Remediation Course

• Remediation Experts
• Groundwater Hydrologists
• Geologists
• Engineers
• Chemists
• Environmental Scientists
• State/Federal Regulators
• Project Managers
• Compliance Program Managers
• Industrial Site Owners

The objective of this course is to teach remediation from the key methodologies to collect 3D hydrogeochemical data to build a conceptual site model (CSM), through selecting and designing remediation systems based on chemical, geological and biological site conditions and state/federal regulations. In addition, students may optionally participate in a free bonus session Friday afternoon using laptop computers and popular sophisticated software to hands-on simulate remediation geohydrology, groundwater and contaminant pathways, capture zones, mass transport, natural attenuation, and alternative remediation designs.

• Practical remediation strategies and options drawn from hundreds of case histories
• The geological and hydrochemical factors applicable to remedial designs for cleaning up soil and groundwater
• Field methods to fully characterize aquifers, source zones and plumes to allow selection and design of effective remedial measures and set achievable cleanup levels
• Ability to select remediation systems based on variable hydrogeology, life cycle design, air/water carriers, biodegradation, and monitored natural attenuation for dissolved phase, light and dense non-aqueous phase liquids (NAPLs)
• Strategic approach to cost effective remedial design
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• Hands-on experience with 2D and 3D computer simulations of flow and mass transport for applications in remediation strategies, design and field investigations. Natural attenuation simulations for use in Risk-Based Corrective Action (RBCA) studies

The Remediation Course uniquely integrates the topics of heterogeneous geohydrology, aquifer / source / plume characterization, remediation technologies / strategies / designs, and computer simulation software. The result is the acknowledged premier course on remediation.

With some exceptions, the class generally meets daily from 8:00 A.M. to 11:30 A.M. and from 1:00 P.M. to 4:30 P.M. Monday through Thursday with half-hour coffee breaks at 9:30 A.M. and 2:30 P.M. and lunch from 11:30 A.M. to 1:00 P.M. After short breaks at 4:30 P.M., Monday extends to 6:00 P.M. and Tuesday extends to 7:00 P.M. Due to the exceptional amount of material, after a short break, the class on Wednesday goes to 6:00 P.M., followed by a one hour dinner break and additional lectures from 7:00 P.M. to 9:10 P.M. The formal part of the course ends on Friday at 11:30 A.M. Friday afternoon from 12:00-5:30 P.M. is an optional, free hands-on computer laboratory session. Students will be introduced to the practical, remediation applications of Visual Modflow, and the EPA/Air Force’s Bioscreen/Bioscreen-AT software packages.

• Fundamental and Advanced Concepts of Remediation Hydrogeology
• Fundamental and Advanced Concepts of Fate and Transport
• Site Characterization methods to Determine 3D Hydraulic and geochemical Parameters for Remediation Design
• DNAPL and LNAPL Source Zones and Dissolved Plumes
• Limitations and Biases of Traditional Characterization and Monitoring of Dissolved Contaminant Plumes
• Flux-Based (Mass Flux and Mass Discharge) Corrective Action and Remediation Vs. Risk-Based Correction Action (RBCA) Based on Monitoring Well Concentrations
• The Remedial Investigation (RI)/Feasibility Study (FS) Process
• Advanced High Resolution 3D Site Characterization Field Methods to Support Remediation Design
• 2D vs. 3D Capture Zones of Contaminant Plumes
• Strategic Approach to Cost Effective Remedial Design
• Bioremediation: Pathways, Stoichiometry, Kinetics, Engineering Design for In-Situ Applications, Limitations and Natural Attenuation
• ISCO (in situ chemical oxidation) and ISCR (in situ chemical reduction) case histories
• CSIA (Compound Specific Isotope Analysis) theory and applications
• Remediation and Control Using “Water As A Carrier”: The Proper Use of Pump and Treat Systems
• Monitored Natural Attenuation: Limitations And Applications In Remediation
• Remediation Using “Air As A Carrier”: Soil Vapor Extraction Systems (SVE), Vacuum Enhanced Systems, Air Sparging Remediation Designs
• Remediation of inorganics
• Ex-Situ Treatment Technologies
• Principles of Advanced Remediation Systems: Fracturing, Reactive Walls, Waterloo’s Funnel and Gate, Reactive Zones
• DNAPL Migration in Heterogeneous Deposits, and Fractured Hard Rock
• Practical Design and Operation of Soil Vapor Extraction and Air Sparging Pilot Studies
• Permeable Treatment Walls and In Situ Chemical Oxidation
• Use of Thermal Remediation Technologies (ERH and TCH) for NAPL Removal
• Remediation Applications: U. S.G.S.’s MODFLOW using Waterloo Hydrogeologic`s  Visual MODFLOW Pro
• Indoor Air Vapor Intrusion and Petroleum Vapor Intrusion: Concepts, Practices and Mitigation
• Friday Afternoon is a 5.5 Hour Optional Bonus Mini-Course on Hands-On Computer Modeling in Remediation Engineering (12:00 noon to 5:30    P.M.)
• Hands-on Computer Simulation Exercises of Exposure Pathways, Capture Zones, Natural Attenuation, Remediation scenarios such as Pump & Treat, Trenches and Capping using: BiIOSCREEN-AT,  and Waterloo Hydrogeologic`s  Visual MODFLOW