast-Tracked Design-Build of a GAC Treatment System for Removal of PFOA from a Municipal Drinking Water Supply
Cummings, J.
Flexible Adaptive Decision Document and Attentive Implementation of Combined Remedies – ERH and ERD - at NPL Site, Grants, NM
Large Plumes: Combined Remedies
Curry, P.
Stratigraphic Flux – Applying Sequence Stratigraphy and High-Resolution Site Characterization to Find Contaminant Flux
Emerging Characterization for Emerging Contaminants: Saturated Soil Sampling and 1,4-Dioxane
D
Dozortsev, V.
Real-time Multi-stream Cr(VI) Monitor Validates RCOF Treatment Process at California Water Utility
E
Einarson, M.
Aerobic Cometabolic Biodegradation to Treat Emerging Chemicals and Co-Contaminants in Dilute Plumes
Emery, J.
Contamination of Public Wells by Perfluorochemicals: How Three New Hampshire Utilities Approached the Problem.
Evans, C.
Large Plumes: Geology and Conceptual Site Models
F
Fan, D.
Overview of Remediation Technologies for PFAS-Contaminated Groundwater
Favero, D.
Enhanced In Situ Co-Metabolic Biodegradation of 1,4-Dioxane in Weathered Bedrock via Propane Biosparging
Emerging Characterization for Emerging Contaminants: Saturated Soil Sampling and 1,4-Dioxane
Fiedler, L.
Superfund Groundwater Remedy Performance
Overview of Remediation Technologies for PFAS-Contaminated Groundwater
Forbes, R.
Groundwater/Lake Interactions Affect Large-Scale Migration and Attenuation of PFAS and VOC Plumes in the Cape Cod Aquifer, Massachusetts
Freedman, D.
Abiotic Degradation of TCE by Naturally Occurring Magnetite can be Important in Large Plumes
G
Gass, T.
Panel and Group Brainstorming: How Can Better Site Characterization Lead to More Effective Management of Large Plumes?
Gebeau, A.
1,4Dioxane and PAH removal with Ozone Peroxide Advanced Oxidation Process
Gerber, K.
Using Stable Isotope Probing to Confirm Biodegradation of 1,4-Dioxane During In-Situ Remediation
Glover, K.
Stratigraphic Flux – Applying Sequence Stratigraphy and High-Resolution Site Characterization to Find Contaminant Flux
H
Hale, J. R.
Distribution of PFOS in Groundwater from AFFF Storage, Handling, and Use
Hay, K.
Treatment of Perfluorinated Compounds to Protect Two Drinking Water Supplies
Hay Wilson, L.
Technical Resources to Respond to Environmental Releases of Poly- and Perfluoralkyl Substances (PFAS)
Head, R.
Cost Recovery Options for Emerging Contaminants- Shifting Treatment Costs from Ratepayers to Polluters
Held, T.
Assessment of PFAS in Soil and Groundwater: Direct Comparison of New Analytical Technologies for Comprehensive Analysis of PFAS Including Precursors
Hess, A.
1,4Dioxane and PAH removal with Ozone Peroxide Advanced Oxidation Process
Horneman, A.
Assessment of PFAS in Soil and Groundwater: Direct Comparison of New Analytical Technologies for Comprehensive Analysis of PFAS Including Precursors
Horneman, A.
Emerging Contaminants: Situational Management Staying Ahead of the Issue
Horst, J.
Protecting Water Supply
Big Data & Augmented Reality: The Future of Conceptual Site Models has Arrived
Houston, K. S.
Fate and Transport Modeling of PFOS in a Fractured Chalk Aquifer Towards a Large Scale Drinking Water Abstraction
Regulatory Closure of a Large Groundwater Plume and Redevelopment at a Legacy Aerospace Site – NASA Downey CA
A New Perspective on Flow, Transport, and Achievable Endpoints in Large Plume Restoration: Removing the Diffusion Road Block
Houtz, E.
Emerging Contaminants
Fate and Transport Modeling of PFOS in a Fractured Chalk Aquifer Towards a Large Scale Drinking Water Abstraction
Remediation of Poly- and Perfluoro Alkyl Substances: New Remediation Technologies for Emerging Challenges
Understanding Fate and Transport of PFAS to Develop Good Conceptual Site Models of AFFF Impacted Facilities
Assessment of PFAS in Soil and Groundwater: Direct Comparison of New Analytical Technologies for Comprehensive Analysis of PFAS Including Precursors
Hu, Z.
Sorptive Removal of Perfluorooctane Sulfonate from Aqueous Solution by Layered Double Hydroxides
Hurst, J.
Remediation of Poly- and Perfluoro Alkyl Substances: New Remediation Technologies for Emerging Challenges
Understanding Fate and Transport of PFAS to Develop Good Conceptual Site Models of AFFF Impacted Facilities
Assessment of PFAS in Soil and Groundwater: Direct Comparison of New Analytical Technologies for Comprehensive Analysis of PFAS Including Precursors
J
Jevnisek, J.
1,4Dioxane and PAH removal with Ozone Peroxide Advanced Oxidation Process
Jones, S.
Boron as an Emerging Contaminant at Coal Ash Sites and Large Plume Management Metrics
K
Kellogg, S.
Groundwater and PFAS: State of Knowledge and Practice
Killenbeck, E.
Stratigraphic Flux – Applying Sequence Stratigraphy and High-Resolution Site Characterization to Find Contaminant Flux
Killingstad, M. W.
A Systematic Approach for Designing and Operating DGR™ Systems to Advance Plume Restoration
Klemmer, M.
A New Framework for Accelerated Site Closure: Dynamic Remedy Implementation
Krevinghaus, A.
Enhanced In Situ Co-Metabolic Biodegradation of 1,4-Dioxane in Weathered Bedrock via Propane Biosparging
L
Lapointe, J.
1,4Dioxane and PAH removal with Ozone Peroxide Advanced Oxidation Process
LeBlanc, D. R.
Will It Work Here? Site Assessment to Determine Suitability for Passive Treatment of Nitrogen
Groundwater/Lake Interactions Affect Large-Scale Migration and Attenuation of PFAS and VOC Plumes in the Cape Cod Aquifer, Massachusetts
Insights from Detailed Subsurface Characterization of a Plume of Poly- and Perfluoroalkyl Substances on Cape Cod, MA
Panel and Group Brainstorming: How Can Better Site Characterization Lead to More Effective Management of Large Plumes?
Leigh, D. P.
Combining ZVI and Organic Substrates for Full-Scale Treatment of Dilute Trichloroethene Plume in an Aerobic Aquifer
Levine, H.
Using Geology to Follow the Groundwater, Follow the Flow to Successful Remediation
M
Martin, B.
Treatment of Perfluorinated Compounds to Protect Two Drinking Water Supplies
Marts, J.
Contamination of Public Wells by Perfluorochemicals: How Three New Hampshire Utilities Approached the Problem.
McCarthy, J.
Fast-Tracked Design-Build of a GAC Treatment System for Removal of PFOA from a Municipal Drinking Water Supply
McDonough, J.
Fate and Transport Modeling of PFOS in a Fractured Chalk Aquifer Towards a Large Scale Drinking Water Abstraction
Remediation of Poly- and Perfluoro Alkyl Substances: New Remediation Technologies for Emerging Challenges
Understanding Fate and Transport of PFAS to Develop Good Conceptual Site Models of AFFF Impacted Facilities
Michaud, S.
Will It Work Here? Site Assessment to Determine Suitability for Passive Treatment of Nitrogen
Miles, J.
Fate and Transport Modeling of PFOS in a Fractured Chalk Aquifer Towards a Large Scale Drinking Water Abstraction
Understanding Fate and Transport of PFAS to Develop Good Conceptual Site Models of AFFF Impacted Facilities
Mohr, T.
Explaining 1,4-Dioxane Occurrence in America’s Public Water Supplies
Mueller, B.
Technical Resources to Respond to Environmental Releases of Poly- and Perfluoralkyl Substances (PFAS)
N
Newell, C.
Contaminated Large Plumes
Nicolay, P.
Regulatory Closure of a Large Groundwater Plume and Redevelopment at a Legacy Aerospace Site – NASA Downey CA
P
Pachon, C.
Superfund Optimization Strategy: Extracting Lessons Learned on Managing Large Plumes from 640 Optimization Recommendations
Pancras, T.
Remediation of Poly- and Perfluoro Alkyl Substances: New Remediation Technologies for Emerging Challenges
Assessment of PFAS in Soil and Groundwater: Direct Comparison of New Analytical Technologies for Comprehensive Analysis of PFAS Including Precursors
Parry, W.
A New Framework for Accelerated Site Closure: Dynamic Remedy Implementation
Payne, F.
Regulatory Closure of a Large Groundwater Plume and Redevelopment at a Legacy Aerospace Site – NASA Downey CA
A New Perspective on Flow, Transport, and Achievable Endpoints in Large Plume Restoration: Removing the Diffusion Road Block
A New Framework for Accelerated Site Closure: Dynamic Remedy Implementation
Peters, L.
Stratigraphic Flux – Applying Sequence Stratigraphy and High-Resolution Site Characterization to Find Contaminant Flux
Pham, M.
In Situ Containment of PFOA/PFOS using Colloidal Activated Carbon
Plank, C.
Using Geology to Follow the Groundwater, Follow the Flow to Successful Remediation
Potter, S.
A Systematic Approach for Designing and Operating DGR™ Systems to Advance Plume Restoration
A New Perspective on Flow, Transport, and Achievable Endpoints in Large Plume Restoration: Removing the Diffusion Road Block
A New Framework for Accelerated Site Closure: Dynamic Remedy Implementation
Potter, S.
Regulatory Closure of a Large Groundwater Plume and Redevelopment at a Legacy Aerospace Site – NASA Downey CA
Q
Quinnan, J.
Big Plume; Little Remediation – Smart Characterization in Action
Big Data & Augmented Reality: The Future of Conceptual Site Models has Arrived
A New Perspective on Flow, Transport, and Achievable Endpoints in Large Plume Restoration: Removing the Diffusion Road Block
Panel and Group Brainstorming: How Can Better Site Characterization Lead to More Effective Management of Large Plumes?
Quinnan, J.
Stratigraphic Flux – Applying Sequence Stratigraphy and High-Resolution Site Characterization to Find Contaminant Flux
Emerging Characterization for Emerging Contaminants: Saturated Soil Sampling and 1,4-Dioxane
Emerging Contaminants: Situational Management Staying Ahead of the Issue
R
Ramsey, R.
Overview of Remediation Technologies for PFAS-Contaminated Groundwater
Reyes, P.
Protecting Water Supply
Technical Resources to Respond to Environmental Releases of Poly- and Perfluoralkyl Substances (PFAS)
Rodriguez, M.
Stratigraphic Flux – Applying Sequence Stratigraphy and High-Resolution Site Characterization to Find Contaminant Flux
Rogers, D.
Big Plume; Little Remediation – Smart Characterization in Action
Roller, J.
A Systematic Approach for Designing and Operating DGR™ Systems to Advance Plume Restoration
A New Framework for Accelerated Site Closure: Dynamic Remedy Implementation
Ross, I.
Fate and Transport Modeling of PFOS in a Fractured Chalk Aquifer Towards a Large Scale Drinking Water Abstraction
Remediation of Poly- and Perfluoro Alkyl Substances: New Remediation Technologies for Emerging Challenges
Understanding Fate and Transport of PFAS to Develop Good Conceptual Site Models of AFFF Impacted Facilities
Assessment of PFAS in Soil and Groundwater: Direct Comparison of New Analytical Technologies for Comprehensive Analysis of PFAS Including Precursors
Rother, T.
Treating Emerging Contaminants in Drinking Water: LADWP’s Planning and Design
Royer, R.
Emerging Contaminants: Situational Management Staying Ahead of the Issue
S
Sandefur, C.
Converting Contaminated Aquifers into Purifying Filters: Colloidal Activated Carbon
Schnobrich, M.
A New Perspective on Flow, Transport, and Achievable Endpoints in Large Plume Restoration: Removing the Diffusion Road Block
Shultz, M.
Using Geology to Follow the Groundwater, Follow the Flow to Successful Remediation
Slenders, H.
Assessment of PFAS in Soil and Groundwater: Direct Comparison of New Analytical Technologies for Comprehensive Analysis of PFAS Including Precursors
Song, X.
Sorptive Removal of Perfluorooctane Sulfonate from Aqueous Solution by Layered Double Hydroxides
Stevens, K.
Regulatory Closure of a Large Groundwater Plume and Redevelopment at a Legacy Aerospace Site – NASA Downey CA
Sullivan, M.
Welcome and Keynote
T
Thoreson, K.
Converting Contaminated Aquifers into Purifying Filters: Colloidal Activated Carbon
In Situ Containment of PFOA/PFOS using Colloidal Activated Carbon
Trudell, M.
Treating Emerging Contaminants in Drinking Water: LADWP’s Planning and Design
Truslow, D.
Will It Work Here? Site Assessment to Determine Suitability for Passive Treatment of Nitrogen
V
Varley, C.
Stratigraphic Flux – Applying Sequence Stratigraphy and High-Resolution Site Characterization to Find Contaminant Flux
Vecitis, C. D.
Insights from Detailed Subsurface Characterization of a Plume of Poly- and Perfluoroalkyl Substances on Cape Cod, MA
W
Walker, A.
Treatment of Perfluorinated Compounds to Protect Two Drinking Water Supplies
Wallerstedt, J.
1,4Dioxane and PAH removal with Ozone Peroxide Advanced Oxidation Process
Weaverling, P.
Regulatory Closure of a Large Groundwater Plume and Redevelopment at a Legacy Aerospace Site – NASA Downey CA
Weber, A.
Groundwater/Lake Interactions Affect Large-Scale Migration and Attenuation of PFAS and VOC Plumes in the Cape Cod Aquifer, Massachusetts
Insights from Detailed Subsurface Characterization of a Plume of Poly- and Perfluoroalkyl Substances on Cape Cod, MA
Wells, K.
Treating Emerging Contaminants in Drinking Water: LADWP’s Planning and Design
Welty, N.
Big Plume; Little Remediation – Smart Characterization in Action
Big Data & Augmented Reality: The Future of Conceptual Site Models has Arrived
Wiedemeier, T.
Abiotic Degradation of TCE by Naturally Occurring Magnetite can be Important in Large Plumes
Williams, T.
Real-time Multi-stream Cr(VI) Monitor Validates RCOF Treatment Process at California Water Utility
Wilson, J.
Contaminated Large Plumes
Abiotic Degradation of TCE by Naturally Occurring Magnetite can be Important in Large Plumes
Panel and Group Brainstorming: How Can Better Site Characterization Lead to More Effective Management of Large Plumes?
Wilson, S.
Converting Contaminated Aquifers into Purifying Filters: Colloidal Activated Carbon
Woolford, J.
Keynote
Wright, J.
Emerging Characterization for Emerging Contaminants: Saturated Soil Sampling and 1,4-Dioxane
Y
Yingling, V.
Technical Resources to Respond to Environmental Releases of Poly- and Perfluoralkyl Substances (PFAS)
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