8:00 AM
9:00 AM
Keynote Address by Tony Appelo
Calculating the viscosity and specific conductance of natural waters over a wide range of concentrations, temperatures and pressures
9:30 AM
Groundwater Flow and Reactive Transport Modeling to Support In-Situ Treatment: Model Development, Calibration and Practical Aspects
9:55 AM
Reactive transport modeling for assessment and remediation of contaminated sediments
10:20 AM
Integration of hydration, geochemical, and transport models for the cementitious materials exposed to an aggressive environment
10:45 AM
Break
11:10 AM
Development of a Thermodynamic Database to Simulate PFAS Adsorption in Aquifers
11:35 AM
Estimating Uranium Sorption Parameters from Column Test Data Using PHREEQC Coupled with PEST in a Python Framework
12:00 PM
Lunch
1:30 PM
Application of Geochemical Reactive Transport Modeling for In Situ Groundwater Remedial Design
1:55 PM
Reactive Transport Modeling to Evaluate Monitored Natural Attenuation of Radium
2:20 PM
Source Screening Modeling to Evaluate Potential Vadose Zone Sources of PFAS to Surface Water in the Alabama River System
2:45 PM
Break
3:10 PM
Geochemical relationships between the McDonald Lake, groundwater and lake sediments and evaporation effects
3:35 PM
Applications of Geochemical Modeling for Water Quality Compatibility Assessments at Managed Aquifer Recharge Sites
Speaker: Beth Hoagland. Co-Authors: Brad Bessinger, Erica DiFilippo
