Principal Hydrogeologist
"Mr. Right” versus “Mr. Right Now”: What Does the Future Hold for PFAS Remedial Solutions
Vice President/Principal Engineer
"Mr. Right” versus “Mr. Right Now”: What Does the Future Hold for PFAS Remedial Solutions
Senior Environmental Engineer
Gas Sparging Directly in Aquifers to Remove or Sequester PFAS C1. In Situ PFAS Treatment Approaches
Vice President/Principal Engineer
Two PFAS Groundwater Models for Saturated-Zone Transport and Remediation: REMFluor-MD and USGT-PFAS F4. Groundwater Modeling: Advancements and Applications
Vice President/Principal Engineer
An Integrated Macroporosity/Microporosity Model for PFAS Transport in Concrete C4. PFAS Conceptual Site Model Approaches
Vice President/Principal Engineer
Understanding the Scale and Potential Contributions of Background PFAS in the Environment C5. PFAS Forensic and Background Evaluations
Senior Engineer
Characteristics of Aqueous Film Forming Foam (AFFF) Sites Impacted with Per- and Polyfluoroalkyl Substances (PFAS): A 37-Site Study C6. PFAS Site Characterization
Vice President/Principal Engineer
A Long Way to Go: A Potential Framework for Multi-Site PFAS Groundwater Management C7. PFAS Program Management in a Rapidly Changing Regulatory Environment
Senior Engineer
Application of Colloidal Gas Aphrons (CGAs) for the Removal of PFAS from Different Site Groundwaters and Reverse Osmosis Concentrate (ROC) B7. Ex Situ PFAS Water Treatment Technologies
Vice President/Principal Engineer
Avoiding Common Failure Points in PFAS Groundwater Remediation: Options, Pitfalls, and Practical Fixes C10. Avoiding Past Pitfalls: What Legacy Remediation Teaches Us About PFAS Response Strategies
Senior Associate
Conduit Vapor Intrusion Preferential Pathways: Survey of Mitigation Methods F12. Vapor Intrusion Preferential Pathways
Senior Geologist and Engineer
PFAS Mass Discharge: Comparison of Field Techniques to Measure Hydrology and Chemistry
A5. PFAS Fate and Transport at Contaminated Sites
Environmental Geologist
Determining PFAS Transport Mechanisms within AFFF-Impacted Construction Materials: A Field Guide
A5. PFAS Fate and Transport at Contaminated Sites
Vice President/Principal Engineer
Overcoming AFFF Treatment Challenges through High-Temperature Steam Plasma–Driven PFAS Destruction: A Field Demonstration
A6. Ex Situ PFAS Destruction Technologies: Field Demonstrations
Vice President/Principal Engineer
Thermal Steam Plasma Treatment of Volatile PFAS Emissions from Thermal Treatment Technologies
B3. Ex Situ PFAS Treatment: Soils/Solids and Other Waste Streams
Vice President/Principal Engineer
Rapid and Inexpensive Delivery of Activated Carbon for In Situ Sorption of PFAS in Groundwater
C1. In Situ PFAS Treatment Approaches
President/Principal Engineer
Toward Sustainable PFAS Plume Control: Solar-Powered In Situ Vessel-Permeable Reactive Barrier with Regenerable NanoSorbents
C1. In Situ PFAS Treatment Approaches
Principal Hydrogeologist
Background PFAS: Why Certain Pattern Methods Fail to Identify Sources and Use of Alternative Metrics
C5. PFAS Forensic and Background Evaluations
Vice President/Principal Engineer
Quantifying PFAS Stormwater Loads with STORME-PFAS Model and Implications for Site Prioritization and Regulation
C8. PFAS-Impacted Stormwater/Surface Water Management
Vice President/Principal Engineer
From Rain to Runoff: PFAS Trends in Stormwater across the Nation
C8. PFAS-Impacted Stormwater/Surface Water Management
Environmental Engineer
Using Adaptive Site Management to Evaluate Monitored Natural Attenuation of PCBs in Groundwater at a Superfund Site
D13. Monitored Natural Attenuation: Innovative Monitoring Approaches/Lines of Evidence and Lessons Learned
