Wednesday (Group 2) - SERDP-ESTCP - Strategic Environmental ...
Wednesday (Group 2) - SERDP-ESTCP - Strategic Environmental ...
Wednesday (Group 2) - SERDP-ESTCP - Strategic Environmental ...
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Partners in <strong>Environmental</strong> Technology<br />
<strong>Wednesday</strong> (<strong>Group</strong> 2) Posters<br />
PRESENTER<br />
ORGANIZATION<br />
Robert C. Borden<br />
North Carolina State University<br />
Dr. Raymond Ball<br />
EnChem Engineering, Inc.<br />
Dr. Rick Johnson<br />
Oregon Health & Science University<br />
Ronald Falta<br />
Clemson University<br />
Ronald Falta<br />
Clemson University<br />
Jennifer L. Triplett Kingston<br />
Haley & Aldrich<br />
Tamzen Macbeth Ph.D., P.E.<br />
North Wind, Inc.<br />
Dr. Rick Johnson<br />
Oregon Health & Science University<br />
Dr. Kurt Pennell<br />
Georgia Institute of Technology<br />
Mr. David Fleming<br />
Thermal Remediation Services, Inc.<br />
Dr. Ralph S. Baker<br />
TerraTherm, Inc.<br />
Greg Lowry<br />
Carnegie Mellon University<br />
Dr. Tom Sale<br />
Colorado State University<br />
Dr. Tom Sale<br />
Colorado State University<br />
Dr. Michael D. Annable<br />
University of Florida<br />
Dr. Edward Sudicky<br />
University of Waterloo<br />
Linda M. Abriola, Ph.D.<br />
Tufts University<br />
Naji Akladiss<br />
Maine Department of <strong>Environmental</strong><br />
Protection<br />
Lowell Kessel<br />
G.E.O., Inc.<br />
POSTER TITLE POSTER PAGE<br />
Designing Efficient Permanganate Injection Systems in<br />
Heterogeneous Aquifers<br />
In Situ “Advanced Mixed Oxidation and Inclusion”<br />
Technology: Inclusion Behavior of TCE DNAPL and<br />
Ozone into Clathrates<br />
Persulfate Persistence Under Thermal Activation<br />
Conditions<br />
Contaminant Mass Transfer During Boiling in Fractured<br />
Geologic Media<br />
Decision & Management Tools for DNAPL Sites:<br />
Optimization of Chlorinated Solvent Source and Plume<br />
Remediation Considering Uncertainty<br />
A Preliminary Assessment Tool for Use of In-Situ<br />
Thermal Technologies at DNAPL-Impacted Sites<br />
Combining Low-Energy Electrical Resistance Heating<br />
with Biotic and Abiotic Reactions for Treatment of<br />
Chlorinated Solvent DNAPL Source Areas<br />
Hydraulics of In-Situ Electrical Resistance Heating at<br />
Sub-Boiling Temperatures<br />
Reactivity of Chlorinated Ethenes During Thermal<br />
Treatment<br />
Remediation of DNAPL and LNAPL Using Electrical<br />
Resistance Heating at U.S. Military Bases<br />
Dominating Processes During DNAPL Removal from the<br />
Saturated Zone Using Thermal Wells<br />
Effect of Aggregation, Hydrogeochemistry, and Clay on<br />
NZVI Emplacement in the Subsurface<br />
Field Applications of ZVI-Clay Technology for<br />
Chlorinated Solvent Source Zones<br />
Decision Guide for Managing Chlorinated Solvents<br />
Releases<br />
Predicting DNAPL Source Zone and Plume Response<br />
Using Site-Measured Characteristics<br />
Computational and Experimental Investigation of<br />
Contaminant Plume Response to DNAPL Source Zone<br />
Architecture and Depletion in Porous and Fractured<br />
Media<br />
Assessment of Reactive Iron Particle Delivery<br />
Approaches for Treatment of DNAPL Source Zones<br />
ITRC’s Technical and Regulatory Guidance for<br />
Bioremediation of Chlorinated Ethene DNAPLs<br />
Case Study: Use of Refrigerated Condensation for SVE<br />
Off-Gas Treatment Remediation for Contaminated<br />
Sediments<br />
53 G-110<br />
54 G-111<br />
55 G-112<br />
56 G-113<br />
57 G-114<br />
58 G-115<br />
59 G-116<br />
60 G-117<br />
61 G-118<br />
62 G-119<br />
78 G-120<br />
79 G-121<br />
80 G-122<br />
81 G-123<br />
82 G-124<br />
83 G-125<br />
84 G-126<br />
85 G-127<br />
86 G-128<br />
Refer to the Exhibit Hall Floor Plan in the General Info/Maps section for poster locations.<br />
G-viii