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The Conference is organized and presented by BattelleBattelle’s environmental engineers, scientists and professionals offer focused expertise to government and industrial clients in the U.S. and abroad. Combining sound science and engineering solutions with creative management strategies, Battelle works with clients to develop innovative and cost-effective solutions to complex problems in site restoration, risk assessment, hydrogeologic assessment and monitoring and sustainable remediation. Every day, the people of Battelle apply science and technology to solving what matters most. At major technology centers and national laboratories around the world, Battelle conducts research and development, designs and manufactures products and delivers critical services for government and commercial customers. Headquartered in Columbus, Ohio, since its founding in 1929, Battelle serves the national security, health and life sciences and energy and environmental industries.
battelle.org ú Booth #414
Conference SponsorsBattelle gratefully acknowledges the financial contributions and support of the following Conference sponsors. The corporate descriptions they provided appear on pages 65-68.
It can be done
thermalrs.com ú Booth #301
regenesis.com ú Booth #327 langan.com ú Booth #603
aecom.com úBooth #117
erm.com ú Booth #225
frx-inc.com ú Booth #406
obg.com ú Booth #600eosremediation.com ú Booth #707
woodplc.com ú Booth #605
geoklock.com ú Booth #108
tandmassociates.com ú Booth #601arcadis-us.com ú Booth #610
woodardcurran.com ú Booth #502
jacobs.com ú Booth #500
cdmsmith.com ú Booth #306 trapandtreat.com ú Booth #713
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Welcome to the 2018 Chlorinated Conference! We thank you for joining members of the environmental remediation community to meet, learn, and share ideas. This is a time of rapid change in our industry. We look forward to working together to better understand complex and challenging site conditions and to accelerate cleanups through the expanded use of innovative and sustainable remedial technologies.
The 2018 Conference is our largest technical program to date offering extensive technical tracks, educational opportunities, exhibits, live demonstrations, and enhanced networking with more than 1,600 national and international remediation experts from 30 countries. We hope you learn more each day and enjoy the key features of the conference throughout the week ahead as highlighted below.
The Welcome Reception will take place on Sunday evening, April 8, during which time the Exhibit Hall will open with more than 100 exhibit booths from industry-leading companies and government agencies. A Learning Lab will also kick off Sunday evening in the Exhibit Hall featuring live demonstrations throughout the week of new tools for visualizing conceptual site models, along with sensor, software, and sampling innovations. In-depth educational opportunities are available from short courses offered on Sunday, April 8, and on Tuesday afternoon, April 10.
The Technical Program will begin Monday morning, April 9, with a Plenary Session. Join Scott Fulton, President of the Environmental Law Institute (ELI), as he discusses “Environmental Protection: A Changing Landscape” focusing on the evolving roles of government at all levels, the private sector, and the public, in shaping the sustainable solutions of tomorrow. The technical program will continue through Thursday consisting of more than 1,000 platform and poster presentations in 80 breakout sessions and seven panel discussions. Posters will be displayed and presented in two groups during evening receptions on Monday, April 9, and Wednesday, April 11.
Sessions and panels are organized according to the major themes that address technology innovations and solutions to key environmental restoration challenges. We sincerely thank the
Steering Committee for working diligently to develop an agenda that addresses the most pressing challenges faced today. Steering Committee members and other remediation industry experts will be leading panels on evolving topics such as per- and polyfluoroalkyl substances (PFAS) and on important questions we face every day such as “When do you have enough data?” Use our interactive 2018 Chlorinated Conference mobile app to find key topics of interest and to make the most of your time at the conference. The app can be used to plan your own personal agenda, review abstracts, and connect with fellow attendees.
We appreciate the participation of the Conference Sponsors, whose financial support has been an important part of the planning process. In addition, we recognize the efforts of the Steering Committee, session chairs, panel organizers, and the presenters who have collaborated to bring together an excellent technical program. Have a great week of learning and networking in Palm Springs!
Wendy Condit, PE Ramona Darlington, PhD
Conference Chairs, Battelle
ELEVENTH INTErNaTIoNaL CoNfErENCE oN rEmEdIaTIoN of CHLorINaTEd aNd rECaLCITraNT CompouNds
Contents
Exhibit Floor Plan & Exhibitors......................2-3
Conference Floor Plan ....................................4
Plenary Session .............................................5
General Information....................................6-10
In Memoriam.................................................11
Platform Schedule Overview…………........12-13 Session Chairs & Panel Moderators ..........14-16
Monday Platform Presentations.................18-21
Group 1 Posters........................................22-33
Tuesday Platform Presentations................34-39 Wednesday Platform Presentations...........40-46
Group 2 Posters ......................................47-57
Thursday Platform Presentations...............58-64
Conference Sponsors...............................65-68
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Exhibit HoursSunday, April 8: 6:00–9:30 p.m.
Monday, April 9: 7:00 a.m.–7:00 p.m.
Tuesday, April 10: 7:00 a.m.–1:55 p.m.
Wednesday, April 11: 7:00 a.m.–7:00 p.m.
Thursday, April 12: 7:00 a.m.–1:00 p.m.
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EXHIBITorsSPONSORS ARE SHOWN IN BOLD
ORGANIZATION BOOTH # ORGANIZATION BOOTH #
Accelerated Remediation Technologies, Inc. 924Advisian 201AECOM 117Aestus, LLC 124ALS 109American Integrated Services, Inc. 507AquaBlok, Ltd. 102ARCADIS 610Battelle 414Beacon Environmental Services, Inc. 313Blackhawk Technology 203Blaine Tech Services, Inc. 214Brown and Caldwell 814Burns & McDonnell 717Carus Corporation 212CASCADE 803CDM Smith 306CETCO 805ChemGrout 208Chongqing Changyuan Group Limited 903Clean Earth, Inc. 128Clean Harbors 909Clean Vapor, LLC 100Compass Remediation Chemicals 412Dakota Technologies 613DeepEarth Technologies, Inc. 1000Dewind One-Pass Trenching LLC 825Directed Technologies Drilling, Inc. 111Directional Technologies, Inc. 324E-Flux 106ecoSPEARS 1002ECT 126EnRx, Inc. 310ENTACT, LLC 311EOS Remediation 707ERM 225EthicalChem 114ETIC 211Eurofins Lancaster Laboratories Environmental, LLC 614FECC, Inc. 816FLUTe-Flexible Liner Underground Technologies 303FRx, Inc. 406GEI Consultants, Inc. 905Geoklock 108Geoprobe Systems 207Geosyntec Consultants 410Geotech Environmental Equipment 209GMA Industries, Inc. 827Gregg Drilling & Testing, Inc. 317Groundwater & Environmental Services, Inc. 504H2O Engineering Inc 227Haley & Aldrich, Inc. 928Hammer & Steel Inc 913Hepure Technologies, Inc. 308Hilltop Enterprises 1004iFLUX 505In-Situ 110
Integrated Science & Technology, Inc. 309Interstate Technology and Regulatory Council (ITRC) 807ISOTEC 402Isotope Tracer Technologies, Inc. 130Jacobs 500JRW Bioremediation, LLC 604Langan 603Microbial Insights, Inc. 315NANO IRON 210NASA Kennedy Space Center 809NRC-National Response Corp 1010O’Brien & Gere (OBG) 600Pace Analytical Energy Services 307PeroxyChem, LLC 512Pine Environmental Services LLC 812Porewater Solutions 506POSTECH 906Provectus Environmental Products, Inc. 328QNOPY, Inc. 829Raven Engineered Films 206Redox Solutions 326Redox Tech, LLC 1006REGENESIS and Land Science 327Remedial Construction Services, LP (RECON) 908Remediation Products, Inc. 713Remington Technologies 503RNAS Remediation Products 602Rusmar, Inc. 229S2C2 Inc 926Savron 709Seametrics 205SERDP & ESTCP 116SGS 901SiREM 711Snap Sampler by ProHydro, Inc. 612Soil-Therm Equipment, Inc. 408Solinst Canada Ltd. 501T&M Associates 601Terra Systems, Inc. 115TerraStryke Products, LLC 810Tersus Environmental 615Tetra Tech 904The TDJ Group, Inc. 216TRS Group, Inc. 301USP Technologies 302Vapor Pin Enterprises, Inc. 304VaporSafe 104Vista Analytical Laboratory 611Vista GeoScience 806Waterloo Barrier Inc. 300WikiNet 107Wintersun Chemical 808Wood 605Woodard & Curran 502Yellow Jacket Drilling Services 911Ziltek Pty Ltd 1008
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Monday, April 9, 8:30–10:00 a.m.Palm Springs Convention Center–Primrose Ballrooms
Welcome and Opening RemarksConference Program ChairsWendy Condit, PE (Battelle)Russ Sirabian. PE, PMP, LEED Green Associate (Battelle)
Presentation of Student Paper Awards
pLENarY sEssIoN
Environmental Protection: A Changing Landscape
Scott Fulton (President, Environmental Law Institute and Former U.S. Environmental Protection Agency General Counsel)
Mr. Fulton has served as President of the Environmental Law Institute (ELI) since 2015, the world’s premier nonpartisan institute for building effective environmental governance and rule of law. ELI’s vision focuses on a “healthy environment, prosperous economies, and vibrant communities founded on rule of law.”
Prior to his leadership at ELI, Mr. Fulton was a Principal at the environmental law firm Beveridge & Diamond and served as General Counsel of the U.S. EPA. Mr. Fulton also served in a number of other key leadership roles in both Republican and Democratic Administrations, including Acting EPA Deputy Administrator, head of EPA’s Office of International Affairs, Judge on the Environmental Appeals Board, and head of the Agency’s enforcement program. He also served as Assistant Chief of the Environmental Enforcement Section of the U.S. Department of Justice (DOJ) Environment and Natural Resources Division.
Environmental laws and regulations have been the foundation and driver for the remediation industry worldwide, but changes are underway. Recent developments in key countries like the U.S. are introducing fundamental questions about the system of regulatory controls that has prevailed for decades, with potential implications for environmental behaviors.
At the same time, multi-national companies are increasingly normalizing their operations according to their most stringent major-market requirements, are increasingly driven by beyond-compliance sustainability goals, and are demanding superior levels of environmental performance not only of themselves, but also of their suppliers.
The rapid advance of information and communication technology, as well as environmental sensing capacity, is causing an explosion in environmental data, and a dramatic expansion in citizen, customer, and shareholder access to data-rich narratives, making reputation risk management and avoidance of market disruption increasingly weighty considerations for environmental decision makers.
Mr. Fulton will discuss the evolving roles of government at all levels, the private sector, and the public, in shaping the sustainable solutions of tomorrow.
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Program at a Glance
Sunday, April 8• 8:00 a.m.–5:00 p.m. Short Courses
• 3:00–9:00 p.m. Registration Desk Open
• 6:00–9:30 p.m. Welcome Reception, Exhibits,
Poster Group 1 Display
Monday, April 9• 7:00–8:00 a.m. Continental Breakfast
• 8:30–10:30 a.m. Plenary Session
• 10:30 a.m.–12:00 p.m. General Lunch
• 12:10–4:20 p.m. Platform Presentations
• 1:30–2:00 p.m. Afternoon Beverage Break
• 4:30–6:30 p.m. Group 1 Poster Presentations
& Networking Reception
Tuesday, April 10• 7:00–8:00 a.m. Continental Breakfast
• 8:00 a.m.–1:55 p.m. Platform Presentations
• 9:30–10:00 a.m. Morning Beverage Break
• 11:45 a.m.–12:15 p.m. Afternoon Beverage Break
• Lunch on own, general lunch not provided
• 1:50 p.m. Technical Program Recesses
• 2:00–6:00 p.m. Short Courses
Wednesday, April 11• 7:00–8:00 a.m. Continental Breakfast
• 8:00 a.m.–4:20 p.m. Platform Presentations
• 9:30–10:00 a.m. Morning Beverage Break
• 11:30 a.m.–1:00 p.m. General Lunch• 2:30–3:00 p.m. Afternoon Beverage Break• 4:30–6:30 p.m. Group 2 Poster Presentations
& Networking Reception
Thursday, April 12• 7:00–8:00 a.m. Continental Breakfast
• 8:00 a.m.–3:55 p.m. Platform Presentations
• 9:30–10:00 a.m. Morning Beverage Break
• 11:30 a.m.–1:00 p.m. General Lunch • 2:30–3:00 p.m. Afternoon Beverage Break
• 4:00–5:00 p.m. Closing Cocktail Reception
The 80 sessions are organized according to the major topics listed below. The seven panel discussions are scheduled throughout the technical program.
See the following pages for additional information:
Page 9: Short Courses offered on Sunday and Tuesday.
Pages 12-13: Overview of the platform sessions and panels to be conducted each day. Times for exhibits, breakfasts, lunches, and receptions.
Pages 22 and 47: Poster Sessions in each of the two poster groups.
Program Topics
Emerging Contaminants: Sessions A1-A10Remediation Technologies: Sessions B1-B9Remediation Technology Developments: Sessions C1-C10Assessing Remediation Effectiveness: Sessions D1-D6Green and Sustainable Remediation: Sessions D7-D9Fractured Rock: Sessions E1-E3Addressing Challenging Site Conditions: Sessions E4-E10Petroleum and Heavy Hydrocarbon Site Strategies: Sessions F1-F8Vapor Intrusion: Sessions G1-G4Technology Transfer and Stakeholder Communications: Sessions G5-G7Metals: Sessions G8-G10Characterization, Fate, and Transport: Sessions H1-H6International Environmental Remediation Markets: Sessions I1-I3Advanced Diagnostic Tools: Sessions I4-I9
GENEraL INformaTIoN
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NPresentationsPlatform and poster presentations scheduled as of March 19, 2018, are listed by day on pages 18-64.
Late revisions in platform presentations (speaker changes, withdrawals) will be marked on overviewsheets posted in the registration area and on daily lists outside each breakout room.
Talks are scheduled at 25-minute intervals, and each talk is to begin promptly at the time printed in the schedule, except as may be noted at the beginning of the day on the overview sheets and the daily lists. Session chairs will adhere strictly to the schedule, making it possible for registrants to move between breakout rooms to hear the talks most pertinent to them. To minimize distraction, please confine such movement to the short intervals between talks.
Posters will be presented on Monday and Wednesday evenings in the Exhibit Hall. During the poster sessions, presenters will be standing at their posters to discuss their work, and light refreshments will be served. See pages 22-33 and 47-57 for details on the poster presentations.
Audio, video, and still photography is prohibited in session rooms during platform presentations or panel discussions without FIRST securing the speaker(s) permission and notifying the session chair or panel moderator in advance.
Video and still photography of poster board presentations is also prohibited without FIRST securing author/speaker permission.
Professional DevelopmentIf you would like to receive a general certificate of Conference attendance, inquire at the RegistrationDesk. PDF certificates will be emailed after the Conference.
If your state licensing board accepts conference attendance and will require documentation of hours attended during the Monday through
Thursday technical program, a daily attendance log can be established for you and a certificate will be emailed after the Conference with the number of hours logged. You are required to sign in and out whenever you arrive at or leave the Conference and you may not complete or sign a previous days’ log. Only those days with complete attendance logs (sign-in, sign-out, and signature) will be included on your attendance certificate.
State of Massachusetts LSP Credits. The Conference and short courses have been approved by the State of Massachusetts for LSP credits as seen below. Attendees who wish to receive credit are required to establish and maintain a daily attendance log. • 1 Technical credit for every 2 hours of Conference attendance
• 1 Technical credit for every 1 hour of short course attendance
ExhibitsBooths will be provided by 114 organizations that conduct remediation activities or supply equipment used in such work. Exhibits will be on display from 6:00 p.m. Sunday evening through 1:00 p.m. Thursday. See pages 2 and 3 for exhibit hours and the list of exhibitors. Daily continental breakfasts, breaks, and receptions will be served in the Exhibit Hall where seating will also be provided.
Internet Café & Ad Hoc MeetingsComputers and charging outlets are available to participants who wish to check email during Conference hours Monday–Thursday in the Internet Café, located in the Learning Lab area of the Exhibit Hall. Small meeting rooms may be available for ad hoc meetings. Check at the Conference Registration Desk for details.
Internet Café Sponsor. We appreciate the participation of the following company, whose contribution has been applied toward the overall cost of the Internet Café.
parsons.com
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NLearning Lab The Learning Lab, located in the Exhibit Hall, will consist of live demonstrations highlighting specific technologies, tools, and software. The schedule of planned demonstrations is available on the Conference mobile app and in the program schedule grid.
Demonstrations begin Sunday evening during the Welcome Reception and continue Monday morning before the technical program begins. Demonstration times and titles of those not seen in the program schedule grid are below.
Sunday, April 87:00–7:25 p.m.Using Augmented Reality (AR) to Interact with and Visualize Data in the Environmental Industry (Presented by: Arcadis) 8:00–8:25 p.m.Aerial Photography Using a Drone (Presented by: Geotech) Monday, April 9—CSM Innovations10:05–10:30 a.m.Visualization Method for Evaluating MNA and Enhanced Biodegradation (Presented by: Porewater Solutions) 10:55–11:20 a.m.Remediation Geology: Deeper Dive into Geology-Focused Conceptual Site Models (CSMs) (Presented by: Burns & McDonnell) 11:45 a.m.–12:10 p.m.Graphic Stratigraphic Logging Tool (Presented by: Burns & McDonnell)
Learning Lab Sponsors. We appreciate the participation of the following companies, whose contributions were applied toward the Learning Lab experience.
Wi-Fi. Complimentary wireless Internet access is available in the Convention Center and the session rooms of the Renaissance Hotel.Network name: PalmSpringsCCPassword (case-sensitive): battelle_2018
Mobile App & Abstract Collection Abstracts will be available only through the Conference mobile app. Due to the size of the program—seven panels and more than 1,000 platform talks and poster presentations— it is recommended that participants review the schedule and abstracts prior to the Conference. Abstracts are included for all platform and poster presentations and panel discussions. The app may be used to build a personal schedule, take notes on presentations, and favorite Exhibitors. In addition, you have the option of entering your profile to enhance networking opportunities with other participants, including sending private instant messages.
burnsmcd.comúBooth #117
porewater.comúBooth #506
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NMeals, Breaks, & ReceptionsFor the convenience of Conference participants, the following meals, breaks, and light receptions will be provided at no additional cost to program registrants and exhibit booth staff. For other meals and refreshments, Dates restaurant and Rocks Lounge are located in the Renaissance Hotel and other options are available nearby. Rocks Lounge is open daily from 6:00-10:00 a.m. and 2:00-3:00 p.m. as a coffee café. If registrants wish to bring guests to meals, guest tickets can be purchased at the Conference Registration Desk; guest tickets will be priced equal to the cost incurred by the Conference for each meal.
Breaks between sessions may not correspond with food service times. If you wish to attend specific food functions, please plan your schedule accordingly.
Continental Breakfasts.Monday–Thursday, 7:00–8:00 a.m.
Morning Beverage Breaks.Tuesday–Thursday, 9:30–10:00 a.m.
Lunches.Monday, 10:30 a.m.–12:00 p.m.—Platform presentations begin at 12:10 p.m.Tuesday, April 10—Not provided, lunch on own. The technical program will recess at 1:50 p.m.Wednesday-Thursday, 11:30 a.m.–1:00 p.m.
Afternoon Beverage Breaks.Monday, 1:30–2:00 p.m.Tuesday, 11:45 a.m.–12:15 p.m.Wednesday, 2:30–3:00 p.m.Thursday, 2:30–3:00 p.m. (PSCC Lobby, Exhibit Hall closes at 1:00 p.m.)
Receptions.Sunday—Welcome Reception, 6:00–9:30 p.m.Monday—Poster Group 1 Presentations & Networking Reception, 4:30–6:30 p.m.*Wednesday—Poster Group 2 Presentations & Networking Reception, 4:30–6:30 p.m.*Thursday—Closing Cocktail Reception 4:00 p.m.–5:00 (PSCC Lobby, Exhibit Hall closes at 1:00 p.m.)
*Presenters in each poster group will be present at poster boards from 4:30–6:30 p.m. To enhance networking opportunities for all attendees, including Exhibitors, we ask that Exhibit booths be staffed from 4:30–5:30 p.m. After 5:30 p.m., Exhibitors may “close” their booths, if desired, and spend the remainder of the reception time networking and viewing the poster presentations.
The Exhibit Hall will close at 7:00 p.m.
Short CoursesThe following courses are being offered. Check at the Short Course Registration Desk at least one hour before the starting time to see if openings remain in any course.
Sunday, April 88:00 a.m.–5:00 p.m.• ITRC Training: Managing PFAS
Contamination at Your Site: Site Characterization, Sampling, Fate and Transport, along with Remedial Alternatives
• Sequence Stratigraphic Concepts and their Application to Conceptual Site Models and Remedial Strategies: A Hands-On Training
8:00 a.m.–Noon
• ITRC Training: Integrated DNAPL-LNAPL Site Characterization and Tools Selection
• ITRC Training: Using Groundwater Statistics and Geospatial Analysis for Remediation Optimization
• Remediation of Contaminant Mass in Low-Permeability Materials
1:00–5:00 p.m.
• Effective Design, Construction and Maintenance of Environmental Remediation Wells
• Introduction to Stakeholder Engagement: Using Social Methodology to Strengthen Your Relationships with the Public
• New ITRC Guidance: Remediation Management of Complex Sites
Tuesday, April 102:00–6:00 p.m.
• Innovative Visualization and Modeling Methods for Optimizing In Situ Remediation
• ITRC Training: Characterization and Remediation in Fractured Rock
• Natural Source Zone Depletion: New Conceptual Models and Assessment Method
• Stratigraphic Flux: A Method for Determining Migration Pathways at Complex Sites
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NStudent/Young Professional Participation & EventsUniversity students, through Ph.D. candidates, will find participation in the Conference valuable to their career development. In addition to the technical information gained by attending presentations and visiting exhibits, students will be able to meet and talk with environmental professionals representing a wide range of work experience and employers. Recruitment is a major focus of many participating Exhibitors and Sponsors and the Conference will provide enhanced networking opportunities for student job-seekers. Be sure to check the Message Board near the Registration Desk where job postings may be available from participating companies.
Student/Young Professional Networking Reception. To help students, young professionals (5 years or less in their field), and invited mentors get acquainted, a Networking Reception will be held Monday evening, following the Group 1 poster presentations.
Palm Pitch. Up-and-coming scientists and engineers will pitch their research, technologies, and ideas during the Lunch break on Wednesday, April 11, in the E Sessions Room (Smoketree, PSCC). All attendees are welcome. The best pitch will be awarded a $100 prize and the runner-up a $50 prize.
Student Paper Competition WinnerPaper submissions were due October 13, 2017. The winner received a complimentary Conference registration and, through the generosity of the Student Event sponsors, a financial award to help cover travel and related costs.
Supriya Lath (University of Adelaide)Adsorption of Perfluorooctanoic Acid (PFOA) Using Graphene-Based Materials
Presentation: Poster #15, Group 2 (Wednesday)
Congratulations!
Student Event Sponsors. We appreciate the participation of the following companies, whose contributions were applied toward the Student/Young Professional Reception and the student paper financial award.
ProceedingsAll presentations given at the Conference will be represented in the proceedings. Each platform and poster presenter was invited to submit a short paper expanding upon his or her presentation. If no paper was submitted, the one-page abstract will be included in the proceedings, along with the slide files for the majority of platform presentations. After the Conference, the proceedings will be compiled and published online. An access link and password will be distributed to all registrants who paid standard or student rates.
Messages/Jobs BoardA message board will be available near the Conference Registration Desk for the use of attendees wishing to contact one another. Notices about jobs available or wanted can be posted here. This board also will be used for messages taken by the registration staff for attendees.
brownandcaldwell.comúBooth #814
trcsolutions.com
ramboll.com
tetratech.comúBooth #904
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Dr. Martin Alexander, emeritus professor at Cornell University, passed away June 25, 2017 at the age of 87. Martin led the Cornell Laboratory of Soil Microbiology from 1955 to 2000. Martin and his students and post docs performed pioneering work in microbial ecology
and biodegradation of organic compounds. He produced three highly influential books, Introduction to Soil Microbiology (1961, revised 1977), Microbial Ecology (1971), and Biodegradation and Bioremediation (1994, 1999).
Dr. Gene Madsen, professor at Cornell University, passed away August 9, 2017, at the age of 64. Gene was a leader in bringing new tools and approaches to understand biodegradation. He did early work on extracting DNA from soils as a basis for the development of
molecular biological tools. He had particular expertise in the biodegradation of polycyclic aromatic hydrocarbons in soils and sediments. He wrote a widely used text book, Environmental Microbiology: From Genomes to Biogeochemistry (2011, 2015).
Todd H. Wiedemeier, groundwater scientist and principal at THW Associates, passed away July 13, 2017, at the age of 53. Todd was a leading advocate for natural attenuation and in situ bioremediation of organic contaminants in groundwater. He was the lead coauthor on the book Natural
Attenuation of Fuels and Chlorinated Solvents in the Subsurface, and the USEPA Technical Protocol for Evaluating Natural Attenuation of Chlorinated Solvents in Ground Water. He was one of the co-inventors of the process whereby food-grade vegetable oil is injected into the subsurface to stimulate biological reductive dichlorination of chlorinated solvents.
IN mEmorIam
Those wishing to honor and remember Dr. Martin Alexander, Dr. Gene Madsen, and Todd H. Wiedemeier are invited to join others at a reception on Tuesday, April 10, from 6:30-8:00 p.m. (San Jacinto, Renaissance Hotel).
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MONDAY, APRIL 97:00 a.m.–7:00 p.m. Registration, Exhibits, Poster Group 1 Display
7:00–8:00 a.m. Continental Breakfast
8:30–10:00 a.m. Plenary Session
10:30 a.m.–12:00 p.m. General Lunch
1:30–2:00 p.m. Afternoon Beverage Break
TUESDAY, APRIL 107:00 a.m.–1:55 p.m. Registration, Exhibits, Poster Group 1 Display
7:00–8:00 a.m. Continental Breakfast
9:30–10:00 a.m. Morning Beverage Break
11:45a.m.–12:15 p.m. Afternoon Beverage Break
12:10–4:20 p.m. Platform Sessions & Learning Lab Demonstrations
A1. Insensitive MunitionsA2. Energetics, Perchlorate
B1. Thermal Remediation Design & Best Practices
C1. Electroenhanced TechnologiesC2. Heat-Enhanced Remediation
D1. Estimating Cleanup Timeframes and Modeling to Support Site ClosureD2. Big Data, Data Mining, and Portfolio Optimization
E1. Fractured Rock Site Characterization
F1. Natural Source Zone Depletion
G1. Vapor Intrusion Risk Assessment and Site ManagementG2. Vapor Intrusion Mitigation and Effectiveness
H1. Groundwater Modeling Advancements
I1. Advancing Environmental Science and Remediation in Vietnam
PANEL. U.S. and Australian PFAS Management Approaches
4:30–6:30 p.m. Poster Group 1 Presentations & Networking ReceptionSee pages 22-33 for presentations in Poster Group 1.
8:00 a.m.–1:50 p.m. Platform Sessions & Learning Lab Demonstrations
A3. Remediation of 1,4-DioxaneA4. Other Emerging Contaminants
B2. Monitored Natural AttenuationB3. Biological Remedies
C3. Innovative and Optimized Delivery MethodsC4. Horizontal Wells
D3. Optimizing Remedial SystemsD4. Advances in Monitoring Injection Effectiveness (e.g., Radius of Influence)
E2. Managing/Remediating Chlorinated Solvent Impacts at Fractured Bedrock SitesE3. Karst Aquifer Case Studies
F2. In Situ Remediation of Petroleum Hydrocarbons
G3. Vapor Intrusion Preferential PathwaysG4. Advances in Vapor Intrusion Investigations
H2. Conceptual Site Models
I2. International Case StudiesI3. Botany “Mega” Site Cleanup Program
PANEL. Natural Source Zone Depletion (NSZD): Treatment Train Engine or Caboose?PANEL. How Can We Improve Groundwater Transport Modeling?PANEL. Enough Is Enough—When Do You Have Enough Data?
2:00–6:00 p.m. Short Courses
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WEDNESDAY, APRIL 117:00 a.m.–7:00 p.m. Registration, Exhibits, Poster Group 2 Display
7:00–8:00 a.m. Continental Breakfast
9:30–10:00 a.m. Morning Beverage Break
11:30 a.m.–1:00 p.m. General Lunch
2:30–3:00 p.m. Afternoon Beverage Break
THURSDAY, APRIL 127:00 a.m.–1:00 p.m. Registration, Exhibits, Poster Group 2 Display
7:00–8:00 a.m. Continental Breakfast
9:30–10:00 a.m. Morning Beverage Break
11:30 a.m.–1:00 p.m. General Lunch
2:30–3:00 p.m. Afternoon Beverage Break
8:00 a.m.–4:20 p.m. Platform Sessions & Learning Lab Demonstrations
A5. Advances in the Analysis of Per- and Polyfluorinated Alkyl Substances (PFAS)A6. PFAS Site CharacterizationA7. PFAS Risk Assessment and Toxicity
B4. Abiotic and In Situ Biogeochemical ProcessesB5. Zero Valent Iron ApplicationsB6. In Situ Chemical Reduction
C5. Advances in AmendmentsC6. Injectable Activated Carbon AmendmentsC7. Surfactant-Enhanced Remediation
D5. Assessing Performance and Cost of RemediesD6. Applications of Mass Flux and Mass Discharge for Remedial Design/Optimization
E4. Adaptive Site Management and Risk Management StrategiesE5. Large, Dilute and Commingled Plume Case StudiesE6. Low-Permeability Zone Case Studies
F3. LNAPL Recovery/Remediation Technology TransitionsF4. Remediation of Heavy HydrocarbonsF5. MGPs
G5. Advances in Technology TransferG6. Stakeholder Success Stories and Risk Communication
H3. High-Resolution Site Characterization (HRSC)H4. Remediation Geology: Geology-Focused Approach to Remediation Site Management
I4. Compound-Specific Isotope AnalysisI5. Environmental ForensicsI6. Unmanned Systems for Remote Monitoring
PANEL. PFAS Precursors: Is It Too Early or Too Late to Worry About Them?PANEL. Building a Remedy with the End in Mind: Advances in Adaptive Management for Efficient Cleanup of Complex SitesPANEL. Technology Evaluations: Challenges and Solutions
4:30–6:30 p.m. Poster Group 2 Presentations & Networking ReceptionSee page 47-57 for presentations in Poster Group 2.
8:00 a.m.–3:55 p.m. Platform Sessions8:00 a.m.–1:00 p.m. Learning Lab Demonstrations
A8. PFAS Fate and TransportA9. PFAS RemediationA10. Pump and Treat for PFAS Remediation
B7. Lessons Learned with In Situ TechnologiesB8. Lessons Learned in DNAPL Source Zone RemediationB9. In Situ Chemical Oxidation
C8. Phytoremediation/Mycoremediation and Plant UptakeC9. Combined Remedies and Treatment TrainsC10. Emerging Remediation Technologies
D7. Reusing and Revitalizing Contaminated SitesD8. GSR Best Practices and Case StudiesD9. GSR Metrics and Resiliency Evaluations
E7. Cold Region Case StudiesE8. Surface Water/Groundwater InteractionsE9. Landfill Redevelopment and ManagementE10. Radiological Issues
F6. TPH Risk Assessment and MetabolitesF7. Environmental Considerations for Hydraulic Fracturing/Shale Gas ProductionF8. Managing/Remediating Petroleum Impacts at Fractured Bedrock Sites
G7. Decision Analysis Tools for Environmental Restoration ApplicationsG8. Precipitation and Stabilization of MetalsG9. Managing Chromium-Contaminated Sites
H5. Improvements in Site Data Collection, Data Management, and Data VisualizationH6. Risk Assessment and Bioavailability Considerations
I7. Innovative Sampling and Investigation ToolsI8. Real-Time Analysis to Inform Decision-MakingI9. Use of Advanced Molecular Tools for Site Assessment or Remedy Performance
4:00–5:00 p.m. Closing Cocktail Reception
13
PLA
TFOR
M SC
HE
DU
LE O
VE
RV
IEW
14
sEssIoN CHaIrs & paNEL modEraTors
Monday Platform Sessions
A1. Insensitive MunitionsMark Fuller (APTIM)Mandy Michalsen (U.S. Army Corps of Engineers)
A2. Energetics, PerchlorateKate Kucharzyk (Battelle)Kevin Morris (ERM)
B1. Thermal Remediation Design & Best PracticesJim Cummings (U.S. Environmental Protection Agency)Jeff DeLaet (T&M Associates)
C1. Electroenhanced TechnologiesMarcus Byker (OBG)Evan Cox (Geosyntec Consultants)
C2. Heat-Enhanced RemediationEmily Crownover (TRS Group, Inc.)Tamzen Macbeth (CDM Smith, Inc.)
D1. Estimating Cleanup Timeframes and Modeling to Support Site ClosureDavid Adamson (GSI Environmental, Inc.)Michael Truex (Pacific Northwest National Laboratory)
D2. Big Data, Data Mining, and Portfolio OptimizationTravis McGuire (GSI Environmental, Inc.)Victor Vanin Sewaybricker (GEOKLOCK)
E1. Fractured Rock Site CharacterizationJason House (Woodard & Curran)Michael Smith (Vermont Department of Environmental Conservation)
F1. Natural Source Zone DepletionParisa Jourabchi (Golder Associates)Derek Tomlinson (GEI Consultants, Inc.)
G1. Vapor Intrusion Risk Assessment and Site ManagementLoren Lund (Jacobs)David Tsao (BP)
G2. Vapor Intrusion Mitigation and EffectivenessPamela Chang (Battelle)Thomas Szocinski (Land Science)
H1. Groundwater Modeling AdvancementsRonald Falta (Clemson University)Sorab Panday (GSI Environmental)
I1. Advancing Environmental Science and Remediation in VietnamThomas Boivin (Hatfield Consultants)Kent Sorenson (CDM Smith, Inc.)
Tuesday Platform Sessions
A3. Remediation of 1,4-DioxaneAlison Cupples (Michigan State University)William DiGuiseppi (Jacobs)
A4. Other Emerging ContaminantsPaul Hare (OBG)Shaily Mahendra (University of California, Los Angeles)
B2. Biological RemediesSandra Dworatzek (SiREM)Elizabeth Edwards (University of Toronto)
B3. Monitored Natural AttenuationJames Tarr (U.S. Navy)John Wilson (Scissortail Environmental Solutions, LLC)
C3. Innovative and Optimized Delivery MethodsBill Newman (RNAS Remediation Products)Mike Perlmutter (Jacobs)
C4. Horizontal WellsCraig Divine (Arcadis)Monica Fulkerson (Jacobs)
D3. Optimizing Remedial SystemsGunarti Coghlan (U.S. Navy)Jeffrey Pintenich (Brown and Caldwell)
D4. Advances in Monitoring Injection Effectiveness (e.g., Radius of Influence)Victor Medina (U.S. Army Corps of Engineers)Scott Noland (Remediation Products, Inc.)
E2. Managing/Remediating Chlorinated Solvent Impacts at Fractured Bedrock SitesNaji Akladiss (Maine Department of Environmental Protection)Larry Deschaine (HydroGeoLogic, Inc.)
E3. Karst Aquifer Case StudiesStephen Rosansky (Battelle)Keith White (Arcadis)
F2. In Situ Remediation of Petroleum HydrocarbonsRobert Elliott (Remediation Products, Inc.)Sanjay Garg (Shell Global Solutions (US) Inc.)
G3. Vapor Intrusion Preferential PathwaysThomas McHugh (GSI Environmental, Inc.)Michael Meyer (Battelle)
G4. Advances in Vapor Intrusion InvestigationsDonna Caldwell (U.S. Navy)Nadine Weinberg (ERM)
H2. Conceptual Site ModelsBruce Alleman (OTIE)Angela Paolucci (Battelle)
I2. International Case StudiesThiago Gomes (TRS Doxor)Jun Ma (Baohang Environmental Co., Ltd.)
SESS
ION
CH
AIR
S &
PA
NE
L M
OD
ER
ATO
RS PROGRAM COMMITTEE
Conference ChairsWendy Condit, PE (Battelle)Ramona Darlington, Ph.D. (Battelle)
Steering CommitteeDora Chiang, Ph.D., PE (AECOM)Kira Lynch (U.S. EPA, Region 10)Shaily Mahendra, Ph.D. (UCLA)Victor Medina, Ph.D. (U.S. Army Engineer Research & Development Center)Ravi Naidu (CRC CARE)Anthony Nelson (NAVFAC EXWC)Charles Newell, Ph.D., PE (GSI Environmental)Bill Newman (RNAS Remediation Products)Heather Rectanus, Ph.D., PE (Battelle)David Reynolds, Ph.D., PE (Geosyntec Consultants)David Tsao, Ph.D. (BP Corporation North America, Inc.)
SESSIO
N C
HA
IRS &
PAN
EL M
OD
ER
ATO
RS
15
I4. Compound-Specific Isotope AnalysisRamon Aravena (University of Waterloo)Tomasz Kuder (University of Oklahoma)
I5. Environmental ForensicsJaana Pietari (Exponent, Inc.)Keith Piontek (TRC Companies, Inc.)
I6. Unmanned Systems for Remote MonitoringIrene Montero (BP)Daniel Mummert (Trihydro Corporation)
Thursday Platform Sessions
A8. PFAS Fate and TransportHunter Anderson (U.S. Air Force)Andrew Mitchell (Department of Defence)
A9. PFAS RemediationNathan Hagelin (Wood)Hans Stroo (Stroo Consulting, LLC)
A10. Pump and Treat for PFAS RemediationChristopher Higgins (Colorado School of Mines)Robert Mueller (State of New Jersey)
B7. Lessons Learned with In Situ TechnologiesBrad Elkins (EOS Remediation, LLC)Mark Harkness (OBG)
B8. Lessons Learned in DNAPL Source Zone RemediationFred Payne (Arcadis)Heather Campbell Veith Rectanus (Battelle)
B9. In Situ Chemical OxidationPrasad Kakarla (In-Situ Oxidative Technologies [ISOTEC])Deepti Krishnan Nair (Battelle)
C8. Phytoremediation/Mycoremediation and Plant UptakeTesema Chekol (Battelle)
C9. Combined Remedies and Treatment TrainsDan Bryant (Woodard & Curran)Daniel Oberle (TRS Group, Inc.)
C10. Emerging Remediation TechnologiesArul Ayyaswami (Tetra Tech, Inc.)Mark Kluger (TRS Group, Inc.)
D6. Applications of Mass Flux and Mass Discharge for Remedial Design/OptimizationMichael Annable (University of Florida)Nicklaus Welty (Arcadis)
E4. Adaptive Site Management and Risk Management StrategiesRula Anselmo Deeb (Geosyntec Consultants)Kathleen Stetser (GEI Consultants, Inc.)
E5. Large, Dilute and Commingled Plume Case StudiesCathy Rockwell (Woodard & Curran)
E6. Low-Permeability Zone Case StudiesBonani Langan (Wood)William Slack (FRx, Inc.)
F3. LNAPL Recovery/Remediation Technology TransitionsMelissa Boysun (ERM)Harley Hopkins (Exxon Mobil Corporation)
F4. Remediation of Heavy HydrocarbonsMatthew Alexander (Texas A&M University-Kingsville)Kevin McVey (Chevron)
F5. MGPsMichael Gefell (Anchor QEA, LLC)Bernard Kueper (Queen’s University)
G5. Advances in Technology TransferCarmen Lebron (Consulting Engineer)Andrea Leeson (SERDP/ESTCP)
G6. Stakeholder Success Stories and Risk CommunicationAmy Dindal (Battelle)Patricia Reyes (Interstate Technology and Regulatory Council/ECOS)
H3. High-Resolution Site Characterization (HRSC)Andrew Barton (Battelle)Seth Pitkin (Tetra Tech)
H4. Remediation Geology: Geology-Focused Approach to Remediation Site ManagementRick Cramer (Burns & McDonnell)Herbert Levine (U.S. Environmental Protection Agency)
I3. Botany “Mega” Site Cleanup ProjectJulie Konzuk (Geosyntec Consultants, Inc.)James Stening (Orica Ltd.)
Wednesday Platform Sessions
A5. Advances in the Analysis of Per- and Polyfluorinated Alkyl Substances (PFAS)Bharat Chandramouli (SGS AXYS)Kavitha Dasu (Battelle)
A6. PFAS Site CharacterizationDora Chiang (AECOM)Ravi Naidu (CRC CARE)
A7. PFAS Risk Assessment and ToxicityMeredith Frenchmeyer (Arcadis)Shalene Thomas (Wood)
B4. Abiotic and In Situ Biogeochemical ProcessesKyle Kirchner (U.S. Navy)Kristen Thoreson (REGENESIS)
B5. Zero Valent Iron ApplicationsGary Birk (Tersus Environmental, LLC)Dean Williamson (Jacobs)
B6. In Situ Chemical ReductionCharles Schaefer (CDM Smith Inc.)Paul Tratnyek (Oregon Health & Science University)
C5. Advances in AmendmentsCarlotta Cellucci (U.S. Navy)Raymond Lees (LANGAN)
C6. Injectable Activated Carbon AmendmentsJim Fenstermacher (OBG)Anthony Nelson (U.S. Navy)
C7. Surfactant-Enhanced RemediationAdria Bodour (U.S. Air Force Civil Engineer Center)George Ivey (Ivey International, Inc.)
D5. Assessing Performance and Cost of RemediesRick Gillespie (REGENESIS)Charles Newell (GSI Environmental, Inc.)
SESS
ION
CH
AIR
S &
PA
NE
L M
OD
ER
ATO
RS
D7. Reusing and Revitalizing Contaminated SitesStewart Abrams (LANGAN)Frederick Blickle (GHD)
D8. GSR Best Practices and Case StudiesCarlos Pachon (U.S. Environmental Protection Agency)Russell Sirabian (Battelle)
D9. GSR Metrics and Resiliency EvaluationsJohn Simon (Gnarus Advisors)Rick Wice (Battelle)
E7. Cold Region Case StudiesDarrell Moore (U.S. Army Corps of Engineers)Bruce Noble (AECOM)
E8. Surface Water/Groundwater InteractionsFelicia Barnett (U.S. EPA)Jennifer Segura (U.S. Navy)
E9. Landfill Redevelopment and ManagementChristopher Glenn (LANGAN)Rubens Spina (GEOKLOCK)
E10. Radiological IssuesMelanie Kito (U.S. Navy)Bruce Marvin (Geosyntec Consultants)
F6. TPH Risk Assessment and MetabolitesRobert Scofield (GSI Environmental, Inc.)Dawn Zemo (Zemo & Associates)
F7. Environmental Considerations for Hydraulic Fracturing/Shale Gas ProductionIsabelle Cozzarelli (U.S. Geologic Survey)Doug Spicuzza (Woodard & Curran)
F8. Managing/Remediating Petroleum Impacts at Fractured Bedrock SitesDuane Guilfoil (AST Environmental, Inc.)Ryan Wymore (CDM Smith, Inc.)
G7. Decision Analysis Tools for Environmental Restoration ApplicationsPaul Favara (Jacobs)David Reynolds (Geosyntec Consultants)
G8. Precipitation and Stabilization of MetalsRoger Olsen (CDM Smith Inc.)Matt Yovich (Woodard & Curran)
G9. Managing Chromium-Contaminated SitesDaniel Leigh (PeroxyChem, LLC)Kim Prestbo (U.S. Environmental Protection Agency)
H5. Improvements in Site Data Collection, Data Management, and Data VisualizationJoseph Quinnan (Arcadis)Junaid Sadeque (AECOM)
H6. Risk Assessment and Bioavailability ConsiderationsBarrie Selcoe (Jacobs)Claudio Sorrentino (California Department of Toxic Substances Control)
I7. Innovative Sampling and Investigation ToolsRodrigo Coelho (GEOKLOCK)Richard Stewart (Ziltek Pty., Ltd.)
I8. Real-Time Analysis to Inform Decision-MakingMurray Einarson (Haley & Aldrich, Inc.)Friedrich Krembs (Trihydro Corporation)
I9. Use of Advanced Molecular Tools for Site Assessment or Remedy PerformanceDora Taggart (Microbial Insights, Inc.)Jennifer Weidhaas (University of Utah)
Panel Discussions
MondayTrack I (12:10 p.m.)PANEL: U.S. and Australian PFAS Management ApproachesModerators: Rula Deeb (Geosyntec Consultants) and Ravi Naidu (CRC CARE & University of Newcastle, Australia)
Tuesday
Track F (8:00 a.m.)PANEL: Natural Source Zone Depletion (NSZD): Treatment Train Engine or Caboose?Moderator: Derek Tomlinson (GEI Consultants, Inc.)
Track H (8:00 a.m.)PANEL: How Can We Improve Groundwater Transport Modeling?Moderator: Charles Newell (GSI Environmental)
Track H (12:10 p.m.)PANEL: Enough is Enough: When Do You Have Enough Data?Moderator: David Reynolds (Geosyntec Consultants)
Wednesday
Track A (8:00 a.m.)PANEL: PFAS Precursors: Is It Too Early or Too Late to Worry About Them?Moderators: Dora Chiang (AECOM) and Ginny Yingling (Minnesota Department of Health)
Track D (2:40 p.m.)PANEL: Building a Remedy with the End in Mind: Advances in Adaptive Management for Efficient Cleanup of Complex SitesModerator: Tamzen Macbeth (CDM Smith)
Track H (12:10 p.m.)PANEL: Technology Evaluations: Challenges and SolutionsModerator: Amy Dindal (Battelle)
16
proGram sCHEduLE GrIdThe program schedule grid consists of 9 concurrent technical tracks and the Learning Lab schedule. It is color-coded by location (Palm Springs Convention Center [PSCC] rooms & Exhibit Hall/Learning Lab = blue; Renaissance Hotel rooms = orange). See the map on page 4 for the Convention Center and Renaissance Hotel layout.
To accurately read the program schedule grid, open and rotate your program clockwise so you can see both pages of the grid for a specific day and time. Questions? Ask at the Registration Desk.
PR
OG
RA
M SC
HE
DU
LE G
RID
E1. D
ecis
ion
Anal
ysis
Mod
elin
g an
d To
ols
D1.
Che
mic
al/T
oxic
olog
ical
/Bio
logi
cal
Mea
sure
men
ts a
nd C
hara
cter
izat
ion
C1. M
NR
and
Enh
ance
d M
NR
B1. M
onito
ring
Effe
cts
duri
ng R
emed
y Im
plem
enta
tion
A1. C
ost-
Shar
e Al
tern
ativ
es to
Sup
erfu
nd
D1.
Che
mic
al/
Toxi
colo
gica
l/Bio
logi
cal
WEdNEsdaY 8:00-10:05 a.m.paLm sprINGs CoNVENTIoN CENTEr
8:00
8:25
A SessionsPrimrose A
B SessionsPrimrose B
C SessionsPrimrose C
D SessionsPrimrose D
E SessionsSmoketree
PAlM SPRINGS CONvENTION CENTER
WEdNEsdaY 8:00-10:05 a.m.rENaIssaNCE HoTEL & LEarNING LaB
8:00
8:25
F SessionsSierra/Venture
G SessionsPasadena
H SessionsMadera
I SessionsCatalina
learning labExhibit Hall
RENAISSANCE HOTEl EXHIBIT HAll (PSCC)
psCC–sEssIoNs a-E & LEarNING LaB renaissance Hotel–sEssIoNs f-1
Session breaks are indicated with a gray cell. Session breaks do not indicate a beverage break. Check the schedule on page 9 for all food and beverage service times.
Nine technical presentations (Sessions A-I) and one Learning Lab demonstration are occurring at 8:00 a.m., Wednesday, April 11.
Choose one presentation at 8:00 a.m.
17
18
moNdaY 12:10-2:15 p.m.paLm sprINGs CoNVENTIoN CENTEr
MO
ND
AY
12:
10-2
:15
p.m
. (P
SCC
)
12:1
0
12:3
5
1:00
1:25
1:50
2:15
Stat
e of
the
Prac
tice
in G
eoph
ysic
al
Site
Cha
ract
eriz
atio
n an
d M
onito
ring
. F.D
. Day
-Lew
is,
L.D
. Sla
ter,
and
T.C.
Joh
nson
. Fr
eder
ick
Day
-Lew
is (U
.S. G
eolo
gica
l Su
rvey
/USA
)
Dec
isio
n Su
ppor
t Too
l for
vad
ose
Zone
Rem
edia
tion
of v
olat
ile
Cont
amin
ants
. M. T
ruex
, C.
Joh
nson
, T. A
pple
man
, R
. Hin
chee
, and
D. B
ecke
r. M
icha
el T
ruex
(Pac
ific
Nor
thw
est
Nat
iona
l Lab
orat
ory/
USA
)
Elec
trok
inet
ical
ly-B
ased
R
emed
iatio
n of
Chl
orin
ated
Eth
enes
in
low
Per
mea
ble
Soils
. L.
M. O
ttose
n, P
.E. J
ense
n,
G.M
. Kirk
elun
d, B
.H. H
ylde
gaar
d,
L. N
eder
gaar
d, N
. Tux
en, I
. Dam
gaar
d,
H. K
errn
-Jes
pers
en, a
nd T
.H. L
arse
n.
Lisb
eth
Otto
sen
(Tec
hnic
al U
nive
rsity
of
Den
mar
k/D
enm
ark)
If Yo
u H
ave
all t
he T
herm
al T
ools
, H
ow D
o Yo
u Pi
ck th
e Be
st O
ne fo
r a
Site
? G
. Her
on, S
. Nie
lsen
, M
. Dod
son,
and
R. D
’Anj
ou.
Gor
m H
eron
(Cas
cade
The
rmal
/USA
)
Phot
odeg
rada
tion
of In
sens
itive
M
uniti
ons
Com
poun
ds. M
.K. S
hukl
a.
Man
oj S
hukl
a (U
SACE
/USA
)
less
ons
lear
ned
from
Hig
h-R
esol
utio
n Si
te C
hara
cter
izat
ion
of
Man
y D
ual-
Poro
sity
Fra
ctur
ed R
ock
Site
s. S
. Pitk
in.
Seth
Pitk
in (T
etra
Tec
h/U
SA)
Type
Cur
ves
to E
stim
ate
Clea
nup
Tim
e fo
r Diff
eren
t Hyd
roge
olog
ic
Setti
ngs.
K.Y
. Cha
, R.C
. Bor
den,
and
B.
Yun
cu.
Ki Y
oung
Cha
(Sol
utio
ns-I
ES, a
D
ivis
ion
of D
rape
r Ade
n As
soci
ates
/U
SA)
From
lab
orat
ory
to F
ull-
Scal
e Im
plem
enta
tion:
Ele
ctro
kine
tical
ly-
Enha
nced
Del
iver
y of
Am
endm
ents
fo
r In
Situ
Rem
edia
tion.
D.B
. Gen
t, J.
Wan
g, E
. Cox
, D. R
eyno
lds,
and
C.
Riis
. D
avid
Gen
t (U
.S. A
rmy
Corp
s of
En
gine
ers/
USA
)
Dat
a fo
r the
Des
ign
and
Cost
ing
of a
n El
ectr
othe
rmal
In S
itu a
nd
Surf
ace
Ther
mal
Tre
atm
ent S
yste
m.
B.C.
W. M
cGee
, D.B
. Win
der,
and
E.
Tun
g.
Bruc
e M
cGee
(McM
illan
-McG
ee
Corp
orat
ion/
Cana
da)
Com
etab
olic
Deg
rada
tion
of
Inse
nsiti
ve M
uniti
ons
Cons
titue
nts
duri
ng N
itrifi
catio
n. J
.L. J
ohns
on.
Jare
d L.
Joh
nson
(U.S
. Arm
y En
gine
er R
esea
rch
and
Dev
elop
men
t Ce
nter
/USA
)
Mul
ti-M
etho
d H
igh-
Res
olut
ion
Char
acte
riza
tion
of C
onta
min
ant
Dis
trib
utio
ns in
Sed
imen
tary
ver
sus
Igne
ous
Roc
k Se
tting
s. S
. Cha
pman
, B.
Par
ker,
S. P
itkin
, T. I
mbr
igio
tta,
D. G
oode
, and
L. D
avid
sson
. St
even
Cha
pman
(Uni
vers
ity o
f G
uelp
h/Ca
nada
)
SESS
ION
BR
EAK
Pred
ictiv
e M
odel
ing
of
Dow
ngra
dien
t Con
cent
ratio
ns
and
Ove
rall
Clos
ure
Tim
efra
me
Res
ultin
g fr
om B
iore
med
iatio
n.
F.J. K
rem
bs, G
.E. M
athe
s,
M.R
. Ols
on, a
nd M
.G. S
wee
tenh
am.
Frie
dric
h Kr
embs
(Trih
ydro
Co
rpor
atio
n/U
SA)
Nex
t Gen
erat
ion
of
Nan
orem
edia
tion:
nZv
I App
licat
ion
Enha
nced
by
DC
Elec
tric
Fie
ld.
V. S
tejs
kal,
P. K
vapi
l, J.
Nos
ek,
M. C
erni
k, a
nd J
. Hra
bal.
Vojte
ch S
tejs
kal (
Tech
nica
l Uni
vers
ity
of L
iber
ec/C
zech
Rep
ublic
)
Benc
h- a
nd P
ilot-
Scal
e St
udie
s:
Wor
thw
hile
Too
ls in
Opt
imiz
ing
Ther
mal
Rem
edia
tion
Appr
oach
es.
A. F
ortu
ne, G
. Her
on, S
.G. N
iels
en,
D. P
hela
n, R
. Wen
zel,
R.J
. Stu
etzl
e,
and
J. B
unto
n.
Alys
on F
ortu
ne (C
asca
de T
herm
al/
USA
)
In S
itu T
herm
al R
emed
iatio
n of
a
DN
APl
Sour
ce Z
one
Prog
ram
: Ch
alle
nges
and
Pos
t-Tr
eatm
ent
Find
ings
. J.H
. Lev
esqu
e,
C.L.
McI
lvai
ne, N
. DiM
arce
llo, a
nd
W.A
. Nor
ris.
Jeffr
ey L
eves
que
(OBG
/USA
)
SESS
ION
BR
EAK
Adso
rptio
n of
Mun
ition
s Co
nstit
uent
s vi
a Ce
llulo
se,
Cellu
lose
Tri
acet
ate,
Chi
tin, a
nd
Chito
san.
L. G
urto
wsk
i, M
.K. S
hukl
a,
and
C.S.
Grig
gs.
Luke
A. G
urto
wsk
i (U
.S. A
rmy
Engi
neer
Res
earc
h an
d D
evel
opm
ent
Cent
er/U
SA)
SESS
ION
BR
EAK
SESS
ION
BR
EAK
Sele
ctio
n, D
esig
n, a
nd C
onst
ruct
ion
of a
Mul
tilev
el G
roun
dwat
er
Mon
itori
ng S
yste
m. J
.N. D
ough
erty
. Jo
hn D
ough
erty
(CD
M S
mith
Inc.
/U
SA)
A Fi
eld
Met
hod
to Q
uant
ify
Chlo
rina
ted
Solv
ent D
iffus
ion,
R
etar
datio
n, a
nd D
egra
datio
n Co
effic
ient
s in
Fra
ctur
ed
Sedi
men
tary
Roc
k. R
.M. A
llen-
King
, R
. Kie
khae
fer,
and
J. B
rots
ch.
Ric
helle
M. A
llen-
King
(Uni
vers
ity a
t Bu
ffalo
, SU
NY/
USA
)
A Pr
actic
al M
odel
ing
Tool
to
Estim
ate
Clea
nup
Tim
efra
mes
in
Hig
hly
Het
erog
eneo
us A
quife
rs w
ith
Mat
rix
Diff
usio
n an
d D
egra
datio
n R
eact
ions
. D.K
. Bur
nell,
J. X
u, a
nd
L.S.
Sim
s.
Dan
iel B
urne
ll (T
etra
Tec
h, In
c./U
SA)
Fiel
d Te
st o
f Ele
ctro
kine
tical
ly-D
eliv
ered
and
Th
erm
ally
-Act
ivat
ed P
ersu
lfate
(EKT
AP) f
or
Rem
edia
tion
of C
hlor
inat
ed S
olve
nts
in C
lay.
N
.A. H
ead,
J.I.
Ger
hard
, A.I.
A. C
how
dhur
y,
A.M
. Ing
lis, A
. Nun
ez G
arci
a, J
. Hay
man
, J.
Eim
ers,
D. R
eyno
lds,
D. H
ogbe
rg,
M. A
uger
, L. A
ustr
ins,
A. S
ideb
otto
m, a
nd
D.M
. O’C
arro
ll.
Nic
hola
s An
drew
Hea
d (U
nive
rsity
of W
este
rn
Ont
ario
/Can
ada)
In S
itu T
herm
al R
emed
iatio
n in
Eu
rope
: Adv
ance
s an
d le
sson
s le
arne
d at
Mul
tiple
Site
s (2
005
to
Pres
ent)
. J. B
aldo
ck, J
. Dab
low
, and
K.
Joh
nson
. Ja
mes
Bal
dock
(ER
M/U
nite
d Ki
ngdo
m) SE
SSIO
N B
REA
K
Com
bini
ng E
RH
and
TCH
for M
ore
Effe
ctiv
e R
emed
iatio
n: D
on’t
Res
tric
t You
r RO
D o
r RFP
to a
Si
ngle
Hea
ting
Tech
nolo
gy.
G. H
eron
, J. G
allig
an, M
. Dod
son,
an
d R
. Fla
tley.
G
orm
Her
on (C
asca
de T
herm
al/U
SA)
Inco
rpor
atin
g Tr
ansf
orm
atio
n Pr
oduc
ts in
to M
odel
s of
the
Envi
ronm
enta
l Fat
e of
Inse
nsiti
ve
Mun
ition
Con
stitu
ents
. P.
G. T
ratn
yek,
T.L
. Tor
ralb
a-Sa
nche
z,
E.J.
Byl
aska
, J. H
awar
i, an
d
B.E.
Joh
nson
. Ti
fany
Tor
ralb
a-Sa
nche
z (O
rego
n H
ealth
& S
cien
ce U
nive
rsity
/USA
)
Eval
uatio
n of
Per
chlo
rate
Sou
rces
in
a S
outh
ern
Calif
orni
a Aq
uife
r U
sing
Fou
r Diff
eren
t Iso
topi
c M
easu
rem
ents
. P.B
. Hat
zing
er,
L. H
erat
y, N
.C. S
turc
hio,
J.K
. Boh
lke,
an
d J.
A. Iz
bick
i. Pa
ul H
atzi
nger
(APT
IM/U
SA)
Stat
e of
the
Prac
tice:
Hea
t-En
hanc
ed In
Situ
Rem
edia
tion.
T.
W. M
acbe
th a
nd E
. Cro
wno
ver.
Tam
zen
Mac
beth
(CD
M S
mith
, Inc
./U
SA)
A Se
ssio
nsPr
imro
se A
B Se
ssio
nsPr
imro
se B
C Se
ssio
nsPr
imro
se C
D S
essi
ons
Prim
rose
DE
Sess
ions
Smok
etre
e
PAlM
SPR
ING
S CO
NvE
NTI
ON
CEN
TER
E1. Fractured Rock Site Characterization
D2. Big DataD1. Estimating Cleanup Timeframes and Modeling to Support Site Closure
C2. Heat-EnhancedC1. Electroenhanced Technologies
B1. Thermal Remediation Design & Best Practices
A2. EnergeticsA1. Insensitive Munitions
19
Monday 12:10-2:15 p.m.PalM SPringS Convention Center
Monday 12:10-2:15 p.m.renaiSSanCe hotel & learning lab
MO
ND
AY
12:10-2:15 p
.m. (R
enaissance Ho
tel & Learning
Lab)
12:1
0
12:3
5
1:00
1:25
1:50
2:15
U.S
. and
Aus
tral
ian
Pers
pect
ives
on
PFAS
Man
agem
ent A
ppro
ache
s
Mod
erat
ors:
Rul
a A.
Dee
b (G
eosy
ntec
Co
nsul
tant
s)R
avi N
aidu
(C
RC
CAR
E &
Uni
vers
ity o
f N
ewca
stle
, Aus
tral
ia)
Pa
nelis
tsG
unar
ti Co
ghla
n (U
.S. N
avy)
Virg
inia
Yin
glin
g (M
inne
sota
D
epar
tmen
t of H
ealth
)An
drea
Lee
son
(SER
DP/
ESTC
P)An
drew
Pru
szin
ski (
Sout
h Au
stra
lian
Envi
ronm
ent P
rote
ctio
n Au
thor
ity)
Luke
McL
eod
(A
ustr
alia
n D
epar
tmen
t of D
efen
ce)
REM
Chlo
r-M
D: A
Scr
eeni
ng L
evel
R
emed
iatio
n Si
mul
atio
n M
odel
that
Co
nsid
ers
Mat
rix
Diff
usio
n.
R.W
. Fal
ta, N
. Mus
kus,
C. N
ewel
l, an
d S.
Far
hat.
Ron
ald
Falta
(Cle
mso
n U
nive
rsity
/U
SA)
Vapo
r Int
rusi
on a
t For
mer
M
anuf
actu
red
Gas
Pla
nts:
Do
the
Petr
oleu
m H
ydro
carb
on S
ite
Excl
usio
n Cr
iteri
a Ap
ply?
A.
J. C
hris
tens
en a
nd D
.Y. M
arqu
ez.
Aaro
n Ch
riste
nsen
(Bur
ns &
M
cDon
nell/
USA
)
NSZ
D S
tate
of t
he P
ract
ice.
T. S
ale.
To
m S
ale
(Col
orad
o St
ate
Uni
vers
ity/
USA
)
Envi
ronm
enta
l App
licat
ions
of
Unm
anne
d Ae
rial
Veh
icle
s (U
AVs)
Pres
ente
d by
: Arc
adis
The
Com
bina
tion
of M
atri
x D
iffus
ion
and
Abio
tic D
ecay
Mak
es T
wo
Slow
N
atur
al A
ttenu
atio
n Pr
oces
ses
a D
ynam
ic D
uo. K
. Qui
nn,
S. S
ellw
ood,
and
D. H
ay.
Kenn
eth
Qui
nn (T
RC
Com
pani
es,
Inc.
/USA
)
Qua
ntifi
able
Lin
es o
f Evi
denc
e fo
r Ch
emic
al V
apor
Intr
usio
n.
H. S
chuv
er, C
. Hol
ton,
C. L
utes
, J.
Kur
tz, a
nd R
. Tru
esda
le.
Hen
ry S
chuv
er (U
SEPA
/USA
)
Com
pari
ng N
atur
al S
ourc
e Zo
ne
Dep
letio
n in
the
Vado
se a
nd
Satu
rate
d Zo
nes
at a
Fue
l Rel
ease
Si
te. D
. Mac
kay,
C. P
arad
is,
R. S
chm
idt,
H. Z
hang
, T. B
usch
eck,
an
d N
. Sih
ota.
D
ougl
as M
acka
y (U
nive
rsity
of
Calif
orni
a, D
avis
/USA
)
OU
TSID
E D
emon
stra
tion—
pres
ente
d in
fron
t of t
he C
onve
ntio
n Ce
nter
on
the
espl
anad
e.Be
tter D
istr
ibut
ion
of In
Situ
Am
endm
ents
in G
roun
dwat
er
thro
ugh
Bette
r Rea
l-Ti
me
Cont
rol
of In
ject
ion
Pres
ente
d by
: Cas
cade
Dril
ling
Thre
e-D
imen
sion
al C
ompu
tatio
nal
Pneu
mat
ic M
odel
ing:
Why
It Is
a
Mus
t Whe
n D
esig
ning
Rem
edia
l Sy
stem
s. M
. Am
brus
ch, O
. Upp
al,
S. A
bram
s, a
nd M
. Fre
dlun
d.
Mat
thew
Am
brus
ch (L
ANG
AN/U
SA)
Dev
elop
ing
a Q
uant
itativ
e D
ecis
ion
Fram
ewor
k fo
r Res
iden
tial V
apor
In
trus
ion
Eval
uatio
ns. C
. Lut
es,
L. L
und,
K. H
allb
erg,
C. H
olto
n,
D. C
aldw
ell,
and
E. C
orl.
Lore
n Lu
nd (J
acob
s/U
SA)
SESS
ION
BR
EAK
SESS
ION
BR
EAK
Nat
ural
Sou
rce
Zone
Dep
letio
n (N
SZD
) Inv
estig
atio
n at
a P
aved
Fo
rmer
Ser
vice
Sta
tion
Site
in
Spai
n. R
.E. S
wee
ney,
G.T
. Riri
e,
A. S
ayas
, M. M
arti,
B. B
euth
e, a
nd
L. B
arre
ales
. R
ober
t Sw
eene
y (E
&P
Geo
chem
istr
y/U
SA)
SESS
ION
BR
EAK
Num
eric
al M
odel
ing
for
Rec
alci
tran
t Con
tam
inan
ts
Res
earc
h an
d Ef
fect
ive
Rem
edia
tion
Solu
tion
in th
e Fo
rmer
Ch
emic
al P
lant
“O
rgan
ika-
Azot
” in
Ja
wor
zno
(Sou
ther
n Po
land
).
E. K
ret a
nd M
. Czo
p.
Mar
iusz
Czo
p (A
GH
Uni
vers
ity o
f Sc
ienc
e an
d Te
chno
logy
/Pol
and)
Usi
ng H
oloL
ens
and
an A
ndro
id
Tabl
et to
Cre
ate
an A
ugm
ente
d R
ealit
y (A
R) E
nvir
onm
ent
Pres
ente
d by
: GH
D
3-D
Pri
ntin
g of
CSM
s Pr
esen
ted
by: G
eosy
ntec
Con
sulta
nts
Char
acte
riza
tion
of th
e M
icro
bial
ly-
Dri
ven
Fent
on D
egra
datio
n of
Ch
lori
nate
d Co
mpo
unds
Usi
ng a
M
odel
ing
Appr
oach
. M. T
aille
fert
, N
. Xie
, Y. T
opor
ek, R
. Sek
ar, a
nd
T.J.
DiC
hrs.
M
artia
l Tai
llefe
rt (G
eorg
ia In
stitu
te o
f Te
chno
logy
/USA
)
Supp
ortin
g St
akeh
olde
rs th
roug
h Va
por I
ntru
sion
Res
pons
e Ac
tions
in a
Lar
ge A
ctiv
e M
ilita
ry
Man
ufac
turi
ng B
uild
ing.
K.
J. C
ampb
ell,
T.N
. Cre
amer
, and
D
. Cal
dwel
l. Ka
ren
Cam
pbel
l (U
.S. N
avy
Faci
litie
s En
gine
erin
g Co
mm
and
Sout
heas
t/U
SA)
Succ
essf
ul R
apid
Res
pons
e M
itiga
tion
of a
Hig
h-St
reng
th V
apor
Pl
ume
unde
rnea
th a
Lar
ge, A
ctiv
e N
avy
Build
ing.
M. P
ound
, L.
Goo
de, N
. Dur
ant,
P. C
hang
, and
V.
Hos
anga
di.
Lisa
Goo
de (G
eosy
ntec
Con
sulta
nts/
USA
)
Adva
ncin
g H
azar
dous
Was
te
Char
acte
riza
tion
and
Rem
edia
tion
Capa
city
in a
Dev
elop
ing
Coun
try:
Ag
ent O
rang
e Ca
se S
tudy
in
Viet
nam
. K.S
. Sor
enso
n,
R.E
. Chi
chak
li, P
.M. C
hene
vey,
and
D
. Moa
ts.
Kent
Sor
enso
n (C
DM
Sm
ith, I
nc./
USA
)
Hyd
rolo
gic
Cont
rols
on
Loss
es o
f In
divi
dual
Com
pone
nts
of C
rude
O
il. B
.A. B
ekin
s, W
.N. H
erke
lrath
, M
.J. B
aede
cker
, R.P
. Ega
nhou
se,
I.M. C
ozza
relli
, and
G.-H
.C. N
g.
Barb
ara
Beki
ns (U
.S. G
eolo
gica
l Su
rvey
/USA
)
Inte
grat
ing
Theo
ry a
nd P
ract
ice
to
Bette
r Und
erst
and
and
Appl
y N
SZD
at
Fie
ld S
ites.
S. G
arg,
C.J
. New
ell,
P.R
. Kul
karn
i, an
d D
.C. K
ing.
Sa
njay
Gar
g (S
hell
Glo
bal S
olut
ions
[U
S] In
c./U
SA)
SESS
ION
BR
EAK
F Se
ssio
nsSi
erra
/Ven
tura
G S
essi
ons
Pasa
dena
H S
essi
ons
Mad
era
I Ses
sion
sCa
talin
aLe
arni
ng L
abEx
hibi
t Hal
l
REN
AISS
ANCE
HO
TEL
EXH
IBIT
HAL
L (P
SCC)
CSM Innovations
I1. VietnamPanel
H1. Groundwater Modeling Advancements
G2. VI MitigationG1. Vapor Intrusion Risk Assessment and Site Management
F1. Natural Source Zone Depletion
20
moNdaY 2:40-3:55 p.m.paLm sprINGs CoNVENTIoN CENTEr
MO
ND
AY
2:4
0-3
:55
p.m
. (P
SCC
)
2:40
3:05
3:30
3:55
Char
acte
riza
tion
of R
ock
Mat
rix
Prop
ertie
s Co
ntro
lling
Con
tam
inan
t St
orag
e in
Fra
ctur
ed R
ock
Usi
ng N
ovel
G
eoph
ysic
al T
echn
olog
ies.
L.D
. Sla
ter,
J. R
obin
son,
K. K
eatin
g, B
. Par
ker,
S.
Fal
zone
, C. R
ose,
S. C
hapm
an,
C. J
ohns
on, a
nd F.
D. D
ay-L
ewis
. Le
e Sl
ater
(Rut
gers
Uni
vers
ity N
ewar
k/U
SA)
A D
irty
Sec
ret:
Dup
licat
e va
riab
ility
in
Sum
ma
Cani
ster
Sam
ples
for
vapo
r Int
rusi
on In
vest
igat
ions
. T.
McH
ugh,
C. V
illar
real
, S. R
auch
, an
d L.
Bec
kley
. Th
omas
McH
ugh
(GSI
En
viro
nmen
tal,
Inc.
/USA
)
Mon
itori
ng th
e Im
pact
s an
d Ef
fect
iven
ess
of E
lect
rica
l R
esis
tanc
e H
eatin
g Co
mbi
ned
with
En
hanc
ed B
iore
med
iatio
n.
D. T
agga
rt, K
. Cla
rk, B
.R. B
aldw
in,
R. D
’Anj
ou, a
nd M
. Dod
son.
D
ora
Tagg
art (
Mic
robi
al In
sigh
ts,
Inc.
/USA
)
Com
plex
Site
s an
d R
ecal
citr
ant
Com
poun
ds: C
ombi
ning
ISTR
Te
chno
logy
. R.M
. D’A
njou
, M
.E. D
odso
n, S
. Grie
pke,
and
G
. Her
on.
Rob
ert D
’Anj
ou (C
asca
de T
herm
al/
USA
)
Rem
edia
tion
of P
erch
lora
te-
Impa
cted
vad
ose
Zone
H
ydra
ulic
ally
Upg
radi
ent o
f an
Indu
stri
al S
ite. M
. Beh
rooz
. M
ona
Behr
ooz
(Cal
iforn
ia R
egio
nal
Wat
er Q
ualit
y Co
ntro
l Boa
rd/U
SA)
Hyd
raul
ic T
omog
raph
y: 3
-D
Hyd
raul
ic C
ondu
ctiv
ity a
nd
Frac
ture
Net
wor
k Co
nnec
tivity
in a
Co
ntam
inat
ed M
udst
one
Aqui
fer,
New
ark
Basi
n, N
ew J
erse
y.
W. B
arra
sh, C
. Tie
dem
an, C
. Thr
ash,
J.
Pat
ters
on, a
nd C
. Joh
nson
. W
arre
n Ba
rras
h (B
oise
Sta
te
Uni
vers
ity/U
SA)
Appl
icat
ions
of R
Sof
twar
e an
d M
achi
ne l
earn
ing
to G
roun
dwat
er
Dat
a.
D. B
ytau
tas,
T. K
alin
owsk
i,
T. A
bdul
-Mat
in, M
. Pan
cier
a, a
nd
L. H
elle
rich.
D
ustin
Byt
auta
s (A
ECO
M/U
SA)
Use
of S
team
to E
nhan
ce
vOC-
TPH
NAP
l M
ixtu
re D
isso
lutio
n at
a M
ajor
Sou
rce
Area
thro
ugh
vola
tiliz
atio
n, R
ecov
ery,
and
Bi
odeg
rada
tion,
Nav
al A
ir S
tatio
n N
orth
Isla
nd. V
. Hos
anga
di, M
. Pric
e,
P.L.
Cha
ng, a
nd M
. Pou
nd.
Vitth
al H
osan
gadi
(NO
REA
S, In
c./
USA
)
In S
itu H
ydro
lysi
s an
d Th
erm
al
Trea
tmen
t of 1
,1,1
-TCA
dur
ing
Elec
tric
al R
esis
tanc
e H
eatin
g.
A. T
adde
o, S
. Wrig
ht, L
. Mitc
hell,
and
P.
Dom
brow
ski.
Art T
adde
o (A
ECO
M/U
SA)
Inte
grat
ed l
arge
-Sca
le
Rem
edia
tion
of C
hlor
inat
ed
vola
tile
Org
anic
Com
poun
ds
and
Perc
hlor
ate
in S
oil:
Berm
ite
Faci
lity,
San
ta C
lari
ta, C
alifo
rnia
. H
. Am
ini a
nd W
. Wea
ver.
Has
san
Amin
i (G
SI E
nviro
nmen
tal,
Inc.
/USA
)
Conc
eptu
al S
ite M
odel
D
evel
opm
ent f
or M
igra
tion
of
MG
P Ta
r and
Rel
ated
Gro
undw
ater
Im
pact
s in
a H
ighl
y D
efor
med
Fr
actu
red
Roc
k U
nit.
R. O
’Nei
ll,
J. M
arol
da, a
nd S
. Stu
cker
. R
ober
t O’N
eill
(Bro
wn
and
Cald
wel
l/U
SA)
Ove
r Tw
enty
Yea
rs o
f 1,4
-Dio
xane
D
ata
at M
ultip
le S
ites:
Wha
t Rea
lly
Hap
pens
lon
g Te
rm?
B. D
ahlg
ren.
Br
yon
Dah
lgre
n (W
ood/
USA
)
Hea
t-En
hanc
ed H
ydro
lysi
s an
d Fl
ash
Spar
ging
. C. T
hom
as a
nd
B. M
orris
. Ch
ris T
hom
as (T
RS
Gro
up, I
nc./
USA
)
Uni
que
Chal
leng
es o
n an
ER
H
Proj
ect:
AMCO
Sup
erfu
nd S
ite,
Calif
orni
a. A
. Bow
erm
an,
M. L
awso
n, K
. Man
heim
er, a
nd
P. H
egel
e.
Alex
Bow
erm
an (O
neid
a To
tal
Inte
grat
ed E
nter
pris
es/U
SA)
Ex S
itu T
reat
men
t of P
erch
lora
te,
Met
als,
vO
Cs, a
nd P
estic
ides
in
Gro
undw
ater
. J. B
arne
s,
B. R
obin
son,
K. D
eeny
, and
J.
T. S
late
r. Ja
cob
Barn
es (E
RM
/USA
)
TCE
Sour
ce A
rea
Inve
stig
atio
n in
Fra
ctur
ed B
edro
ck U
sing
Ph
ytos
cree
ning
and
Mem
bran
e In
terf
ace
Prob
e Sa
mpl
ing
at a
Fo
rmer
lan
dfill.
K. F
ox, F
. Bar
ranc
o,
J. D
rum
mon
d, B
. Run
dell,
and
R
. Bow
er.
Kath
y Fo
x (E
A En
gine
erin
g, S
cien
ce,
and
Tech
nolo
gy, I
nc.,
PBC/
USA
)
Trac
king
Cle
anup
of C
hlor
inat
ed
Solv
ents
: Dev
elop
men
t of
Benc
hmar
k D
ecay
Rat
es.
K.L.
Wal
ker,
T.M
. McG
uire
, D
.T. A
dam
son,
and
C.J
. New
ell.
Kenn
eth
Wal
ker (
GSI
Env
ironm
enta
l, In
c./U
SA)
Des
truc
tion
and
Tran
sfor
mat
ion
of
Pyre
ne b
y M
iner
al S
urfa
ces
duri
ng
Ther
mal
Des
orpt
ion.
C. O
den,
C.
J. W
erth
, and
L.E
. Kat
z.
Cam
eron
Ode
n (U
nive
rsity
of T
exas
at
Aus
tin/U
SA)
ERH
Rem
edia
tion
of S
hale
Bed
rock
Si
te a
t Rut
gers
Uni
vers
ity, N
ew
Jers
ey. S
. Gup
ta, D
. Con
ley,
J. F
ager
, C.
Blu
ndy,
and
E. C
row
nove
r. D
enis
Con
ley
(Hal
ey &
Ald
rich,
Inc.
/U
SA)
Impa
ct o
f Mic
rosc
ale
Ener
getic
R
esid
ues
on R
ange
Con
tam
inat
ion
Issu
es. M
.E. F
ulle
r, C.
E. S
chae
fer,
C.
And
aya,
and
S. F
allis
. M
ark
Fulle
r (AP
TIM
/USA
)
A Se
ssio
nsPr
imro
se A
B Se
ssio
nsPr
imro
se B
C Se
ssio
nsPr
imro
se C
D S
essi
ons
Prim
rose
DE
Sess
ions
Smok
etre
e
PAlM
SPR
ING
S CO
NvE
NTI
ON
CEN
TER
E1. Fractured Rock Site Characterization
D2. Big Data, Data Mining, and Portfolio Optimization
C2. Heat-Enhanced Remediation
B1. Thermal Remediation Design & Best Practices
A2. Energetics, Perchlorate
21
moNdaY 2:40-3:55 p.m.paLm sprINGs CoNVENTIoN CENTEr
moNdaY 2:40-3:55 p.m.rENaIssaNCE HoTEL & LEarNING LaB
MO
ND
AY
2:40
-3:55 p.m
. (Renaissance H
otel &
Learning Lab)
2:40
3:05
3:30
3:55
Brin
ging
Sta
te-o
f-th
e-Ar
t Tec
hnol
ogy
to a
Dev
elop
ing
Coun
try:
A C
apac
ity
Build
ing
and
Know
ledg
e Tr
ansf
er
Succ
ess
Stor
y. J
. Gal
ligan
, G. H
eron
, J.
Bie
rsch
enk,
R. M
icha
lew
ich,
S.
Wal
ker,
G. A
nder
son,
T. B
urde
tt,
D. T
ran,
C. P
ruitt
, K. S
oren
sen,
and
P.
Che
neve
y.
Jim
Gal
ligan
(Cas
cade
The
rmal
/USA
)
Mod
elin
g lN
APl
Sour
ce Z
one
Dep
letio
n at
a F
orm
er X
ylen
e Pr
oces
sing
Fac
ility
(Ger
man
y).
G.R
. Car
ey.
Gra
nt C
arey
(Por
ewat
er S
olut
ions
/Ca
nada
)
Miti
gatio
n of
PCE
-Im
pact
ed S
oil
bene
ath
Form
er D
ry C
lean
er: F
ull-
Scal
e D
esig
n an
d M
itiga
tion
Base
d on
Sub
-Sla
b va
por M
itiga
tion
Pilo
t Te
st D
ata.
R.J
. Rot
h an
d
A.J.
Suf
ulko
. R
ober
t Rot
h (T
erra
con/
USA
)
Nat
ural
Sou
rce
Zone
Dep
letio
n of
Was
te O
il R
esid
uals
and
Oth
er
Cons
titue
nts
at a
Sup
erfu
nd M
ega
Site
. P.P
. Bru
ssoc
k, H
. Mar
tin,
T.B.
Lop
er, J
.R. L
oper
, and
D
.W. T
omlin
son.
Pe
ter B
russ
ock
(The
ELM
Gro
up,
Inc.
/USA
)
Dem
onst
ratio
n of
Phy
sics
-Bas
ed
Man
agem
ent O
ptim
izat
ion
(PBM
O™
) Tec
hnol
ogy
for
Supp
ortin
g En
viro
nmen
tal
Rem
edia
tion
Pres
ente
d by
: Hyd
roG
eoLo
gic,
Inc.
Bioa
ccum
ulat
ion
of P
CDD
/Fs
in
Food
stuf
fs C
olle
cted
Nea
r Bie
n H
oa
and
Da
Nan
g Ai
rbas
es: A
sses
smen
t fo
r Sou
rces
, Env
iron
men
tal
Dis
trib
utio
n, a
nd T
heir
Inta
ke b
y H
uman
s. N
.H. M
inh,
N.V
. Thu
ong,
N
.T.M
. Hue
, T.M
. Tri,
T.B
. Min
h, a
nd
T.T.
T. H
anh.
H
ung
Min
h N
guye
n (V
ietn
am
Envi
ronm
ent A
dmin
istr
atio
n/Vi
etna
m)
MO
DAl
l: A
Too
l for
Effe
ctiv
e D
esig
n an
d O
pera
tion
of D
GR
™
Syst
ems
to A
dvan
ce P
lum
e R
esto
ratio
n. M
.W. K
illin
gsta
d,
S.T.
Pot
ter,
and
M.P
. Kla
dias
. M
arc
Killi
ngst
ad (A
rcad
is/U
SA)
Auto
mat
ed C
ontin
uous
vap
or
Intr
usio
n M
onito
ring
and
Res
pons
e fo
r Eva
luat
ing
Miti
gatio
n an
d R
emed
iatio
n Ef
fect
iven
ess.
M
. Kra
m, B
. Har
tman
, and
C.
Fre
scur
a.
Mar
k Kr
am (G
roun
dsw
ell
Tech
nolo
gies
, Inc
./USA
)
Mul
ti-Ye
ar N
atur
al S
ourc
e Zo
ne
Dep
letio
n M
easu
rem
ents
at a
lar
ge
Indu
stri
al S
ite. N
. Sih
ota,
B.
McA
lexa
nder
, M. L
yver
se, a
nd
K.U
. May
er.
Nat
asha
Sih
ota
(Che
vron
/USA
)
Conc
entr
atio
n an
d Te
mpo
ral T
rend
s of
PCD
Ds/
PCD
Fs in
Am
bien
t Air
at
an
Agen
t Ora
nge
Rem
edia
tion
Site
bet
wee
n 20
13 a
nd 2
017
Usi
ng
Pass
ive
Sam
pler
s. T
. Kha
c Sa
u,
N.S
. Tru
ong,
L.B
. Hun
g, N
.D. T
hang
, an
d H
.D. L
inh.
Tr
inh
Khac
Sau
(Vie
tnam
-Rus
sia
Trop
ical
Cen
tre/
Viet
nam
)
Com
pari
ng S
imul
atio
n w
ith
Fiel
d D
ata
to E
nhan
ce M
odel
ing
Accu
racy
. M.E
.J. M
cGee
and
B.
C.W
. McG
ee.
Meg
han
E.J.
McG
ee (M
cMill
an-
McG
ee C
orp/
Cana
da)
Opt
imiz
ing
vI M
itiga
tion
Des
ign
and
Perf
orm
ance
: A C
ase
Stud
y.
M. R
adfo
rd, L
. Lun
d, K
. Hal
lber
g.
D. C
lela
nd, a
nd B
. Bec
k.
Mag
gie
Rad
ford
(Jac
obs/
USA
)
New
Dev
elop
men
ts in
The
rmal
M
onito
ring
Met
hods
for C
ontin
uous
N
SZD
Mea
sure
men
t: Ap
plic
atio
n at
an
lNAP
l Si
te. C
.J. N
ewel
l, P.
R. K
ulka
rni,
D.C
. Kin
g, K
.L. W
alke
r, G
.P. M
arqu
ardt
, T.
Sal
e, K
.K. A
skar
ani,
H. H
opki
ns,
M.W
. Mal
ande
r, L.
Sm
alle
y, a
nd
J.H
. Hig
inbo
tham
. Ch
arle
s N
ewel
l (G
SI E
nviro
nmen
tal
Inc.
/USA
)
3-D
Mod
els
with
Aug
men
ted
Rea
lity
and
Mic
roso
ft H
olol
ens
Pres
ente
d by
: Par
sons
Dio
xin
Rem
edia
tion
at th
e D
a N
ang
Airp
ort U
sing
the
Incr
emen
tal
Sam
plin
g M
etho
dolo
gy fo
r Soi
l and
Se
dim
ent C
onfir
mat
ion
Sam
plin
g.
A.A.
Lop
ez, K
.S. S
oren
son,
R
.E. C
hich
akli,
J.T
. Bam
er, a
nd
D. M
oats
. Je
ff Ba
mer
(CD
M S
mith
, Inc
./USA
)
Appl
icat
ion
of N
umer
ical
Mod
elin
g fo
r Opt
imiz
atio
n of
Gro
undw
ater
R
emed
iatio
n M
etho
ds o
f the
Si
te C
onta
min
ated
with
Org
anic
Co
mpo
unds
on
the
Exam
ple
of O
ld
Gas
wor
ks in
Byd
gosz
cz (P
olan
d).
E. K
ret a
nd M
. Czo
p.
Ewa
Kret
(AG
H U
nive
rsity
of S
cien
ce
and
Tech
nolo
gy/P
olan
d)
Cycl
ical
SvE
for v
I Miti
gatio
n of
H
igh-
Stre
ngth
Soi
l Gas
vO
Cs a
t an
Activ
e M
ilita
ry B
uild
ing,
Nav
al A
ir
Stat
ion
Nor
th Is
land
. V. H
osan
gadi
, R
. Men
nis,
P.L
. Cha
ng, a
nd
M. P
ound
. M
icha
el P
ound
(U.S
. Nav
y/U
SA)
Tem
pera
ture
Effe
cts
on P
etro
leum
N
SZD
Pro
cess
es: l
esso
ns fr
om
Coup
led
Hea
t Tra
nsfe
r and
Hea
t G
ener
atio
n M
odel
ing.
J. Z
imbr
on,
J. D
iMar
zio,
and
G. S
ilco.
Ju
lio Z
imbr
on (E
-Flu
x/U
SA)
F Se
ssio
nsSi
erra
/Ven
tura
G S
essi
ons
Pasa
dena
H S
essi
ons
Mad
era
I Ses
sion
sCa
talin
ale
arni
ng l
abEx
hibi
t Hal
l
REN
AISS
ANCE
HO
TEl
EXH
IBIT
HAl
l (P
SCC)
CSM Innovations
I1. Advancing Environmental Science and Remediation in vietnam
H1. Groundwater Modeling Advancements
G2. vapor Intrusion Mitigation and Effectiveness
F1. Natural Source Zone Depletion
22
MO
ND
AY Display: Sunday 6:00 p.m.–Tuesday 1:55 p.m.
Presentations/Reception: Monday 4:30–6:30 p.m.
The following posters will be on display from Sunday evening through Tuesday afternoon in the Exhibit Hall. During the Presentations/Reception period Monday evening, presenters will be at their displays to discuss their work. The poster board number assigned to each presentation appears below.
Group 1 posTErs
sEssIoN TITLEsA1. Insensitive Munitions
A2. Energetics, Perchlorate
A3. Remediation of 1,4-Dioxane
A4. Other Emerging Contaminants
A5. Advances in the Analysis of Per- and Polyfluorinated Alkyl Substances (PFAS)
A6. PFAS Site Characterization
A7. PFAS Risk Assessment and Toxicity
B1. Thermal Remediation Design & Best Practices
B2. Biological Remedies
B3. Monitored Natural Attenuation
B4. Abiotic and In Situ Biogeochemical Processes
B5. Zero Valent Iron Applications
B6. In Situ Chemical Reduction
C1. Electroenhanced Technologies
C2. Heat-Enhanced Remediation
C3. Innovative and Optimized Delivery Methods
C4. Horizontal Wells
D1. Estimating Cleanup Timeframes and Modeling to Support Site Closure
D2. Big Data, Data Mining, and Portfolio Optimization
D3. Optimizing Remedial Systems
D4. Advances in Monitoring Injection Effectiveness (e.g., Radius of Influence)
E1. Fractured Rock Site Characterization
E2. Managing/Remediating Chlorinated Solvent Impacts at Fractured Bedrock Sites
E3. Karst Aquifer Case Studies
F1. Natural Source Zone Depletion
F2. In Situ Remediation of Petroleum Hydrocarbons
G1. Vapor Intrusion Risk Assessment and Site Management
G2. Vapor Intrusion Mitigation and Effectiveness
G3. Vapor Intrusion Preferential Pathways
G4. Advances in Vapor Intrusion Investigations
H1. Groundwater Modeling Advancements
H2. Conceptual Site Models
I1. Advancing Environmental Science and Remediation in Vietnam
I2. International Case Studies
I3. Botany “Mega” Site Cleanup Project
23
MO
ND
AY
prEsENTaTIoNs10. Evaluation of Multiple Remediation Strategies to Enhance Treatment of 1,4-Dioxane with Combined Oxidant Technologies. J. Byrd, E. Hollifield, and P. Dugan.Jennifer Byrd (ERM/USA)
11. Short-Chain Alkane Monooxygenase (SCAM) and Cometabolic 1,4-Dioxane Biodegradation by Gaseous Alkane-Oxidizing Bacteria. W. Chen and M. Hyman.Weijue Chen (North Carolina State University/USA)
12. Applied Research of Adsorptive Media: Troubleshooting the Impact of Hidden Organic Material. K. Foster, M. Nickelsen, M.D. Basel, and R.C. Luhrs.Keith Foster (Emerging Compounds Treatment Technologies/USA)
13. Performance Comparison of Three Different Treatment Technologies for In Situ Remediation of a 1,4-Dioxane Plume in a Heterogeneous Aquifer. T. Gray, Y. He, and M. Silva.Tasya Gray (Dalton, Olmsted & Fuglevand/USA)
14. Aerobic Degradation of 1,4-Dioxane in a Fixed-Film Bioreactor with Toluene, Other volatiles and Phenolics as Co-Contaminants. P. Hare, M. Harkness, P. D’Annibale, D. Sauda, and L. Streeter.Paul Hare (OBG/USA)
15. Field-Scale Evaluation of In Situ Biodegradation of 1,4-Dioxane via Bioaugmentation with Pseudonocardia dioxanivorans CB1190. L. LaPat-Polasko, D. Taggart, S. Rosolina, K. Clark, B.R. Baldwin, A. Polasko, and S. Mahendra.Laurie LaPat-Polasko (Matrix New World Engineering/USA)
16. Cometabolic Degradation of 1,4-Dioxane by a Novel Gram-Negative Propanotrophic Bacterial Isolate. D. Deng, F. Li, and M. Li.Mengyan Li (New Jersey Institute of Technology/USA)
17. Phylogenetic and Functional Fluorescent Probes for Culture-Independent Identification and Cell Sorting of Indigenous 1,4-Dioxane Degraders. M. Li, Y. Yang, and P.J.J. Alvarez.Mengyan Li (New Jersey Institute of Technology/USA)
18. Propane Biostimulation for Effective 1,4-Dioxane Removal: Enrichment and Microbial Structure Analysis. M. Li, D. Deng, Y. Liu, Y. He, and P.J.J. Alvarez.Mengyan Li (New Jersey Institute of Technology/USA)
19. Enhancement of Intrinsic 1,4-Dioxane Biodegradation. A.S. Madison, T. Richards, R. Illes, Y. Miao, and S. Mahendra.Andrew Madison (Golder Associates/USA)
A1. Insensitive Munitions
1. Fenton Oxidation of Constituents with Insensitive Munitions Formulation IMX-101. L.A. Gurtowski, J. Johnson, D. Felt, and S. Larson.Luke A. Gurtowski (U.S. Army Engineer Research and Development Center/USA)
2. Insensitive Munitions are Different: Environmental Management and Cost Implications of IM Articles. J.L. Johnson, L. Gurtowski, D. Felt, and S. Larson.Jared L. Johnson (U.S. Army Engineer Research and Development Center/USA)
3. 1,3-Dinitrobenzene Reductive Degradation by Alkaline Ascorbic Acid: Reaction Mechanisms, Degradation Pathways, and Reagent Optimization. C. Ciou and C. Liang.Chenju Liang (National Chung Hsing University/Taiwan)
A2. Energetics, Perchlorate
4. Bioremediation of Perchlorate and Nitrate Using a Slow Release Electron Donor. S. Shrestha, J. Gonzales, J. Batista, and R. Britto.Jacimaria Batista (University of Nevada, Las Vegas/USA)
5. Field-Scale Treatability Study to Evaluate In Situ Soil Mixing of EvO and ZvI to Reduce Nitroaromatics in Saturated and vadose Zones. S. Downey, R. Mayer, and R. Meadows.Steven Downey (APTIM/USA)
6. Trade-Offs in Utilizing Zero-valent Iron for Synergistic Biotic and Abiotic Reduction of Trichloroethene and Perchlorate. S. Mohana Rangan, A. Mouti, A.G. Delgado, R. Krajmalnik-Brown, G.V. Lowry, L. LaPat-Polasko, and H. Brenton.Srivatsan Mohana Rangan (Arizona State University/USA)
A3. Remediation of 1,4-Dioxane
7. low-Temperature Heat Injection for 1,4-Dioxane Source Zone Remediation. G. Alexander, R. Logan, R. Strandberg, S. Crawford, and D. Keane.Gordon Alexander (Kennedy/Jenks Consultants/USA)
8. In Situ Propane and Oxygen Biosparging for Cometabolic Bioremediation of 1,4-Dioxane. C. Bell, M. Heintz, A. Krevinghaus, and D. Favero.Caitlin Bell (Arcadis/USA)
9. Biodegradation of 1,4-Dioxane in a Moving Bed Bioreactor. C. Bell, J.C. Stanfill, and D. Favero.Caitlin Bell (Arcadis/USA)
20. Isolation and Characterization of Bioaugmentation Strains for 1,4-Dioxane Bioremediation. J. Mathieu, Y. Yang, C. Schwarz, Y. He, and P.J.J. Alvarez.Jacques Mathieu (Rice University/USA)
21. Accelerated Reductive Catalysis™: A New Process for Treatment of Emerging and Conventional Contaminants. J.L. Pintenich, W.A. Farone, and J.M. Claffey.Jeffrey Pintenich (Brown and Caldwell/USA)
22. The Development of Microcosms to Achieve Anaerobic and Aerobic 1,4-Dioxane Biodegradation. V. Ramalingam and A.M. Cupples.Vidhya Ramalingam (Michigan State University/USA)
23. Overcoming Water Treatment Challenges for 1,4-Dioxane Using AMBERSORB™ Resin. P. Groff Robertson, R. Johnson, M. Kaplan, S. Kretschman, and S. Woodard.Pamela Robertson (WSP/USA)
24. Bench- and Pilot-Scale Testing of Aerobic Biological and Advanced Oxidation Process Treatment Methods for Chlorinated Constituents and 1,4-Dioxane in Steam-Enhanced Extraction Condensate. J. Bunton, R. Wenzel, R. Stuetzle, L. Cordone, T. Schoenberg, J. Fettig, K. King, O. Hrycyk, and A. Biniwale.Ted Schoenberg (Parsons/USA)
25. Delineating and Treating 1,4-Dioxane and vOCs at the Nuclear Metals, Inc. Superfund Site. B. Thompson, J. Hunt, D. Fuerst, D. Adilman, C. Arsenault, and C. Elder.Bruce Thompson (de maximis, inc./USA)
26. Degradation of Cyclic Ethers by Microorganisms Isolated from Contaminated Groundwater. R. Thompson.Rowan Thompson (GEI Consultants, Inc./USA)
27. Investigation and Remediation of Groundwater Contaminated with the Emerging Contaminant 1,4-Dioxane in Glacial Till and Fractured Bedrock Associated with a Former Medical Waste Disposal Area in Hanover, New Hampshire. J.M. Wieck, S.R. Lamb, and M. O’Leary.James Wieck (GZA GeoEnvironmental, Inc./USA)
28. 1,4-Dioxane Biodegradation at low Concentrations. C. Zhou, Y. Xiong, Y. Tang, and S. Dworatzek.Chao Zhou (Geosyntec Consultants/USA)
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A4. Other Emerging Contaminants
29. A Novel Quantification Method for N-Nitrosodimethylamine for laboratory-Scale Research Applications. D.A. Amidei, J. Rodriguez, S. Macklin, K. Sanchez, A. Torres, P.K. Andersen, and C.E. Brewer.David Amidei (New Mexico State University/USA)
30. Challenges of Managing a low Concentration 1,2,3-Trichloropropane Site in California. D. Croteau and C. Voci.Darren Croteau (Terraphase Engineering, Inc./USA)
31. There’s Too Much in the Water: vOCs, APIs, Polar Solvents and Many Unknowns. B. Eccarius.Bernd Eccarius (ERM/Germany)
32. 1,2,3-Trichloropropane Regulatory Compliance Strategies and Treatment System Design Considerations. G. Graening, M. Goh, and A. Wilson.Guy Graening (TRC Companies, Inc./USA)
33. Adsorption of N-Nitrosodimethylamine onto Activated Carbons from Pecan Shells and Soft Wood Barks. G. Hernandez, E. Lopez, L. Derry, D. Ellis, C. Bianconi, P.K. Andersen, and C.E. Brewer.Gustavo Hernandez (New Mexico State University/USA)
34. Treatability Testing and Remedial Design for In Situ Remediation of Chloropicrin. C.S. Martin, C.M. Ross, R.E. Scott, C.M. Greene, J. Roberts, and A. Przepiora.Chris Martin (Geosyntec Consultants/USA)
35. Emerging Contaminants: What’s Next? R. Patel and J. Claypool.Radhika Patel (Brown and Caldwell/USA)
36. Fate of 17α-Ethynylestradiol in the Presence of vegetable Wastes. R.M. Zayyat and M.T. Suidan.Ramez Zayyat (American University of Beirut/Lebanon)
A5. Advances in the Analysis of Per-and Polyfluorinated Alkyl Substances (PFAS)
37. Testing Commonly Used Insect Repellents for 17 PFAS. S. Bartlett, K. Davis, and R. Kennedy.Sam Bartlett (AECOM/USA)
38. Closing the PFAS Mass Balance: The Total Oxidizable Precursor (TOP) Assay. K.S. Buechler and E.W. Redman.Karla Buechler (TestAmerica Laboratories, Inc./USA)
39. Optimization of Total Oxidizable Precursor Assay for Poly- and Per-fluoroalkylated substances (PFAS) Precursor Analysis. K. Dasu, J. Thorn, D. Schumitz, and S. Schultz.Kavitha Dasu (Battelle/USA)
40. PFAS Detection in laboratory and Equipment Blanks: Implications for Data Usability and Control of Cross Contamination. S.F. Gormley, A. Bernhardt, M.L. Bevier, H. Mariska, C. Larsen, J. Wetmore, N. Perry-Freer, and S. Thomas.Sean Gormley (Wood/USA)
41. PFAS Analysis by Total Oxidizable Precursor Assay (TOP Assay). J. Grindstaff, J. Smith, D. Haderly, J. Tennant, and C. Muller.Jeff Grindstaff (ALS Environmental/USA)
42. A Technique for Determining Total Oxidizable Precursors (TOPs) of Perfluoroalkyl Compounds. C.J. Neslund.Charles Neslund (Eurofins Lancaster Laboratories Environmental, LLC/USA)
43. Evaluation of Tris Base and Temperature as Preservatives for the Analysis of Per- and Polyfluoroalkyl Substances in a variety of Aqueous Matrices. H. Ceja, A. Patterson, G. Mendiola, and H. Nakano.Andrew Patterson (Vista Analytical Laboratory/USA)
44. Application of a PFAS Mobile laboratory Enables Dynamic Work Strategies at PFAS Site. M. Rossi, H. Korb, S. Pitkin, J. Quinnan, P. Curry, and A. Villhauer.Michael Rossi (Cascade Technical Services/USA)
45. Quantification of Perfluorinated Compounds in Environmental Water Samples by Matrix-Assisted laser Desorption Time-of-Flight Mass Spectrometry. R. Stewart, P. Hoffmann, B. Dilmetz, and M. Condina.Richard Stewart (Ziltek Pty., Ltd./Australia)
A6. PFAS Site Characterization
46. visualization Tool for PFAS Interpretation and Identification of Non-Traditional Sources. R. Bennett, A.P.T. Macdonald, and S. Marconetto.Ross Bennett (Golder Associates/USA)
47. PFAS Site Investigations: Danish Guidelines. J.A. Falkenberg, D. Harrekilde, and N.I. Thomsen.Dorte Harrekilde (Ramboll/Denmark)
48. Conceptual Site Model for PFAS Release, Occurrence, and Migration. J. Hatton and W. DiGuiseppi.James Hatton (Jacobs/USA)
49. Developing Interactive Site Models to Overcome Challenges Associated with PFAS Site Investigation and Characterization. B.R. Hoye and C. Gepner.Brian Hoye (Burns & McDonnell/USA)
50. PFAS Passive Sampler. E.M. Kaltenberg and F. Pala.Eliza Kaltenberg (Battelle/USA)
51. Trends in PFAS in Fish from Pool 2 of the Upper Mississippi River. J.L. Newsted and R. Holem.John Leslie Newsted (OBG/USA)
52. First Evaluation of PFOA and PFOS Flux Measurement Using Passive Flux Meters. D. Pohlmann, A. Stawowy, R. Morrish, M. Annable, J. Cho, and M. Marrs.Dirk Pohlmann (Bay West LLC/USA)
53. A Case History of PFAS at Historical Fire Training Area OU1, Ellsworth Air Force Base, South Dakota. L.W. Todd and M. Jensen.Levi Todd (Ayuda Companies/USA)
A7. PFAS Risk Assessment and Toxicity
54. Estimating Safe level of PFOA/PFOS in Human Blood Using Clinical Margins of Safety. S.R. Clough and J. Peters.Stephen Clough (Haley & Aldrich, Inc./USA)
55. Evolution of PFAS in Australia: Investigation, Risk Perception, Communication, and Management. R. Edwards.Ross Edwards (Jacobs/Australia)
56. PFAS Uptake into Biota, and Detailed Human Health and Ecological Risk Assessment: An Australian Defence Base Case Study. B. Houghton, K. Hanson, and K. Richardson.Brad Houghton (Senversa/Australia)
57. Guidance on Managing PFAS Contamination in Australia. J.N. Jit, B.P. Kennedy, and R. Naidu.Joytishna Jit (CRC CARE/UniSA/Australia)
58. Empirical Bioaccumulation Factors for PFAS: Establishing Trends for Guiding Site Assessments. V. Lazenby.Victoria Lazenby (Arcadis/Australia)
59. Risk-Based Assessment, Management and Remediation of PFAS-Contaminated Soil and Groundwater. P. Nadebaum, T. Hammond, E. Friebel, J. Woodworth, J. Jit, and B. Kennedy.Peter Nadebaum (GHD/Australia)
60. Australian Case Study of Perfluoroalkyl and Polyfluoroalkyl Substances: Human Health and Ecological Risk Assessment Using an “Outside-In” Approach. A.M. Rodolakis and A.R. Quintin.Antony Rodolakis (Wood/USA)
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61. PFASs Soil-to-Earthworm Uptake Factors. A.M. Rodolakis, N.T. Glover, and J. Berry.Antony Rodolakis (Wood/USA)
B1. Thermal Remediation Design & Best Practices
62. Electrical Resistance Heating Remediation in Interstate Median. G. Adams and R. Poulin.Gray Waxhaw Adams (Michael Pisani & Associates, Inc./USA)
63. Fiber Optic Sensors for Distributed Monitoring of Soil and Groundwater during In Situ Thermal Remediation. H. Alemohammad, A. Azhari, and R. Liang.Hamid Alemohammad (AOMS Technologies, Inc./Canada)
64. Sustainable low Temperature Thermal Remediation of Pesticides. J. Baldock, J. Dinham, K. Johnson, and J. Dablow.James Baldock (ERM/United Kingdom)
65. Effects of Thermal Conduction and Convection on In Situ Temperature Monitoring: A Simulation Study. C.F. Campbell.Clayton Campbell (McMillan-McGee Corporation/Canada)
66. Post In Situ Thermal Remediation Response at a Canadian Rail Yard. J. Coughlin, P. Kornelsen, and L. Thomas.Jeremy Coughlin (Canadian Pacific/USA)
67. Sustainable Combination Heating: An Innovative Approach for In Situ Thermal Remediation in Challenging lithology. J. Dablow, M. Dawes, G. Mackey, J. Baldock, and K. Schnell.Jay Dablow (ERM/USA)
68. Thin Treatment Depths: A Thorn in Thermal’s Side. G. Sandberg, R.M. D’Anjou, and M.E. Dodson.Robert D’Anjou (Cascade Thermal/USA)
69. Site Characterization and visualization: Reducing Costs by Designing More Efficient ISTR Systems. R.M. D’Anjou, K. Stonestreet, and M.E. Dodson.Robert D’Anjou (Cascade Thermal/USA)
70. Defining the Target Treatment Area for Thermal Remediation. E.L. Davis.Eva Davis (U.S. Environmental Protection Agency/USA)
71. Using High-Resolution Site Characterization to Reduce Cost and Improve Outcomes on Thermal Remediation Projects. J. Galligan, G. Heron, A. Bonarrigo, S. Pitkin, and M. Jordan.Jim Galligan (Cascade Thermal/USA)
72. Successful Treatment of Dioxin Using Thermal Conduction Heating: Results and lessons learned from a First of Its Kind Project. J. Galligan, G. Heron, R. Michalewich, A. Fortune, T. Burdett, S. Walker, and G. Anderson.Jim Galligan (Cascade Thermal/USA)
73. Targeted Small Source Zone In Situ Thermal Treatment: lessons learned from Two Chlorinated vOC Applications. D. Croteau, G. Geckeler, and C. Voci.Grant Geckeler (GEO/USA)
74. Thermal Contouring Methods for In Situ Thermal Remediation Projects. P.R. Hegele, R.L. Dueck, B.C.W. McGee, and J.C. LaChance.Paul Hegele (McMillan-McGee Corporation/Canada)
75. Current Models of vapor Production and Mass Recovery at Thermal Remediation Sites and Their Implications for Appropriate Heating Strategies. J. LaChance, P. Hegele, and J. Munholland.John LaChance (Mc2 USA, Inc./USA)
76. Finite Element Modeling of Heterogeneous Soils with Non-linear Properties for the Design of an Electrothermal In Situ Thermal Remediation Project. B.C.W. McGee, P.R. Hegele, and M.E.J. McGee.Bruce McGee (McMillan-McGee Corporation/Canada)
77. On-Site Evaporative Desorption Technology Soil Treatment: A “very” low Temperature Ex Situ Thermal Remediation Alternative. B. Desmarais and J. Muzzio.Joe Muzzio (Reterro/USA)
78. Thermal Treatment: How Much Energy Does It Take? S.G. Nielsen, G. Heron, R.M. D’Anjou, M. Dodson, J. LaChance, B. McGee, and N. Ploug.Steffen Griepke Nielsen (TerraTherm, Inc./USA)
79. Using Steam to Solve Groundwater Cooling Problems at TCH Sites. S.G. Nielsen, G. Heron, and N. Ploug.Steffen Griepke Nielsen (TerraTherm, Inc./USA)
80. Installing and Operating a Thermal Remediation System at an Active Industrial Site in Brazil. T. Keijzer, S. Rameh, S. Moreno, T. Roza, P. Jacobs, and J. Seeman.Antonio Sergio Rameh (GRUPO EPA/Brazil)
81. Inductive Thermal: Dynamic Stripping Process. E.W. Reid, S. Delos Reyes, D. Nyarko, and B.C.W. McGee.Edwin Walter Reid (McMillan-McGee Corporation/Canada)
82. Challenges of Interpreting Micro-Scale variations in Groundwater Conditions during and following Thermal Treatment at a Mixed lNAPl Site. C. Rockwell and P. Nangeroni.Cathy Rockwell (Woodard & Curran/USA)
83. A Contaminant Mass Recovery Model for Electrical Resistance Heating Sites: Comparison with Actual Site Data. D.A. Rountree.David Rountree (McMillan-McGee Corporation/Canada)
84. In Situ Conductive Heating of a Chlorinated Hydrocarbon-Impacted Dutch Site: lessons learned. B. Scheffer, E. Marnette, S. Weelink, and N. Ploug.Bert Scheffer (Tauw bv/Netherlands)
85. Addressing Specific Thermal Aspects and Risks in Tendering In Situ Thermal Remediations. B. Scheffer, E. Marnette, T. Ruffenach, J. Guerin, and D. Hiez.Bert Scheffer (Tauw bv/Netherlands)
86. Fundamentals of Steam-Enhanced Remediation and Field Applications. L. Stewart.Lloyd Stewart (Praxis Environmental Technologies, Inc./USA)
87. Modelling the Recovery of volatile Organic Compounds during In Situ Thermal Remediation. Q. Xie, K.G. Mumford, and B.H. Kueper.Qianli Xie (Queen’s University/Canada)
B2. Biological Remedies
88. In Situ Enhanced Bioremediation of TCE-Impacted Groundwater in an Aerobic Aquifer. D.N. Bekele, S. Chadalavada, M. Mallavarapu, and R. Naidu.Dawit Nega Bekele (University of Newcastle/Australia)
89. Demonstrating Successful Performance of ERD Treatment at Multiple Sites at Hill Air Force Base, Utah. G. Colgan, S. Smith, J. Wilde, K. Bradley, A. Castor, J. Cox, T. Isakson, M. Reynolds, and A. Dziechciarz.Gary Colgan (Jacobs/USA)
90. Use of Direct-Push Injections and a Biobarrier for Remediating Chlorinated Solvents during Residential Redevelopment. C. Elder, M. deFlaun, and J. Hochreiter.Carl Elder (Geosyntec Consultants/USA)
91. Effects of Common Methods Used to Generate Anaerobic Water on Bioaugmentation Cultures Containing Dehalococcoides sp. N. Hey, S. Vainberg, and D. Leigh.Neil Hey (Cascade Technical Services/USA)
92. Biodegradation of a Chlorinated Solvent Plume Enhanced by Reducing Chemical Conditions beneath a Former landfill. G. Kenoyer, A. Christensen, C. Chang, and N. Pratheepmanowong.Galen Kenoyer (Burns & McDonnell/USA)
93. How Effective are Biostimulation and Bioaugmentation for Chlorinated Ethenes in the Source Zone? L. LaPat-Polasko, B. Kutz, and T. McMahan.Laurie LaPat-Polasko (Matrix New World Engineering/USA)
94. Phased lab-to-Field Bioremediation Amendment Screening for Cleanup of Explosives-Contaminated Groundwater. M.M. Michalsen, F. Crocker, A.S. King, J.D. Istok, and M. Gander.Mandy Michalsen (U.S. Army Corps of Engineers/USA)
95. Enhanced In Situ Bioremediation Pilot Study for Treatment of 1,1,1-TCA. L. Mitchell, A. Taddeo, and P. Dombrowski.Lindsay Mitchell (AECOM/USA)
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96. Bioaugmentation for In Situ Discard of Clean Water from a Slop Tank. B.M. Soares.Barbara Muniz Soares (SuperBAC Biotechnology Solutions/Brazil)
97. Novel Approach to Remediate Free-Phase Contamination Using Bioaugmentation. B.M. Soares and T.A.B. Souza.Barbara Muniz Soares (SuperBAC Biotechnology Solutions/Brazil)
98. Organochloride Soil Remediation by Bioestimulation via Intercalation of Aerobic and Anaerobic Environments. J.C. Moretti, B.J. Moretti, M. Moretti, and R. Panzetti.Rafael Panzetti (Moriah Ambiental Ltda/Brazil)
99. Complete Degradation of Chlorinated Ethanes in Sequential Bioreactors Operated under varying Redox Conditions. L.M. Pipkin, V.K. Elango, and J.H. Pardue.Leslie Pipkin (Louisiana State University/USA)
100. Remediation of Deep Trichloroethene Plume Using Enhanced In Situ Bioremediation Technology. S. Ridenour, M. Cassidy, D. Nunez, and C. Sandefur.Steven Ridenour (Alta Environmental/USA)
101. Biodegradation Potential of Groundwater Contaminants by Acidophilic Methanotrophs. Y. Shao, C. Chen, and K. Chu.Yiru Shao (Texas A&M University/USA)
102. Identification of the Iodate Terminal Reductase in Metal-Reducing Bacteria. H.D. Shin, A. Mok, Y. Toporek, B. Lee, M.H. Lee, and T. DiChristina.Hyun-Dong Shin (Georgia Institute of Technology/USA)
103. Kinetic Analysis Implicates Nitrous Oxide as a Potent Inhibitor of the Bacterial Reductive Dehalogenation Process. Y. Yin, J. Yan, G. Chen, and F.E. Loeffler.Yongchao Yin (University of Tennessee, Knoxville/USA)
B3. Monitored Natural Attenuation
104. Implementing Monitored Natural Attenuation with Multiple Contaminants, Modulating Groundwater Flow, and Multiple Attenuation Mechanisms. P.W. McLoughlin, J. Glover, J. Wilson, and J. Rosso.Patrick McLoughlin (Pace Analytical/USA)
105. MNA as an Alternative to the Existing Remedial Approach at a Complex Historic Industrial Site with Multiple COCs. M.A. Panciera, Z. Smith, D. Bytautas, and W. Penn.Matthew Panciera (AECOM/USA)
106. Modeling Microbial Oxidation of vinyl Chloride under Simulated Field Conditions. P.M. Richards and T.E. Mattes.Patrick Richards (University of Iowa/USA)
B4. Abiotic and In Situ Biogeochemical Processes
107. Dechlorination of Chlorinated Ethylenes by a layered Fe(II)-Fe(III) Hydroxide (Green Rust) Composite. J. Ai, W. Yin, and H.C.B. Hansen.Jing Ai (University of Copenhagen/Denmark)
108. Specially-Configured Subgrade Biogeochemical Reactor to Treat Chlorinated Solvents in low-Permeability vadose Zone and Underlying Groundwater. J. Cox, S. Smith, D. Downey, and A. Dziechciarz.Jeremy Cox (Jacobs/USA)
109. Measuring the Magnetic Susceptibility of Aquifer Sediment to Evaluate the Potential for Abiotic Transformation of Trichloroethene. R. Edwards and J. Wilson.Rick Edwards (Jacobs/USA)
110. Subgrade Biogeochemical Reactors for Treatment of Petroleum Hydrocarbon Contamination. J. Gamlin, D. Downey, P. Favara, G. Anderson, and L. Duke.Jeff Gamlin (Jacobs/USA)
111. lessons learned from the Design, Operation, and Performance of 19 Subgrade Biogeochemical Reactors. J. Gamlin, D. Downey, and P. Favara.Jeff Gamlin (Jacobs/USA)
112. In Situ Delivery of ISCR Reagents: Relationships between Amendment Properties, Injection Methodology, and Distribution. J. Harvey and J. Freim.James Harvey (OnMaterials/USA)
113. Is a Mineral Surface Critical to Rapid and Successful Anaerobic Benzene Biodegradation? K.M. Hyde, D. Peak, S.D. Siciliano, and K. Bradshaw.Kathlyne Hyde (University of Saskatchewan/Canada)
114. Biologically-Mediated Abiotic Degradation (BMAD) of Bisphenol A by the Manganese(II) Oxidizer Roseobacter sp. Strain AzwK-3b. J. Im, N. Shobnam, S.-W. Lee, and F.E. Loeffler.Jeongade Im (Kansas State University/USA)
115. Diagnosing Reduction Capacity at ISCR Sites and Pre-Screening of Reductant Demand. C.M. Kocur, P.G. Tratnyek, and R. Johnson.Chris Kocur (Oregon Health & Science University/USA)
116. In Situ Biogeochemical Transformation as a Polishing Step after ISCO: A Field Test. P. Kozubek, J. Nemecek, L. Lacinova, M. Nechanicka, J. Zeman, and M. Cernik.Petr Kozubek (ENACON s.r.o./Czech Republic)
117. Dechlorination by Sulfidated Iron and Iron Oxides. Y. Lan, P.G. Tratnyek, R.L. Johnson, D. Fan, A. Nunez Garcia, D.M. O’Carroll, J. Filip, and A. Agrawal.Ying Lan (Oregon Health & Science University/USA)
118. Side-by-Side Evaluation of Biogeochemical, ISCR, and ERD Reagents for Treatment of CvOCs. J. Molin, D. Leigh, B. Smith, and A. Seech.Josephine Molin (PeroxyChem, LLC/USA)
119. Multiple Methods for Discerning Abiotic and Biotic Processes Affecting Trichloroethene Plume Behavior in Fractured Sedimentary Rock. A.A. Pierce, B.L. Parker, S.W. Chapman, J.C. Hurley, J.A. Cherry, L. Zimmerman, and R. Aravena.Amanda Pierce (University of Guelph/Canada)
120. Abiotic Dechlorination of Chlorinated Ethene by Naturally-Occurring Ferrous Minerals under Aerobic and Anaerobic Conditions. C.E. Schaefer, P. Ho, E. Berns, C. Gurr, and C. Werth.Charles Schaefer (CDM Smith Inc./USA)
121. Abiotic and Biotic Degradation of TCE by Aquifer Materials from the California Middlefield-Ellis-Whisman (“MEW”) Site. M.M. Scherer, D.E. Latta, T. Robinson, T. Mattes, P. Richards, E. Suchomel, R. Deeb, and L. Kane.Michelle Scherer (University of Iowa/USA)
122. Sustained Remediation of Chlorinated Solvents Using In Situ Formation and Regeneration of Ferrous Sulfide. R. Stanforth, J. Barros, E. Schwartz, L. Hovey, D. Lennon, and R. Surrency.Robert Stanforth (TRC Companies, Inc./USA)
123. Abiotic Degradation of TCE in Groundwater: A Case Study. R. Stanforth, K. Quinn, and K. Piontek.Robert Stanforth (TRC Companies, Inc./USA)
124. Mass Magnetic Susceptibility Measurement for Estimating Intrinsic Abiotic Degradation Rates: Recommendations to Improve Interpretation Reliability. J. Studer, N. Glenn, and B. Ekstrom.James Studer (InfraSUR, LLC/USA)
125. Investigation of Biogeochemical Degradation Pathway of Chlorinated Aliphatic Hydrocarbons. C. Walecka-Hutchison, M. Zenker, R. Royer, S. Benedicto, and M. Brito.Claudia Walecka Hutchison (Dow/USA)
126. Biogeochemical Remediation at a Highly Fractured Bedrock Aquifer. L. Zeng, A. Oka, K. Kelly, B. Bond, S. Abrams, and S. Ueland.Lingke Zeng (LANGAN/USA)
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B5. Zero valent Iron Applications
127. Advancements to the EZvI Technology: Optimization of Biotic and Abiotic Processes and Improved Implementability for In Situ DNAPl Destruction. G. Booth, J. Mueller, C. Yestrebsky, N. Lapeyrouse, C. Clausen, and M. Scalzi.J. Greg Booth (Provectus Environmental Products, Inc./USA)
128. Tetrachloroethylene Groundwater Remediation in a Dolomitic limestone Aquifer Using Injectable Zero valent Iron. V.L. Wilson and T.H. DeWitt.Timothy DeWitt (August Mack Environmental, Inc./USA)
129. Design, Installation and Performance Monitoring of Three ZvI PRBs. T. Kinney, M. Coram, and S. Dore.Thomas Kinney (GHD/USA)
130. eZvI: The Benefits of Abiotic and Anaerobic Remediation. P. Randall and S. Chen.Pat Randall (Hepure/USA)
131. Effect of Dissolved Organic Carbon on Performance of ZvI-Based Remediation. J. Roberts, D. Schnell, and A. Przepiora.Jeff Roberts (SiREM/Canada)
132. Abiotic Reduction of Chloropicrin and Carbon Tetrachloride in Site Soil and Groundwater. C.G. Schreier and G. Tellegen.Cindy Schreier (PRIMA Environmental, Inc./USA)
133. nZvI Direct-Push Application as an In Situ Treatment of CHC: Results of long-Term Monitoring Using Advanced Technology for Zonal Groundwater Sampling. V. Stejskal, P. Kvapil, J. Slunsky, and J. Braun.Vojtech Stejskal (Technical University of Liberec/Czech Republic)
134. Optimization and Performance of ZvI Amendments for In Situ Chemical and Biological Reduction: less is More. G.M. Birk and D.F. Alden.Madan Tandukar (Hoganas Environmental Solutions, LLC/USA)
135. Full-Scale Application of Colloidal ZvI and EvO via liquid-Phase Injection for Treatment of lesser Chlorinated Ethenes to Accelerate Site Closure. D. Williamson, B. Sharma, and W. Elliott.Dean Williamson (Jacobs/USA)
136. Influence of Metal Impurities in ZvI Matrix on Reactions with Chlorinated Ethenes. S. Islam, L. Somasundaram, W.L. Yan, and Y.L. Han.Weile Yan (Texas Tech University/USA)
137. Pilot Testing of In Situ Chemical Reduction-Enhanced Bioremediation at a Former Manufacturing Plant in Germany. M. Zhang, P.L. Brookner, N.D. Durant, S. Stiasny, and T.R. Etter.Man Zhang (Geosyntec Consultants, Inc./USA)
B6. In Situ Chemical Reduction
138. Post-Remedy Performance Results Comparing Soil Blending versus Direct Injection ISCR Source Area Treatment for 1,1,2-TCA. T. Adams.Timothy Adams (Roux Associates, Inc./USA)
139. Remediation for CvOCs by In Situ Chemical Reduction (ISCR) in Groundwater (Brazil Site). S.S. Aluani, M.C.F. Spilborghs, F.B. Tomiatti, E. Pujol, and N.C. Nascimento.Sidney Aluani (SGW Services/Brazil)
140. Comparison of Reductive Transformations of Chlorinated Hydrocarbons by Chemically-Reduced versus Bio-Reduced Hydrous Ferric Oxide. J. Das and A. Agrawal.Jaya Das (Wright State University/USA)
141. Performance of a large-Scale Reductant Amended Backfill for Remediation of Hexavalent Chromium-Impacted Groundwater. L. Hellerich, S. Sharma, S. Ravi, S. Mikaelian, and M. Terril.Lucas Hellerich (AECOM/USA)
142. Feasibility Assessment of Reducing Soil for Degrading Trichloroethylene. Y. Hou and C. Liang.Yuwen Hou (National Chung Hsing University/Taiwan)
143. large-Scale Remediation of TCE Using Abiotic Degradation with ZvI and Enhanced Biological Degradation. M. Wichman, B. Wight, R. Mowan, E. Moskal, and R. Kelley.Ryan Mowan (AECOM/USA)
144. Mechanochemical Destruction of DDTs with Fe-Zn Bimetal in a High-Energy Planetary Ball Mill. H. Sui, Y.Z. Rong, J. Song, and D.G. Zhang.Jing Song (Institute of Soil Science, Chinese Academy of Sciences/China)
145. Reductive Degradation of lindane by Tea Extracts in Aqueous Phase. C.-W. Wang and C. Liang.Chi-Wei Wang (National Chung Hsing University/Taiwan)
146. Use of In Situ Sensors and Injection Measurements to Evaluate Electron Donor Distribution in low-Permeability Aquifer at Minimal Cost. K. Wilhelm, R. Moore, and O. Miller.Karin Wilhelm (Stantec/USA)
C1. Electroenhanced Technologies
147. The Influence of Electrokinetic Bioremediation on Subsurface Microbial Communities in Perchloroethylene-Contaminated Soil. M.L. Altizer, A.G. Delgado, R. Krajmalnik-Brown, C. Torres, J. Wang, and E. Cox.Megan Leigh Altizer (Enoveo USA/USA)
148. Anaerobic Degradation of Sulfolane Using Passive Anode-Cathode Technology. A. Schryer, S.D. Siciliano, T. Carlson, T. Obal, and S.R. Burge.Samantha Corinne Chomyshen (University of Saskatchewan/Canada)
149. Effect of Electron Acceptors on the Stimulation of Anaerobic Benzene Degradation Using Passive Anode-Cathode Technology (PACT). S. Chomyshen, K. Hyde, S.D. Siciliano, S.R. Burge, and K. Bradshaw.Samantha Corinne Chomyshen (University of Saskatchewan/Canada)
150. A Novel Graphene-Based Rotating Disc Electrode System for the Electro-Fenton Oxidation of Pharmaceutical Compounds Catalyzed by Ferrocene. D. Govindaraj and I.M. Nambi.Divyapriya Govindaraj (Indian Institute of Technology Madras/India)
151. Design and Assessment of Electrochemical Zones for Remediation of Chlorinated Solvents in Natural Groundwater Aquifer Settings. B.H. Hyldegaard, E.B. Weeth, R. Jakobsen, N.D. Overheu, D.B. Gent, and L.M. Ottosen.Bente Hyldegaard (Technical University of Denmark/Denmark)
152. Electrokinetically-Emplaced Amendments for Enhanced Bioremediation of Chlorinated Solvents in Clay: A Pilot Field Test. A. Inglis, N. Head, A. Chowdhury, A. Nunez Garcia, J. Gerhard, J. Hayman, J. Eimers, D. Reynolds, D. Hogberg, M. Auger, L. Austrins, A. Sidebottom, E. Edwards, L. Lomheim, K. Weber, S. Wallace, and D. O’Carroll.Ainsley Inglis (Western University/Canada)
153. Remediation of a vinyl Chloride Dissolved Phase Plume through the Combination of Elektrokinesis and In Situ Chemical Oxidation at the Santos Port Area, Brazil. C. Rodrigues, L. Silveira, G. Setti, T. Borba, Y. Lima, and A.P. Queiroz.Ana Paula Queiroz (Waterloo Brasil/Brazil)
C2. Heat-Enhanced Remediation
154. Innovative Steam Auger Mixing and ISS Combined Remedy Bench-Scale Simulations. T.A. Jordan.Tommy Jordan (KEMRON Environmental Services, Inc./USA)
155. Thermally-Enhanced Bioremediation of TCE-Contaminated Groundwater. J. Nemecek, P. Najmanova, V. Knytl, J. Steinova, and T. Pluhar.Jan Nemecek (ENACON s.r.o./Czech Republic)
156. Biodegradation of Chlorinated Aromatic Compounds in Soils Using a large volume Heated Pile. R. Sambrotto, A. Rance, and H. Sanchez.Raymond Sambrotto (Columbia University/USA)
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157. Thermally-Enhanced Natural Attenuation of vOCs: Two Years after In Situ Thermal Remediation. R. Thompson, M. Gefell, G. Heron, and B. Thompson.Rowan Thompson (GEI Consultants, Inc./USA)
158. Thermally-Enhanced Bioremediation and Desorption of Chlorinated Ethenes Using Groundwater Circulation. Y. Yamazaki, K. Mukai, Y. Furukawa, T. Nakashima, T. Shimizu, X. Tian, and T. Kobayashi.Yuji Yamazaki (TAKENAKA Corporation/Japan)
C3. Innovative and Optimized Delivery Methods
159. In Situ Remediation of TCE-Impacted Groundwater with limited Water-Bearing and low-Permeability Aquifer. D.N. Bekele, S. Chadalavada, M. Mallavarapu, and R. Naidu.Sreenivasulu Chadalavada (CRC CARE Pty., Ltd./Australia)
160. Next Generation Injection Manifold for Controlled Delivery of liquid Amendments for Enhanced Distribution and Contact. E. Cooper and D. Caputo.Eliot Cooper (Cascade Technical Services/USA)
161. Comparison of Hydraulic and Pneumatic Injection Techniques for In Situ Chemical Reduction of TCE in low Permeability Aquifers. N.E. Diem, V.S. Mankad, D.P. Leigh, and N. Hey.Nathan Diem (GHD/USA)
162. Effectiveness of Air Sparging Using a “Booster” Approach. M. Fulkerson, N. Ume, M. Perlmutter, M. Louth, D. Cleland, and C. Delaney.Monica Fulkerson (Jacobs/USA)
163. Augered Soil Removal and In Situ Biological/Chemical Degradation of PCE. R. Girouard, J.T. Spadaro, and M. Peterson.Richard Girouard (Ahtna Environmental, Inc./USA)
164. Permanganate Distribution and TCE Source Area Results Three Years after Full-Scale Injection of Solid Reagent by Controlled-Jet Injection. S. Golaski, G. Maalouf, D. Bryant, D. Knight, and B. Slack.Stan Golaski (Rogers & Callcott Environmental/USA)
165. Optimizing Injections in Nonoptimal Environments: The Marriage of HRSC with Advanced Injection Approaches to Treat TCE in Glacial Till. K. Grosinske, C. Scala, D. DeYoung, D.K. Nair, D. Leigh, and D. Wiley.Deepti Krishnan Nair (Battelle/USA)
166. Use of Two Injection Techniques to Apply Enhanced Reductive Dechlorination at a vOC Plume Site. M. Perlmutter and R. Goodson.Mike Perlmutter (Jacobs/USA)
167. New Application of the Grout Bomber Technology to Remediate low-Permeability Contaminated Media. S.D. Richardson, C.J. Newell, J.A. Long, M.L. Schofield, and L.M. Rocha.Stephen Richardson (GSI Environmental, Inc./USA)
168. Utilization of Innovative Methods to Design and Install a ZvI-PRB Using vertical Inclusion Propagation to Intercept a Chlorinated Plume. D.L. Schnell, P.J. Palko, and J. Santacroce.Deborah Schnell (GeoSierra Environmental, Inc./USA)
C4. Horizontal Wells
169. Soil vapor Extraction Using a Horizontal Remediation Well to Remediate Biogenic Methane and vOCs at a Hydrocarbon Contamination Site. S.H. Bailey, M.E. Pate, and J.R. Moses.Sam Hendrik Bailey (Kleinfelder/USA)
170. Horizontal Biosparging: Case Study of Southern California Pilot Study. M. Lubrecht, E. Davis, and M. Strong.Michael Lubrecht (Directed Technologies Drilling, Inc./USA)
171. Pilot-Scale Demonstration and validation of the Horizontal Reactive Media Treatment (HRXTM) Well for Passive In Situ Remediation. B. Nzeribe, M. Feng, W. Li, M. Crimi, C. Divine, J. McDonough, and J. Wang.Blossom Nzeribe (Clarkson University/USA)
172. Adding Accurate Control to Horizontal Well Systems under Tanks, Roads, Utilities, and Adjacent Owner Properties. L.I. Robinson.Lance Robinson (EN Rx, Inc./USA)
173. Using Discrete Horizontal Sampling Wells to Fill Data Gaps. L.I. Robinson.Lance Robinson (EN Rx, Inc./USA)
174. Horizontal Wells Down Under: Horizontal Wells Were Tasked to Target Source Area Under Industrial Complex. M. Sequino, P. Balbachevsky, and M. Mercuri.Mike Sequino (Directional Technologies, Inc./USA)
175. Application of Screen Design for Horizontal Injection Wells. B.D. Younkin, D.W. Ombalski, and J. Montoy.Brian Younkin (Directed Technologies Drilling, Inc./USA)
D1. Estimating Cleanup Timeframes and Modeling to Support Site Closure
176. Application of linear Regression Method to Track Remediation Progress and Predict Cleanup Time for a CvOC Groundwater Plume. A. Hodges and T. Feng.Alan Hodges (Jacobs/USA)
177. Site Characterization and Remedial Planning for TCE-Impacted Groundwater in Saprolite and Crystalline Bedrock. J. Zoeckler and C. Jettie.Christina Jettie (Hana Engineers & Consultants, LLC/USA)
178. Temporal and Spatial Statistical Monitoring Optimization Applications and Plan Modification Success. S.G. Lehrke and G.M. Wilming.Stephen Lehrke (Foth Infrastructure & Environment, LLC/USA)
179. Attenuation of a Chlorinated Solvent Plume Expedited by Underground Construction. J.R. Kastrinos and O. Miles.Owen Miles (Haley & Aldrich, Inc./USA)
180. Assessing MTBE Degradation in an Alluvial Aquifer. K. Sun, A. Brown, E. Keene, T. Andrews, and P. Salcido.Kerang Sun (Jacobs/USA)
181. Streamlining the Path to Site Closure Using a Two-Dimensional Spreadsheet Model and a Three-Dimensional visualization Tool. M.G. Sweetenham and A. Riffel.Michael Sweetenham (Trihydro Corporation/USA)
182. Using Modified Stiff Diagrams and 1,1-DCA as Conservative Tracer to Support Site Closure. A. Verce, T.A. Eliasson, and T.J. Fojut.Anja Verce (Weiss Associates/USA)
D2. Big Data, Data Mining, and Portfolio Optimization
183. Two “Flavors” of Big Data Studies in the Remediation Field: Methods and Example Applications. P. Kulkarni, C. Newell, T. McGuire, T. McHugh, J. McDade, and D. Adamson.David Adamson (GSI Environmental, Inc./USA)
184. EnviMetric: Findings from a Machine learning Approach to Planning Site Characterization. J. Dalton and A. Harrington.Jason Dalton (Azimuth1/USA)
185. Optimization of a large, long-Term Groundwater Monitoring Program at Hill Air Force Base, Utah. C. Holbert, S. Smith, M. Roginske, K. Bradley, A. Castor, G. Colgan, J. Cox, T. Isakson, M. Reynolds, and A. Dziechciarz.Charles Holbert (Jacobs/USA)
186. Evaluation of long-Term Performance and Sustained Treatment at Enhanced Anaerobic Bioremediation Sites: An Update. K.L. Walker, T.M. McGuire, D.T. Adamson, and C.J. Newell.Kenneth Walker (GSI Environmental, Inc./USA)
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D3. Optimizing Remedial Systems
187. In Situ Microcosms Demonstrate value in Optimizing In Situ Remediation. M. Burns, M. Porter, D. Carstens, S. Haitz, and P. Groff.Matthew Burns (WSP/USA)
188. In Situ Thermal Treatment with Integrated vapor Oxidation Technology: Design and lessons learned with GTR-O Systems. X. Chen, B. Krumbholz, and C. Winell.Xiaosong Chen (GEO/USA)
189. When a Temporary Solution Becomes a long-Term System. R. Evans.Richard Evans (Groundwater & Environmental Services, Inc./USA)
190. Shut-Down Test after 22 Years of Groundwater Treatment Reveals Optimal Strategy. S. Knox, D. Barsotti, and D. Young.Sheri Knox (Wood/USA)
191. Facing Remediation Challenges and Overcoming Engineering limitations: A Plan for Change. B.S. Langan and S.L. Knox.Bonani Langan (Wood/USA)
192. Optimization of EISB and MNA Confirmation at a Complex Site Using Multiple Evaluation Tools. L. MacKinnon, M. McMaster, S. Mancini, L. Zimmerman, C. Elmendorf, B. Dean, and A. McCord.Silvia Mancini (Geosyntec Consultants, Inc./Canada)
193. Using Soil Gas Concentration Mapping to Predict Soil vapor Extraction Radius of Influence variances and Optimize Remedial System Design. C. Martin.Collin Martin (EnviroForensics, LLC/USA)
194. Adaptive Adaptation: Flexibility of Recirculation to Accommodate Plume Change. N. Miller, M. Schnobrich, and D. Sonders.Nick Miller (Arcadis/USA)
195. You Have to Spend Money to Save Money: The Business Case for Pre-Remedial Assessment. D. Nelson, J. Byrd, E. Hollifield, and D. Gomes.Denice Nelson (ERM/USA)
196. Air Sparging as an Adaptive and Effective Plume Management Approach at large DNAPl Sites. C.J. Pike, M.J. Deliz, M.J. Jonnet, C.A. Hook, and M.P. Speranza.Chris Pike (Tetra Tech, Inc./USA)
197. Environmental Fracturing in low-K Conditions to Enhance Soil vapor Extraction. S.G. Pitts, R.W. Blackmer, and K.P. Rohwer.Steven Pitts (Equipoise Corporation/USA)
198. lessons learned in Optimizing Air Sparge/Soil vapor Extraction at a Former Dry Cleaner Site. S. Saalfield, A. Riggs, and J. Hayward.Samantha Saalfield (EA Engineering, Science, and Technology, Inc., PBC/USA)
199. laboratory Testing for Optimization of lead Stabilization at a Former Oil Refinery. C. Bucior, S. Dore, D. Pope, R. Thomas, and A. Weston.Ryan Thomas (GHD/USA)
200. Optimized Treatment of 1,4-Dioxane in Extracted Groundwater and Reinjection for Aquifer Replenishment. T. Kruk, J. Engels, K. Spikes, and S. Woodard.Steven Woodard (ECT/USA)
D4. Advances in Monitoring Injection Effectiveness (e.g., Radius of Influence)
201. Digital Documentation and Evaluation of CPS Distribution in Soil Cores Following Injection for Hexavalent Chromium Fixation. C.S. Alger, N. Gregory, E. Levy, and J. Marshak.Christopher Alger (Terraphase Engineering, Inc./USA)
202. lines of Evidence for Injection Solution Distribution in a Groundwater Transition Zone. C. Bell, F. Stanin, D. Garcia, and D. Eley.Caitlin Bell (Arcadis/USA)
203. Geophysics Tomography for Time-lapse Mapping of In Situ STAR Thermal Remediation. L.M. Trento, J.I. Gerhard, P. Tsourlos, M. McMaster, A. Sims, D. Liefl, and J. Vidumsky.Jason Gerhard (University of Western Ontario/Canada)
204. Using High-Resolution Data to Evaluate Distribution and Effectiveness of In Situ Injectates. T.A. Harp.Tom Harp (Remediation Risk Reduction, LLC/USA)
205. Applications of Electrical Resistivity Tomography to Support Remedy Selection and Implementation. T. Johnson, M. Truex, C. Strickland, J. Thomle, S. Springer, B. Williams, F. Elloy, P. Baynes, and M. Byrnes.Michael Truex (Pacific Northwest National Laboratory/USA)
206. The Use of High-Resolution Tools for Preliminary Assessment of ROI of Injections of Remediation Products. V.V. Sewaybricker and R. Spina.Victor Vanin Sewaybricker (GEOKLOCK/Brazil)
E1. Fractured Rock Site Characterization
207. Characterization of vertical Migration of PCE in a Granitic Aquifer Using Specialty Surface Geophysics. T. Halihan and S. McDonald.Todd Halihan (Oklahoma State University/USA)
208. Airborne Geophysical Program to Evaluate the Tertiary Ogallala and White River Groups Hydrostratigraphy, laramie County, Wyoming. P.G. Ivancie and J. Abraham.Paul Ivancie (Wood/USA)
209. A New Method for Efficient High-Resolution Mapping of DNAPl and Dissolved Phase Contamination in Fractured Bedrock. C. Keller, M. Higgins, B. Parker, S. Chapman, and S. Pitkin.Carl Keller (Flexible Liner Underground Technologies/USA)
E2. Managing/Remediating Chlorinated Solvent Impacts at Fractured Bedrock Sites
210. low-Impact Pilot Study leads to Expanded Treatability Evaluation Confirming Biostimulation Safe, Sustainable and Cost-Effective cvOC Remediation Strategy. K.C. Armstrong and B.L. Forlsund.Kent Armstrong (TerraStryke Products, LLC/USA)
211. Geochemical and Microbiological Progress Metrics for Bioremediation of Mixed Chlorinated Ethenes and Methanes. B. Bond, M. Morris, L. Zeng, and S. Abrams.Bob Bond (LANGAN/USA)
212. Assessment of PlumeStop® to Manage Back Diffusion at a Fractured Sandstone Site. M. Burns, M. Brown, S. Schoenmann, T. Huff, and S. Kretschman.Matthew Burns (WSP/USA)
213. Enhanced Bioremediation in Weathered Bedrock: Modifying ROD Selected Remedy, Design, and Implementation. D. Bytautas, P. Dombrowski, M. Snyder, and C. Weeden.Dustin Bytautas (AECOM/USA)
214. Case Study of TCE Source Zone Treatment Using Potassium Permanganate In Situ Chemical Oxidation in a Crystalline Bedrock Aquifer. A. Franze, J. Kasper, and J. Zubrow.Andrew Franze (Key Environmental/USA)
215. Application of In Situ Chemical Reduction (ISCR) to Treat Chlorinated Ethenes in Fractured Bedrock at a Redevelopment Site. F.S. Lakhwala, R. Srirangam, R. Harwood, E. Mertz, M. Meriney, and L. Dodge.Fayaz Lakhwala (PeroxyChem, LLC/USA)
216. Fractured Bedrock Remediation: Multiple Pilot Test Program Produces Cost-Effective Site-Wide Remediation. B.S. Langan and J. Bennett.Bonani Langan (Wood/USA)
217. Anaerobic Biodegradation Rates and Controlling Factors for Trichloroethene and Its Fluorinated Surrogate in Fractured Rock. M.M. Lorah, C. Morel, D.A. Akob, R. Allen-King, and T.E. Imbrigiotta.Michelle Lorah (U.S. Geological Survey/USA)
218. Evaluation of ISCO Oxidant-Infused Wax Cylinders within a Tetrachloroethene-Impacted Fractured Bedrock Aquifer. J. MacQueen, B. Dietert, A. Lindley, J. Shirley, and G. Lyssy.Jessica MacQueen (Parsons/USA)
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219. Seeking Site Closure in Bedrock: In Situ Chemical Oxidation Strategy for Treatment of a TCE Plume in Fractured Bedrock. H. Nichols, E. Sterzinar, B. Blum, and S. Abrams.Howard Nichols (LANGAN/USA)
220. First European Thermal Remediation of Crystalline Bedrock. N. Ploug, J. Holm, and S.G. Nielsen.Niels Ploug (Krüger A/S/Denmark)
221. In Situ Remediation of a Fractured Sedimentary Bedrock Groundwater and Overburden Impacted with TCE through Organic Carbon and Soluble Iron Injections: Pilot-Scale and Full-Scale Results. K. Ramanand, T. Chaturgan, K.D. Dyson, and P. Randazzo.Karnam Ramanand (Brown and Caldwell/USA)
E3. Karst Aquifer Case Studies
222. Observations following 10 Years of Bioreactor Operations in a South-Central Texas Fractured Bedrock Aquifer. B. Dietert, J. MacQueen, K. Rice, J. Shirley, and G. Lyssy.Bradly Dietert (Parsons/USA)
223. Karstic Terrain Hydrogeologic Characteristics Challenges to Protective Remedy Selection and Implementation. D. Heidlauf, B. Kennington, S. Popelar, and A. DeDolph.David Heidlauf (Ramboll/USA)
224. Multiple lines-of-Evidence Approach for Optimizing Operation of a TCE Remedial System in a Karstic Aquifer. B. Kennington, A. DeDolph, and S. Tarmann.Bruce Kennington (Ramboll Environ/USA)
225. lesson learned from Deep Soil Gas Profiles in a Fractured Aquifer at an Ammunition Factory in Israel. G. Reshef and N.Z. Dvory.Guy Reshef (Israel Water Authority/Israel)
226. Characterization of Fate and Transport Processes and Contaminant Distribution in Karst Groundwater Systems. N.I. Torres, J. Toro, E. Rodriguez-Medina, and I.Y. Padillla.Norma Torres (University of Puerto Rico at Mayagüez/USA)
227. Remediation of a large Gasoline Spill in Bermuda’s Karst Terrane. K.A. White, R. Bastida, and J. Perella.Keith White (Arcadis/USA)
F1. Natural Source Zone Depletion
228. Using Dynamic Flux Chambers to Estimate the Natural Attenuation Rates in the Subsurface at Contaminated Sites. R. Baciocchi, I. Verginelli, and R. Pecoraro.Renato Baciocchi (University of Rome Tor Vergata/Italy)
229. Estimates of Hydrocarbon NAPl Depletion from Compositional Change over Time. G.E. DeVaull and I. Rhodes.George DeVaull (Shell Global Solutions/USA)
230. A Comprehensive Mass Balance Approach to Quantify Subsurface Natural losses and Optimize Remediation System Operation. J. Fitzgibbons and T. Palaia.Jeff Fitzgibbons (Jacobs/USA)
231. Development of a Protocol for Carbon Dioxide Efflux Measurements Using Dynamic Closed Chamber for NSZD Estimates. P. Jourabchi, A. Wozney, I. Hers, and H. Hopkins.Parisa Jourabchi (Golder Associates/Canada)
232. Natural Source Zone Depletion Rates Based on Analysis of Empirical Soil-Gas Data. M. Lahvis.Matthew Lahvis (Shell Global Solutions/USA)
233. Relationship between NSZD and Ambient Temperature, Precipitation, and Groundwater Elevation at a Former Petroleum Refinery. B. McAlexander and N. Sihota.Ben McAlexander (Trihydro Corporation/USA)
234. The Potential for Natural Source Zone Depletion of Petroleum Hydrocarbons in Tropical Environments. T. Simpkin, T. Palaia, M. Gatan, A. Lee, and J. Zimbron.Tom Simpkin (Jacobs/USA)
235. Assessing NSZD for Creosote DNAPls. J. Smith, B. Koons, R. Holm, R. Sillan, S. Gaito, and G. Jeffries.Jonathon Smith (AECOM/USA)
F2. In Situ Remediation of Petroleum Hydrocarbons
236. Soil Excavation and Bioremediation Using ORC® and Organic Fertilizer at a Tidally-Influenced Site. H. Benfield, C. Ferrell, R. Brenner, and S. Sadrpour.Heather Benfield (Tetra Tech, Inc./USA)
237. Case Study: low-Cost In Situ Remediation on Oil-Contaminated Soil. S. Svanstrom, J. Bergman, and S. Haller.Jonny Bergman (RGS Nordic AB/Sweden)
238. Application of Poly Remediation Technologies for Petroleum-Contaminated Sites. C.-K. Yen, C.-C. Kao, and C.-H. Cheng.Cheng-Bin Chen (Sinotech Evnironmental Technology, Ltd./Taiwan)
239. Benzene Degradation under Anaerobic Conditions: Using Treatability Studies and Molecular Tools to Provide Insights. S. Dworatzek, J. Webb, K. Bradshaw, F. Luo, N. Bawa, S. Guo, and E. Edwards.Sandra Dworatzek (SiREM/Canada)
240. Monitoring of Air Injection Remediation Systems Using Carbon Dioxide Efflux Measurements. J. Fitzgibbons, D. Downey, R. Hinchee, and J. Zimbron.Jeff Fitzgibbons (Jacobs/USA)
241. Passive Hydrocarbon Remediation in a Foreshore Marine Environment. R. Kannappan, C. Boys, R. Horwath, M. Gill, C. Ott, and J. Malick.Ram Kannappan (AECOM/USA)
242. Permeable Reactive Pavement for Controlling the Transport of Benzene, Toluene, Ethylbenzene, and Xylene (BTEX) Contaminants. S. Huang and C. Liang.Chenju Liang (National Chung Hsing University/Taiwan)
243. Microbial Recovery after Eutrophic Conditions during Biostimulation at Hydrocarbon-Impacted Sites. L.M. Moehlman, S.D. Siciliano, K. Bradshaw, and T.J. Carlson.Lisa Moehlman (University of Saskatchewan/Canada)
244. Reclamation of a TPH-Impacted Site via lNAPl Recovery and ISCO Treatment: Case Field, Italy. C. Sandrone, A. Campi, F. Accorsi, and J. Mueller.Jim Mueller (Provectus Environmental Products, Inc./USA)
245. vacuum Driven In-Well Stripping and Recirculation: Comparative Evaluation of Two Pilot Studies. M. Pehlivan and R. Lorton.Mehmet Pehlivan (Bays Environmental Remediation Management/USA)
246. Biosparging Success in Confined Aquifers Using Chimneys as Subsurface Bioreactors at a BTEX Site in Gillette, Wyoming. I. Sutton, J. Hartley, and G. Ng.Ian Sutton (Jacobs/USA)
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G1. vapor Intrusion Risk Assessment and Site Management
247. vapor Intrusion Study of landfill Gas Containing Elevated levels of Carbon Dioxide. K.M. Kristensen, A.G. Christensen, M. Sonne, and A.M. Granhoj Hansen.Anders Christensen (NIRAS A/S/Denmark)
248. Summary of State Approaches to vapor Intrusion: 2018 Update. B. Eklund, L. Beckley, and R. Rago.Bart Eklund (AECOM/USA)
249. The New Subsurface Intrusion Pathway in the CERClA Hazard Ranking System (HRS): Impacts on Site Management Strategies. C. Holton, L. Lund, and C. Lutes.Chase Holton (Jacobs/USA)
250. Applications of the Navy Quantitative Decision Framework at Military Buildings. C. Holton, C. Lutes, L. Lund, and R. MacLure.Chase Holton (Jacobs/USA)
251. Hydrocarbon Background levels in Denmark: Indoor and Outdoor Air. P. Loll, P. Novrup, and B. Hvidberg.Per Loll (DMR A/S/Denmark)
252. Trichloroethylene (TCE) Emerging Issues and vapor Intrusion Rapid Action. J. Lowe, L. Lund, and C. Lutes.Loren Lund (Jacobs/USA)
253. A Review of Current TCE Short-Term Indoor Air Standards. L.J. Trozzolo.Laura Trozzolo (TRC Companies, Inc./USA)
254. Modeling of Source to Building Exclusion Distances at Petroleum-Contaminated Sites. I. Verginelli and R. Baciocchi.Iason Verginelli (University of Rome Tor Vergata/Italy)
G2. vapor Intrusion Mitigation and Effectiveness
255. From vapor Intrusion to Mitigation: A Status Review of the Current Practice. M. Ambrusch, S. Ciambruschini, B. Blum, O. Uppal, N. Najib, A. Falabella, S. Abrams, T. Russo, and R. Gaupp.Matthew Ambrusch (LANGAN/USA)
256. vertical Shaft Excavation to Remove Contaminated Soil with Passive vent Tube Backfill Completion. F.W. Blickle and T. Kinney.Frederick Blickle (GHD/USA)
257. In Flux: A Case Study of Transition from Active to Passive Sub-Slab Depressurization Systems for vapor Intrusion Sites. L. Campe, D. Collins, and P. Nangeroni.R. Duff Collins (Woodard & Curran/USA)
258. A vapor Intrusion Mitigation Site’s Follies and lessons learned. J.R. Dickson and C.F. Winkeljohn.James Dickson (CTI and Associates, Inc./USA)
259. vapor Intrusion and Air Cleaners: A Review of Field Performance Data: Application Selection Methods and Research Needs. K.E. Hallberg, C. Lutes, R. Truesdale, K. Owen, and B. Schumacher.Keri Hallberg (Jacobs/USA)
260. Performance of SvE Systems in Preventing vI: Multisite Comparison. K.E. Hallberg, C. Lutes, J. Minchak, R. Truesdale, B. Schumacher, J.H. Zimmerman, R. Connell, B. Stewart, J. De Loera, and J. Narusawa.Keri Hallberg (Jacobs/USA)
261. Mitigation of Petroleum vapor Intrusion Using low-Flow Air Injection. P. Michalski and S. Thompson.Paul Michalski (212 Environmental Consulting, LLC/USA)
262. Challenges in Design and Operation of a Sub-Slab Depressurization System at an Occupied, 150-Year Old Former Mill Building. L.J. Campe, P. Nangeroni, R. McGrath, A. Roche, and B. Aigler.Peter Nangeroni (Woodard & Curran/USA)
263. Building Survey, Indoor Source Identification, and vapor Mitigation lessons learned at a Superfund Site. M. Patil, J.D. Graber, and D.C. Shipman.Mukta Patil (LANGAN/USA)
264. Strategy Used to Avoid Design and Construction of Active Methane Mitigation Systems. M. Patil, S. Reinis, and J. Ludlow.Mukta Patil (LANGAN/USA)
265. Strategy Used to Distinguish between Potential vapor Intrusion, Indoor Sources, or Building Systems Malfunction. S. Reinis, J. Schaettle, H. Farr, and J.F. Ludlow.Sigrida Reinis (LANGAN/USA)
266. vapor Intrusion Mitigation Using HvAC System Engineering Controls: Performance and Reliability Demonstration. D. Shea, J.H. Sanborn, and S.P. Soos.Seth Soos (Sanborn, Head and Associates, Inc./USA)
267. Trichloroethylene Removal from an Active Cooling System at the Main laboratory Building located at Cold Regions Research Engineering laboratory, Hanover, New Hampshire. N. Schofield, M. Oliva, and M. Cicalese.Kevin Wheeler (Sovereign Consulting Inc./USA)
G3. vapor Intrusion Preferential Pathways
268. Using Real-Time Data to Evaluate the Sewer Gas to Indoor Air Pathway. A.P. Friedrich and A. Wallace.Aaron Friedrich (ERM/USA)
269. New Insights Into Exposure through Preferential Pathway vapor Migration. M. Hamilton, C. McFall, and G. Randall.Megan Hamilton (EnviroForensics, LLC/USA)
270. Sewer Preferential Pathway vapor Intrusion: Fake News or the New Normal? L. Beckley and T. McHugh.Thomas McHugh (GSI Environmental, Inc./USA)
271. Indoor Air Problems Caused by Chlorinated Solvents Spreading through Public Sewer Systems. K.B. Nielsen and K. Rüegg.Karin Birn Nielsen (Central Denmark Region/Denmark)
272. vapor Transport through Sewer Systems: Mechanisms and variables. M. Roghani and K.G. Pennell.Mohammadyousef Roghani (University of Kentucky/USA)
273. Geospatial Screening Method to Identify Sewer Gas Inhalation Exposure Risks near Hazardous Waste Sites. E.J. Willett and K.G. Pennell.Evan Willett (University of Kentucky/USA)
G4. Advances in vapor Intrusion Investigations
274. Multiple lines of Evidence, Including CSIA, to Differentiate an Indoor Source from vapor Intrusion. S. Dergham, C. Serlin, D. Rowe, and B. Hartman.Safaa Dergham (Ramboll/USA)
275. Using Field Observations to Determine Equilibration Times and Purge volume Removal for Soil vapor Sampling. A.K. Haar and S.E. Jones.Angela K. Haar (Jones Environmental, Inc./USA)
276. Measuring Trace level vOCs in High Concentration Soil Gas Matrices: A New Tool to Meet Risk-Based Screening levels. H.C. Hayes and D. Benton.Heidi Hayes (Eurofins Air Toxics/USA)
277. Automated Continuous Real-Time vapor Intrusion Monitoring and Response: Preventing Acute Exposures. M. Kram, B. Hartman, and C. Frescura.Mark Kram (Groundswell Technologies, Inc./USA)
278. Approaches to Consider the Influence of Building Infiltration and ventilation on vapor Intrusion Exposure Risks. E. Shirazi and K.G. Pennell.Elham Shirazi (University of Kentucky/USA)
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ND
AY
279. Evaluation of Soil vapor Extraction Data to Characterize Mass Flux to the vapor Intrusion Boundary. L. Stewart, R.S. Truesdale, C. Lutes, B. Schumacher, and J. Zimmerman.Lloyd Stewart (Praxis Environmental Technologies, Inc./USA)
280. vapor Intrusion Snapshot of Updates. T.R. Walker and D. Caldwell.Teresie Walker (NAVFAC Atlantic/USA)
H1. Groundwater Modeling Advancements
281. Numerical Modeling of a Pumping Test to Determine Foam Spatial Distribution and Heterogeneity after a Field Site Injection. O. Atteia, E. Verardo, and C. Portois.Olivier Atteia (Bordeaux University/France)
282. Artificial Neural Network Development to Predict Plant Uptake and Translocation of Chlorinated Contaminants: Implications on Risk and Remediation. M. Bagheri and J.G. Burken.Joel Burken (Missouri University of Science & Technology/USA)
283. Simulation of Nearshore Groundwater-Seawater Interactions Using SEAWAT 2000 and MODFlOW USG: A Comparative Case Study. M.Y. Chu.Min-Ying Jacob Chu (Haley & Aldrich, Inc./USA)
284. Matrix Diffusion Modeling: Handling Heterogeneity. S.K. Farhat, C.J. Newell, R.W. Falta, and K. Lynch.Shahla Farhat (GSI Environmental, Inc./USA)
285. An Improved Simulation Method Using the Dual-Domain Formulation: Mass Transfer versus Mass Transfer Rate. S.T. Potter, M.P. Kladias, M.W. Killingstad, J. Wang, and K. Ashfaque.Michael Kladias (Arcadis/USA)
286. Modeling Approaches to Assess Upward DNAPl Migration Potential in Shallow Sediments to Support Remedy Design. J.B.H. Rayner, G.P. Wealthall, D.A. Reynolds, K.D. Pennell, D.W. Himmelheber, H.L. Cumberland, and J.F. Beech.James Rayner (Geosyntec Consultants/Canada)
287. Simulation of variable Contaminant Decay in the Presence of a Decaying Carbon Substrate. J. Roller and M. Kladias.Jonathan Roller (ARCADIS/USA)
288. Numerical Groundwater Modeling to Support Biowall Injection Design and Cost Strategy. J.W. Schuetz and D.R. Griffiths.James Schuetz (Parsons/USA)
289. Novel 3-D Modeling Approach for Sites with Complex, Well-Characterized Geology. M. Sellwood, J. Barros, A. Wilson, E. Schwartz, J.P. Kimball, and L. Hovey.Mike Sellwood (TRC Companies, Inc./USA)
290. MTBE: An Innovative Remedial Strategy for an Old Contaminant of Concern. O. Uppal, M. Ambrusch, A. Kerr, J. McMains, and S. Abrams.Omer Uppal (LANGAN/USA)
291. Application of Hydrogeochemical Modeling Tools (PHREEQC/PHT3D) for Study of an Environmental Remediation Site. V.V. Sewaybricker and R.O. Coelho.Victor Vanin Sewaybricker (GEOKLOCK/Brazil)
H2. Conceptual Site Models
292. Traditional Site Investigation and High-Resolution Investigation: Using the Right Tools for Deciphering a Hydrogeological Model. S.S. Aluani, M.C.F. Spilborghs, F.B. Tomiatti, E. Pujol, R.C. Moura, and N.C. Nascimento.Sidney Aluani (SGW Services/Brazil)
293. Developing a Site Conceptual Model: The Influence of Deep Building Foundations on Contaminant Transport. M.B. Dail and M.T. Jordan.Michael Dail (Terracon/USA)
294. Coal Combustion Residual (CCR) Remediation Road Map: How to Get There from Here. D.R. Gray and B. Dahlgren.Doug Gray (AECOM/USA)
295. Benefits of an “Evergreen” Conceptual Site Model for Remedy Optimization at a Rural Northeast Superfund Site. P. Nangeroni, J. House, R. McGrath, and A. Bittner.Jason House (Woodard & Curran/USA)
296. Use of Contaminant Phase Distribution Calculations to Support Compartment-Based Conceptual Site Models. K.D. Pennell and N.N. Akladiss.Kurt Pennell (Brown University/USA)
297. 3-D Printing for visualizing Sites: Printing Models Instead of Maps. C.M. Ross, C.S. Martin, R.D. Walker, B. Jackson, and A. Barton.Chapman Ross (Geosyntec Consultants/USA)
298. Quantifying Aquifer Recharge from an Unlined Drainage Ditch Receiving Treated Water. K. Sun, A. Brown, A. Barnhart, E. Keene, T. Andrews, and P. Salcido.Kerang Sun (Jacobs/USA)
299. Complex Challenges at light Nonaqueous Phase liquid Sites: An Overview of the NAvFAC Fact Sheet. D.W. Tomlinson, T. Meyers, W. Condit, S. Rosansky, D. Nair, and N. Durant.Derek Tomlinson (GEI Consultants, Inc./USA)
I1. Advancing Environmental Science and Remediation in vietnam
300. Comparative Study of 2,4-Dichlorophenoxyacetic Acid Adsorption onto Alkali-Activated Carbon Nanotubes and Activated Carbon. H.H. Kim, A.L. Vinh, and C.L. Minh.Hoang Kim Hue (Chemical Command/Vietnam)
301. Stakeholder Engagement and Capacity Building for Dioxin Remediation in vietnam. J. Mason, R. Chichakli, D. Moats, P. Chenevey, and M.P. Nguyen.Jasmine Mason (Hatfield Consultants/Canada)
302. Synthesis of Carbon Aerogel from Waste Paper for Removal of Heavy Metal Ion in Aqueous Solutions. T. Trang Nguyen, V. Thang Nguyen, T. Thuy Do, M. Tuong Nguyen, and T. Hung Nguyen.Hung Tran Nguyen (Hanoi Insitute of Chemistry and Materials Science/Vietnam)
303. Degradation of 2,4,6-Trinitrotulene (TNT) in Wastewater by Advanced Oxidation System Fe0/H2O/Na2S2O8/EDTA. N.T. Huong, T.V. Chung, T.D. Hoanh, and K.H. Binh.Nguyen Thu Huong (Academy of Military Science and Technology/Vietnam)
304. Bioaccumulation of Trace Metals in Meretrix lyrata near the Saigon-Dong Nai River Estuary, vietnam. V.T. Tran, D.P. Nguyen, and E. Strady.Viet Tuan Tran (Institute for Tropicalization and Environment/Vietnam)
I2. International Case Studies
305. Searching for the Crucial Piece of the Plume Puzzle: A Case Study from Central Denmark Region, Denmark. H.J. Blæsbjerg and S.G. Lauridsen.Helle Jusjong Blæsbjerg (Central Denmark Region/Denmark)
306. Remediation of Mercury Contamination at a Former ChlorAlkali Plant in NSW Using Integrated Cap and Containment Technologies. G. Butterfield, G. Schmertmann, C. Vernon, F. Cosme, J. Stening, and A.D. Laase.Gavan Butterfield (Golder Associates/Australia)
Group 1 posTErsM
ON
DA
Y
32
307. Numerical Simulation of Solute Migration Facilitated Groundwater Remedial Design under a Hexavalent Chromium-Contaminated Site. Z. Ding and N. Sun.Zhenyu Ding (Chinese Academy for Environmental Planning/China)
308. largest ERH Site in latin America. A.L. Donzelli and J. Seeman.Ana Lygia Donzelli (Cyrela/Brazil)
309. Remediation of Chlorinated Groundwater Plumes in Denmark: A Technology Development Project. D. Harrekilde, N. Tuxen, L. Bennedsen, and M. Martina Broholm.Dorte Harrekilde (Ramboll/Denmark)
310. An Approach to the Beneficial Use of Fine Sediments by Solidification: I. leaching Properties and Intensity. K. Kim, E.-J. Won, Y. Gang, and K. Ra.Kyoungrean Kim (Korea Institute of Ocean Science and Technology/South Korea)
311. A Set of Complete Technological System-Based Soil Washing for the Remediation of a Heavy Metals-Contaminated Site. Y. Li and X.-Y. Liao.You Li (Chinese Academy of Sciences/China)
312. Abiotic and Biotic TCE Reduction Bench Study Using local Organic Carbon and Iron Sources Conducted in Sao Paulo, Brazil. K. Morris, M. Singer, and B. Gil.Kevin Morris (ERM/USA)
313. The Results from Three Years of Wide-Scale Chlorinated Hydrocarbon Assessment and Mitigation. A.W. Pruszinski, D.C. McGill, S. Thompson, and M.R. Talbot.Andrew Pruszinski (Environment Protection Authority/Australia)
314. Those Stubborn Sterilants: Environmental Management of Sites Impacted with Bromacil, Dicamaba, and Tebuthiuron. B. Rakewich and H. Bakker.Barry Rakewich (Nichols Environmental Ltd./Canada)
315. Application of World Advanced Remediation Technologies in China. Z. Mei, G. Lu, Z. Liu, and H. Shan.Huifeng Shan (PeroxyChem, LLC/China)
316. Combination of Chemical Oxidation and Electrokinetic for lNAPl Remediation in a Tropical Soil Capillary Fringe. L.P.M. Silveira, B.O. Agostinho, I.P. Leme, L.M.U. Morioka, S.R. Honda, S.A.C. Furquim, and J.G. Freitas.Lilian Puerta Machado Silveira (UNIFESP, Integrated Environmental Analysis/Brazil)
317. Application of Multiple Technologies to Achieve Risk-Based Remediation of Petroleum Hydrocarbons in a Challenging International Environment. T. Simpkin and C. Romero.Tom Simpkin (Jacobs/USA)
318. Challenges in the Implementation of the Remediation Actions in a Residential Area with a History of Conflict of Interest. V.V. Sewaybricker and R. Spina.Victor Vanin Sewaybricker (GEOKLOCK/Brazil)
I3. Botany “Mega” Site Cleanup Project
319. Aerobic Biodegradation of 1,2-Dichloroethane at the Botany Industrial Park. J.E. Munro, E.F. Liew, M.-A. Ly, and N.V. Coleman.Nicholas Coleman (University of Sydney/Australia)
320. A Case Study of the Anatomy of a Dynamic High Concentration Chlorinated Solvent Plume and Consequences on Remedial Strategy. J. Duran.Joe Duran (Golder Associates/Australia)
321. Technology Screening and Remedy Selection at large-Scale, Complex DNAPl Sites: Orica Botany Case Study. M. Kavanaugh, E. Suchomel, J. Konzuk, and C. Cheyne.Michael Kavanaugh (Geosyntec Consultants/USA)
322. Botany Groundwater Cleanup Project: Arguably the largest and Most Complex in Australia. J.R. Stening.James Stening (Orica Ltd./Australia)
323. Evolution of a Conceptual Site Model for the Botany Chlorinated Hydrocarbon “Mega-Site” Cleanup Project. A. Woinarski, G. Dasey, and J. Stening.Andrei Woinarski (Senversa/Australia)
MO
ND
AY
33
TuEsdaY 8:00-10:05 a.m.paLm sprINGs CoNVENTIoN CENTEr
TUE
SDA
Y 8
:00
-10
:05
a.m
. (P
SCC
)
8:00
8:25
8:50
9:15
9:40
10:0
5
Trea
tmen
t of T
CE to
30
Met
ers
in
Frac
ture
d G
rani
te: H
ow to
Add
ress
a
Site
Whe
n Yo
u Ca
nnot
Dri
ll an
d Sa
mpl
e th
e R
ock?
S.
Grie
pke
Nie
lsen
, G. H
eron
, A.
Bon
arrig
o, A
. Car
avel
la,
E. P
ears
on, a
nd C
. Ser
lin.
Stef
fen
Grie
pke
Nie
lsen
(Ter
raTh
erm
, In
c./U
SA)
U.S
. EPA
Sup
erfu
nd O
ptim
izat
ion:
Pr
ogre
ss a
nd O
utco
mes
. K. B
iggs
, E.
Gilb
ert,
M. J
effe
rson
, and
C.
Pac
hon.
Ca
rlos
Pach
on (U
.S. E
nviro
nmen
tal
Prot
ectio
n Ag
ency
/USA
)
Stat
e of
the
Prac
tice
for I
nnov
ativ
e an
d O
ptim
ized
Del
iver
y M
etho
ds fo
r l i
quid
and
Sol
id A
men
dmen
ts in
a
vari
ety
of l
ithol
ogie
s. E
. Coo
per,
N
. Hey
, S. C
hen,
and
R. K
elle
y.
Elio
t Coo
per (
Casc
ade
Tech
nica
l Se
rvic
es/U
SA)
Flyi
ng b
elow
the
Rad
ar: W
hat A
re
Thos
e O
ther
Mic
robe
s D
oing
?
S. D
wor
atze
k, J
. Rob
erts
, P. D
enni
s,
and
P. D
olla
r. Sa
ndra
Dw
orat
zek
(SiR
EM/C
anad
a)
A N
ovel
Put
ativ
e Pr
opan
e M
onoo
xyge
nase
Initi
atin
g M
etab
olis
m o
f 1,4
-Dio
xane
. D
. Den
g, F.
Li,
and
M. L
i. M
engy
an L
i (N
ew J
erse
y In
stitu
te o
f Te
chno
logy
/USA
)
Cont
ract
ion
of a
15-
Acre
TCE
Plu
me
in O
verb
urde
n an
d Be
droc
k Th
ree
Year
s af
ter F
ull-
Scal
e Ba
rrie
r Co
nstr
uctio
n by
Con
trol
led-
Jet Z
vI
Inje
ctio
n. G
. Maa
louf
, S. G
olas
ki,
D. B
ryan
t, D
. Kni
ght,
and
B. S
lack
. D
an B
ryan
t (W
ooda
rd &
Cur
ran/
USA
)
Rem
edy
Perf
orm
ance
Rep
ortin
g:
Dri
ving
Rem
edia
tion
Syst
em
Opt
imiz
atio
n an
d Si
te P
rogr
essi
on.
K.M
. Lie
nau,
D. S
wee
ten,
and
C.
Bla
ncha
rd.
Kevi
n Li
enau
(GES
/USA
)
A N
ew T
echn
olog
y fo
r In
Situ
R
emed
iatio
n of
Con
tam
inat
ed
Site
s by
Cry
o-En
hanc
ed D
eliv
ery
of
Rea
ctan
ts in
low
Per
mea
ble
Clay
ey
Dep
osits
. H.U
. Sø,
R. J
akob
sen,
C.
Kjø
ller,
K.E.
Klin
t, T.
H. L
arse
n,
A. T
sito
naki
, and
N. T
uxen
. H
elle
Ugi
lt Sø
(GEU
S/D
enm
ark)
l ink
ing
Acet
ylen
otro
phs
to
Mic
robi
al R
emed
iatio
n of
Ch
lori
nate
d So
lven
ts. D
.M. A
kob,
Y.
Shr
esth
a, S
.S. B
aesm
an, a
nd
R.S
. Ore
mla
nd.
Den
ise
Akob
(U.S
. Geo
logi
cal
Surv
ey/U
SA)
Opt
imiz
ing
a M
ixed
Mic
robi
al
Com
mun
ity to
Bio
degr
ade
Chlo
rina
ted
Ethe
nes
and
1,4-
Dio
xane
. A. P
olas
ko, A
. Zul
li,
S. M
ahen
dra,
S. D
wor
atze
k, E
. Mac
k,
and
C. W
alec
ka-H
utch
inso
n.
Alex
andr
a Po
lask
o (U
nive
rsity
of
Calif
orni
a, L
os A
ngel
es/U
SA)
ITR
C’s
Gui
danc
e fo
r Ch
arac
teri
zatio
n an
d R
emed
iatio
n of
Fra
ctur
ed B
edro
ck: P
art I
Ch
arac
teri
zatio
n. M
.B. S
mith
, R
. Wym
ore,
and
N.A
. Akl
adis
s.
Mic
hael
Sm
ith (V
erm
ont D
epar
tmen
t of
Env
ironm
enta
l Con
serv
atio
n/U
SA)
SESS
ION
BR
EAK
Rem
edia
l Pro
cess
Opt
imiz
atio
n of
a G
roun
dwat
er E
xtra
ctio
n an
d R
echa
rge
Syst
em a
t a S
uper
fund
Si
te in
New
Jer
sey.
M. O
stro
wsk
i, J.
R. C
aput
i, C.
Mey
n, a
nd S
. Hav
lik.
Mar
ek O
stro
wsk
i (Br
own
and
Cald
wel
l/USA
)
Spec
ifica
lly C
onfig
ured
G
roun
dwat
er C
ircu
latio
n (G
CW) S
yste
m fo
r Acc
eler
ated
Bi
odeg
rada
tion
of C
AHs
unde
r An
aero
bic
Cond
ition
s. D
. Hill
er,
M. P
iepe
nbrin
k, K
. Mue
ller,
and
E.
Ale
si.
Die
ter H
iller
(ER
M/G
erm
any)
Succ
essf
ul In
Situ
Pilo
t-Sc
ale
Test
D
esig
n an
d Im
plem
enta
tion
to T
reat
G
roun
dwat
er Im
pact
ed w
ith P
CE
and
TCE
thro
ugh
Org
anic
Car
bon
and
Solu
ble
Iron
Inje
ctio
ns.
J. C
laffe
y, R
. Ruh
mke
, J. N
guye
n,
K. W
hite
, and
K. R
aman
and.
Ke
vin
Whi
te (B
row
n an
d Ca
ldw
ell/
USA
)
SESS
ION
BR
EAK
SESS
ION
BR
EAK
Trea
tmen
t of M
ixed
Chl
orin
ated
So
lven
ts a
nd 1
,4-D
ioxa
ne in
G
roun
dwat
er: T
estin
g of
Tw
o Bi
odeg
rada
tion
Stra
tegi
es.
C. B
ucio
r, S.
Dor
e, D
. Pop
e,
R. T
hom
as, A
. Wes
ton,
and
F. B
lickl
e.
Soph
ia D
ore
(GH
D/U
SA)
Trea
tmen
t of 1
,4-D
ioxa
ne a
nd C
vOCs
by
Bio
augm
ente
d G
ranu
lar A
ctiv
ated
Ca
rbon
and
Bio
augm
ente
d Sy
nthe
tic
Zeol
ite. N
.W. J
ohns
on, S
. Moh
anty
, S.
Mah
endr
a, Y
. Liu
, P. P
ornw
ongt
hong
, E.
Mac
k, a
nd C
. Wal
ecka
-Hut
chis
on.
Nic
hola
s W
ade
John
son
(Uni
vers
ity o
f Ca
lifor
nia,
Los
Ang
eles
/USA
)
SESS
ION
BR
EAK
ITR
C’s
Gui
danc
e fo
r Ch
arac
teri
zatio
n an
d R
emed
iatio
n of
Fra
ctur
ed B
edro
ck: P
art 2
R
emed
iatio
n. R
.A. W
ymor
e,
M.B
. Sm
ith, a
nd N
. Akl
adis
s.
Rya
n W
ymor
e (C
DM
Sm
ith, I
nc./
USA
)
PCE
and
Dau
ghte
r Rem
edia
tion
in
lim
esto
ne B
edro
ck: B
row
nfiel
ds
Red
evel
opm
ent o
f a F
orm
er T
ubin
g M
anuf
actu
ring
Fac
ility
. W.L
. Bra
b an
d R
.W. J
ohns
ton.
W
illia
m B
rab
(AST
Env
ironm
enta
l, In
c./U
SA)
Opt
imiz
ing
a Co
mpl
ex R
emed
iatio
n Pr
ojec
t in
an E
volv
ing
Envi
ronm
ent.
C.
Col
adon
ato,
B. G
oodw
in, a
nd
P. N
adeb
aum
. Pe
ter N
adeb
aum
(GH
D/A
ustr
alia
)
In S
itu S
olid
ifica
tion/
Stab
iliza
tion
of a
Res
idua
l Aci
d Ta
r via
Dee
p So
il M
ixin
g w
ith l
arge
Dia
met
er
Auge
rs. D
. Col
lins,
E. R
owne
y,
R. A
ndra
chek
, and
N. J
ohns
on.
Dav
id C
ollin
s (S
tant
ec/U
SA)
Conv
ertin
g a
Stor
mw
ater
Pon
d in
to
a M
ulti-
Stag
e Tr
eatm
ent R
eact
or fo
r Ar
seni
c, A
mm
onia
, and
Ben
zene
at
the
Indu
stri
-Ple
x Su
perf
und
Site
. B.
Tho
mps
on, T
. Maj
er, M
. Kel
ley,
C.
Eld
er, C
. Elm
endo
rf, a
nd
J. G
abrie
l. Br
uce
Thom
pson
(de
max
imis
, inc
./U
SA)
Bioa
ugm
enta
tion
for R
emed
iatio
n of
Aer
obic
vin
yl C
hlor
ide
Plum
es.
T. M
atte
s, P
. Ric
hard
s, J
. Rob
erts
, J.
Web
b, P
. Den
nis,
S. D
wor
atze
k,
P. D
olla
r, an
d N
. Dur
ant.
Tim
Mat
tes
(Uni
vers
ity o
f Iow
a/U
SA)
Effe
ctiv
e R
emed
iatio
n th
roug
h Co
ntin
uous
Rem
edy
Eval
uatio
n an
d Ad
apta
tion:
A 2
0-Ye
ar C
ase
Stud
y.
C. E
lder
, R. S
cott,
D. W
anty
, and
M
. Mill
er.
Carl
Elde
r (G
eosy
ntec
Con
sulta
nts/
USA
)
SESS
ION
BR
EAK
Com
etab
olic
Tre
atm
ent o
f Em
ergi
ng C
onta
min
ants
incl
udin
g 1,
4-D
ioxa
ne, 1
,2-D
ibro
moe
than
e,
and
N-N
itros
odim
ethy
lam
ine.
P.
B. H
atzi
nger
, D.L
. Lip
pinc
ott,
and
J.F.
Begl
ey.
Paul
Hat
zing
er (A
PTIM
/USA
)
Del
iver
y of
a P
erm
eabl
e In
ject
ion
Net
wor
k fo
r Enh
ance
d R
educ
tive
Dec
hlor
inat
ion
Trea
tmen
t: Ad
aptin
g to
Site
Cha
lleng
es. D
.L. S
chne
ll,
P.J.
Pal
ko, a
nd S
.G. F
eldm
ann.
D
ebor
ah S
chne
ll (G
eoSi
erra
En
viro
nmen
tal,
Inc.
/USA
)
A Se
ssio
nsPr
imro
se A
B Se
ssio
nsPr
imro
se B
C Se
ssio
nsPr
imro
se C
D S
essi
ons
Prim
rose
DE
Sess
ions
Smok
etre
e
PAlM
SPR
ING
S CO
NvE
NTI
ON
CEN
TER
E2. Managing/Remediating Chlorinated Solvent Impacts at Fractured Bedrock Sites
D3. Optimizing Remedial Systems
C3. Innovative and Optimized Delivery Methods
B2. Biological Remedies
A3. Remediation of 1,4-Dioxane
34
TuEsdaY 8:00-10:05 a.m.paLm sprINGs CoNVENTIoN CENTEr
TuEsdaY 8:00-10:05 a.m.rENaIssaNCE HoTEL & LEarNING LaB
TUE
SDA
Y 8:0
0-10
:05 a.m
. (Renaissance H
otel &
Learning Lab)
8:00
8:25
8:50
9:15
9:40
10:0
5
Engi
neer
ed H
oriz
onta
l Wel
l Scr
een
Des
ign
Softw
are
Pres
ente
d by
: Dire
ctio
nal
Tech
nolo
gies
Adva
nce
in H
ealth
Ris
k As
sess
men
t M
etho
dolo
gy o
f Bro
wnfi
eld
Site
s in
Ch
ina.
L. J
iang
and
M.S
. Zho
ng.
Lin
Jian
g (B
eijin
g M
unic
ipal
R
esea
rch
Inst
itute
of E
nviro
nmen
tal
Prot
ectio
n/Ch
ina)
PAN
El: H
ow C
an W
e Im
prov
e G
roun
dwat
er T
rans
port
Mod
elin
g?
Mod
erat
orD
r. Ch
arle
s N
ewel
l (G
SI
Envi
ronm
enta
l, In
c./U
SA)
Pane
lists
Dr.
Fred
Mol
z (C
lem
son
Uni
vers
ity)
Dr.
Fred
Pay
ne (A
rcad
is)
Dr.
Ron
ald
Falta
(C
lem
son
Uni
vers
ity)
Dr.
Sora
b Pa
nday
(G
SI E
nviro
nmen
tal,
Inc.
)D
r. Ti
mot
hy S
chei
be (P
NN
L)
Sew
ers
as a
Pre
fere
ntia
l vI
Path
way
: Dyn
amic
Mea
sure
men
ts
and
Qua
ntita
tive
Ris
k As
sess
men
ts.
P. L
oll,
P. L
arse
n, C
. Lar
sen,
H
. Nie
lsen
, K.D
. Rau
n,
K.R
. Thy
gese
n, a
nd K
.B. M
orte
nsen
. Pe
r Lol
l (D
MR
A/S
/Den
mar
k)
PAN
El: N
atur
al S
ourc
e Zo
ne
Dep
letio
n (N
SZD
): T
reat
men
t Tra
in
Engi
ne o
r Cab
oose
?
Mod
erat
orD
erek
Tom
linso
n (G
EI
Cons
ulta
nts,
Inc.
)
Pane
lists
Barb
ara
Beki
ns (U
SGS)
Sanj
ay G
arg
(She
ll O
il Co
mpa
ny)
Just
in M
ered
ith (T
enne
ssee
DEC
)Th
omas
Sal
e (C
olor
ado
Stat
e U
nive
rsity
)N
atas
ha S
ihot
a (C
hevr
on
Corp
orat
ion)
Julio
Zim
bron
(E-F
lux)
l ess
ons
lear
ned
from
an
In
Situ
The
rmal
Des
orpt
ion
Pilo
t in
Shan
ghai
/Chi
na. S
. Zha
ng, H
. Tu,
C.
Wan
g, a
nd L
. Ma.
Li
e M
a (G
reen
men
t Env
ironm
ent/
Chin
a)
Anal
ysis
of T
CE v
apor
Dis
trib
utio
n in
Util
ity C
orri
dors
abo
ve a
D
isso
lved
Plu
me
and
Spat
ial
Corr
elat
ion
with
Res
iden
tial v
apor
In
trus
ion
Impa
cts.
Y. G
uo, P
. Dah
len,
an
d P.
C. J
ohns
on.
Yuan
min
g G
uo (A
rizon
a St
ate
Uni
vers
ity/U
SA)
Rea
l-Ti
me
Dri
lling
Flu
id
Com
pari
son:
Ben
toni
te v
ersu
s Bi
opol
ymer
Pres
ente
d by
: Dire
cted
Tec
hnol
ogie
s D
rillin
g, In
c.
Usi
ng R
eal-
Tim
e M
onito
ring
to
Rap
idly
Ass
ess
and
Adju
st
Gro
undw
ater
Rem
edia
tion
St
rate
gies
Pr
esen
ted
by: I
n-Si
tu, I
nc.
Trea
tabi
lity
Stud
ies
and
Pilo
t Tes
t Pr
ogra
m fo
r Rem
edia
l Sel
ectio
n in
a
NAP
l-Im
pact
ed S
ite in
Bra
zil.
P.
Bar
reto
, C. M
owde
r, E.
E. M
ack,
an
d J.
Hen
ders
on.
Paol
a Ba
rret
o Q
uint
ero
(Jac
obs/
USA
)
Flow
Dyn
amic
s in
Sew
er S
yste
ms
and
Pote
ntia
ls o
n vI
Pre
fere
ntia
l Pa
thw
ays.
T.V
. Bot
e, B
.N. H
offm
ark,
L.
Nis
sen,
K.B
. Mor
tens
en,
K.R
. Thy
gese
n, H
. Nie
lsen
, K.
D. R
aun,
and
S.R
. Ped
erse
n.
Tage
V. B
ote
(CO
WI A
/S/D
enm
ark)
The
Auto
bahn
of v
apor
Intr
usio
n M
igra
tion:
Pat
hway
Eva
luat
ion
from
a
Sole
Sou
rce-
Impa
cted
Sub
surf
ace
Sew
er. A
.P. F
riedr
ich
and
A. W
alla
ce.
Aaro
n Fr
iedr
ich
(ER
M/U
SA)
Appl
icat
ion
of E
nhan
ced
Red
uctiv
e D
echl
orin
atio
n: T
he v
alue
of
Asse
ssin
g Si
te C
ondi
tions
Pri
or to
D
ecis
ion
Mak
ing.
J. B
astr
up a
nd
H. A
shur
. Jo
hn B
astr
up (G
EO/D
enm
ark)
SESS
ION
BR
EAK
SESS
ION
BR
EAK
SESS
ION
BR
EAK
Prev
alen
ce a
nd E
xten
t of c
vOC
Cont
amin
atio
n in
San
itary
Sew
ers
due
to G
roun
dwat
er C
onta
min
atio
n in
the
San
Fran
cisc
o Ba
y Ar
ea.
B. R
ichm
an, K
. Pen
nell,
M. A
rmen
, G
. Sku
laso
n, A
. Vito
uchk
ine,
C.
R. V
iteri,
and
A.E
. Mill
er.
Anth
ony
Mill
er (E
ntan
glem
ent
Tech
nolo
gies
, Inc
./USA
)
Sew
er v
entil
atio
n as
a v
I Miti
gatio
n Al
tern
ativ
e: C
ase
Stud
ies.
K.
E. H
allb
erg,
L. L
und,
J. H
igh,
Q
. Bin
gham
, D. C
lela
nd, a
nd
M. R
ogin
ske.
Ke
ri H
allb
erg
(Jac
obs/
USA
)
Ther
mal
Sou
rce
Rem
edia
tion
of v
OCs
at a
Res
iden
tial
Cond
omin
ium
in S
ao P
aulo
, Bra
zil.
G
. Set
ti, C
. Rod
rigue
s, A
.P. Q
ueiro
z,
T. B
orba
, P. L
ima,
and
D. D
amas
i. An
a Pa
ula
Que
iroz
(Wat
erlo
o Br
asil/
Braz
il)
Fiel
d Ap
plic
atio
ns o
f Bi
oele
ctro
chem
ical
Tec
hnol
ogy
for
Trea
ting
Petr
oleu
m H
ydro
carb
on
Cont
amin
ants
. S. J
in, P
.H. F
allg
ren,
an
d Z.
J. R
en.
Song
Jin
(Uni
vers
ity o
f Wyo
min
g/U
SA)
Stat
istic
ally
-Bas
ed 3
-D C
once
ptua
l Si
te M
odel
s an
d Ti
me-
laps
e An
imat
ion.
J.D
. Dep
a.
Jam
es D
epa
(St.
John
-Mitt
elha
user
an
d As
soci
ates
/USA
)
F Se
ssio
nsSi
erra
/Ven
tura
G S
essi
ons
Pasa
dena
H S
essi
ons
Mad
era
I Ses
sion
sCa
talin
ale
arni
ng l
abEx
hibi
t Hal
l
REN
AISS
ANCE
HO
TEl
EXH
IBIT
HAl
l (P
SCC)
Horizontal Wella & Sensor Innovations
I2. International Case Studies
H2. CSMsPanel
G3. vapor Intrusion Preferential Pathways
F2. Pet. RemediationPanel
35
36
TuEsdaY 10:30 a.m.-12:35 p.m.paLm sprINGs CoNVENTIoN CENTEr
TUE
SDA
Y 1
0:3
0 a
.m.-
12:3
5 p
.m. (
PSC
C)
10:3
0
10:5
5
11:2
0
11:4
5
12:1
0
12:3
5
Stim
ulat
ing
and
Qua
ntify
ing
TCE
Biod
egra
datio
n in
Mul
tiple
Fr
actu
red
Bedr
ock
Stra
ta. P
. Har
e,
M. H
arkn
ess,
R. M
orse
, P. F
reye
r, an
d J.
Uru
skyj
. Pa
ul H
are
(OBG
/USA
)
Opt
imiz
atio
n of
Hyd
raul
ic C
aptu
re
of C
vOCs
and
Man
agem
ent
of In
ject
ion
Wel
l Fou
ling
for
a G
roun
dwat
er T
reat
men
t and
In
ject
ion
Syst
em. J
. Will
iam
s,
C. C
anfie
ld, a
nd I.
Jon
es.
John
Will
iam
s (T
he B
oein
g Co
mpa
ny/U
SA)
Enha
ncin
g IS
CO w
ith In
Situ
R
ecir
cula
tion.
T.R
. And
rew
s,
S. B
orch
ert,
and
V. C
ocia
nni.
Trev
re R
oys
Andr
ews
(Jac
obs/
USA
)
Perf
orm
ance
and
Ref
resh
of a
Ful
l-Sc
ale
Biow
all S
yste
m D
esig
ned
to T
reat
Chl
orin
ated
Sol
vent
s in
G
roun
dwat
er. D
.R. G
riffit
hs,
B. B
adik
, T. B
elan
ger,
and
R
. Bat
tagl
ia.
Dan
iel G
riffit
hs (P
arso
ns/U
SA)
Bioa
ugm
enta
tion
to E
nhan
ce
Biod
egra
datio
n of
1,4
-Dio
xane
. R
. Mor
a, H
. Hol
broo
k, D
. Chi
ang,
S.
Mah
endr
a, Y
. Mai
o, S
. Dw
orat
zek,
K.
Sub
lette
, A. B
odou
r, an
d
H. A
nder
son.
R
ebec
ca M
ora
(AEC
OM
/USA
)
How
Doe
s U
nder
stan
ding
Mat
rix
Diff
usio
n H
elp
to R
emed
iate
Fr
actu
red
Bedr
ock
Site
s?
K. J
ohns
on, J
. Bal
dock
, and
K.
Lea
hy.
Joan
ne D
inha
m (E
RM
/Uni
ted
King
dom
)
Util
izin
g a
Cont
amin
ant T
rans
port
M
odel
to A
sses
s R
emed
ial
Alte
rnat
ives
, Est
imat
e Cl
eanu
p Ti
mes
, and
Ulti
mat
ely
Opt
imiz
e th
e Ex
istin
g R
emed
ial S
yste
m.
M. C
oram
, T. K
inne
y, a
nd T
. DeF
ouw
. M
icha
el C
oram
(GH
D/U
SA)
Targ
eted
Per
mea
bilit
y En
hanc
emen
t an
d Zv
I Em
plac
emen
t to
Impr
ove
In S
itu B
iore
med
iatio
n of
a H
igh-
Conc
entr
atio
n So
urce
. N.T
. Sm
ith,
D.D
. Ngu
yen,
N.L
. Sm
ith, K
.J. W
aage
, M
.R. L
amar
, R.A
. Wym
ore,
K.
S. S
oren
son,
S. G
arci
a, I.
Bow
en,
G. G
uest
, and
C. K
aise
r. N
atha
n Sm
ith (C
DM
Sm
ith, I
nc./U
SA)
The
Ole
ophi
lic B
ioba
rrie
r: F
ield
D
emon
stra
tion
Res
ults
and
les
sons
le
arne
d ab
out a
Nov
el, S
usta
inab
le
Shee
n R
emed
y. M
. Cha
lfant
, W
. Tho
mas
, S. D
unn,
R. A
hler
s, a
nd
T. S
ale.
M
arc
Chal
fant
(Arc
adis
/USA
)
Sing
le-W
ell P
ush-
Pull
Test
s to
As
sess
the
Aero
bic
Com
etab
olis
m
of Is
obut
ene
as a
Sur
roga
te fo
r 1,
4-D
ioxa
ne. H
. Rol
ston
, M
.F. A
zizi
an, L
. Sem
prin
i, an
d
M. H
yman
. H
anna
h R
olst
on (O
rego
n St
ate
Uni
vers
ity/U
SA)
Impl
emen
ting
Com
plem
enta
ry
Rem
edie
s fo
r Sou
rce
and
Dis
tal
Plum
e Ar
eas
of a
Mix
ed C
hlor
inat
ed
Plum
e in
a F
ract
ured
Sha
le A
quife
r. K.
Kel
ly, B
. Bon
d, S
. Abr
ams,
and
L.
Zen
g.
Kevi
n Ke
lly (L
ANG
AN/U
SA)
Succ
essf
ul B
ioau
gmen
tatio
n fo
r D
NAP
l Ca
rbon
Tet
rach
lori
de in
a
Kars
t Aqu
ifer.
M.F.
deF
laun
, C.
R. E
lder
, and
R. G
ross
. To
m G
eige
r (G
eosy
ntec
Con
sulta
nts/
USA
)
SESS
ION
BR
EAK
Inje
ctan
t Del
iver
y th
roug
h Co
mbi
natio
n of
Infil
trat
ion
Gal
leri
es
and
Hig
h va
cuum
Ext
ract
ion.
J.
Byr
d, P
. Pat
ey, a
nd J
. Spa
in.
Jenn
ifer B
yrd
(ER
M/U
SA)
Surp
rise
s an
d M
yste
ries
from
the
Inst
alla
tion
and
Perf
orm
ance
of
2000
-fee
t of B
ioba
rrie
rs in
Bra
ckis
h W
ater
. V. H
osan
gadi
, R. R
obita
ille,
P.
L. C
hang
, and
M. P
ound
. Vi
tthal
Hos
anga
di (N
OR
EAS,
Inc.
/U
SA)
Gro
undw
ater
Rec
over
y to
Nat
ural
Bi
odeg
rada
tion:
Dem
onst
ratin
g a
Bette
r Rem
edia
l App
roac
h to
Cl
osur
e. D
.R. G
ray.
D
oug
Gra
y (A
ECO
M/U
SA)
Appl
icat
ion
of H
eliu
m a
nd
Sulfu
r Hex
afluo
ride
as
Trac
er
Gas
ses
to O
ptim
ize
Air S
parg
ing
Perf
orm
ance
. A. H
odge
s, T
. Fen
g,
M. S
tron
g, a
nd B
. Deh
ghi.
Alan
Hod
ges
(Jac
obs/
USA
)
SESS
ION
BR
EAK
1,2,
3-Tr
ichl
orop
ropa
ne: I
nsig
hts
from
Dat
a M
inin
g of
Occ
urre
nce
and
Clea
nup
Site
Dat
abas
es.
M. G
entil
e, E
. Kal
ve, a
nd
S. J
ustic
ia-L
eon.
M
arga
ret G
entil
e (A
rcad
is/U
SA)
Dis
trib
utio
n of
Per
man
gana
te v
ia
100-
Foot
Dee
p H
oriz
onta
l Wel
l.
M. F
ulke
rson
, J. H
igh,
M. P
erlm
utte
r, M
. Lou
th, D
. Cle
land
, and
C. D
elan
ey.
Mon
ica
Fulk
erso
n (J
acob
s/U
SA)
SESS
ION
BR
EAK
The
Det
ectio
n of
Dee
p Ka
rst
Feat
ures
Usi
ng N
ew G
eoph
ysic
al
Tech
niqu
e “M
ERIT
.” D
. Har
ro a
nd
H. K
iflu.
D
avid
Har
ro (G
3 G
roup
/USA
)
Whe
re’s
Wal
do: F
indi
ng In
ject
ed
Amen
dmen
ts a
nd E
stim
atin
g R
adiu
s of
Influ
ence
at a
For
mer
R
etai
l Sta
tion
in R
ural
Ken
tuck
y.
W.L
. Bra
b, B
. Bor
th, a
nd R
. Boy
le.
Will
iam
Bra
b (A
ST E
nviro
nmen
tal,
Inc.
/USA
)
SESS
ION
BR
EAK
SESS
ION
BR
EAK
Inco
rpor
atin
g Ba
ckgr
ound
At
tenu
atio
n R
ates
into
an
Activ
e R
emed
y D
esig
n. F.
Pay
ne, R
. Ore
ns,
and
B. P
reus
ser.
Fred
Pay
ne (A
rcad
is/U
SA)
Tem
pora
l Sur
face
Geo
phys
ical
M
appi
ng to
Ass
ess
Perm
anga
nate
In
ject
ion
Dis
trib
utio
n an
d R
ecir
cula
tion
Usi
ng a
100
-Foo
t D
eep
Hor
izon
tal W
ell.
T. H
alih
an,
M. F
ulke
rson
, J. H
igh,
and
S.
McD
onal
d.
Todd
Hal
ihan
(Okl
ahom
a St
ate
Uni
vers
ity/U
SA)
Emer
ging
Con
tam
inan
ts: W
hat’s
N
ext?
A l
ook
at th
e la
uten
berg
Ch
emic
al S
afet
y Ac
t. D
. Nel
son,
K.
Sel
lers
, and
N. W
einb
erg.
D
enic
e N
elso
n (E
RM
/USA
)
Red
uctio
n of
1,2
,3-T
rich
loro
-pr
opan
e an
d O
ther
Chl
orin
ated
Pr
opan
es. A
.J. S
alte
r-Bl
anc,
P.
Tra
tnye
k, Y
. Lan
, and
E.
Byl
aska
. Al
exan
dra
Salte
r-Bl
anc
(Jac
obs/
USA
)
Aust
ralia
’s F
irst
Inst
alla
tion
of H
oriz
onta
l Wel
ls fo
r In
Situ
Ch
emic
al O
xida
tion
(ISC
O) a
nd
Bios
parg
ing:
les
sons
lea
rned
. P.
Bal
bach
evsk
y, W
. Cal
dico
tt,
M. M
ercu
ri, a
nd M
. Seq
uino
. Pe
dro
Balb
ache
vsky
(AEC
OM
/Au
stra
lia)
A Se
ssio
nsPr
imro
se A
B Se
ssio
nsPr
imro
se B
C Se
ssio
nsPr
imro
se C
D S
essi
ons
Prim
rose
DE
Sess
ions
Smok
etre
e
PAlM
SPR
ING
S CO
NvE
NTI
ON
CEN
TER
E3. Karst Aquifer Case StudiesE2. Managing/Remediating Chlorinated Solvent Impacts at Fractured Bedrock Sites
D4. Advances in Monitoring Injection Effectiveness (e.g., Radius of Influence)D3. Optimizing Remedial Systems
C4. Horizontal WellsC3. Innovative and Optimized Delivery Methods
B3. Monitored Natural AttenuationB2. Biological Remedies
A4. Other Emerging ContaminantsA3. Remediation of 1,4-Dioxane
37
TuEsdaY 10:30 a.m.-12:35 p.m.paLm sprINGs CoNVENTIoN CENTEr
TuEsdaY 10:30 a.m.-12:35 p.m.rENaIssaNCE HoTEL & LEarNING LaB
TUE
SDA
Y 10
:30 a.m
.-12:35 p.m
. (Renaissance H
otel &
Learning Lab)
10:3
0
10:5
5
11:2
0
11:4
5
12:1
0
12:3
5
Rea
l-Ti
me
Ope
n W
ater
Mon
itori
ng
of E
ngin
eeri
ng C
ontr
ols
Appl
ied
duri
ng S
elec
tive
Sedi
men
t Rem
oval
Sc
enar
ios
Usi
ng F
DS
Conn
ect
Pres
ente
d by
: Fie
ld E
nviro
nmen
tal
Inst
rum
ents
, Inc
.
In S
itu S
ourc
e Zo
ne R
emed
iatio
n U
sing
Ele
ctri
cal R
esis
tanc
e H
eatin
g on
a P
roje
ct S
ite l
ocat
ed n
ear
Troy
es, F
ranc
e. M
. van
den
Bra
nd,
J. v
an R
ossu
m, M
. Stu
mba
ugh,
and
T.
War
ner.
Mar
co v
an d
en B
rand
(TR
S Eu
rope
/N
ethe
rland
s)
Dev
elop
men
t of C
once
ptua
l Si
te M
odel
s an
d Ev
alua
tion
of
Gro
undw
ater
Cor
rect
ive
Mea
sure
s fo
r Coa
l Ash
Site
s. J
.R. H
esem
ann,
W
. Web
er, a
nd E
. Dul
le.
John
Hes
eman
n (B
urns
&
McD
onne
ll/U
SA)
SESS
ION
BR
EAK
Enha
nced
In S
itu B
iore
med
iatio
n at
a F
orm
er R
efine
ry S
ite d
ue to
R
ecyc
ling
of A
eros
ol S
ulfa
te in
the
Gro
undw
ater
Flu
ctua
tion
Zone
. R
.E. S
wee
ney
and
G.T
. Riri
e.
Rob
ert S
wee
ney
(E&
P G
eoch
emis
try/
USA
)
SESS
ION
BR
EAK
Is T
here
a C
once
ptua
l Mod
el in
a
3-D
Het
erog
eneo
us M
ultil
ayer
Aq
uife
r, an
d H
ow C
an It
Be
Appr
oach
ed?
O. A
tteia
, C. P
orto
is,
M. A
nnab
le, a
nd N
. Gui
serix
. O
livie
r Atte
ia (B
orde
aux
Uni
vers
ity/
Fran
ce)
Tree
Sam
plin
g as
a S
cree
ning
Too
l fo
r vap
or In
trus
ion
Pote
ntia
l to
Prot
ect H
uman
Hea
lth. J
.L. W
ilson
, M
.A. L
imm
er, V
.A. S
amar
anay
ake,
J.
G. S
chum
ache
r, an
d J.
G. B
urke
n.
Joel
Bur
ken
(Mis
sour
i Uni
vers
ity o
f Sc
ienc
e &
Tec
hnol
ogy/
USA
)
Rem
edia
tion
of H
ydro
carb
on-
Cont
amin
ated
Site
s U
sing
Hig
h Fr
eque
ncy
Inve
stig
atio
n/Sa
mpl
ing
as D
esig
n To
ol: S
cand
inav
ian
Appr
oach
. G.G
. Cer
iani
. G
abrie
le G
iorg
io C
eria
ni (E
jlsko
v A/
S/D
enm
ark)
Rem
Scan
™ T
echn
olog
y: R
apid
M
easu
rem
ent o
f Pet
role
um
Hyd
roca
rbon
s in
Soi
l Pr
esen
ted
by: Z
iltek
Pty
., Lt
d.
Ther
mal
NSZ
D D
ashb
oard
for
Cont
inuo
us M
onito
ring
Pres
ente
d by
: GSI
Env
ironm
enta
l, In
c.
Adap
tive
Rem
edia
tion
Man
agem
ent
of a
Gro
undw
ater
Cle
anup
Pro
ject
. J.
C. F
airw
eath
er a
nd J
.R. S
teni
ng.
Jam
es F
airw
eath
er (O
rica
Ltd.
/Au
stra
lia)
Char
acte
rizi
ng C
onta
min
ant
Tran
spor
t in
a D
ual A
quife
r Sys
tem
w
ith S
igni
fican
t Int
erve
ning
vad
ose
Zone
Flo
w fo
r Rem
edy
Sele
ctio
n.
E.B.
Die
ck, R
.E. L
ees,
B. B
ond,
K.
Kel
ly, a
nd J
. Bre
iner
. Er
ic D
ieck
(LAN
GAN
/USA
)
A Fi
eld
Stud
y to
val
idat
e a
New
ly
Dev
elop
ed F
low
Con
trol
ler U
sed
to
Mon
itor v
apor
Intr
usio
n. B
.D. S
tone
, A.
Ros
sner
, M. C
rimi,
M. C
arro
ll, a
nd
J. M
icel
i. Al
an R
ossn
er (C
lark
son
Uni
vers
ity/
USA
)
SESS
ION
BR
EAK
An It
erat
ive
Appr
oach
to Im
prov
e M
odel
Pre
dict
ions
and
Site
Co
ncep
tual
Mod
els.
A. L
aase
, J.
Rum
baug
h, a
nd J
. Ste
ning
. Al
Laa
se (N
avar
ro R
esea
rch
and
Engi
neer
ing/
USA
)
Shor
elin
e R
emed
iatio
n of
Pe
trol
eum
Hyd
roca
rbon
s U
sing
an
Ole
ophi
lic B
ioba
rrie
r for
She
en
Cont
rol o
n th
e Po
rtla
nd H
arbo
r Su
perf
und
Site
. S. M
artin
, T. S
ale,
K.
She
ets,
and
J. G
entr
y.
Jeff
Gen
try
(Jac
obs/
USA
)
An In
nova
tive
Air S
parg
ing
Appr
oach
for T
reat
men
t of B
TEX
and
v OCs
. M. A
mbr
usch
, S.
Cia
mbr
usch
ini,
O. U
ppal
, N. N
ajib
, A.
Qui
nn, S
. Abr
ams,
T. R
usso
, and
R
. Gau
pp.
Mat
thew
Am
brus
ch (L
ANG
AN/U
SA)
PAN
El: E
noug
h is
Eno
ugh:
Whe
n D
o Yo
u H
ave
Enou
gh D
ata?
Mod
erat
orD
avid
Rey
nold
s (G
eosy
ntec
Co
nsul
tant
s/Ca
nada
)
Pane
lists
Trev
or C
arls
on (G
eosy
ntec
)M
icha
el S
mith
(Ver
mon
t DEC
)Be
rnar
d Ku
eper
(Que
en’s
Uni
vers
ity)
Jenn
ifer S
egur
a (N
AVFA
C EX
WC)
Alle
n St
egm
an (B
NSF
)
Insi
ghts
on
Ris
k-R
educ
tion
Mec
hani
sms
from
12
Year
s of
O
pera
tion
of a
Pum
p-an
d-Tr
eat
Syst
em a
t the
Bot
any
Chlo
rina
ted
Hyd
roca
rbon
“M
ega-
Site
.”
G. D
asey
, A. W
oina
rski
, and
S.
Cor
ish.
G
reg
Das
ey (J
BS&
G A
ustr
alia
Pty
., Lt
d./A
ustr
alia
)
SESS
ION
BR
EAK
Com
poun
d-Sp
ecifi
c Is
otop
e An
alys
is
Use
d to
Iden
tify
the
Ori
gin
of
vOCs
in th
e In
door
Env
iron
men
t: In
tern
al S
ourc
es v
ersu
s Su
bsur
face
Co
ntam
inat
ion.
M. W
ahid
, I.
Dam
gaar
d, I.
H. K
errn
-Jes
pers
en,
N. T
uxen
, T.H
. Lar
sen,
and
T.S
. Jep
sen.
Tr
ine
Skov
Jep
sen
(Orb
icon
/Den
mar
k)
Effe
cts
of R
emed
iatio
n an
d Ba
ckgr
ound
Indo
or A
ir S
ourc
es o
n In
door
Air
in a
Com
mer
cial
Fac
ility
. N
.M. W
einb
erg,
E. H
offm
an, a
nd
J. C
ampb
ell.
Nad
ine
Wei
nber
g (E
RM
/USA
)
Why
Is th
e Pl
ume
Dis
appe
arin
g Fa
ster
than
it S
houl
d? M
ass
loss
In
vest
igat
ions
at t
he O
rica
Bot
any
Site
. J.S
. Kon
zuk,
C. C
rea,
S.
Man
cini
, and
L. J
orst
ad.
Julie
Kon
zuk
(Geo
synt
ec
Cons
ulta
nts,
Inc.
/Can
ada)
SESS
ION
BR
EAK
A Bi
oven
ting
Syst
em D
estr
oys
Mul
timill
ions
of P
ound
s of
Pe
trol
eum
Hyd
roca
rbon
s: A
n In
quir
y in
to th
e M
ass
Rem
oval
M
echa
nism
s. V
. Gam
ez G
rijal
va,
T. P
alai
a, B
. Fra
nk, a
nd R
. Hin
chee
. Vi
ctor
Gam
ez G
rijal
va (J
acob
s/U
SA)
F Se
ssio
nsSi
erra
/Ven
ture
G S
essi
ons
Pasa
dena
H S
essi
ons
Mad
era
I Ses
sion
sCa
talin
ale
arni
ng l
abEx
hibi
t Hal
l
REN
AISS
ANCE
HO
TEl
EXH
IBIT
HAl
l (P
SCC)
Horizontal Wella & Sensor Innovations
I3. Botany “Mega” Site Cleanup ProjectI2. International
PanelH2. Conceptual Site Models
G4. Advances in vapor Intrusion Investigations
F2. In Situ Remediation of Petroleum Hydrocarbons
38
TuEsdaY 1:00-1:25 p.m.paLm sprINGs CoNVENTIoN CENTEr
TUE
SDA
Y 1
:00
-1:2
5 p
.m. (
PSC
C)
1:00
1:25
long
Dis
tanc
e Tr
ansp
ort o
f TCE
va
pors
in a
Cav
erno
us K
arst
Are
a.
T. A
ley,
N. K
eith
, and
S. B
eem
an.
Shilo
h Be
eman
(Oza
rk U
nder
grou
nd
Labo
rato
ry/U
SA)
Case
Stu
dies
: Fie
ld Q
A/Q
C M
onito
ring
of S
ubsu
rfac
e BO
S 10
0®; I
njec
tions
. N. L
icht
i,
B. T
unni
cliff
e, a
nd M
. Maz
zare
se.
Nat
han
Lich
ti (V
erte
x En
viro
nmen
tal,
Inc.
/Can
ada)
Effe
ctiv
e Tr
eatm
ent o
f a C
vOC
Plum
e be
neat
h an
Act
ive
Man
ufac
turi
ng F
acili
ty U
sing
Dee
p H
oriz
onta
l Spa
rge
Wel
ls. M
. Str
ong,
T.
Fen
g, A
. Elli
ot, a
nd B
. Deh
ghi.
Mar
k St
rong
(Jac
obs/
USA
)
Tran
sitio
ning
to M
onito
red
Nat
ural
At
tenu
atio
n at
Act
ive
Rem
edia
tion
Site
s: A
Mov
ing
Targ
et. Z
. Wah
l,
C. B
ell,
and
G. G
ay.
Zach
ary
Wah
l (Ar
cadi
s/U
SA)
Re-
Emer
genc
e or
Hav
e Th
ey
Emer
ged?
Sam
e O
ld C
onta
min
ants
bu
t New
Tri
cks.
F. L
angs
chw
ager
, P.
J. D
ugan
. Pa
mel
a D
ugan
(Car
us C
orpo
ratio
n/U
SA)
Ther
mal
Rem
edia
tion
of K
arst
li
mes
tone
at R
edst
one
Arse
nal,
Al
abam
a. C
. Cro
wno
ver,
L. S
oos,
C.
Tho
mas
, and
S. W
ilson
. La
uren
Soo
s (T
RS
Gro
up, I
nc./U
SA)
Usi
ng M
ultip
le T
echn
ique
s to
M
onito
r Effe
ctiv
enes
s of
In S
itu
Inje
ctio
ns. T
.A. H
arp.
To
m H
arp
(Rem
edia
tion
Ris
k R
educ
tion,
LLC
/USA
)
Dem
onst
ratio
n an
d va
lidat
ion
of
the
Hor
izon
tal R
eact
ive
Med
ia
Trea
tmen
t Wel
l (H
RX
Wel
l®) f
or
Pass
ive
In S
itu R
emed
iatio
n.
C. D
ivin
e, J
. McD
onou
gh, J
. Wrig
ht,
J. W
ang,
M. C
rimi,
and
J.F.
Dev
lin.
Crai
g D
ivin
e (A
rcad
is/U
SA)
Usi
ng M
ass
Dis
char
ge T
echn
ique
s to
Dem
onst
rate
Nat
ural
At
tenu
atio
n. G
. Sm
ith, Y
. Kho
, D
. Hof
fman
, N. R
yan,
T. M
acbe
th,
J. D
ough
erty
, R. W
ymor
e, a
nd
C. H
owel
l. G
raha
m S
mith
(WSP
/Aus
tral
ia)
Zinc
Oxi
de a
s a
Prom
isin
g Ph
otoc
atal
yst f
or E
mer
ging
Co
ntam
inan
t Rem
oval
. M
. Hw
angb
o, Y
. Shi
, B.S
. Aba
da, a
nd
K.H
. Chu
. Ku
ng-H
ui (B
ella
) Chu
(Tex
as A
&M
U
nive
rsity
/USA
)
A Se
ssio
nsPr
imro
se A
B Se
ssio
nsPr
imro
se B
C Se
ssio
nsPr
imro
se C
D S
essi
ons
Prim
rose
DE
Sess
ions
Smok
etre
e
PAlM
SPR
ING
S CO
NvE
NTI
ON
CEN
TER
E3. Karst Aquifer Case Studies
D4. Injection Effectiveness
C4. Horizontal Wells
B3. Monitored Natural Attenuation
A4. Other Emerging Contaminants
NoTEs
39
TuEsdaY 1:00-1:25 p.m.paLm sprINGs CoNVENTIoN CENTEr
TuEsdaY 1:00-1:25 p.m.rENaIssaNCE HoTEL & LEarNING LaB
TUE
SDA
Y 1:0
0-1:25 p
.m. (R
enaissance Ho
tel & Learning
Lab
1:00
1:25
Wat
erlo
oAPS
™Pr
esen
ted
by: C
asca
deN
atur
al S
ourc
e Zo
ne D
eple
tion
Stud
ies
at th
e Bo
tany
Gro
undw
ater
Cl
eanu
p Pr
ogra
m. C
.J. N
ewel
l,
P. K
ulka
rni,
J. S
teni
ng,
J. F
airw
eath
er, L
. Ale
xand
er, a
nd
J. Z
imbr
on.
Char
les
New
ell (
GSI
Env
ironm
enta
l, In
c./U
SA)
(Con
t.)
PAN
El: E
noug
h is
Eno
ugh:
W
hen
Do
You
Hav
e En
ough
Dat
a?
Cont
inuo
us In
door
Air
Sam
plin
g to
U
nder
stan
d va
riab
le C
once
ntra
tions
of
Tri
chlo
roet
hene
in a
Com
plex
In
dust
rial
Fac
ility
. P. F
ahey
, C.
F. Si
lver
, and
B. H
artm
an.
Cann
on S
ilver
(CD
M S
mith
/USA
)
Heu
rist
ic N
umer
ical
Mod
elin
g St
udy
of l
NAP
l D
eple
tion
unde
r N
atur
al C
ondi
tions
. P. J
oura
bchi
, I.
Her
s, A
. Kirk
man
, U. M
ayer
, and
J.
Wils
on.
Paris
a Jo
urab
chi (
Gol
der A
ssoc
iate
s/Ca
nada
)
Mic
robi
al M
etab
olis
m o
f the
Pr
iori
ty P
ollu
tant
Tri
chlo
rom
etha
ne
in S
ubsu
rfac
e En
viro
nmen
ts.
M.J
. Man
efiel
d, M
.J. L
ee, a
nd
J. S
teni
ng.
Soph
ie Is
obel
Hol
land
(Uni
vers
ity o
f N
ew S
outh
Wal
es/A
ustr
alia
)
Opt
imiz
ing
vapo
r Int
rusi
on
Res
pons
e Ac
tions
in a
lar
ge A
ctiv
e M
ilita
ry M
anuf
actu
ring
Bui
ldin
g.
T.N
. Cre
amer
, K.J
. Cam
pbel
l, an
d
D. C
aldw
ell.
Todd
Cre
amer
(Geo
synt
ec
Cons
ulta
nts/
USA
)
Ther
mal
Mod
elin
g of
Nat
ural
So
urce
Zon
e D
eple
tion
and
Tem
pera
ture
-Enh
ance
d Bi
odeg
rada
tion.
I. H
ers,
P.
Jou
rabc
hi, a
nd H
. Hop
kins
. Ia
n H
ers
(Gol
der A
ssoc
iate
s/Ca
nada
)
F Se
ssio
nsSi
erra
/Ven
ture
G S
essi
ons
Pasa
dena
H S
essi
ons
Mad
era
I Ses
sion
sCa
talin
ale
arni
ng l
abEx
hibi
t Hal
l
REN
AISS
ANCE
HO
TEl
EXH
IBIT
HAl
l (P
SCC)
Horizontal Wells & Sensor Innovations
I3. Botany “Mega” Site Cleanup Project
Panel (continued)
G4. Advances in vapor Intrusion Investigations
F2. In Situ Remediation of Petroleum Hydrocarbons
NoTEs
40
WEdNEsdaY 8:00-10:05 a.m.paLm sprINGs CoNVENTIoN CENTEr
WE
DN
ESD
AY
8:0
0-1
0:0
5 a.
m. (
PSC
C)
8:00
8:25
8:50
9:15
9:40
10:0
5
Rem
edia
tion
Man
agem
ent o
f Co
mpl
ex S
ites.
J.B
. Pric
e,
C. S
pren
g, E
. Had
ley,
and
R.A
. Dee
b.Ca
rl Sp
reng
(Col
orad
o D
epar
tmen
t of
Publ
ic H
ealth
and
Env
ironm
ent/U
SA)
Enha
nced
Red
uctiv
e D
echl
orin
atio
n (E
RD
) Tre
atm
ent o
f lar
ge-S
cale
Ch
lori
nate
d So
lven
t Site
: Eva
luat
ion
of S
ubst
rate
Opt
ions
, Uni
t Cos
ts,
and
Perf
orm
ance
Dat
a. T
. McK
eon
and
T. C
ollig
an.
Tom
McK
eon
(CAL
IBR
E Sy
stem
s,
Inc.
/USA
)
Stat
e of
the
Prac
tice:
Adv
ance
s in
Am
endm
ents
for R
emed
iatio
n:
Whe
re A
re W
e M
akin
g Pr
ogre
ss?
D.T
. Ada
mso
n.
Dav
id A
dam
son
(GSI
Env
ironm
enta
l, In
c./U
SA)
Stat
e of
the
Prac
tice
of A
biot
ic
and
In S
itu B
ioge
oche
mic
al
Tran
sfor
mat
ion
Proc
esse
s.
R. D
arlin
gton
, A. B
odou
r, an
d
B. A
llem
an.
Adria
Bod
our (
U.S
. Air
Forc
e Ci
vil
Engi
neer
Cen
ter/
USA
)PA
NEl
: PFA
S Pr
ecur
sors
: Is
It To
o Ea
rly
or T
oo l
ate
to W
orry
Abo
ut
Them
?
Mod
erat
orD
ora
Chia
ng (A
ECO
M)
Gin
ny Y
ingl
ing
(Min
neso
ta
Dep
artm
ent o
f Hea
lth)
Pane
lists
Chris
Hig
gins
(Col
orad
o Sc
hool
of
Min
es)
Jenn
ifer G
uelfo
(Bro
wn
Uni
vers
ity)
Rac
hel C
asso
n (A
ECO
M)
Ric
hard
Gra
ce (S
GS
AXYS
)N
atha
n H
agel
in (W
ood)
The
Use
of A
dapt
ive
Man
agem
ent
Appr
oach
es in
Sup
port
of R
emed
ial
Des
ign/
Rem
edia
l Act
ion
at T
wo
Supe
rfun
d Si
tes.
R.A
. Wym
ore,
M
. Lam
ar, N
. Sm
ith, N
. Sm
ith,
T. M
acbe
th, K
. Sor
enso
n,
M.B
. Sm
ith, a
nd S
. Gar
cia.
R
yan
Wym
ore
(CD
M S
mith
, Inc
./U
SA)
Estim
atin
g th
e Co
sts
of a
nd
Perf
orm
ing
the
Rem
edy
at th
e SR
SNE
Supe
rfun
d Si
te.
B. T
hom
pson
and
M. G
efel
l. Br
uce
Thom
pson
(de
max
imis
, inc
./U
SA)
New
Ant
imet
hano
geni
c R
eage
nts
(AM
Rs)
. J. M
uelle
r, G
. Boo
th,
J. H
asel
ow, B
. Reh
m, A
. Has
sel,
and
K. F
inne
ran.
Ji
m M
uelle
r (Pr
ovec
tus
Envi
ronm
enta
l Pro
duct
s, In
c./U
SA)
Pros
pect
s th
at A
biot
ic D
egra
datio
n of
TCE
by
Nat
ural
ly O
ccur
ring
M
agne
tite
Can
Be Im
port
ant f
or
Mon
itore
d N
atur
al A
ttenu
atio
n.
J.T.
Wils
on, B
. Wils
on, D
. Tag
gart
, D
. Fre
edm
an, D
. Cut
t, an
d L.
Tha
ntu.
Jo
hn W
ilson
(Sci
ssor
tail
Envi
ronm
enta
l Sol
utio
ns, L
LC/U
SA)
Can
Aqui
fer Q
ualit
y at
Com
plex
R
emed
iatio
n Si
tes
be R
esto
red?
G
. Wea
lthal
l, N
. Gro
sso,
P. C
arva
lho,
an
d J.
Hen
ders
on.
Gar
y W
ealth
all (
Geo
synt
ec
Cons
ulta
nts/
Cana
da)
SESS
ION
BR
EAK
Inte
rgen
erat
iona
l Cos
t Est
imat
es:
Chal
leng
es a
nd S
olut
ions
for l
ong-
Term
Cle
anup
Dec
isio
n M
akin
g.
P. F
avar
a, K
. Tho
mse
n, a
nd D
. Pitz
ler.
Paul
Fav
ara
(Jac
obs/
USA
)
Fiel
d-Sc
ale
Eval
uatio
n of
Enh
ance
d At
tenu
atio
n Pr
oces
ses
Usi
ng
Hum
ate
as a
n Am
endm
ent.
D
.G. J
acks
on, B
.B. L
oone
y,
J.A.
Ros
s, J
.E. C
ardo
so-N
eto,
T.
F. Km
etz,
G.T
. Kin
sman
, and
J. F
urr.
Den
nis
Jack
son
(Sav
anna
h R
iver
N
atio
nal L
abor
ator
y/U
SA)
Asse
ssm
ent o
f Bio
geoc
hem
ical
Pr
oces
ses
to M
anag
e Ba
ck
Diff
usio
n at
a F
ract
ured
San
dsto
ne
Site
. M. B
urns
, A. B
aken
ne,
M. B
row
n, T
. Huf
f, J.
Bak
er, a
nd
D. C
umm
ings
. M
atth
ew B
urns
(WSP
/USA
)
Prac
tical
App
licat
ions
of C
hem
ical
R
eact
ivity
Pro
bes
(CR
Ps) t
o Es
timat
e Ab
iotic
Red
uctio
n R
ates
. C.
M. K
ocur
, P.G
. Tra
tnye
k, a
nd
R. J
ohns
on.
Chris
Koc
ur (O
rego
n H
ealth
&
Scie
nce
Uni
vers
ity/U
SA)
Hud
son
Riv
er P
ost-
Rem
edia
tion:
W
hen
Can
We
Expe
ct to
Ach
ieve
R
emed
ial G
oals
and
How
Do
We
Mea
sure
It?
The
2017
Fiv
e-Ye
ar
Rev
iew
. E.A
. Gar
vey,
S.
Gbo
ndo-
Tugb
awa,
J. A
tmad
ja,
M. T
rayn
or,K
. Tak
agi,
B. F
idle
r, J.
Ker
n,
J. W
olfe
, K. v
on S
tack
elbe
rg,
G. K
law
insk
i, an
d M
.S. G
reen
berg
. Ed
war
d G
arve
y (L
ouis
Ber
ger/
USA
)
Rec
ent A
dvan
ces
in th
e An
alys
is
of P
oly-
and
Per
-Flu
oroa
lkyl
ated
Su
bsta
nces
(PFA
Ss).
K. D
asu.
Ka
vith
a D
asu
(Bat
telle
/USA
)
Eval
uatio
n of
Pot
assi
um P
ersu
lfate
as
a P
erm
eabl
e R
eact
ive
Barr
ier a
t Th
ree
Diff
eren
t Site
s. B
.A. S
mith
, L.
Kam
mer
, J. S
ouku
p, C
. Let
ts,
P. L
yon,
T. P
ac, a
nd V
. Sad
eghi
. Br
ant S
mith
(Per
oxyC
hem
, LLC
/USA
)
Inte
grat
ion
of a
Tec
hnic
al
Impr
actic
abili
ty W
aive
r an
d G
roun
dwat
er H
ydra
ulic
Co
ntai
nmen
t to
Miti
gate
Ris
k at
a
Frac
ture
d R
ock
DN
APl
Site
. P.
E. N
ange
roni
, J.R
. Hou
se,
A. M
artin
, and
D. D
insm
ore.
Pe
ter N
ange
roni
(Woo
dard
& C
urra
n/U
SA)
Rem
edia
tion
of a
3-M
ile H
exav
alen
t Ch
rom
ium
Plu
me
in H
inkl
ey,
Calif
orni
a. I.
Bak
er, B
. Bru
nsw
ick,
an
d M
. Gen
tile.
Ia
in B
aker
(Pac
ific
Gas
and
Ele
ctric
/U
SA)
SESS
ION
BR
EAK
Full-
Scal
e ER
D a
nd
Bioa
ugm
enta
tion
in D
eep
Gro
undw
ater
Usi
ng N
ew R
educ
ing
Agen
t to
Crea
te A
naer
obic
Wat
er.
J. S
u, E
. Jam
es, J
.F. D
augh
erty
, and
K.
A. G
rueb
el.
Kare
n G
rueb
el (E
KI E
nviro
nmen
t &
Wat
er, I
nc./U
SA)
SESS
ION
BR
EAK
Addi
tion
of D
ival
ent I
ron
to E
lect
ron
Don
or M
ixtu
res
for R
emed
iatio
n of
Chl
orin
ated
Eth
enes
: A S
tudy
of
over
100
Wel
ls. D
. Dav
is a
nd
O. M
iller
. D
oug
Dav
is (R
EGEN
ESIS
/USA
)
Bala
ncin
g th
e Co
st o
f Sh
ort-
Term
Cle
anup
and
lon
g-Te
rm
Stew
ards
hip
duri
ng R
emed
iatio
n D
ecis
ion
Mak
ing.
J. C
arna
han.
Je
ffrey
Car
naha
n (E
nviro
Fore
nsic
s,
LLC/
USA
)
SESS
ION
BR
EAK
Anal
yte
loss
in P
FAS
Anal
ysis
: Ev
iden
ce fr
om In
tern
al S
tand
ard,
Sp
iked
Ana
lyte
, and
Inte
rlab
orat
ory
Split
Sam
ple
Rec
over
ies.
S.
F. G
orm
ley,
A. B
ernh
ardt
, M
.L. B
evie
r, C.
Lar
sen,
J. W
etm
ore,
N
. Per
ry-F
reer
, and
S. T
hom
as.
Sean
Gor
mle
y (W
ood/
USA
)
SESS
ION
BR
EAK
A Se
ssio
nsPr
imro
se A
B Se
ssio
nsPr
imro
se B
C Se
ssio
nsPr
imro
se C
D S
essi
ons
Prim
rose
DE
Sess
ions
Smok
etre
e
PAlM
SPR
ING
S CO
NvE
NTI
ON
CEN
TER
E5. large PlumesE4. Adaptive Site Management and Risk Management Strategies
D5. Assessing Performance and Cost of Remedies
C5. Advances in Amendments
B4. Abiotic and In Situ Biogeochemical Processes
A5. Advances in the Analysis of PFASPanel
41
WEdNEsdaY 8:00-10:05 a.m.paLm sprINGs CoNVENTIoN CENTEr
WEdNEsdaY 8:00-10:05 a.m.rENaIssaNCE HoTEL & LEarNING LaB
WE
DN
ESD
AY
8:00
-10:0
5 a.m. (R
enaissance Ho
tel & Learning
Lab)
8:00
8:25
8:50
9:15
9:40
10:0
5
RAC
ER S
oftw
are
Pres
ente
d by
: AEC
OM
Char
acte
riza
tion
of th
e In
trin
sic
Biod
egra
datio
n Po
tent
ial o
f an
Aqui
fer
Cont
amin
ated
with
Chl
orin
ated
Et
hene
s an
d Im
plem
enta
tion
of a
Fi
eld-
Scal
e Bi
ostim
ulat
ion
Test
. E.
Mar
co-U
rrea
, T. V
icen
t,
N. B
làzq
uez-
Palli
, J. V
aria
s, M
. Bos
ch,
M. R
osse
ll, a
nd A
. Sol
er.
Erne
st M
arco
-Urr
ea (U
nive
rsita
t Au
tòno
ma
de B
arce
lona
/Spa
in)
less
ons
lear
ned
from
25
Year
s of
Hig
h-R
esol
utio
n Si
te
Char
acte
riza
tion.
S. P
itkin
. Se
th P
itkin
(Tet
ra T
ech/
USA
)
Tech
nolo
gy T
rans
fer f
or M
olec
ular
Bi
olog
ical
Too
ls (M
BTs)
and
th
eir R
ole
in S
take
hold
er
Com
mun
icat
ions
. D. T
agga
rt,
A. B
iern
acki
, and
B.R
. Bal
dwin
. D
ora
Tagg
art (
Mic
robi
al In
sigh
ts,
Inc.
/USA
)
lNAP
l Tr
ansm
issi
vity
, NSZ
D
and
Inci
dent
al B
iove
ntin
g Ch
arac
teri
zatio
n fo
r Eva
luat
ion
of
an l
NAP
l R
ecov
ery
Prog
ram
. B.
L. M
cAle
xand
er, K
. Tom
ita, a
nd
S. H
unt.
Ben
McA
lexa
nder
(Trih
ydro
Co
rpor
atio
n/U
SA)
Appl
icat
ion
of C
SIA
in 1
,4-D
ioxa
ne
Stud
ies:
lat
est D
evel
opm
ents
. P.
Ben
nett,
M.Y
. Chu
, R. A
rave
na,
H.T
. El M
ugam
mar
, C. S
mith
, M
. Hym
an, a
nd M
. Nic
kels
en.
Pete
r Ben
nett
(Hal
ey &
Ald
rich,
Inc.
/U
SA)
From
Cha
ract
eriz
atio
n to
Clo
sure
of
a 1-
Mile
lon
g TC
E Pl
ume.
N
.R. W
elty
, I. D
rost
, K. T
rest
rail,
and
D
.T. R
oger
s.
Nic
klau
s W
elty
(Arc
adis
/USA
)
NAv
FAC’
s Te
chno
logy
Tra
nsfe
r an
d O
utre
ach
Prog
ram
s fo
r En
viro
nmen
tal R
esto
ratio
n: S
hari
ng
Tech
nolo
gy T
rend
s an
d le
vera
ging
Fe
edba
ck. K
. Nei
l, T.
Mey
ers,
W
. Con
dit,
and
D.K
. Nai
r. Ke
nda
Nei
l (U
.S. N
avy/
USA
)
Eval
uatin
g lN
APl
Mob
ility
and
Tr
ansm
issi
vity
: A R
oute
to C
ase
Clos
ure.
S. D
rum
mon
d an
d
M.J
. Zen
ker.
Shar
on D
rum
mon
d (A
ECO
M/U
SA)
ENFO
S R
emed
iatio
n Pr
ogra
m
Man
agem
ent E
xper
t Sys
tem
D
emon
stra
tion
Pres
ente
d by
: EN
FOS,
Inc.
SvEE
TPr
esen
ted
by: P
acifi
c N
orth
wes
t N
atio
nal L
abor
ator
y
Inte
grat
ed A
sses
smen
t of A
naer
obic
R
educ
tive
Dec
hlor
inat
ion
of
Chlo
rina
ted
Ethe
nes
by S
tabl
e Is
otop
e An
alys
is a
nd M
icro
bial
Tec
hniq
ues.
C.
B. O
ttose
n, M
.M. B
roho
lm,
K. T
sito
naki
, J. Z
imm
erm
ann,
D
. Hun
kele
r, an
d N
. Tux
en.
Ceci
lie B
ang
Otto
sen
(Tec
hnic
al
Uni
vers
ity o
f Den
mar
k/D
enm
ark)
Hig
h-R
esol
utio
n D
elin
eatio
n of
Ch
lori
nate
d So
lven
t Con
cent
ratio
ns,
Biog
eoch
emic
al P
roce
sses
, and
M
icro
bial
Com
mun
ities
in S
atur
ated
Su
bsur
face
Env
iron
men
ts.
H. S
chne
ider
, W.A
. Jac
kson
, P.
B. H
atzi
nger
, and
P. K
oste
r van
Gro
os.
Hal
ey S
chne
ider
(Tex
as T
ech
Uni
vers
ity/
USA
)
Inno
vativ
e Te
chno
logy
Tra
nsfe
r Ap
proa
ch fo
r a B
ackg
roun
d So
il St
udy
in P
uert
o R
ico.
J. A
vile
s,
D. C
ueva
s, D
. Cut
t, M
. Mad
dalo
ni,
K. M
ishk
in, C
. Nac
e, R
. Sed
a, a
nd
R. W
ilkin
. D
iana
Cut
t (U
.S. E
nviro
nmen
tal
Prot
ectio
n Ag
ency
/USA
)
ENvI
RO
.wik
i: Yo
ur E
nvir
onm
enta
l In
form
atio
n G
atew
ay. A
. Ste
nger
an
d R
.C. B
orde
n.
Allis
on S
teng
er (D
rape
r Ade
n As
soci
ates
/USA
)
Com
poun
d-Sp
ecifi
c Is
otop
e An
alys
is a
nd M
icro
bial
Mol
ecul
ar
Dat
a fo
r Effe
ctiv
e M
onito
ring
of
a Bi
orem
edia
tion
Pilo
t Tri
al a
t a
Hea
vily
-Con
tam
inat
ed 1
,2-D
CA A
rea:
la
bora
tory
and
Fie
ld R
esul
ts.
F. de
Fer
ra, G
. Car
pani
, L. Z
anin
etta
, M
. Mar
ches
i, I.
Piet
rini,
and
L. A
lber
ti.
Ilaria
Pie
trin
i (En
i S.p
.A./I
taly
)
lNAP
l R
ecov
ery
and
Rem
edy
Tran
sitio
ns: A
Cas
e St
udy
at a
R
aily
ard
Fuel
ing
Faci
lity.
A.
Pen
ning
ton,
J. C
ough
lin,
L. T
hom
as, a
nd D
. Gab
ardi
. An
dy P
enni
ngto
n (A
rcad
is/U
SA)
Soil
vapo
r Ext
ract
ion
Usi
ng
Hor
izon
tal R
emed
iatio
n W
ells
and
Co
nden
satio
n Tr
eatm
ent t
o R
ecov
er
Chlo
rina
ted
and
Petr
oleu
m N
APls
. V.
Hos
anga
di, C
. Win
ell,
and
P.
Cha
ng.
Gra
nt G
ecke
ler (
GEO
/USA
)
SESS
ION
BR
EAK
SESS
ION
BR
EAK
Appl
icat
ion
of H
igh-
Res
olut
ion
Site
Ch
arac
teri
zatio
n To
ols
for S
ourc
e D
elin
eatio
n an
d In
Situ
The
rmal
Tr
eatm
ent D
esig
n O
ptim
izat
ion.
M
. Jor
dan,
D. P
hela
n, G
. Her
on,
J. B
iers
chen
k, a
nd D
. Pal
mer
. M
icha
el J
orda
n (C
asca
de T
echn
ical
Se
rvic
es/U
SA)
SESS
ION
BR
EAK
Key
Fact
ors
in th
e Su
cces
sful
Co
mm
erci
aliz
atio
n of
Thr
ee
Hig
h-R
esol
utio
n Si
te
Char
acte
riza
tion
(HR
SC)
Tech
nolo
gies
. M. E
inar
son.
M
urra
y Ei
nars
on (H
aley
& A
ldric
h,
Inc.
/USA
)
Char
acte
riza
tion
by th
e U
se o
f 37Cl
, 13C
and
2 H: C
ompo
und-
Spec
ific
Isot
ope
Anal
ysis
(C
SIA)
, Bio
logi
cal M
olec
ular
Tec
hniq
ues
(BM
Ts) a
nd N
umer
ical
Mod
elin
g of
a S
ite
Cont
amin
ated
by
Mon
ochl
orob
enze
ne.
M. M
arch
esi,
I. Pi
etrin
i, M
. Ant
elm
i, L.
Alb
erti,
T.
Ste
lla, A
. Fra
nzet
ti, D
. Ant
onel
li, F.
de
Ferr
a,
R. A
rave
na, a
nd O
. Sho
uaka
r-St
ash.
M
assi
mo
Mar
ches
i (Po
litec
nico
di M
ilano
/Ita
ly)
SESS
ION
BR
EAK
Com
pari
son
of l
aser
-Ind
uced
Fl
uore
scen
ce P
rofil
es fo
llow
ing
a D
ecad
e of
lN
APl
Rec
over
y.
C. S
hen,
P. S
tum
pf, R
. Kan
napp
an,
J. L
entin
i, an
d S.
Gan
na.
Pete
r Stu
mpf
(AEC
OM
/USA
)
Confi
rmin
g la
ser-
Indu
ced
Fluo
resc
ence
NAP
l D
elin
eatio
n in
N
ewto
wn
Cree
k Su
perf
und
Site
. S.
McD
onal
d, C
. Pra
bhu,
S.
Gbo
ndo-
Tugb
awa,
R. W
eiss
bard
, an
d R
. St.
Ger
mai
n.
Shan
e M
cDon
ald
(HD
R, I
nc./U
SA)
F Se
ssio
nsSi
erra
/Ven
ture
G S
essi
ons
Pasa
dena
H S
essi
ons
Mad
era
I Ses
sion
sCa
talin
ale
arni
ng l
abEx
hibi
t Hal
l
REN
AISS
ANCE
HO
TEl
EXH
IBIT
HAl
l (P
SCC)
Software & Bio Innovations
I4. Compound-Specific Isotope Analysis
H3. High-Resolution Site Characterization (HRSC)
G5. Advances in Technology Transfer
F3. lNAPl Recovery/Remediation Technology Transitions
42
WEdNEsdaY 10:30 a.m.-12:35 p.m.paLm sprINGs CoNVENTIoN CENTEr
WE
DN
ESD
AY
10
:30
a.m
.-12
:35
p.m
. (P
SCC
)
10:3
0
10:5
5
11:2
0
11:4
5
12:1
0
12:3
5
San
Fern
ando
val
ley
Supe
rfun
d Si
te: C
ase
Stud
y of
a R
egio
nal
Plum
e in
los
Ang
eles
Cou
nty,
Ca
lifor
nia.
N. C
lite
and
K.
Man
heim
er.
Nov
a Cl
ite (O
TIE/
USA
)
Targ
eted
In S
itu R
emed
iatio
n of
M
ultip
le C
onta
min
ants
to A
chie
ve
Site
Clo
sure
in a
Per
form
ance
-Ba
sed
Rem
edia
tion
Cont
ract
. S.
Sur
yana
raya
nan,
P. S
rivas
tav,
S.
Wat
son,
A. W
illm
ore,
and
R
. May
er.
Sow
mya
Sur
yana
raya
nan
(APT
IM/
USA
)
Opp
ortu
nitie
s an
d li
mita
tions
of
DN
APl
Trea
tmen
t via
Inje
ctab
le
ZvI/C
arbo
n: R
esul
ts o
f Ben
ch- a
nd
Fiel
d-Sc
ale
Test
s. J
. Mor
esko
g,
M. O
hr, S
. Llo
yd, a
nd S
. Nol
and.
M
atth
ias
Ohr
(AEC
OM
/USA
)
Sulfi
datio
n of
ZvI
for D
egra
datio
n of
Chl
orin
ated
Eth
enes
: A N
ew
Appr
oach
to In
Situ
Bio
geoc
hem
ical
Tr
ansf
orm
atio
n. S
. Isl
am, Y
.L. H
an,
A. M
urra
y, K
. Mill
eric
k, a
nd W
.L. Y
an.
Wei
le Y
an (T
exas
Tec
h U
nive
rsity
/U
SA)
A H
oldi
ng-T
ime
Eval
uatio
n St
udy
for t
he A
naly
sis
of P
FAS
in A
queo
us
Sam
ples
. C.J
. Nes
lund
. Ch
arle
s N
eslu
nd (E
urofi
ns L
anca
ster
La
bora
torie
s En
viro
nmen
tal,
LLC/
USA
)
Eval
uatio
n an
d R
emed
iatio
n of
a
larg
e Co
mm
ingl
ed D
ilute
vO
C Pl
ume
in W
este
rn O
hio:
A C
ase
Stud
y. C
.A. C
ox.
Crai
g Co
x (C
ox-C
olvi
n &
Ass
ocia
tes,
In
c./U
SA)
SESS
ION
BR
EAK
In S
itu G
roun
dwat
er R
emed
iatio
n by
Act
ivat
ed C
arbo
n (A
C)-B
ased
Am
endm
ents
at S
ever
al C
ERCl
A an
d R
CRA
Site
s. D
. Fan
. D
imin
Fan
(U.S
. Env
ironm
enta
l Pr
otec
tion
Agen
cy/U
SA)
SESS
ION
BR
EAK
The
Anal
ysis
of P
FAS
in A
FFF
Prod
ucts
: App
licat
ion
of Is
otop
e D
ilutio
n M
ass
Spec
trom
etry
and
TO
P. B
. Cha
ndra
mou
li, R
. Gra
ce,
M. W
oudn
eh, a
nd M
.C. H
amilt
on.
Bhar
at C
hand
ram
ouli
(SG
S AX
YS/
Cana
da)
Supp
lem
enta
l Inv
estig
atio
n of
D
ilute
and
Diff
use
Chlo
rina
ted
Solv
ents
in G
roun
dwat
er: A
n In
nova
tive
Scre
enin
g Ap
proa
ch.
N. R
ohrb
ach,
N. P
ayto
n, C
. Hon
g,
B. Z
aval
a, K
. Lyn
ch, L
. Lin
de,
R. M
oore
, and
J. S
ohl.
Nic
k R
ohrb
ach
(Geo
Engi
neer
s, In
c./
USA
)
Palm
Pitc
h Ev
ent
(1
2:10
-12:
45 p
.m.)
All a
ttend
ees
wel
com
e.
Up-
and-
com
ing
scie
ntis
ts a
nd
engi
neer
s w
ill p
itch
thei
r res
earc
h,
tech
nolo
gies
, and
idea
s du
ring
the
sess
ion
brea
k.
A Co
mbi
ned
Appr
oach
Usi
ng
Collo
idal
Zer
o va
lent
Iron
and
Co
lloid
al A
ctiv
ated
Car
bon.
K.
Dje
rnes
Pap
pano
and
K.
A. T
hore
son.
Ka
ther
ine
Papp
ano
(REG
ENES
IS/
USA
)
Den
mar
k’s
Firs
t Ful
l-Sc
ale
Mic
rosc
ale
Zero
val
ent I
ron
PRB
Empl
aced
by
Dir
ect P
ush
Inje
ctio
n.
T.H
. Jor
gens
en, L
. Nis
sen,
A.
Prz
epio
ra, N
.D. D
uran
t, an
d
O. M
ikke
lsen
. To
rben
Hoj
bjer
g Jo
rgen
sen
(CO
WI
A/S/
Den
mar
k)
Dev
elop
men
t of A
dvan
ced
Sing
le-
Wel
l App
lied
Trac
er T
echn
ique
s fo
r Im
prov
ing
Rel
iabi
lity
of
Gro
undw
ater
and
Con
tam
inan
t M
ass
Flux
Mon
itori
ng. S
. Bro
uyèr
e,
P. J
amin
, P. O
rban
, A. D
assa
rgue
s,
and
F. Co
sme.
Se
rge
Brou
yère
(Uni
vers
ity o
f Liè
ge/
Belg
ium
)
SESS
ION
BR
EAK
IT
RC
lunc
h &
lea
rn
All a
ttend
ees
welc
ome.
Th
is e
vent
will
incl
ude
pres
enta
tions
fr
om IT
RC
staf
f and
tech
nica
l tea
ms.
The
U.S
. Air
For
ce E
nter
pris
e-W
ide
Res
pons
e to
PFA
Ss: P
rese
ntat
ion
of
All M
eta-
Dat
a to
Dat
e.
R.H
. And
erso
n.
Hun
ter A
nder
son
(U.S
. Air
Forc
e/U
SA)
Com
bini
ng In
Situ
Sor
ptio
n an
d Bi
orem
edia
tion
for t
he M
anag
emen
t of
a C
hlor
inat
ed S
olve
nt P
lum
e at
low
Co
ncen
trat
ion.
M. P
etra
ngel
i Pap
ini,
F.
Arjm
and,
P. C
iam
pi, C
. Esp
osito
, J.
Birn
stin
gl, M
. Car
boni
, P. G
oria
, S.
Ros
setti
, B. M
attu
rro,
L.
Ces
ta In
cani
, and
M. B
acch
i. M
arco
Pet
rang
eli P
apin
i (U
nive
rsity
of
Rom
e “L
a Sa
pien
za”/
Italy
)
Unm
ixin
g D
ual A
quife
r Com
min
gled
Pl
umes
with
a B
ifurc
ated
Tai
l and
Tw
o D
ista
l Dis
char
ge P
oint
s. B
. Bo
nd, K
. Kel
ly, J
. Bre
iner
, and
M
. Mor
ris.
Bob
Bond
(LAN
GAN
/USA
)
Spat
ially
-Ave
rage
d, F
low
-Wei
ghte
d Co
ncen
trat
ions
: A M
ore
Rel
evan
t R
egul
ator
y M
etri
c fo
r Gro
undw
ater
Cl
eanu
p. M
. Ein
arso
n.
Mur
ray
Eina
rson
(Hal
ey &
Ald
rich,
In
c./U
SA)
Perf
orm
ance
of I
njec
ted
Pow
dere
d an
d li
quid
Act
ivat
ed C
arbo
n at
a
Petr
oleu
m H
ydro
carb
on S
ite.
R. M
cGre
gor.
Ric
k M
cGre
gor (
InSi
tu R
emed
iatio
n Se
rvic
es L
td./C
anad
a)
Opt
imiz
ing
ZvI F
orm
ulat
ions
for
the
Deg
rada
tion
of C
hlor
inat
ed
Hyd
roca
rbon
s: E
ffect
s of
Co
mpo
sitio
n an
d Pa
rtic
le S
ize.
J.
Fre
im a
nd J
. Har
vey.
Jo
hn F
reim
(REG
ENES
IS/U
SA)
Cont
rolle
d Su
lfida
tion
to O
ptim
ize
the
Rem
edia
tion
Perf
orm
ance
of
Zer
o-va
lent
Iron
and
Rel
ated
M
ater
ials
. D. F
an, Y
. Lan
, P.
G. T
ratn
yek,
R.L
. Joh
nson
, A.
Nun
ez G
arci
a, D
.M. O
’Car
roll,
J.
Fili
p, a
nd A
. Agr
awal
. Yi
ng L
an (O
rego
n H
ealth
& S
cien
ce
Uni
vers
ity/U
SA)
A Pr
actic
al F
ram
ewor
k fo
r Fl
ux-B
ased
Mon
itori
ng P
rogr
ams.
A.
Hor
nem
an, C
. Div
ine,
T.
San
dtan
gelo
-Dre
iling
, S. L
loyd
, H
. And
erso
n, M
.B. S
mith
, and
J.
E. M
cCra
y.
Alla
n H
orne
man
(Arc
adis
/USA
)
Det
ectio
n of
Per
fluor
oalk
yl a
nd
Poly
fluor
oalk
yl S
ubst
ance
s (P
FAS)
fo
llow
ing
Fire
fight
ing
Foam
D
eplo
ymen
t dur
ing
the
l a
c-M
egan
tic R
ailw
ay A
ccid
ent.
J.
Liu
, S. M
ejia
-Ave
ndañ
o, G
. Mun
oz,
S. S
auvé
, M. D
esro
sier
s, a
nd
P. B
enoî
t. Ji
nxia
Liu
(McG
ill U
nive
rsity
/Can
ada)
Rem
edia
tion
of v
olat
ile O
rgan
ics
in
Gro
undw
ater
Usi
ng In
Situ
Car
bon
(ISC
) Inj
ectio
n Te
chno
logi
es: A
Co
mpa
rativ
e An
alys
is. J
. She
ldon
an
d G
. Hin
shal
woo
d.
Jack
She
ldon
(Ant
ea G
roup
/USA
)
A Se
ssio
nsPr
imro
se A
B Se
ssio
nsPr
imro
se B
C Se
ssio
nsPr
imro
se C
D S
essi
ons
Prim
rose
DE
Sess
ions
Smok
etre
e
PAlM
SPR
ING
S CO
NvE
NTI
ON
CEN
TER
E5. large, Dilute and Commingled Plume Case Studies
D6. Applications of Mass Flux and Mass DischargeD5. Performance
C6. Injectable Activated Carbon Amendments
B5. Zero valent Iron ApplicationsB4. Abiotic
A6. PFAS Site CharacterizationA5. Advances in the Analysis of PFAS
43
WEdNEsdaY 10:30 a.m.-12:35 p.m.paLm sprINGs CoNVENTIoN CENTEr
WEdNEsdaY 10:30 a.m.-12:35 p.m.rENaIssaNCE HoTEL & LEarNING LaB
WE
DN
ESD
AY
10:30
a.m.-12:35 p
.m. (R
enaissance Ho
tel & Learning
Lab)
10:3
0
10:5
5
11:2
0
11:4
5
12:1
0
12:3
5
Trai
ning
for E
nvir
onm
enta
l M
onito
ring
Per
form
ance
O
ptim
izat
ion
(TEM
PO)
Pres
ente
d by
: Geo
synt
ec C
onsu
ltant
s
Adva
ncin
g Ap
plic
atio
n of
CSI
A to
Est
imat
e D
egra
datio
n R
ates
: li
nkin
g D
iffer
ence
s in
PCE
Isot
opic
Fr
actio
natio
n to
Met
abol
ic P
oten
tial.
S.
Man
cini
, J. K
onzu
k, C
. Che
yne,
L.
Dou
glas
, B. S
herw
ood
Lolla
r,
E. E
dwar
ds, L
. Hug
, and
J. S
teni
ng.
Silv
ia M
anci
ni (G
eosy
ntec
Con
sulta
nts,
In
c./C
anad
a)
New
ly D
evel
oped
Aqu
ifer
Char
acte
riza
tion
Proc
edur
e by
M
eans
of H
ydra
ulic
Pro
filin
g To
ol
and
Min
i Pum
p Te
sts.
E. M
arta
c,
B. B
erbe
e, a
nd G
.R. v
an G
oor.
Euge
n M
arta
c (F
ugro
Con
sult
Gm
bH/
Ger
man
y)
Eval
uatin
g Te
chno
logy
Tra
nsfe
r Ch
alle
nges
and
Suc
cess
es: T
he
XRF
Case
Stu
dy. J
. Cos
tanz
a,
D. C
rum
blin
g, L
. Fie
dler
, E. G
ilber
t, an
d C.
Pac
hon.
Ca
rlos
Pach
on (U
.S. E
nviro
nmen
tal
Prot
ectio
n Ag
ency
/USA
)
Rem
edia
l Opt
imiz
atio
n:
Tran
sitio
ning
from
Phy
sica
l lN
APl
Rem
oval
to E
nhan
ced
Biol
ogic
al
Deg
rada
tion
to N
atur
al D
eple
tion.
T.
Mill
er, B
. Car
reon
, and
Y. C
huan
g.
Todd
Mill
er (K
enne
dy/J
enks
Co
nsul
tant
s/U
SA)
Hyd
roge
n Is
otop
e Ef
fect
s in
R
eact
ions
of C
hlor
inat
ed E
then
es:
Pote
ntia
l Too
l for
Dis
crim
inat
ion
of
Chlo
rina
ted
Ethe
nes
Deg
rada
tion
Path
way
s. T
. Kud
er,
A. S
ulliv
an O
jeda
, and
R.P
. Phi
lp.
Tom
asz
Kude
r (U
nive
rsity
of
Okl
ahom
a/U
SA)
Spec
ialty
Ele
ctri
cal R
esis
tivity
Im
agin
g at
NAP
l-Im
pact
ed S
ite
in B
razi
l: Ke
y Co
ntri
butio
ns to
the
Conc
eptu
al S
ite M
odel
. C.
S. M
owde
r, L.
Rib
eiro
, P. R
ego,
G
. Van
den
Dae
le, P
. Bar
reto
, O
. Mau
rer,
M. S
herr
ier,
and
J.
Hen
ders
on.
Caro
l Mow
der (
Jaco
bs/U
SA)
Impr
ovin
g th
e Ef
fect
iven
ess
of
Tech
nolo
gy T
rans
fer P
rogr
ams:
l e
sson
s le
arne
d fr
om
SER
DP/
ESTC
P W
ebin
ar P
rogr
am.
R.A
. Dee
b, J
. Nym
an, a
nd A
. Lee
son.
R
ula
Anse
lmo
Dee
b (G
eosy
ntec
Co
nsul
tant
s/U
SA)
SESS
ION
BR
EAK
Usi
ng IS
Ms
to E
valu
ate
MN
A,
Enha
nced
Ana
erob
ic
Bior
emed
iatio
n, a
nd
Bioa
ugm
enta
tion
at a
Chl
orin
ated
So
lven
t Site
Pres
ente
d by
: Mic
robi
al In
sigh
ts, I
nc.
REM
Chlo
r-M
DPr
esen
ted
by: C
lem
son
Uni
vers
ity
SESS
ION
BR
EAK
Stra
tigra
phic
Flu
x: A
pply
ing
Sequ
ence
Str
atig
raph
y an
d
Hig
h-R
esol
utio
n Si
te
Char
acte
riza
tion
to F
ind
Cont
amin
ant F
lux.
J.
A. Q
uinn
an, P
. Cur
ry, E
. Kill
enbe
ck,
L. P
eter
s, K
.C. G
love
r, an
d C.
Var
ley.
Jo
seph
Qui
nnan
(Arc
adis
/USA
)SE
SSIO
N B
REA
K
PAN
El: T
echn
olog
y Ev
alua
tions
: Ch
alle
nges
and
Sol
utio
ns
Mod
erat
orAm
y D
inda
l (Ba
ttelle
/USA
)
Pane
lists
Jim
Cum
min
gs (U
.S. E
PA)
John
Nea
te (V
erifi
Glo
bal)
Ric
hard
Ste
war
t (Zi
ltek)
Han
s St
roo
(Str
oo C
onsu
lting
)
Trac
king
Chl
orin
ated
Sol
vent
s in
the
Envi
ronm
ent.
I.G
. Pet
risor
. Io
ana
Glo
ria P
etris
or (T
oxSt
rate
gies
, In
c./U
SA)
STAR
x (E
x Si
tu S
mol
deri
ng) f
or th
e Tr
eatm
ent o
f Con
tam
inat
ed S
oils
an
d li
quid
Org
anic
Was
tes:
Res
ults
fr
om a
Ful
l-Sc
ale
Appl
icat
ion.
G
. Sch
oles
, G.P
. Gra
nt, D
. Maj
or,
C. M
urra
y, G
.P. S
abad
ell,
D. T
hom
as,
and
J. D
omin
guez
. G
rant
Sch
oles
(Sav
ron/
Cana
da)
SESS
ION
BR
EAK
Dis
tingu
ishi
ng b
etw
een
Mul
tiple
D
ry C
lean
er S
ourc
es in
a
Com
min
gled
Chl
orin
ated
Sol
vent
G
roun
dwat
er P
lum
e. K
.R. R
obro
ck
and
P.M
. Mes
ard.
Kr
istin
Rob
rock
(Exp
onen
t, In
c./U
SA)
Surp
risi
ng E
ffica
cy o
f “Si
ppin
g”
Hea
vy D
NAP
l w
ithou
t Dis
turb
ing
Form
atio
ns, U
sing
low
-Flo
w,
Abov
e-G
rade
Pis
ton
Pum
ps.
M. B
erta
ne.
Mar
k Be
rtan
e (B
lack
haw
k Te
chno
logy
/USA
)
Enha
ncem
ent o
f Oily
Slu
dge
Biod
egra
datio
n in
His
tori
c R
efine
ry
Was
tew
ater
lag
oons
. M. A
lexa
nder
, M
. Cha
ndra
seka
ran,
N. A
larw
an, a
nd
J. W
alke
r. M
atth
ew A
lexa
nder
(Tex
as A
&M
U
nive
rsity
-Kin
gsvi
lle/U
SA)
Best
Pra
ctic
e fo
r Cha
ract
eriz
atio
n an
d R
emed
iatio
n of
Sed
imen
ts a
nd
Aqui
fers
: Env
iron
men
tal S
eque
nce
Stra
tigra
phy.
M. S
hultz
, C. P
lank
, R
. Cra
mer
, and
H. L
evin
e.
Mik
e Sh
ultz
(Bur
ns &
McD
onne
ll/U
SA)
F Se
ssio
nsSi
erra
/Ven
ture
G S
essi
ons
Pasa
dena
H S
essi
ons
Mad
era
I Ses
sion
sCa
talin
ale
arni
ng l
abEx
hibi
t Hal
l
REN
AISS
ANCE
HO
TEl
EXH
IBIT
HAl
l (P
SCC)
Software & Bio Innovations
I5. Environmental ForensicsI4. Compound-Specific Isotope Analysis
H4. GeologyH3. High-Resolution Site Characterization (HRSC)
PanelG5. Advances in Technology Transfer
F4. Remediation of Heavy HydrocarbonsF3. lNAPl
44
WEDNESDAY 1:00-3:05 p.m.PAlm SPriNgS CoNvENtioN CENtEr
WE
DN
ESD
AY
1:0
0-3
:05
p.m
. (P
SCC
)
1:00
1:25
1:50
2:15
2:40
3:05
Elec
tric
al R
esis
tanc
e H
eatin
g Th
erm
al R
emed
iatio
n in
a D
ifficu
lt Aq
uife
r Mat
rix.
J. B
yrd.
Je
nnife
r Byr
d (E
RM
/USA
)
Eval
uatio
n of
Mas
s D
isch
arge
to
Surf
ace
Wat
er in
Tid
ally
-Infl
uenc
ed
Aqui
fer b
y Pa
ssiv
e Fl
ux M
eter
s.
R.K
. Sill
an.
Ran
dall
Silla
n (A
ECO
M/U
SA)
SESS
ION
BR
EAK
Gro
undw
ater
Res
tora
tion
and
Long
-Ter
m S
tew
ards
hip
at a
For
mer
Sm
elte
r. G
. Leo
ne, S
. Bro
wn,
M
.B. H
ay, J
. Hor
st, a
nd R
. Pug
a.
Mic
hael
Hay
(Arc
adis
U.S
., In
c./U
SA)
Per-
and
Pol
yfluo
roal
kyl
Subs
tanc
es: F
rom
Ope
ratio
nal U
se
of A
FFF
to Im
pact
ed W
ater
Sup
ply
to C
lass
Act
ion
Law
suit.
S. R
icha
rds
and
F. La
uzon
. Fr
anco
is L
auzo
n (S
tant
ec C
onsu
lting
Lt
d./C
anad
a)
Succ
ess
Stor
ies
at
Low
-Per
mea
bilit
y Si
tes:
Fie
ld
Dem
onst
ratio
ns o
f Ele
ctro
kine
tic-
Enha
nced
Am
endm
ent D
eliv
ery
for
In S
itu R
emed
iatio
n. J
. Wan
g,
E. C
ox, D
. Rey
nold
s, D
. Gen
t, an
d
M. S
ingl
etar
y.
Jam
es W
ang
(Geo
synt
ec
Cons
ulta
nts/
USA
)
Mas
s Fl
ux a
s a
Tool
for E
valu
atin
g an
d D
emon
stra
ting
Rem
edia
l O
bjec
tives
and
Opt
imiz
ing
a Co
mbi
ned
Rem
edy
Hyd
raul
ic
Cont
ainm
ent a
nd B
iore
med
iatio
n Sy
stem
. J. L
ange
nbac
h, J
. Bar
tlett,
an
d J.
Shy
e.
Jim
Lan
genb
ach
(Geo
synt
ec
Cons
ulta
nts/
USA
)
SESS
ION
BR
EAK
Det
aile
d Si
te In
vest
igat
ion
of
Uns
atur
ated
and
Sat
urat
ed Z
ones
of
a F
ire
Trai
ning
Are
a fo
r Per
- and
Po
lyflu
oroa
lkyl
Sub
stan
ces
(PFA
Ss)
Usi
ng A
dvan
ced
Anal
ytic
al T
ools
. E.
F. H
outz
, A. H
orne
man
, A.
G. C
hris
tens
en, I
. Ros
s, J
. Bur
dick
. J.
Hur
st, a
nd J
. Mile
s.
Ian
Ros
s (A
rcad
is/U
nite
d Ki
ngdo
m)
A Co
mpa
rativ
e An
alys
is a
t Low
an
d H
igh
pH A
ctiv
atio
n of
Sod
ium
Pe
rsul
fate
in a
Fra
ctur
ed C
arbo
nate
Aq
uife
r. J.
Cat
anza
rita,
R. S
riran
gam
, P.
Tam
es, a
nd W
. Cal
dico
tt.
Jeff
Cata
nzar
ita (U
.S. E
nviro
nmen
tal
Prot
ectio
n Ag
ency
/USA
)
Perf
orm
ance
of C
ombi
ned
Bior
emed
iatio
n an
d ZV
I Em
plac
emen
t Rem
edy
for
Chlo
rina
ted
Solv
ent S
ourc
e Tr
eatm
ent.
N. S
mith
, N. S
mith
, D
. Ngu
yen,
K. W
aage
, K. S
alle
r,
R. W
ymor
e, K
. Sor
enso
n, S
. Gar
cia,
I.
Bow
en, G
. Gue
st, a
nd C
. Kai
ser.
Nei
l Sm
ith (C
DM
Sm
ith, I
nc./U
SA)
Use
of F
lux
Mea
sure
men
t for
R
emed
ial D
esig
n O
ptim
izat
ion
of
a Co
mbi
ned
Rem
edy
for S
ourc
e Tr
eatm
ent a
nd L
arge
Dilu
te P
lum
e M
anag
emen
t. K
. Lyn
ch, T
. Mac
beth
, D
. Gia
udro
ne, N
.L. S
mith
, R
. Chi
chak
li, C
. Cor
a, a
nd R
. Fue
ntes
. Ta
mze
n M
acbe
th (C
DM
Sm
ith/U
SA)
Surf
acta
nt-E
nhan
ced
Extr
actio
n to
Ex
pedi
te R
emed
iatio
n of
a C
arbo
n Te
trac
hlor
ide
Sour
ce Z
one
at a
n Ac
tive
Gra
in E
leva
tor F
acili
ty.
E. D
ulle
, J. H
esem
ann,
and
G. I
vey.
Eric
Dul
le (B
urns
& M
cDon
nell/
USA
)
Abio
tic D
egra
datio
n of
Chl
orin
ated
Et
hene
s by
Iron
Min
eral
s: O
ver T
wo
Dec
ades
Now
. M.M
. Sch
erer
, D
.E. L
atta
, T. R
obin
son,
A.
L. N
eum
ann,
and
J. E
ntw
istle
. M
iche
lle S
cher
er (U
nive
rsity
of I
owa/
USA
)
Oxi
datio
n of
Che
mic
ally
-Red
uced
Aq
uife
r Sed
imen
ts a
s Ch
arac
teri
zed
by A
biot
ic R
eact
ivity
and
Indu
ced
Pola
riza
tion.
J.E
. Sze
csod
y,
T.C.
Joh
nson
, P. T
ratn
yek,
E.
Pla
cenc
ia-G
omez
, M. B
radl
ey,
M.J
. Tru
ex, C
.T. R
esch
, and
B.
N. G
artm
an.
Jam
es S
zecs
ody
(Pac
ific
Nor
thw
est
Nat
iona
l Lab
orat
ory/
USA
)
PAN
EL: B
uild
ing
a R
emed
y w
ith th
e En
d in
Min
d: A
dvan
ces
in A
dapt
ive
Man
agem
ent f
or E
ffici
ent C
lean
up
of C
ompl
ex S
ites
Mod
erat
orTa
mze
n M
acbe
th (C
DM
Sm
ith/U
SA)
Pane
lists
Dan
iel G
rohe
r (U
SACE
New
Eng
land
D
istr
ict)
Tom
Bla
ckm
an (L
ockh
eed
Mar
tin)
Alec
Nau
gle
(Cal
iforn
ia R
egio
nal
Wat
er Q
ualit
y Co
ntro
l Boa
rd)
Gra
nt N
icho
ls (J
TL S
peci
alty
)
SESS
ION
BR
EAK
Per-
and
Pol
yfluo
roal
kyl S
ubst
ance
s (P
FAS)
: Add
ress
ing
Lim
ited
Toxi
city
D
ata
in S
ite C
hara
cter
izat
ion.
L.
Hal
l. Li
nda
C. H
all (
GSI
Env
ironm
enta
l, In
c./U
SA)
Com
bine
Opt
imiz
atio
n of
Sur
fact
ant
Enha
nced
Rec
over
y an
d IS
CO
Alka
line
Activ
atio
n to
Tre
at a
Br
azili
an L
atos
ol S
oil C
onta
min
ated
w
ith D
RO
Die
sel.
V.W
. Cib
ele,
D
.M. C
ristin
a, a
nd R
. Pau
lino.
Cr
istin
a M
aluf
(Am
bsci
ence
En
genh
aria
Ltd
a/Br
azil)
SESS
ION
BR
EAK
Usi
ng M
ultip
le A
men
dmen
ts a
nd
Del
iver
y M
etho
ds to
Tre
at E
xten
sive
PC
E Im
pact
s in
Low
-Per
mea
bilit
y So
il an
d Be
droc
k M
atri
ces.
T.
A. H
arp.
To
m H
arp
(Rem
edia
tion
Ris
k R
educ
tion,
LLC
/USA
)
SESS
ION
BR
EAK
Impl
emen
tatio
n of
a B
iosu
rfac
tant
-En
hanc
ed T
reat
men
t for
Soi
ls
Impa
cted
by
PAH
. F. C
azal
s,
M. M
orla
y, A
. Per
raul
t, N
. Gal
opin
, S.
Ros
sano
, S. C
olom
bano
, I.
Igna
tiadi
s, D
. Hug
ueno
t, an
d
M.O
. Sim
onno
t. Fl
oria
n Ca
zals
(CO
LAS
Envi
ronn
emen
t/Fra
nce)
Eval
uatio
n of
Iron
and
Sul
fur
Supp
lem
ents
to P
rom
ote
Rea
ctiv
e M
iner
al F
orm
atio
n in
In S
itu
Rea
ctiv
e Zo
nes.
J. F
ord,
J.
McD
onou
gh, M
. McC
augh
ey,
R. O
este
rrei
ch, a
nd J
. Mar
tin T
ilton
. Je
ff Fo
rd (A
rcad
is/U
SA)
Usi
ng M
olec
ular
Tec
hniq
ues
to
Char
acte
rize
Site
s U
nder
goin
g IS
CR: A
Site
Com
pari
son
Stud
y.
D. T
agga
rt, M
. Bur
ns, a
nd
S. R
osol
ina.
Sa
m R
osol
ina
(Mic
robi
al In
sigh
ts,
Inc.
/USA
)
The
Scie
nce
behi
nd th
e PF
AS
Dri
nkin
g W
ater
Hea
lth A
dvis
ory
and
How
It A
ffect
s R
isk
Man
agem
ent
Dec
isio
n M
akin
g. D
. Mar
quez
and
B.
Hoy
e.
Dia
na M
arqu
ez (B
urns
& M
cDon
nell/
USA
)
Wha
t Are
Key
Con
side
ratio
ns fo
r an
Appr
oach
to H
uman
Hea
lth In
take
As
sess
men
t for
PFA
S? A
. Lee
and
M
. Arc
her.
Aman
da L
ee (A
ECO
M/A
ustr
alia
)
Perm
anen
t Rem
oval
of S
epar
ate
Phas
e O
rgan
ics
in G
roun
dwat
er.
G.A
. Ive
y an
d J.
S. P
oyno
r. J.
Sco
tt Po
ynor
(Geo
logi
c Sc
ienc
e an
d Te
chno
logy
Gro
up, I
nc./U
SA)
A Se
ssio
nsPr
imro
se A
B Se
ssio
nsPr
imro
se B
C Se
ssio
nsPr
imro
se C
D S
essi
ons
Prim
rose
DE
Sess
ions
Smok
etre
e
PALM
SPR
ING
S CO
NVE
NTI
ON
CEN
TER
E6. Low-Permeability Zone Case Studies
PanelD6. Applications of Mass Flux and Mass Discharge for Remedial Design
C7. Surfactant-Enhanced Remediation
B6. In Situ Chemical ReductionB5. ZVI
A7. PFAS Risk Assessment and ToxicityA6. PFAS Site Characterization
45
WEdNEsdaY 1:00-3:05 p.m.paLm sprINGs CoNVENTIoN CENTEr
WEdNEsdaY 1:00-3:05 p.m.rENaIssaNCE HoTEL & LEarNING LaB
WE
DN
ESD
AY
1:00
-3:05 p
.m. (R
enaissance Ho
tel & Learning
Lab)
PAN
El: B
uild
ing
a R
emed
y w
ith th
e En
d in
Min
d: A
dvan
ces
in A
dapt
ive
Man
agem
ent f
or E
ffici
ent C
lean
up
of C
ompl
ex S
ites
Mod
erat
orTa
mze
n M
acbe
th (C
DM
Sm
ith/U
SA)
Pane
lists
Dan
iel G
rohe
r (U
SACE
New
Eng
land
D
istr
ict)
Tom
Bla
ckm
an (L
ockh
eed
Mar
tin)
Alec
Nau
gle
(Cal
iforn
ia R
egio
nal
Wat
er Q
ualit
y Co
ntro
l Boa
rd)
Gra
nt N
icho
ls (J
TL S
peci
alty
)
1:00
1:25
1:50
2:15
2:40
3:05
BioP
IC (P
athw
ay Id
entifi
catio
n Cr
iteri
a)Pr
esen
ted
by: S
ciss
orta
il
Envi
ronm
enta
l Sol
utio
ns, L
LC
Nuc
lear
Mag
netic
Res
onan
ce: A
n Im
prov
ed S
ourc
e Fi
nger
prin
ting
Anal
ytic
al T
ool.
J. L
ongs
taffe
, J.
S. K
onzu
k, C
. Che
yne,
S. M
anci
ni,
M. M
cMas
ter,
and
E.E.
Mac
k.
Julie
Kon
zuk
(Geo
synt
ec
Cons
ulta
nts,
Inc.
/Can
ada)
Gra
phic
al C
ore
logg
ing:
M
axim
izin
g Yo
ur O
ppor
tuni
ty
to O
bser
ve A
ctua
l Sub
surf
ace
Cond
ition
s. C
.P. P
lank
, R. C
ram
er
and
M.R
. Shu
ltz.
Colin
Pla
nk (B
urns
& M
cDon
nell/
USA
)
(Con
t.)
PAN
El: T
echn
olog
y Ev
alua
tions
: Ch
alle
nges
and
Sol
utio
ns
An A
dapt
atio
n of
Sta
ndar
d M
obili
ty
Test
s fo
r DN
APl.
T. A
ndre
ws
and
L. T
seng
. Tr
evre
Roy
s An
drew
s (J
acob
s/U
SA)
Chem
ical
Fin
gerp
rint
ing
of P
FASs
in
Sed
imen
t, B
iota
and
Sur
face
W
ater
Ass
ocia
ted
with
AFF
F R
elea
se A
reas
: Im
plic
atio
ns o
f D
iffer
ence
s. S
.F. G
orm
ley,
A.
Ber
nhar
dt, M
.L. B
evie
r, S.
Thom
as,
R. S
inge
r, an
d M
. Hel
ton.
Se
an G
orm
ley
(Woo
d/U
SA)
Usi
ng A
pplie
d En
viro
nmen
tal
Sequ
ence
Str
atig
raph
y to
Pre
dict
TC
E Co
ntam
inan
t Mig
ratio
n Pa
thw
ays:
Air
For
ce P
lant
42,
Pa
lmda
le, C
alifo
rnia
. R.C
. Sam
uels
an
d J.
L. G
illes
pie.
R
yan
Sam
uels
(AEC
OM
/USA
)
SESS
ION
BR
EAK
Inte
ract
ive
Tour
of t
he E
NvI
RO
.wik
i: H
elp
Us
Shap
e Its
Fut
ure
Pres
ente
d by
: Dra
per A
den
As
soci
ates
MO
DFl
OW
6Pr
esen
ted
by: U
.S. G
eolo
gica
l Sur
vey
Envi
ronm
enta
l For
ensi
cs A
pplie
d to
Pe
r- a
nd P
olyfl
uoro
alky
l Sub
stan
ces
(PFA
S). J
. Hat
ton,
W. D
iGui
sepp
i,
C. H
olto
n, E
. Piñ
a, a
nd N
. Bad
on.
Jam
es W
. Hat
ton
(Jac
obs/
USA
)
Use
of E
lect
rica
l Con
duct
ivity
lo
ggin
g fo
r Ris
k Ev
alua
tion
at a
G
asol
ine
Spill
Site
. J.T
. Wils
on,
K. J
ewel
l, J.
Wea
ver,
and
H. W
hite
. Jo
hn W
ilson
(Sci
ssor
tail
Envi
ronm
enta
l Sol
utio
ns, L
LC/U
SA)
SESS
ION
BR
EAK
Impl
emen
ting
Gro
undw
ater
St
rate
gy: v
isua
lizin
g an
d Co
mm
unic
atin
g th
e Pr
iori
ties
thro
ugh
GIS
. H. S
cker
l and
B.
Bis
gaar
d.
Hal
fdan
Sck
erl (
Cent
ral D
enm
ark
Reg
ion/
Den
mar
k)
Unm
anne
d Ai
rcra
ft Sy
stem
s:
His
tory
of t
he T
echn
olog
y an
d U
ses
in S
ite In
vest
igat
ions
, Su
rvey
ing
and
Oth
er E
nvir
onm
enta
l Ap
plic
atio
ns. J
. Pop
iel,
P. E
aton
, and
A.
Lin
dem
ann.
An
drew
Lin
dem
ann
(LEP
TRO
N/U
SA)
NAP
l M
igra
tion
and
Plum
e G
eom
etry
at F
orm
er M
anuf
actu
red
Gas
Pla
nt S
ites
Cont
rolle
d by
the
Dep
ositi
onal
Env
iron
men
t of S
ite
Stra
tigra
phy.
C.P
. Pla
nk, G
. Mcl
inn,
an
d R
. Cra
mer
. Co
lin P
lank
(Bur
ns &
McD
onne
ll/U
SA)
Ther
mal
Rem
edia
tion
of C
reos
ote-
Impa
cted
San
d: T
reat
abili
ty T
estin
g du
ring
Hea
ting
and
Post
-Hea
ting
Dis
solu
tion.
B.N
. Hic
knel
l,
K.G
. Mum
ford
, and
B.H
. Kue
per.
Kevi
n M
umfo
rd (Q
ueen
’s U
nive
rsity
/Ca
nada
)
The
Het
erog
eneo
us H
omog
eneo
us
Aqui
fer:
Rem
edia
tion
Geo
logy
from
le
sson
s le
arne
d at
CFB
Bor
den.
D
.W. T
omlin
son
and
N.R
. Tho
mso
n.
Der
ek T
omlin
son
(GEI
Con
sulta
nts,
In
c./U
SA)
SESS
ION
BR
EAK
SESS
ION
BR
EAK
Doi
ng a
Goo
d Jo
b Is
Not
Eno
ugh:
Yo
u N
eed
to l
et P
eopl
e Kn
ow.
C. S
orre
ntin
o an
d V.
M. H
anle
y.
Clau
dio
Sorr
entin
o (C
alifo
rnia
D
epar
tmen
t of T
oxic
Sub
stan
ces
Cont
rol/U
SA)
Com
mun
icat
ing
Ris
k to
Ach
ieve
Su
cces
sful
Env
iron
men
tal
Res
tora
tion:
Res
hapi
ng l
NAP
l M
anag
emen
t Pol
icie
s by
Bet
ter
Defi
ning
Ris
k. R
. Cha
pman
and
E.
Ges
sert
. Er
ik G
esse
rt (T
erra
con/
USA
)
Unm
anne
d Pa
rtia
lly A
uton
omou
s Bo
at fo
r Pro
filin
g an
d Sa
mpl
ing
the
Berk
eley
Pit.
T.A
. Dua
ime,
G
.A. I
copi
ni, B
.E. H
ill, P
. Cot
e,
W. L
eish
man
, A. A
lang
ari,
M
. Eric
kson
, T. H
ollid
ay, C
. Elle
rtso
n,
and
T. F
ricks
. Br
yce
Ensi
gn H
ill (M
onta
na T
ech
of
the
Uni
vers
ity o
f Mon
tana
/USA
)
Sele
ctio
n of
In S
itu S
tabi
lizat
ion
Targ
et A
reas
for N
APl-
Impa
cted
Se
dim
ent R
emed
iatio
n. J
. Gen
try,
A.
J. S
alte
r-Bl
anc,
J. H
ess,
and
C.
D. T
siam
is.
Jeff
Gen
try
(Jac
obs/
USA
)
In S
itu G
asw
orks
Rem
edia
tion:
Ch
alle
nges
and
Inno
vatio
ns.
W. C
aldi
cott,
P. K
akar
la, M
. Tem
ple,
T.
Eilb
er, B
. Kay
, and
T. O
’Cal
lagh
an.
Will
Cal
dico
tt (I
n-Si
tu O
xida
tive
Tech
nolo
gies
[ISO
TEC]
/USA
)
A G
eolo
gy-F
ocus
ed A
ppro
ach
at
Thre
e In
dust
rial
Site
s to
Enh
ance
Co
ncep
tual
Site
Mod
els
and
Rem
edia
l Des
ign.
K. C
arr a
nd
A. R
ees.
Ka
thar
ine
Carr
(AEC
OM
/USA
)
F Se
ssio
nsSi
erra
/Ven
ture
G S
essi
ons
Pasa
dena
H S
essi
ons
Mad
era
I Ses
sion
sCa
talin
ale
arni
ng l
abEx
hibi
t Hal
l
REN
AISS
ANCE
HO
TEl
EXH
IBIT
HAl
l (P
SCC)
Software & Bio Innovations
I6. Unmanned Systems for Remote MonitoringI5. Environmental Forensics
H4. Remediation Geology: Geology-Focused Approach to Remediation Site Management
G6. Stakeholder Success Stories and Risk CommunicationPanel
F5. MGPsF4. Heavy Hydrocarbons
46
WEdNEsdaY 3:30-3:55 p.m.paLm sprINGs CoNVENTIoN CENTEr
WE
DN
ESD
AY
3:3
0-3
:55
p.m
. (P
SCC
)
3:30
3:55
DPT
Jet
Inje
ctio
n fo
r Rem
edia
tion
of l
ow-P
erm
eabi
lity
Zone
s:
Full-
Scal
e Ca
se S
tudy
Res
ults
from
Th
ree
Year
s of
Tre
atm
ent.
C.
M. R
oss,
D. E
berle
, N.D
. Dur
ant,
W.W
. Sla
ck, D
. Bai
rd, T
.H. J
ørge
nsen
, E.
B. W
eeth
, and
P. J
ohan
sen.
Ch
apm
an R
oss
(Geo
synt
ec
Cons
ulta
nts/
USA
)
(Con
t.)
PAN
El: B
uild
ing
a R
emed
y w
ith th
e En
d in
Min
d: A
dvan
ces
in A
dapt
ive
Man
agem
ent f
or E
ffici
ent C
lean
up
of C
ompl
ex S
ites
Des
ign
and
Impl
emen
tatio
n of
Ful
l-Sc
ale
In S
itu C
hem
ical
Oxi
datio
n of
PCE
in S
oil a
nd G
roun
dwat
er
Usi
ng S
urfa
ctan
t-Fa
cilit
ated
Sod
ium
Pe
rman
gana
te a
t an
Urb
an l
ocat
ion.
K.
Ram
anan
d, D
.W. P
odse
n,
E.W
. Wils
on, M
. Ost
row
ski,
K.D
. Dys
on,
and
M. T
empl
e.
Karn
am R
aman
and
(Bro
wn
and
Cald
wel
l/USA
)
ISCR
-Bas
ed R
emed
iatio
n of
H
erbi
cide
/Pes
ticid
e-Im
pact
ed
Soils
in C
anad
a, C
hina
, Col
ombi
a,
Swed
en, a
nd th
e U
nite
d St
ates
: 22
Year
s of
Suc
cess
and
Sur
pris
es.
A.G
. See
ch a
nd J
.T. S
late
r. Al
an S
eech
(Per
oxyC
hem
, LLC
/USA
)
Ris
k Co
mm
unic
atio
n in
Em
ergi
ng
Cont
amin
ants
: NG
WA
PFAS
G
uida
nce.
M.A
. Har
cler
ode,
E.
Em
met
t, an
d L.
Hal
l. M
elis
sa H
arcl
erod
e (C
DM
Sm
ith,
Inc.
/USA
)
l ong
-Ter
m S
oil v
apor
Ext
ract
ion
(SvE
) Mon
itori
ng a
nd E
ffect
iven
ess
in T
wo
Adjo
inin
g lo
w-P
erm
eabi
lity
Soil
Hor
izon
s. R
. Ply
bon,
M. M
oes,
D
. Har
baug
h, A
. Ng,
D. S
abba
, and
J.
Arg
yres
. R
ober
t Ply
bon
(EKI
Env
ironm
ent &
W
ater
, Inc
./USA
)
less
ons
lear
ned
from
Sur
fact
ant-
Enha
nced
Aqu
ifer R
emed
iatio
n of
li
ght a
nd D
ense
NAP
ls. D
. Ald
en
and
G. B
irk.
Dav
id A
lden
(Ter
sus
Envi
ronm
enta
l, LL
C/U
SA)
l im
itatio
ns a
nd l
esso
ns l
earn
ed
from
App
lyin
g In
Situ
Che
mic
al
Red
uctio
n to
Tre
at v
OCs
and
Met
als
in a
Geo
chem
ical
ly C
ompl
ex
Aqui
fer.
T.J.
Pat
ters
on,
R. S
riran
gam
, and
L.M
. Bra
usch
. Th
omas
Pat
ters
on (R
oux
Asso
ciat
es,
Inc.
/USA
)
PFAS
and
Ris
k As
sess
men
t: O
verv
iew
of t
he S
tate
of t
he
Prac
tice.
S. T
hom
as a
nd
M. F
renc
hmey
er.
Shal
ene
Thom
as (W
ood/
USA
)
A Se
ssio
nsPr
imro
se A
B Se
ssio
nsPr
imro
se B
C Se
ssio
nsPr
imro
se C
D S
essi
ons
Prim
rose
DE
Sess
ions
Smok
etre
e
PAlM
SPR
ING
S CO
NvE
NTI
ON
CEN
TER
E6. low-Permeability Zone Case Studies
Panel
C7. Surfactant-Enhanced Remediation
B6. In Situ Chemical Reduction
A7. PFAS Risk Assessment and ToxicityrENaIssaNCE HoTEL & LEarNING LaB
3:30
3:55
Frac
ture
d-R
ock
Geo
phys
ical
To
olbo
x M
etho
d Se
lect
ion
Tool
(F
RG
T-M
ST)
Pres
ente
d by
: U.S
. Geo
logi
cal S
urve
y
A M
ultip
urpo
se U
nman
ned
Aeri
al
vehi
cle
(UAv
) for
Wat
er S
ampl
ing
and
Map
ping
in a
Flo
oded
Min
e Pi
t.
I.S. F
airw
eath
er, L
. Bur
mei
ster
, and
J.
Jon
as.
Ian
Fairw
eath
er (F
airw
eath
er IT
, LLC
/U
SA)
Site
Hyd
rost
ratig
raph
y R
efine
men
t: In
tegr
ated
Fie
ld M
etho
ds fo
r Ch
arac
teri
zing
a N
APl-
Impa
cted
Se
dim
enta
ry A
quife
r in
Braz
il.
L.A.
F.S. R
ibei
ro, P
.S. R
ego,
G
. Van
de
Dae
le, M
.P. S
herr
ier,
J.
K. H
ende
rson
, C.S
. Mow
der,
and
O
. Mau
rer.
Luca
s An
drea
ta F.
S. R
ibei
ro (J
acob
s/Ca
nada
)
Stat
e-le
vel R
isk
Com
mun
icat
ion
of
Wat
erbo
rne
Cont
amin
ants
: Per
- and
Po
lyflu
oroa
lkyl
Sub
stan
ces
and
Har
mfu
l Alg
al B
loom
s. A
.L. B
odi
and
S.G
. Lon
gsw
orth
. Sa
rah
Gra
ce L
ongs
wor
th
(Env
ironm
enta
l Cou
ncil
of th
e St
ates
/U
SA)
Full-
Scal
e Tr
eatm
ent o
f Coa
l Tar
la
goon
s w
ith In
Situ
Sm
olde
ring
: Su
cces
sful
Fie
ld S
tori
es a
nd
less
ons
lear
ned.
J. V
idum
sky,
M
. McM
aste
r, L.
Jo,
M. A
uger
, L.
de
Vlam
ing,
D. L
iefl,
and
A. S
ims.
M
arla
ina
Auge
r (G
eosy
ntec
Co
nsul
tant
s/Ca
nada
)
1DTe
mpP
roPr
esen
ted
by: U
.S. G
eolo
gica
l Sur
vey
Unm
anne
d Ae
rial
Sys
tem
s (U
AS):
R
edefi
ning
veg
etat
ion
Anal
ysis
. D
.C. M
umm
ert.
Dan
iel M
umm
ert (
Trih
ydro
Co
rpor
atio
n/U
SA)
Focu
s on
Geo
logy
to Im
prov
e In
Situ
Rem
edia
tion
Out
com
es:
Pers
pect
ives
for t
he R
emed
iatio
n En
gine
er. P
.M. D
ombr
owsk
i. Pa
ul D
ombr
owsk
i (In
-Situ
Oxi
dativ
e Te
chno
logi
es [I
SOTE
C]/U
SA)
A N
atio
nal P
FAS
Inve
stig
atio
n Pr
ogra
m in
Aus
tral
ia:
Sens
e-M
akin
g an
d R
isk
Com
mun
icat
ion
Chal
leng
es.
M. B
ruce
, L. M
cLeo
d, a
nd
A. M
itche
ll.
Luke
McL
eod
(Dep
artm
ent o
f D
efen
ce/A
ustr
alia
)
Fiel
d-Sc
ale
Eval
uatio
n of
Ae
robi
c Bi
o-O
xida
tion
to D
eple
te
Gro
undw
ater
Con
tam
inan
ts fr
om
Coal
Tar
and
Cre
osot
e. R
.K. S
illan
. R
anda
ll Si
llan
(AEC
OM
/USA
)
F Se
ssio
nsSi
erra
/Ven
ture
G S
essi
ons
Pasa
dena
H S
essi
ons
Med
era
I Ses
sion
sCa
talin
ale
arni
ng l
abEx
hibi
t Hal
l
REN
AISS
ANCE
HO
TEl
EXH
IBIT
HAl
l (P
SCC)
Software & Bio Innovations
I6. Unmanned Systems for Remote Monitoring
H4. Remediation Geology
G6. Stakeholder Success Stories
F5. MGPs
Display: Wednesday 7:00 a.m.–Thursday 1:00 p.m. Presentations/Reception: Wednesday 4:30–6:30 p.m.
The following posters will be on display from Wednesday morning through Thursday afternoon in the Exhibit Hall. During the Presentations/Reception period Wednesday evening, presenters will be at their displays to discuss their work. The poster board number assigned to each presentation appears below.
Group 2 posTErs
sEssIoN TITLEsA8. PFAS Fate and Transport
A9. PFAS Remediation
A10. Pump and Treat for PFAS Remediation
B7. Lessons Learned with In Situ Technologies
B8. Lessons Learned in DNAPL Source Zone Remediation
B9. In Situ Chemical Oxidation
C5. Advances in Amendments
C6. Injectable Activated Carbon Amendments
C7. Surfactant-Enhanced Remediation
C8. Phytoremediation/Mycoremediation and Plant Uptake
C9. Combined Remedies and Treatment Trains
C10. Emerging Remediation Technologies
D5. Assessing Performance and Cost of Remedies
D6. Applications of Mass Flux and Mass Discharge for Remedial Design/Optimization
D7. Reusing and Revitalizing Contaminated Sites
D8. GSR Best Practices and Case Studies
D9. GSR Metrics and Resiliency Evaluations
E4. Adaptive Site Management and Risk Management Strategies
E5. Large, Dilute and Commingled Plume Case Studies
E6. Low-Permeability Zone Case Studies
E7. Cold Region Case Studies
E8. Surface Water/Groundwater Interactions
E9. Landfill Redevelopment and Management
E10. Radiological Issues
F3. LNAPL Recovery/Remediation Technology Transitions
F4. Remediation of Heavy Hydrocarbons
F5. MGPs
F6. TPH Risk Assessment and Metabolites
F7. Environmental Considerations for Hydraulic Fracturing/Shale Gas Production
F8. Managing/Remediating Petroleum Impacts at Fractured Bedrock Sites
G5. Advances in Technology Transfer
G6. Stakeholder Success Stories and Risk Communication
G7. Decision Analysis Tools for Environmental Restoration Applications
G8. Precipitation and Stabilization of Metals
G9. Managing Chromium-Contaminated Sites
H3. High-Resolution Site Characterization (HRSC)
H4. Remediation Geology: Geology-Focused Approach to Remediation Site Management
H5. Improvements in Site Data Collection, Data Management, and Data Visualization
H6. Risk Assessment and Bioavailability Considerations
I4. Compound-Specific Isotope Analysis
I5. Environmental Forensics
I6. Unmanned Systems for Remote Monitoring
I7. Innovative Sampling and Investigation Tools
I8. Real-Time Analysis to Inform Decision-Making
I9. Use of Advanced Molecular Tools for Site Assessment or Remedy Performance
47
WE
DN
ESD
AY
WEdNEsdaY 3:30-3:55 p.m.paLm sprINGs CoNVENTIoN CENTEr
48
WE
DN
ESD
AY
A8. PFAS Fate and Transport
1. Portfolio Assessment of Key Factors Influencing PFASs Fate/Transport Including: pH, DO, ORP, TOC, CEC, and Grain Size Distribution. K. Tull, N. Hagelin, and D. Woodward.Nathan Hagelin (Wood/USA)
2. Roadmap for Ranking PFAS-Contaminated Sites Based on Exposure Pathway Analysis. A. Lee, M. Archer, and G. Williams.Amanda Lee (AECOM/Australia)
3. Impact of Biopile Remediation of Petroleum Hydrocarbons on Poly- and Perfluoroalkyl Substances (PFASs) as Co-Contaminants. J. Liu, S. Ghoshal, R. Li, Y. Liu, G. Munoz, and S. Sauvé.Jinxia Liu (McGill University/Canada)
4. Standardized Approaches for Risk Ranking Portfolio of Sites Impacted with PFASs. I. Ross, J. Hurst, J. Miles, E. Houtz, J. McDonough, and J. Burdick.Ian Ross (Arcadis/United Kingdom)
5. Understanding Fate and Transport of PFASs to Develop Effective Conceptual Site Models. I. Ross, D. Atkinson, J. Lemon, J. Miles, J. Hurst, E. Houtz, and J. Burdick.Ian Ross (Arcadis/United Kingdom)
6. Investigation of PFAS Contamination from land-Applied Industrial Compost and AFFF Sources. I. Ross, T. Held, J. Miles, J. Hurst, E. Houtz, and J. Burdick.Ian Ross (Arcadis/United Kingdom)
7. long-Range Transport (lRT) of PFAS. L.J. Trozzolo.Laura Trozzolo (TRC Companies, Inc./USA)
A9. PFAS Remediation
8. Per- and Polyfluoroalkyl Substances (PFAS): Treatment Options for Soil and Groundwater. G.M. Birk, D.F. Alden, and A. Archibald.Gary Birk (Tersus Environmental, LLC/USA)
9. First In Situ Treatment of PFAS Ever? lessons learned and Questions Raised. J. Birnstingl, R. McGregor, and G. Carey.Jeremy Birnstingl (REGENESIS/United Kingdom)
10. Comparison of Different Approaches for Removal of PFAS in Water. J. Buhl.Jurgen Buhl (Cornelsen Umwelttechnologie GmbH/Germany)
11. Per- and Polyfluoralkyl Substance (PFAS) Impacts of Stormwater Retention Ponds from Emergency Fire Response at Recycling Center. J.R. Dickson and C.F. Winkeljohn.James Dickson (CTI and Associates, Inc./USA)
12. Chemical Oxidation of PFAS: Insight into Applying Demonstrated Technology for Recalcitrant and Persistent Compound Class. P.M. Dombrowski, P. Kakarla, W. Caldicott, Y. Chin, D. Bogdan, V. Sadeghi, F. Barajas, and D. Chiang.Paul Dombrowski (In-Situ Oxidative Technologies [ISOTEC]/USA)
13. Integrated Soil and Water Treatment System for Source Areas of PFAS-Impacted Sites. C. Morrell, C. Grimison, and S. Barthelme.Charles Grimison (Ventia/Australia)
14. The Sorption of Per- and Polyfluoroalkyl Substances (PFASs) in Australian Soils. E.R. Knight, M.J. McLaughlin, D. Navarro, L. Janik, and R. Kookana.Emma Knight (University of Adelaide/Australia)
15. Adsorption of Perfluorooctanoic Acid (PFOA) Using Graphene-Based Materials. S. Lath, M.J. McLaughlin, D. Navarro, D. Losic, A. Kumar, and R. Stewart.Supriya Lath (University of Adelaide/Australia)
16. A Sustainable Alternative to Excavation of PFAS Source Areas. J. McDonough, A. Gupta, P. Storch, J. Ritchie, I. Ross, and E. Houtz.Jeff McDonough (Arcadis/USA)
17. Optimizing the PFAS Puzzle: Piecing Together a Holistic PFAS Restoration Strategy. J. McDonough, I. Ross, J. Miles, K. Nowack, E. Houtz, and J. Burdick.Jeff McDonough (Arcadis/USA)
18. Immobilization of PFAS-Impacted Soil: Comparison of Amendments and Performance Metrics for Australian Soils. A. Nolan, D. Toase, and C. Grimison.Annette Nolan (Ventia Pty Ltd/Australia)
19. Investigation and Remediation of Multiple PFAS Source Zones at an Airport to Safeguard an at-Risk Water Supply. I. Ross, D. Atkinson, J. Lemon, J. Miles, J. Hurst, E. Houtz, and J. Burdick.Ian Ross (Arcadis/United Kingdom)
20. Treatment of AFFF-Impacted Groundwater Using an Electrochemical and Biological Treatment Train Approach. C.E. Schaefer, C. Andaya, A. Burant, L. Ferguson, S. Choyke, C. Condee, T. Strathmann, and C. Higgins.Charles Schaefer (CDM Smith Inc./USA)
A10. Pump and Treat for PFAS Remediation
21. PFAS and 1,4-Dioxane Treatment for Drinking Water System Optimization. S. Abrams, L. Zeng, N. Najib, A. Ciblak, C. Barnes, and R. Andersen.Stewart Abrams (LANGAN/USA)
22. Water Treatment System Modification for PFCs at Mather AFB. D.A. Cacciatore, M. Thomas, D. Hogshead, D. Self, and M. Enloe.David Cacciatore (APTIM/USA)
23. Design and Implementation of a Groundwater Remediation System for PFAS Compounds through Modification of Existing Remedial Infrastructure. M. Germon and W. Crow.Matt Germon (Jacobs/USA)
24. Practical Aspects of Implementing a 5-MGD Treatment System for Removal of PFOA and PFOS from a Public Drinking Water Supply. P. Hare, G. Rest, and N. Venkatesan.Paul Hare (OBG/USA)
25. Case Study: lessons learned on Perfluorinated Compounds and Groundwater Issues during Construction. S.R. Nelson, C. Stefanelli, K. Carpenter, and M. Montemayor-Rapier.Steve Nelson (City of Austin/USA)
26. Repurpose and Optimization of an Existing Groundwater Pump and Treat System for Removal of Perflouroalkyl Substances. B.L. Porter, M.G. Quinlan, D. Crispo, M.E. Fuller, P.K. Van Groos, and P. Forbes.Benjamin Porter (APTIM/USA)
27. Fate and Transport of PFAS in a Multi-Stage Groundwater Treatment Plant. J.R. Stening and S. Huo.James Stening (Orica Ltd./Australia)
28. Treatment of PFAS-Impacted Water: Results from laboratory and Field Trials. D. Toase and C. Grimison.Danielle Toase (Ventia/Australia)
29. Challenges, Optimization, and lessons learned Treating PFASs in Groundwater Using Granular Activated Carbon and Synthetic Media. D. Woodward, K. Falk, N. Hagelin, C. Theriault, and B. Malyk.Dave Woodward (Wood/USA)
B7. lessons learned with In Situ Technologies
30. An Assessment of Implementation Strategies for EISB: Is There a Right Way? D. Alden, G. Birk, and J. Roberts.David Alden (Tersus Environmental, LLC/USA)
31. Overcoming pH Effects on a “Stalled” In Situ Bioremediation System. C.B. Bartley and C.R. Clymer.Christopher Bartley (Terracon/USA)
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32. More lessons learned from Common Mistakes Applying In Situ Remediation Technologies in the Field. K. Brasaemle and N. Goers.Karla Brasaemle (TechLaw, Inc./USA)
33. Advanced Design Study for the Evaluation of Dyed EvO Distribution via Recirculation in a Complex Hydrogeochemical Setting. A. Brown, B.J. Lazar, N.M. Rabah, R.S. Germain, and M. Lee.Anthony Brown (TRC Companies, Inc./USA)
34. Pilot Study for In Situ Bioremediation of Chlorinated Solvents in Groundwater: Successes and Challenges. L. Conlan and L. LaPat-Polasko.Linda Conlan (Wood/USA)
35. Complex DNAPl Site 50-Year Plume Response to Successive Remedial Measures Employed with an Evolving Site Conceptual Model. D.T. Heidlauf and J. Stumpf.David Heidlauf (Ramboll/USA)
36. long-Term Performance and Methanogenesis Associated with Four Remedial Amendments: Indiana Sites. B. Dayharsh, K. Finneran, and J. Mueller.Jim Mueller (Provectus Environmental Products, Inc./USA)
37. Over Fifteen Years of Emulsified vegetable Oil Applications: The Good, the Bad, and the Ugly! W.A. Newman and B.N. McShane.Bill Newman (RNAS Remediation Products/USA)
38. Successes and lessons learned from a Soil Mixing Application with Sodium Persulfate. M. Perlmutter and E. Filc.Mike Perlmutter (Jacobs/USA)
39. Implementation lessons learned from a vOC-Contaminated Coastal Site in Monterey, California. A. Halmstad, A. Frankel, D. Moser, T. Wotan, C. Sandefur, and S. Nigro.Craig Sandefur (REGENESIS/USA)
40. Three Decades of Solvent Bioremediation: The Evolution from Innovation to Conventional Practice. M. Schnobrich, J.M. Tilton, E. Gates, and J. Horst.Matthew Schnobrich (Arcadis/USA)
41. Three Years of Reductive Dechlorination at a Chlorinated Solvent Site. J.M. Yeager, A.J. Blayney, J.B. Connolly, C.M. Ross, and D.G. Larson.Jessica Yeager (Geosyntec Consultants/USA)
B8. lessons learned in DNAPl Source Zone Remediation
42. Case Study and Review of Technical literature Regarding Cost-Effectiveness of Source Control Options. R.C. Bost, D. Whitley, and Z. Zho.Richard Bost (Auradon Consulting and NRM Environmental Services/USA)
43. Successful Closure of a DNAPl Site: lessons learned. C.A. Cox.Craig Cox (Cox-Colvin & Associates, Inc./USA)
44. ZvI/Clay Mixing to Treat DNAPl Source Zone after Previous Implementation of Several Innovative Technologies. J. Cox, S. Smith, K. Bradley, R. Gates, T. Isakson, and T. Simpkin.Jeremy Cox (Jacobs/USA)
45. 3-D Numerical Modelling of an In Situ Field-Scale Pulsed Pumping Process of a large DNAPl Pool in a Keyed Enclosure. Q. Giraud, J. Gonçalvès, B. Paris, A. Joubert, and D. Cazaux.Quentin Giraud (Intera/France)
46. Benefits and limitations of Aggressive Source Removal and Treatment at a Chlorinated Solvent Site. C.W. MacPhee.Craig MacPhee (AECOM/USA)
47. In Situ Treatment of a NAPl Source Zone Using Combined ISCO, Air Sparging, and SvE to Achieve Regulatory Closure. J.M. Jeray, C.M. Ross, J.B. Connolly, and C.S. Martin.Chris Martin (Geosyntec Consultants/USA)
48. Implementation of a Passive DNAPl Recovery Program at a U.S. EPA Region 5 CERClA Site. M.L. Schmidt and T. Steib.Martin Schmidt (AECOM/USA)
49. Pushing the Edge of Practicable: Engineered Methods for Non-Ideal Aquifer Conditions for Enhanced In Situ Bioremediation Remedy. D.W. Tomlinson.Derek Tomlinson (GEI Consultants, Inc./USA)
50. Targeted Characterization Expedites Integrated Design/Construction for DNAPl Response Actions. M.M. Wade and K.D. Dyson.Marilyn Wade (Brown and Caldwell/USA)
51. Comprehensive and Innovative Guidance for DNAPl Site Characterization and Remediation: Capturing lessons learned through Collaboration. R.A. Wymore, M.B. Smith, and N. Akladiss.Ryan Wymore (CDM Smith, Inc./USA)
B9. In Situ Chemical Oxidation
52. Oxidation of Bisphenol A by Activated Persulfate Using Iron(II) Entrapped Chitosan/Alginate Substrate. Y.G. Kang, M. Rayaroth, E. Escobedo, S.-H. Kang, and Y.-S. Chang.Yoon-Seok Chang (POSTECH/South Korea)
53. Quantifying the Thermal Desorption Effect Resulting from the Exothermic Fenton’s Reaction. G. Cronk and G. Sounhein.Gary Cronk (JAG Consulting Group, Inc./USA)
54. Reconsidering ISCO for Treating low Contaminant Concentrations. P.M. Dombrowski, P. Kakarla, and T. Eilber.Paul Dombrowski (In-Situ Oxidative Technologies [ISOTEC]/USA)
55. Chemical Oxidation Treatment of Transformer Oils that Contain Antioxidant Di-tert-butyl-para-cresol (DBPC). C. Bucior, S. Dore, D. Pope, R. Thomas, A. Weston, and R. Filion.Sophia Dore (GHD/USA)
56. ISCO Eliminates NAPl and Site Disruptions to Expedite Site Closure. K.D. Dyson and B. Quann.Kevin Dyson (Brown and Caldwell/USA)
57. Effectiveness of In Situ Chemical Oxidation at an lNAPl Solvent Site in New Jersey. G.A. Angyal, J.M. Freeman, J.A. Surowiecki, K. Klink, and R. Connell.Joelle Freeman (OBG/USA)
58. Oxidation of PAHs and their Byproducts (Polar PACs) in the Saturated Zone of DNAPl-Contaminated Subsoils. C. Johansson, A. Joubert, P. Faure, C. Biache, P. Bataillard, S. Colombano, C. Lorgeoux, and T. Pigot.Antoine Joubert (SERPOL/France)
59. Targeted Application of Conventional and Slow-Release ISCO to Eliminate Residual TCE in Groundwater at the Aquifer-Confining Unit Boundary. J.E. Landmeyer, P.T. Harte, R.W. Tollett, J. Schoolfield, and M.A. Singeltary.James Landmeyer (U.S. Geological Survey/USA)
60. Pilot Study for In Situ Chemical Oxidation Using Potassium Permanganate for Remediation of Chlorinated Hydrocarbons in Groundwater. A.J. Lizzi and P. Thimmappa.Anthony Lizzi (Ninyo & Moore/USA)
61. Continuous Multistage Fenton’s Degradation of Organochlorides. J.C. Moretti, B.J. Moretti, M. Moretti, and R. Panzetti.Michele Moretti Panzetti (Moriah Ambiental Ltda/Brazil)
62. Enhanced In Situ Chemical Oxidation Pilot Test, Guarulhos, Brazil. B. Gil, W.J. Hague, K. Morris, R.D. Mutch, T. Pac, and M. Singer.Timothy Pac (ERM/USA)
63. Combined Remedy Using In Situ Chemical Oxidation at a Former Wood Treating Site, United Kingdom. J. Baldock, J. Dinham, D. Gallagher, K. Johnson, G. Johnstone, and T. Pac.Timothy Pac (ERM/USA)
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64. Activated Carbon Applications to Address PCBs in Sediment: Examples and Results from Selected ESTCP Projects. J. Collins, J. Hull, and J. Jersak.John Collins (AquaBlok, Ltd./USA)
65. Development of Novel Nanomaterials for Water Remediation. Y.S. Chang, Y.G. Kang, C.S. Lee, D.S. Oh, H.W. Yoon, M. Rayaroth, E. Escobedo, and Y.Y. Chang.Yu-Gyeong Kang (POSTECH/South Korea)
66. Evaluation of locally-Available Substrates for Degradation of Complex Chlorinated Solvents in South America. C.S. Mowder, D.R.V. Berggren, E. Liu, M. Brito, and C. Walecka-Hutchison.Carol Mowder (Jacobs/USA)
67. Using Amendments to Control Geotechnical Characteristics following Soil Mixing with ISCO. B.A. Smith, I. Horner, and B. Desjardins.Brant Smith (PeroxyChem, LLC/USA)
68. Implementing an In Situ Reactive Zone to Mitigate Off-Site Migration: From Field Test to Full-Scale. M. Verbeeck, P. Valle, E. van de Ven, and B. Verhoeven.Mattias Verbeeck (ERM/Belgium)
69. Accelerated Aerobic Dechlorination of Pesticides, PCBs and Other Persistent Organic Chemical Pollutants in Soil. C.W. Young, M. Johnson, and B. Cook.Christopher Young (Biotech Restorations/USA)
C6. Injectable Activated Carbon Amendments
70. lNAPl Remediation Combining Mobile Dual-Phase Extraction with Concurrent Injection of a Carbon-Based Amendment. F.T. Barranco, J. Taylor, D. Hoyt, K. Bradley, and M. Roginske.Frank Barranco (EA Engineering, Science, and Technology, Inc., PBC/USA)
71. In Situ Remediation of Former Industrial Area (Redeveloped to New Housing Buildings) with Innovative Enhanced Reductive Dechlorination Technology. G.G. Ceriani.Gabriele Giorgio Ceriani (Ejlskov A/S/Denmark)
72. Challenges of a large-Scale In Situ Application of Activated Carbon, Nutrients, and Bacteria at the DSH Food and Gas Site in Areas with limited Access. J.V. Fontana, B. Davis, and M.K. Larsen.John Fontana (Vista GeoScience/USA)
73. Controlling Back-Diffusive Mass loading at Three Midwest Sites with Glaciogenic Interbedded Geology Utilizing a Colloidal liquid Activated Carbon. K.M. Gaskill, D. Davis, and S. Barnes.Keith Gaskill (EnviroForensics, LLC/USA)
74. Rapid Site Closure of a large Gas Plant Using In Situ Bioremediation Technology in low-Permeability Soil and Fractured Bedrock. T.A. Harp.Tom Harp (Remediation Risk Reduction, LLC/USA)
75. The Remediation of Recalcitrant Hydrocarbons in Soil and Groundwater Employing Bioavailable Absorbent Media (BAM) with and without Bacterial Nutrients. L. Kinsman and B. Tease.Larry Kinsman (ORIN Remediation Technologies/USA)
76. Site Goals Achieved in Two Months at a Santa Barbara Manufacturing Facility Using a Dispersive Colloidal Activated Carbon. E. Haro and D. Nunez.Dan Nunez (REGENESIS/USA)
C7. Surfactant-Enhanced Remediation
77. Surfactant Use to Enhance Performance of Chemical Oxidation Remediation. D. Socci, J. Holcomb, and G. Dahal.Dan Socci (EthicalChem/USA)
78. Combined Surfactant and Oxidant Application for Simultaneous Contaminant liberation and Destruction. D. Socci, J. Holcomb, and G. Dahal.Dan Socci (EthicalChem/USA)
79. Enhanced NAPl Recovery through Combined Surfactant and Hydrogen Peroxide Flushing. D. Socci, J. Holcomb, and G. Dahal.Dan Socci (EthicalChem/USA)
C8. Phytoremediation/Mycoremediation and Plant Uptake
80. Nonylphenol Translocation in lettuce from Contaminated Soil Amended with Biochar. G. Beretta, A. Mastorgio, S. Saponaro, and E. Sezenna.Gabriele Beretta (Politecnico di Milano/Italy)
81. Bioremediation Feasibility Study of various PCB-Contaminated Matrices by White Rot Fungi. T. Cajthaml, K. Šrédlová, T. Stella, and O. Lhotský.Tomas Cajthaml (Academy of Sciences of the Czech Republic/Czech Republic)
82. Phytoremediation of a Former Urban Sewage lagoon. T. Carlson, R. Gestler, and A. Schoonmaker.Trevor Jason Carlson (Geosyntec Consultants/Canada)
83. PHYTO-INTEGRATED™ Remediation System to Address Chlorobenzene-Contaminated Groundwater in a Complex Saprolitic Aquifer. E.G. Gatliff, E.B. Hollifield, M. Miller, D. Wanty, and P.R. Thomas.Edward Gatliff (Applied Natural Science, Inc./USA)
84. Phytoremediation and Rhizodegradation Pilot Studies at a 73-Acre Former Wastewater Pond in Northern California. B. Gray, B. LePage, J. Warner, D. Lind, and K. Morris.Bob Gray (PG&E/USA)
85. Execution of a Field-Scale Planted Greenhouse PFAS Uptake Study at RAAF Base Williamtown, New South Wales, Australia. B. Harding, R. Casson, and M. McLaughlin.Barry Harding (AECOM/USA)
86. A Passive Sampler for Contaminant Detection in Trees. J.E. Landmeyer and H.S. O’Neill.James Landmeyer (U.S. Geological Survey/USA)
87. High-Resolution Site Characterization of a Chlorinated Solvent Groundwater Plume beneath a Phytoremediation Site. M. Meyer and C. Cellucci.Michael Meyer (Battelle/USA)
88. A Case Study of Phytoforensics for a PCE-Contaminated Site in Taiwan. M.Y. Wu, B.N. Wang, S.K. Huang, B.T. Guan, J.E. Landmeyer, H.-M. Yen, S.-W. Chen, and I.-H. Chen.Shih-Cheng Pan (Sinotech Environmental Technoloy, Ltd./Taiwan)
89. Implementation of a Hybrid Poplar Phytoremediation Program for TCE at an Arid, Fractured Bedrock Site. D. Rowe, C. Serlin, E. Pearson, J. Freeman, and C. Cohu.Devon Rowe (Ramboll Environ Corporation/USA)
90. Evaluation of ligninolytic Enzymatic Activity in Acrylamide-Potassium Acrylate Copolymer for Degradation of Chlorinated Compounds. M.C. Vargas Romero, G.M.L. Ruiz-Aguilar, N. Lovanh, A. Saldaña-Robles, and R.A. Veloz-García.Monica Cristina Vargas Romero (Universidad de Guanajuato/Mexico)
C9. Combined Remedies and Treatment Trains
91. Succession of Remediation Techniques for a Complex Site Impacted by Chlorinated Solvents. S.S. Aluani, M.C.F. Spilborghs, F.B. Tomiatti, E. Pujol, and N.C. Nascimento.Sidney Aluani (SGW Services/Brazil)
92. Combined Remediation Approaches to Address Chlorinated volatile Organic Impacts. R. Cadorette and R. Mayer.Raymond Cadorette (APTIM/USA)
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93. Achieving Regulatory Closure of a PCE Groundwater Plume Using a Hybrid Pump and Treat and ISCO Approach at a State Superfund Site in Quartzsite, Arizona. J.N. Clarke, M. Bunkers, and L. Robinson.James Nicholas Clarke (Wood/USA)
94. One Site, Seven Remedial Solutions: A Combined Approach to Increase Remediation Effectiveness. F. Coelho.Flavio Coelho (ERM Brasil Ltda./Brazil)
95. Optimization of a Source Area Remedy Using SvE and ERD. J. Cox, J. Wilde, M. Roginske, M. Reynolds, and G. Colgan.Jeremy Cox (Jacobs/USA)
96. Combined In Situ Chemical Reduction and In Situ Bioremediation Groundwater Treatment for a Chlorinated vOC Plume. K. Diller, D.R. Griffiths, C. Ross, M.H. Mehta, and D. Clark.Kristi Diller (Parsons/USA)
97. Adaptive Dynamic Groundwater Recirculation: A Strategy for Expedited Plume Cleanup. A. Horneman, M. Klemmer, and W. Parry.Allan Horneman (Arcadis/USA)
98. lessons learned: The Importance of Proper Project Planning When Integrating In Situ Mechanical and Biological Hydrocarbon Remediation Technologies. E.M. Jennings and S. Willis.Eleanor Jennings (Parsons/USA)
99. Combined Remedies Address Chlorinated Solvent Impacts at an Industrial Site. M. Mazzarese.Mike Mazzarese (AST Environmental, Inc./USA)
100. Application of MPE and ISCR in Remediation of a Chlorohydrocarbon-Contaminated Site. F. Zhang and L. Ma.Feng Zhang (Shanghai Greenment Environmental Technology Co., Ltd./China)
C10. Emerging Remediation Technologies
101. Slow Release Multi-Oxidant Cylinders for Remediation of a 1,1-DCE Plume. J. Byrd, E. Hollifield, and P. Dugan.Jennifer Byrd (ERM/USA)
102. Sand Cap Stabilization, Sediment Resuspension Mitigation and GAC/PAC Amendment Transport Optimization Using Innovative Protein Polysaccharide Biopolymers (PPBs). A. Dahmani, F. Dahan, C. Ligeikis, F. Qweider, J. Mulqueen, R. Albino, R. Beach, and S. Damon.Amine Dahmani (SESI Consulting Engineers/USA)
103. Sulfidation of nZvI Particles for Improved Performance in Groundwater Treatment Technologies: laboratory versus Field Experiences. J. Filip, M. Brumovský, J. Oborná, R. Zboril, J. Nosek, J. Semerád, J. Slunský, and P. Lacina.Jan Filip (Palacký University/Czech Republic)
104. Aromatic Dye Removal by a Combination of Anaerobic and Micro-Aerobic Degradation Processes. O.F. Menezes and S. Gavazza.Savia Gavazza (Federal University of Pernambuco/Brazil)
105. Combined In Situ Remedial Approach Using Activated Carbon and Bioremediation to Treat and Prevent Off-Site Migration of a Chlorinated Solvent Plume in Southern California. C.W. Lenker, L.M. Rebele, and A. Ayyaswami.Carl Lenker (Tetra Tech, Inc./USA)
106. In Situ Stabilization of NAPl Contaminant Source Zones as a Remediation Technique to Reduce Mass Flux to Groundwater. D.J. Mateas, G.R. Tick, and K.C. Carroll.Douglas J. Mateas (Geosyntec Consultants, Inc./USA)
107. Introduction of violacein-Producing Genes into Trichloroethene-Degrading Bacteria to Avoid Protozoan Predation. K. Nakamura and T. Kato.Kanji Nakamura (Tohoku Gakuin University/Japan)
108. Enhanced Distribution of Modified Nano-Scale Magnesia for Injection-Based In Situ Groundwater Remediation. N.K. Koju, X. Song, N. Lin, and K. Xu.Xin Song (Chinese Academy of Sciences/China)
D5. Assessing Performance and Cost of Remedies
109. Performance-Based Remediation: Cost-to-Objective Achieved Utilizing In Situ Reductive Remediation of Chlorinated Solvents. S. Betts.Steve Betts (Groundwater & Environmental Services, Inc./USA)
110. Cost-Effectiveness of In Situ Aerobic Cometabolic Biodegradation for Treating large Deep Dilute Plumes Containing 1,4-Dioxane and CvOCs. M.Y. Chu, P. Bennett, and R. Borrego.Min-Ying Jacob Chu (Haley & Aldrich, Inc./USA)
111. Simulation-Based Optimal Placement of Slow Release Oxidant Cylinders and Comparison of Cost with Injections. J. Clark-Stone, K. Kavannagh, M. Crimi, G. Yao, W. Li, and K. Bliss.Jesse Clark-Stone (SUNY Canton/USA)
112. Source Remediation of Chlorinated Ethenes Using Enhanced Reductive Dechlorination and a Change in Strategy toward Performance-Based Delivery. J. Day, M. Perlmutter, R. Francioso, G. Van den Daele, and T. Keijzer.Jim Day (Jacobs/Germany)
113. An Accurate and Auditable Cost Estimating Tool for Environmental Remediation Financial liability. A. Kakai.Anne Kakai (AECOM/USA)
114. Optimization of Remedial Design and Regulatory Corrective Action in a Multi-layer Geology Using Fate and Transport Modeling. N. Mete Talimcioglu and P. Ludvigsen.N. Mete Talimcioglu (First Environment, Inc./USA)
115. large Diffuse Plume Alternative Approach to Pump and Treat/MCls: A Sustainable Plume Management Approach Using the Arizona WQARF Model. S.P. Zachary, E. Pigati, and P. Panzino.Scott Zachary (Haley & Aldrich, Inc./USA)
D6. Applications of Mass Flux and Mass Discharge for Remedial Design/Optimization
116. Return on Investigation (ROI) Using SMART Characterization Approach for the Remedial Design of a TCE Plume in a Granitic Weathered Bedrock Aquifer in Brazil. L.J. Athayde, F. Gutierres, K.F. Barbosa, R.B. Santini, V.F. Bernardo, and P.L. Lima.Raoni Zeitune (Arcadis/Brazil)
117. Groundwater Flux Modeling of Chlorinated Compounds through Metamorphic Fractured Bedrock in Rhode Island. J. Bartos, J. Hershberger, N. Goulding, and J. Breza.John Bartos (EHS Support, LLC/USA)
118. Field and laboratory Comparison of an Innovative velocity Tool with Other Methods for velocity Measurement in Aquifers. E. Essouayed and O. Atteia.Elyess Essouayed (INNOVASOL/France)
119. Transient Mass Discharge Reduction versus Source Mass Reduction Following an In Situ lNAPl Source Remediation. S.R. Lenschow, A.G. Christensen, A.M.B. Lindof, P. de Blanc, and K. Kostarelos.Soren Lenschow (NIRAS A/S/Denmark)
120. High-Resolution Mass Discharge Evaluation at a Chlorinated Solvent Release Site in Sao Paulo, Brazil. O. Miles, M. Einarson, and M. Singer.Owen Miles (Haley & Aldrich, Inc./USA)
121. Mass Discharge Approved as Primary Regulatory Criteria at Two Major Industrial Sites. A.A. Rees and K. Green.Assaf Rees (AECOM/USA)
122. Site-Specific Geochemical and Mass Flux Assessments for Metals lead to Optimized Groundwater Remedial Approach Adjacent to a River. J. Engels, C. Reuter, R. Fraser, H.E. Roaza, N. Goulding, A. Lillie, J.E. Vondracek, and S.K. Havlik.Ernie Roaza (EHS Support LLC/USA)
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123. Comparison of Three Mass Flux Estimation Methods Applied to a NAPl-Impacted Sedimentary Aquifer in Brazil. G. Van den Daele, P. Rego, L. Ribeiro, W. LeFevre, E. Spande, C. Mowder, M. Sherrier, and J. Henderson.Gerd Van den Daele (Jacobs/Brazil)
124. Passive Flux Sampling in Groundwater: Guidelines and Demonstration Cases with iFlUX Samplers. G. Verreydt, P. Meire, T. Op’t Eyndt, F. Meesters, I. Van Keer, and J. Bronders.Goedele Verreydt (iFLUX/Belgium)
D7. Reusing and Revitalizing Contaminated Sites
125. Commercial Redevelopment in East Bay San Francisco: Managing Residual PCB-Contaminated Soil. F.W. Blickle and N. Colley.Frederick Blickle (GHD/USA)
126. Bioremediation and Enhanced Chemical Reduction via EZvI at an Active Brownfield Redevelopment Site. L. Zeng and B. Gochenur.Brian Gochenaur (LANGAN/USA)
127. Simultaneous Remediation of a Former Gasoline Filling Station and Construction of a 10-Story Mixed Use Development. B. Gochenaur, H. Nichols, S. Abrams, M. Burke, and J. Hayes.Brian Gochenaur (LANGAN/USA)
128. Combined Treatment Train to Address Mixed Plume at an Urban Brownfield Site. J.F. Good, J. Hayes, B. Gochenaur, M. Burke, A. Schmiedicke, L. Zeng, S. Abrams, and M. Dooley.Joseph Good (LANGAN/USA)
129. Emerging Contaminant Considerations While Performing Due Diligence for Property Transactions. C. Leas, J. Hayes, M. Burke, and J. Good.Jason Hayes (LANGAN/USA)
130. The Development of Environmental Site Restrictions for Construction and Revitalized Use of a Contaminated Site. T. Kinney and B. Landale.Thomas Kinney (GHD/USA)
131. Importance of Working with Regulatory Agencies for Cost-Effective, Ex Situ Stabilization of Heavy Metals. M.J. Quimby and J.A. Lively.James Lively (The TDJ Group, Inc./USA)
132. Transforming Alameda Point: Reuse and Revitalization of a Superfund Site. D. Shipman, C. Rain, J. Ernst, B. Graves, and J. Feeley.Christina Rain (LANGAN/USA)
133. The Challenges of Relying on land Use Planning for Remedy Decisions at Hunters Point Shipyard. D. Shipman, C. Rain, A. Brownell, and T. Drew.Christina Rain (LANGAN/USA)
134. Combining Multiple Remedial Technologies to Accelerate Property Development and Manage Off-Site Risk. C.M. Taddeo, D. Taylor, P. Dombrowski, and M. Mazzarese.Carol-Anne Taddeo (AECOM/USA)
135. Returning Former NFD Point Molate to Beneficial Reuse: The Challenging Cleanup of a Fuel- and Metal-Impacted Sump Pond. W.L. Carson, T. Schetrit, J.R. Raines, and P. Zawislanski.Peter Zawislanski (Terraphase Engineering, Inc./USA)
D8. GSR Best Practices and Case Studies
136. Harnessing the Power of the Sun: Designing Optimized Remediation Systems Using Solar Power at Travis Air Force Base. D. Berwick, L. Duke, and G. Anderson.Douglas Berwick (Jacobs/USA)
137. Management of Wood from Site Clearing and Storm Debris. D. Cutt, D. Carpenter, K. Giacalone, T. Hwilka, J. McKernan, K. Litzenberger, C. Pachon, S. Rock, D. Salkie, S. Vaughn, and K. Weitz.Diana Cutt (U.S. Environmental Protection Agency/USA)
138. lowering the Carbon Footprint of Thermal Remediation Systems. J. Dinham, J. Baldock, J. Brett, S. Tillotson, and J. Dablow.Joanne Dinham (ERM/United Kingdom)
139. Reduced Carbon Inputs for an Innovative large-Scale Sub-Slab Depressurization System Using a Repurposed HvAC Distribution System. K. Eisen, A. Zack, N. Czoschke, and B. Schwie.Kevin Eisen (Barr Engineering Company/USA)
140. Setting Your Project Up for Successful GSR Outcomes. P.J. Favara and K. Brickman.Paul Favara (Jacobs/USA)
141. Accelerating Cleanup, Reducing Costs, and Increasing Sustainability at Travis Air Force Base. J. Gamlin, P. Favara, D. Berwick, L. Duke, and G. Anderson.Jeff Gamlin (Jacobs/USA)
142. Wind-Driven Air Sparge System for Passive Remediation of Hydrocarbons in Groundwater. B. McAlexander, M. Olson, J. Pruis, T. Moloney, M. Lyverse, and J. Wong.Ben McAlexander (Trihydro Corporation/USA)
143. Green/Sustainable Petroleum Management: Building a Dataset around an Intuitive Connection. A. Pennington, J. Gattemby, R. Ahlers, C. Flanders, D. Randhawa, M. Chalfant, and S. Dunn.Andy Pennington (Arcadis/USA)
D9. GSR Metrics and Resiliency Evaluations
144. From Non-linear Geostatistics to Scraper Grading: How to Minimize Excavation Costs for Site Redevelopment While Minimizing Greenhouse Impact of Remedial Operations. F. Achour and F. Razmdjoo.Farid Achour (Ramboll/USA)
145. Can Thermal Remediation Be Sustainable? Use of Modelling to Optimize Design. J. Dinham, J. Baldock, and J. Dablow.Joanne Dinham (ERM/United Kingdom)
146. Developing Optimized Remedies for Complex Sites: Technology Assignment Framework, Sustainability, and Resiliency. D. Janda, E. Blischke, M. Harclerode, T. Macbeth, and M. Fattahipour.Melissa Harclerode (CDM Smith, Inc./USA)
147. Feasibility of Greenhouse Gas Emissions Offsets at Petroleum Release Sites. B. McAlexander.Ben McAlexander (Trihydro Corporation/USA)
148. Sustainable Remediation of Solid Waste: How to Nip It in the BUD. S. Ng and K. McCarty.Stacey Ng (GEI Consultants, Inc./USA)
149. State of the Practice of Sea level Rise and Climate Change as Related to Site Remediation. R. Wice.Rick Wice (Battelle/USA)
E4. Adaptive Site Management and Risk Management Strategies
150. A New Approach to Managing lNAPl. T.R. Andrews and C. David.Trevre Roys Andrews (Jacobs/USA)
151. Optimizing an Adaptive Remedy in a Highly Heterogeneous Aquifer Using Modeling. P.P. Brussock, H. Martin, D.K. Burnell, and J. Xu.Peter Brussock (The ELM Group, Inc./USA)
152. lEAN Approaches to the Remediation Process. J. Dalton.Jason Dalton (Azimuth1/USA)
153. An Adaptive Approach to Integrating RCRA Corrective Action with Facility Demolition. D. Marquez, M. Hildebrandt, C. Grant, and D. Barker.Diana Marquez (Burns & McDonnell/USA)
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154. Regulatory Negotiations: Case Study for the Remedy Development and Selections to Treat large Complex Groundwater Plumes. M.H. Schulman, L. McGlochlin, D.R. Griffiths, J. Schuetz, and K. Garon.Michael Schulman (Parsons/USA)
E5. large, Dilute and Commingled Plume Case Studies
155. Case Study of the Biotreatment of a Dilute Chlorinated Solvent Plume in an Acidic Aerobic Aquifer. M. Alexander and A. Motley.Matthew Alexander (Texas A&M University-Kingsville/USA)
156. Technology Coupling for a large TCE Plume Using a Subgrade Biogeochemical Reactor, Enhanced Phytoremediation, Biobarriers, and Enhanced Attenuation. D. Berwick, J. Gamlin, G. Anderson, and L. Duke.Douglas Berwick (Jacobs/USA)
157. Pump-and-Treat System at a large Dilute Plume: Opportunities and Challenges for Drinking Water End Use. J. Chambon, K. Craig, B. Petty, and J. Nyman.Julie Chambon (Geosyntec Consultants/USA)
158. Enhanced Anaerobic Biodegradation of Trichloroethene and Hexahydro-1,3,5-trinitro-1,3,5-triazine in a Commingled Source Area Using Permeable Reactive Barriers and Groundwater Recirculation. S. Eichelberger and C. Crane.Shawn Eichelberger (HydroGeoLogic, Inc/USA)
159. Stringfellow Superfund Site: Trichloroethene Revisited. J.M. Finegan and L.V. Simmons.James Finegan (Kleinfelder/USA)
160. Integrated In-Well Air Stripping and In Situ Chemical Oxidation to Remediate a large Dilute vOC Plume in a Deep Aquifer. D. Fisher, D. Smallbeck, N. Chrisman, and S. Pearson.Douglas Fisher (Wood/USA)
161. Evaluation of a Sustainable and Passive Approach to Treat large, Dilute Chlorinated vOC Groundwater Plumes. P.B. Hatzinger, D.R. Lippincott, G.M. Lavorgna, R. Rezes, P.G. Koster van Groos, and J.F. Begley.Paul Hatzinger (APTIM/USA)
162. Optimizing Enhanced In Situ Bioremediation of Commingled Chlorinated Ethanes and Ethenes at Two Groundwater Remediation Sites. L. Hellerich, T. Kalinowski, P. Gratton, F. Barajas, K. Ryan, C. Shuman, and S. Sharma.Lucas Hellerich (AECOM/USA)
163. Procedural Strategy for Management and Oversight of Commingled Plumes: A Regulatory Perspective. A. Kuoch.Alan Kuoch (State Water Resources Control Board/USA)
164. Case Study: Biodegradation Potential Assessment at a Site Contaminated by a Chlorobenzene, BTEX, and Pharmaceuticals. O. Lhotsky and T. Cajthaml.Ondrej Lhotsky (DEKONTA a.s./Czech Republic)
165. Multiple Remediation Technologies and an Updated Conceptual Site Model to Treat a large cvOC Plume. R.E. Mayer, J. Koelsch, K. Chambers, and C. Lutz.Robert Mayer (APTIM/USA)
166. Site Characterization in Fractured Bedrock for Source Identification and Commingled Plume Evaluation. E. Palko and J. Hochreiter.Erin Palko (Integral Consulting, Inc./USA)
167. Untangling a Commingled Plume: A Case Study of Overcoming Challenging Site Conditions. J. Brisman, C. Thomas, T. Geiger, and C. Elder.Courtney Thomas (Geosyntec Consultants/USA)
168. Simultaneous Degradation of Commingled Contaminants by a Microbially-Driven Fenton Reaction Operated in Fed-Batch and Flow-Through Reactor Configurations. Y. Toporek, N. Xie, R. Sekar, M. Taillefert, and T.J. DiChristina.Yael Toporek (Georgia Institute of Technology/USA)
169. In Situ Chemical Reduction of Chlorinated Ethenes and its Effect on a Commingled Molybdenum Plume. G. Van den Daele, R. Francioso, M. Perlmutter, B. Schroth, J. Day, and T. Keijzer.Gerd Van den Daele (Jacobs/Brazil)
E6. low-Permeability Zone Case Studies
170. Achieving Favorable Substrate Distribution in layered, low-Permeability Aquifers at Hill Air Force Base, Utah. G. Colgan, S. Smith, J. Wilde, K. Bradley, A. Castor, J. Cox, T. Isakson, M. Reynolds, and A. Dziechciarz.Gary Colgan (Jacobs/USA)
171. Full-Scale Enhanced Anaerobic Bioremediation of Two low Permeability Source Areas. H. Fariello, M. Sausville, M. Harkness, T. Antonoff, and D. Foti.Heather Fariello (APTIM/USA)
172. PHYTO-INTEGRATED™ Remediation System to Address CCl4-Contaminated Groundwater in a low-Permeability Aquifer. E.G. Gatliff, P.J. Linton, R.S. Rought, D.J. Riddle, and P.R. Thomas.Edward Gatliff (Applied Natural Science, Inc./USA)
173. Reduce long-Term Back-Diffusion from low Permeability Zone with Horizontal ISCO Barriers. H. Huang, J. Fenstermacher, D. Kistner, J. Moreskog, and R. Casselberry.He Huang (AECOM/USA)
174. In Situ Chemical Reduction of TCE Using Multiple Electron Donors in low Permeability Subsurface Soils. V.S. Mankad, N.E. Smith, and D.P. Leigh.Vibhav Mankad (GHD/USA)
175. Chlorinated Solvents in Tight Clay/Weathered Rock Reduced 98% in 17 Months at a Superfund Site. K. Casper, A. Moore, R. Moore, and O. Miller.Ryan Moore (REGENESIS/USA)
176. Remediating 1,2-Dichloropropane Contaminated Groundwater in low Permeability Media Using Micro-scale ZvI and Organic Carbon Amendment. A. Leombruni, M. Mueller, and M. Sunseri.Mike Mueller (PeroxyChem, LLC/Austria)
177. A New Process for the In Situ Remediation of Aged low-K DNAPl Source Zone by Enhanced Mobilization and Bioremediation. M. Petrangeli Papini, M. Majone, L. Pierro, F. Arjmand, M. Sagliaschi, S. Sucato, E. Alesi, E. Bartsch, S. Rossetti, and B. Maturro.Marco Petrangeli Papini (University of Rome “La Sapienza”/Italy)
E7. Cold Region Case Studies
178. Soil vapor Extraction Pilot Test Effects on Sub-Slab Depressurization Influent TCE Concentrations. R.T. Belcher, W. Calicchio, G. Gordon, and D.M. Groher.Ryan Belcher (Wood/USA)
179. HAPSITE® GC/MS as an Investigation Tool for Characterizing Trichloroethene in Groundwater. J. Besse, W.D. Calicchio, and K.A. Miller.Jack Besse (Wood/USA)
180. A 24-Day Study to Test Methods and Assess variability of Indoor Air Trichloroethene Concentrations Arising from vapor Intrusion. W.D. Calicchio, D.M. Groher, and K.A. Malinowski.Wolfgang Calicchio (Wood/USA)
181. Deriving Cleanup Goals for Soil Gas for the Protection of Groundwater. G.P. Gordon and L.G. Cain.Glen Gordon (Wood/USA)
182. A Dynamic Three-Dimensional Conceptual Site Model for CRREl: Historical Overview and Environmental Issues at CRREl. R.R. Rustad, S.F. Calkin, and D. Moore.Rod Rustad (Wood/USA)
183. Optimizing Groundwater Contaminant Capture in a variable, Semi-Confined Geologic Environment. R.R. Rustad, S.F. Calkin, and D.M. Groher.Rod Rustad (Wood/USA)
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E8. Surface Water/Groundwater Interactions
184. Keeping the Balance: Understanding and Protecting Baseflow in a Brook Adjacent to a Pump-and-Treat Remedy. M.A. Apfelbaum, C.M. Rockwell, B.L. Gregory, and P.E. Nangeroni.Michael Apfelbaum (Woodard & Curran/USA)
185. Fluorescent Dyes Used for Characterization of the Interaction and Mixing between Groundwater Plumes and Surface Water. G. Lilbaek, A.G. Christensen, B.A. Hunner, A. Storgaard, N. Larsson, F. Nilsson, U. Winnberg, K. Forsberg, and T. Aley.Anders Christensen (NIRAS A/S/Denmark)
186. Hydraulic Barrier and Physical Barrier Construction for River Protection. R.O. Coelho and V.V. Sewaybricker.Rodrigo Coelho (GEOKLOCK/Brazil)
187. Numerical Modeling Simulation of the Impact of Source Controls on Site Recovery in Dead-End Tidal Waterbodies. S. Gbondo-Tugbawa, Y. Zou, S. McDonald, C. Prabhu, K. Takagi, T. Hasegawa, N. Kim, S.C. Ertman, R. Weissbard, and D. Marulanda.Solomon Gbondo-Tugbawa (Louis Berger/USA)
188. Using Two Mass Flux Methods to Evaluate Areas of TCE Discharge to a Creek. D. Taege, P. Roelen, and J. Ninteman.Piper Roelen (Landau Associates, Inc./USA)
189. Impact of land Development on the Stability of a TCE Plume. D. Taege and P. Roelen.Piper Roelen (Landau Associates, Inc./USA)
E9. landfill Redevelopment and Management
190. Dewatering a CCP landfill with a Horizontal Well. M. Lubrecht and R. Baeten.Michael Lubrecht (Directed Technologies Drilling, Inc./USA)
191. Hybrid landfill Gas Mitigation System Implementation. O. Uppal, N. Najib, S. Abrams, H. Nichols, I. Khan, V. Yarina, and R. Simon.Omer Uppal (LANGAN/USA)
E10. Radiological Issues
192. Addressing Radiological Concerns and Awareness of Differences to Traditional Programs. K. Sykes, K. Smallwood, and N.M. Berliner.Nicholas M. Berliner (Jacobs/USA)
193. Implementing Field-Scale Remediation Technologies for Uranium and Tetrachloroethylene in Soil and Groundwater. C. Morie, M. Hay, and B. Ilgner.Scott Morie (Nuclear Fuel Services, Inc./USA)
194. Influence of Calcium Carbonate Chemistry on Inorganic Contaminant Natural Attenuation and Secondary Sources. N. Qafoku, A. Lawter, J. Szecsody, M. Snyder, and M. Truex.Michael Truex (Pacific Northwest National Laboratory/USA)
F3. lNAPl Recovery/Remediation Technology Transitions
195. Application of a Horizontal Well for Optimized light Nonaqueous Phase liquid Recovery. A. Kerr and M. Poltorak.Nicole Longinotti (Stantec/USA)
196. Optimization of large-Scale lNAPl Recovery Operations Using a Graphical Analysis Tool. C. Shen, P. Stumpf, R. Kannappan, J. Lentini, and S. Ganna.Cynthia Shen (AECOM/USA)
197. Comparison of UvOST-CPT Profiling, lNAPl Transmissivity Testing, and Skimming Recovery and Implications for Plume Management. J. Studer, P. Parmentier, N. Irish, and C. Devier-Heeney.James Studer (InfraSUR, LLC/USA)
F4. Remediation of Heavy Hydrocarbons
198. Remediation of Fuel Oil No. 6 lNAPl at a Challenging Site in New Jersey. T. Geiger, W. Caldicott, P. Kakarla, M. Temple, K. O’Neal, S. Sacco, and D. Riddle.Tom Geiger (Geosyntec Consultants/USA)
199. STARx™ (Ex Situ Smoldering) for the Treatment of Contaminated Soils and liquid Organic Wastes: Prototype Testing and Optimization. J.I. Gerhard, G. Scholes, R. Solinger, G.P. Grant, D. Major, C. Murray, G.P. Sabadell, D. Thomas, and J. Gabayet.Jason Gerhard (University of Western Ontario/Canada)
200. In Situ Smoldering Combustion (STAR): Challenges, limitations, and Methods Developed to Maximize Remedial Performance. L. Kinsman, G. Grant, G. Scholes, D. Major, J. Gerhard, and J. Brown.Laura Kinsman (Savron/Canada)
201. STARx (Ex Situ Smoldering): Field Pilot Test in Kaohsiung, Taiwan to Treat Base Oil-Impacted Soils. L. Kinsman, G. Scholes, G. Grant, D. Major, L. Lin, J. Fang, J. Chen, and D. Chiang.Laura Kinsman (Savron/Canada)
F5. MGPs
202. Chemical Fixation of Contaminated Soil from a Gasworks Site. D. Alden, G. Birk, and R. Stewart.David Alden (Tersus Environmental, LLC/USA)
203. In Situ Solidification in Glacial Till Stratigraphy. E. Beckwith and M. Ostrowski.Eleanor Beckwith (Brown and Caldwell/USA)
204. Multiple In Situ Technology Pilot Tests for Gas Work DNAPl and lNAPl Groundwater Contamination. J. Bergman, H. Nord, and M. Sundesten.Jonny Bergman (RGS Nordic AB/Sweden)
205. ISS Treatability Study on MGP Pond Sludge. T.A. Jordan.Tommy Jordan (KEMRON Environmental Services, Inc./USA)
206. High-Resolution Mobile NAPl Interval Identification and Transmissivity Calculations for DNAPl. L. Reyenga, J.M. Hawthorne, and D. Tomlinson.Lisa Reyenga (GEI Consultants, Inc./USA)
207. Treatment of Polycyclic Aromatic Hydrocarbons in Groundwater from a Former MGP Site to the Parts per Trillion level for Discharge into lake Superior. M.R. Schowengerdt, R. Onderko, B. Symons, B. Hanks, and B. Bell.Matthew Schowengerdt (Foth Infrastructure & Environment, LLC/USA)
208. Coal Tar Recovery from Former Manufactured Gas Plant Sites Using Single-Phase Microemulsion. P. Sharma, S.S. Palayangoda, and K. Kostarelos.Pushpesh Sharma (University of Houston/USA)
209. Enhancing the EPRI Generic Work Plan to Assess Dense Nonaqueous Phase liquid Mobility in the Subsurface at Manufactured Gas Plant Sites. D.W. Tomlinson, J.M. Hawthorne, L.A. Reyenga, G.R. Brubaker, J.A. Clock, and D.V. Nakles.Derek Tomlinson (GEI Consultants, Inc./USA)
F6. TPH Risk Assessment and Metabolites
210. Toxicity Assessment of Groundwater Contaminated by Petroleum Hydrocarbons at a Well-Characterized, Aged, Crude-Oil Release Site. D. Martinovic-Weigelt, J.T. McGuire, H.N. Link, I.M. Cozzarelli, and B.A. Bekins.Isabelle Cozzarelli (U.S. Geologic Survey/USA)
211. An Alternative Hypothesis of the Nature of Dissolved Organic Carbon in Groundwater at Petroleum Release Sites. K. O’Reilly, S. Ahn, A. Tiwary, D. Zemo, R. Mohler, R. Magaw, and C. Espino Devine.Renae Magaw (Chevron/USA)
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212. Composition of Extractable Organics in Groundwater at Biodegrading Crude Oil Release Sites. R. Mohler, C. Espino Devine, R. Magaw, N. Sihota, K. O’Reilly, S. Ahn, A. Tiwary, and D. Zemo.Rachel Mohler (Chevron/USA)
213. Current State of Cleanup levels and Approaches for Petroleum-Contaminated Sites. M. Pattanayek, R. Thun, and R. Scofield.Mala Pattanayek (Integral Consulting, Inc./USA)
214. Petroleum Metabolites: Friends or Foes? R. Steenson and U. Hellmann-Blumberg.Ross Steenson (CalEPA Regional Water Quality Control Board/USA)
215. Update on ITRC’s Guidance for TPH Risk Evaluation at Petroleum-Contaminated Sites. T. Booze, M. Kwiecinski, D. Marquez, and R. Thun.Roy Thun (GHD/USA)
216. Approaches to Evaluate Ecological Risk from Polar Petroleum Degradation Metabolites in Groundwater at Mature Petroleum Sites. P. Zawislanski, A. Chakrabarti, and W.L. Carson.Peter Zawislanski (Terraphase Engineering, Inc./USA)
F7. Environmental Considerations for Hydraulic Fracturing/Shale Gas Production
217. Challenges in the Measurement of Dissolved Gases in Water Samples from Shale Plays. K. Bagawandoss.Kesavalu Bagawandoss (TestAmerica Laboratories, Inc./USA)
218. Improving Dissolved Hydrocarbon Gas Analysis in Water. M.L. Bruce.Karla Buechler (TestAmerica Laboratories, Inc./USA)
F8. Managing/Remediating Petroleum Impacts at Fractured Bedrock Sites
219. Quantification of lNAPl Transmissivity in Fractured Porous Media. L. Reyenga, J.M. Hawthorne, A. Elder, D.M. Walker, H. Hopkins, and M. Malander.Lisa Reyenga (GEI Consultants, Inc./USA)
220. In Situ Injections for Remediation of a Former Gas Station. T. Sorrells and M. Critchley.Tree Sorrells (Alpine Remediation, Inc./USA)
G5. Advances in Technology Transfer
221. The National Network of Danish Test Sites for Development of Environmental Technology. H. Milter, N.D. Overheu, and S.R. Petersen.Hasse Milter (Region Zealand/Denmark)
G6. Stakeholder Success Stories and Risk Communication
222. Turning Contaminated Properties into Profit: A Regulatory Perspective. A.N. Amini.A. Nick Amini (California Regional Water Quality Control Board/USA)
223. Proactive Stakeholder Engagement to Support Decision Making and Path Forward in the Field of Site Remediation: A Case Study. F. Beaudoin, S. Hains, F. Gauthier, and C. David.Francois Beaudoin (Golder Associates/Canada)
224. Risk Communication in the Execution of an Environmental Recovery Project in a Residential Area with Historical Conflicts of Interest. V.V. Sewaybricker and R.O. Coelho.Victor Vanin Sewaybricker (GEOKLOCK/Brazil)
G7. Decision Analysis Tools for Environmental Restoration Applications
225. Design Optimization of Environmental Contamination Projects Using Massively Parallel Simulation and Optimization Solution Methods. L.M. Deschaine.Larry Deschaine (HydroGeoLogic, Inc./USA)
226. Remediation of DNAPl-Impacted Sites Using Enhanced In Situ Bioremediation: Experience-Based Remediation Using virtual Data Set. B.H. Kueper, K.G. Mumford, S. Bryck, D.A. Reynolds, S. Mancini, D. Major, and M.C. Kavanaugh.Bernard Kueper (Queen’s University/Canada)
227. An Interactive Training System for Reduction in Cost and Complexity of Remediation and long-Term Management of Contaminated Sites. D. Reynolds, S. Mancini, J. Rosen, M. Kavanaugh, B. Kueper, K. Mumford, J. Kaupp, and S. Bryck.David Reynolds (Geosyntec Consultants/Canada)
G8. Precipitation and Stabilization of Metals
228. Selenium Attenuation via Naturally-Induced Reductive Precipitation in the Southeast Idaho Phosphate Patch. M.B. Hay, G. Leone, D. Silverman, and B. Wilking.Michael Hay (Arcadis U.S., Inc./USA)
229. Understanding Geochemical Effects on Mercury Speciation, Stability, and Potential Remedial Strategies. M. Sapanara, K. Kinsella, M. Mobile, and A. Ricciardellil.Maryann Sapanara (GZA GeoEnvironmental, Inc./USA)
G9. Managing Chromium-Contaminated Sites
230. Innovative ISCR Remediation of Hexavalent Chromium-Impacted Groundwater in a Challenging Subsurface. M.A. Apfelbaum, C.M. Rockwell, and D.R. MacDonald.Michael Apfelbaum (Woodard & Curran/USA)
231. Hexavalent Chromium Reduction in a Biocathodic Microbial Electrolysis Cell. G. Beretta, A. Mastorgio, S. Saponaro, and E. Sezenna.Gabriele Beretta (Politecnico di Milano/Italy)
232. Well Rehabilitation and Sitewide Adaptive Management for In Situ Treatment of Hexavalent Chromium in Groundwater in Hinkley, California. J. Erickson and B. Prowd.Jay Erickson (Arcadis/USA)
233. Use of a Deep Horizontal Injection Well for In Situ Hexavalent Chromium Groundwater Plume Treatment: Applications and lessons learned. A.N. Mason, P. Rosewicz, V. Murt, J. Gorin, L. Pype, and F. Tsang.Angela Mason (U.S. Army Corps of Engineers/USA)
234. Chemical Reduction and Stabilization via Shallow Soil Mixing to Treat Cr(vI) and lead in Soil in Barranquilla, Colombia. K. Morris, C. Hernandez, R. Silva, D. Sanchez, J. Henderson, and P. Barreto.Kevin Morris (ERM/USA)
235. Geochemical Fixation of Hexavalent Chromium Site Resulting in Expedited Remediation and Significant Reduction in liability and Cost Savings. P.J. Palko, D.L. Schnell, and J. Gorin.Peter Palko (Panther Technologies, Inc./USA)
236. Keys to Successful In Situ Chemical Reduction (ISCR) of Hexavalent Chromium and Concomitant Geochemical Fixation of Associated Heavy Metals and Metalloids. J.V. Rouse, R. Christensen, and A. Parra De Jesudian.Jim Rouse (Acuity Environmental Solutions/USA)
H3. High-Resolution Site Characterization (HRSC)
237. Why the Historical vOC Production Trends Necessitate the Use of High-Resolution Site Characterization Techniques. C.A. Cox.Craig Cox (Cox-Colvin & Associates, Inc./USA)
238. Mapping and Modeling Fluorescence of Thin Stratified lNAPl, and Other Applications, Using the New High Resolution Optical Image Profiler (OIP) Tool. J.V. Fontana and D. Pipp.John Fontana (Vista GeoScience/USA)
239. Real-Time Identification and Characterization Approaches to Perched Water Zones. A. Gupta, C. Shepherd, J. Nail, and W. McCall.Ankit Gupta (Arcadis/USA)
240. Using HPT-GWS Direct Push Tooling to Delineate Uranium Impacts in Groundwater at a Former Fuel Processing Facility. J.L. Binder and B.R. Hoye.Brian Hoye (Burns & McDonnell/USA)
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241. High-Resolution Subsurface Characterization of Nonaqueous Phase liquid and Groundwater Impacts at a Former Manufactured Gas Plant Site. M.S. Raimonde, R.J. Meller, S.L. Goetz, R.M. Kick, B.D. Symons, and N.A. Azzolina.Michael Raimonde (Foth Infrastructure & Environment, LLC/USA)
242. Application of OIP Tool for Quick Assessment of Environmental liability. V.V. Sewaybricker and R. Spina.Victor Vanin Sewaybricker (GEOKLOCK/Brazil)
H4. Remediation Geology: Geology-Focused Approach to Remediation Site Management
243. Understanding Subsurface Stratigraphy for PFAS Environmental Characterization Using Modern Analogs. J. Sadeque and J.M. Cuthbertson.Junaid Sadeque (AECOM/USA)
244. leveraging Environmental Sequence Stratigraphy to Refine Mass Discharge Estimates: Magothy Aquifer, New Jersey Coastal Plain. R.C. Samuels, J. Sadeque, M. Ohr, and S.D. Lloyd.Ryan Samuels (AECOM/USA)
H5. Improvements in Site Data Collection, Data Management, and Data visualization
245. Detailed Geological Modelling of a Contaminated Urban Area Based on Geophysical Mapping: A Case Study from Horsens, Denmark. T.R. Andersen and S.E. Poulsen.Theis Raaschou Andersen (VIA University College/Denmark)
246. When the Data are Conflicting or Confusing: Which Data Should You Believe? E.L. Davis.Eva Davis (U.S. Environmental Protection Agency/USA)
247. Non-Intrusive and Cost-Effective Investigation of Chlorinated Solvents at a Former Dry Cleaner. L. Torin and I. Hers.Ian Hers (Golder Associates/Canada)
248. Best Prediction and Uncertainty Analysis of vOC-Impacted Soils Using Regression Kriging and Monte-Carlo Simulation. C. Holbert, R. Gates, D. Waite, G. Colgan, and M. Roginske.Charles Holbert (Jacobs/USA)
249. High-Resolution Site Characterization (HRSC) and Three-Dimensional Data visualization for a Fractured Rock Site: A Path to Streamlined Closure. J. Orris and J. Ruf.Joshua Orris (Antea Group/USA)
250. The Benefits of Acquiring Continuous Cores for Aquifer Characterization: lessons from Petroleum Industry Best Practices. J. Sadeque.Junaid Sadeque (AECOM/USA)
251. Reimagining Bedrock Conceptual Models with Simplifying Assumptions, Spreadsheets, and visualization Tools: An Approachable Method for Qualitative Evaluation of Fate and Transport. B.P. Shedd, J. Alix, and R.R. Thompson.Brian Shedd (U.S. Army Corps of Engineers/USA)
252. Assessing Impact of Mechanical Remediation Systems on Natural Attenuation Using Tetrahedral Analysis. K. Sra, K. McVey, and E. Daniels.Kammy Sra (Chevron Energy Technology Company/USA)
H6. Risk Assessment and Bioavailability Considerations
253. Application of the Method for Environmental Risk Assessment of the EPA in an Area Contaminated by Pesticides, Organic Compounds, and Metals: Case Study. V.V. Sewaybricker and R. Spina.Rubens Spina (GEOKLOCK/Brazil)
I4. Compound-Specific Isotope Analysis
254. δ13C and δ37Cl Isotope Fractionation for Distinguishing between Aerobic and Anaerobic Degradation of TCE. A. Gafni, C. Lihl, F. Gelman, M. Elsner, and A. Bernstein.Almog Gafni (Ben Goriun University of the Negev, Israel/Israel)
255. Post-Bioremediation Bulk vinyl Chloride Attenuation Rate Estimation in an Overburden Groundwater Aquifer in Kansas. C.J. Voci and A. Gulli.Alexandra Gulli (Terraphase Engineering, Inc./USA)
256. Field Application of CSIA for vapor Intrusion/Indoor Air Quality Assessment: Determination of TCE Source in Residence. D. Rowe, C. Serlin, S. Dergham, and E. Pearson.Devon Rowe (Ramboll Environ Corporation/USA)
257. Differing Carbon Isotope Fractionation during Anaerobic Biodegradation of Ethylene Dibromide by Dehalococcoides- and Dehalogenimonas-Containing Cultures. J. Palau, M. Rosell, A. Soler, R. Yu, D.L. Freedman, S.H. Mortan, E. Marco-Urrea, G. Caminal, and O. Shouakar-Stash.Orfan Shouakar-Stash (Isotope Tracer Technologies, Inc./Canada)
258. Chlorine and Hydrogen Isotope Fractionations during Physical Processes. F. Vakili and O. Shouakar-Stash.Fatemeh Vakili (Dragun Corporation/Canada)
I5. Environmental Forensics
259. Advances in Oil Spill Forensic Analysis Using Biomarkers and Isotope Ratio Techniques. H. Behzadi.Harry Behzadi (SGS North America/USA)
260. Extended Congener and Speciation Analysis of PCBs, Dioxins and Hydrocarbons for Environmental Forensics: Applications. B. Chandramouli, R. Grace, M. Woudneh, and M.C. Hamilton.Bharat Chandramouli (SGS AXYS/Canada)
261. Stable and Radio Isotope Analysis to Identify Sources of Methane during a Remedial Action. R. Coffin, E. Benson, and J. Mueller.Jim Mueller (Provectus Environmental Products, Inc./USA)
262. Characterization of Contaminants of Potential Concern in NAPls from Multiple Sources in a Superfund Site. C. Prabhu, S. McDonald, S. Gbondo-Tugbawa, Y. Wang, and R. Weissbard.Chitra Prabhu (HDR, Inc./USA)
I6. Unmanned Systems for Remote Monitoring
263. Environmental Applications for Unmanned Aerial vehicles. W. Stiteler and A. McManus.William Stiteler (Arcadis/USA)
I7. Innovative Sampling and Investigation Tools
264. Real-Time and In Situ Monitoring of Aquatic Environments Using Indigenous Microbial Community-Based Biosensors. T.M. Vogel, M. Altizer, J.M. Monier, and O. Sibourg.Megan Leigh Altizer (Enoveo USA/USA)
265. MiProbe™: Recent Test Results for a (Bio)Electrochemical Sensor System for Continuous Redox Surrogate Monitoring. S. Burge, K. Polansky, S.S. Koenigsberg, and J. Studer.Scott Burge (Burge Environmental, Inc./USA)
266. Estimating NAPl Effective Hydraulic Conductivity and Potential velocity in the Field Based on laboratory Pore-Fluid Mobility Test Results. M.J. Gefell, K. Russell, and M. Mahoney.Michael Gefell (Anchor QEA, LLC/USA)
267. Novel Technology for Sampling volatiles in the Unsaturated Zone. P. Larsen, P. Loll, C. Larsen, and H.C.K. Østergaard.Poul Larsen (Dansk Miljoradgivning A/S/Denmark)
WE
DN
ESD
AY
Group 2 posTErs
57
268. Field Tests with the OIP-Green DP Photologging System for Detection of Coal Tars. W. McCall, T.M. Christy, D.A. Pipp, B. Jaster, R. Bean, I. Smith. G. Richards, and J. Stephenson.Wesley McCall (Geoprobe Systems/USA)
269. Reduced variability In Groundwater Monitoring Results Using the TIGER™ Time-Integrated Groundwater Sampler. T. McHugh, H. O’Neill, K. Moran, B. Oyston, and A. Schumacher.Thomas McHugh (GSI Environmental, Inc./USA)
270. An Evaluation of Metals and Hydrocarbon Field Screening Methodology for Enhanced Soil Contamination Delineation. B. Reed and J. Zepeda.Brandon Reed (TRC Companies, Inc./USA)
271. What is between These Two Wells? Cross Borehole Georadar for Identifying Migration Pathways at Contaminated Sites. K. Tsitonaki, M.C.L. Zibar, L. Nielsen, N. Tuxen, and A. Edsen.Nina Tuxen (Capital Region of Denmark/Denmark)
272. Rare Earth Elements: Potential Natural Tracers for In Situ Remediation of Groundwater. R.T. Wilkin, R.D. Ludwig, and T.R. Lee.Richard Wilkin (U.S. Environmental Protection Agency/USA)
I8. Real-Time Analysis to Inform Decision-Making
273. Application of Navigation System for Real-Time, large-Scale vOCs and Gas Detection at a Remote Potential Spill Site. P. Berutti and J.P. Davit.Paolo Berutti (Golder Associates/Italy)
274. Source Zone and Plume Characterization Using Smart Characterization and Real-Time Techniques in Brazil. J. Vilar, M.R. Sousa, J. Smith, J. Overgord, N. Welty, K. Haymond, A. Joly, G. Martinelli, C. Umilta, and C. Petroni.Marcelo Sousa (Arcadis/Brazil)
275. Rapid Measurement of Petroleum Hydrocarbons during Site Remediation. R. Stewart, G. Chien, and L. Lin.Richard Stewart (Ziltek Pty., Ltd./Australia)
276. Benefits of Using Down-Well, Real-Time, Telemetric Water Quality Meters to Monitor the Effects of an In Situ Chemical Oxidation Remediation. S.V.F. Kozicki, B.D. Symons, and R.M. Kick.Brian Symons (Foth Infrastructure & Environment, LLC/USA)
I9. Use of Advanced Molecular Tools for Site Assessment or Remedy Performance
277. Comparison of Bench-Scale Environmental Molecular Diagnostics to Pilot-Scale Data during Bioremediation of 1,4-Dioxane. C. Bell, M. Heintz, Y.R. Miao, S. Mahendra, P. Gedalanga, and D. Favero.Caitlin Bell (Arcadis/USA)
278. New Genes for Monitoring of In Situ Remediation of Aromatic Hydrocarbons: Outdoor Mesocosm Study. M.V. Brennerova, S. Guadalupe Zavala Meneses, and M. Stavelova.Maria Brennerova (Czech Academy of Sciences/Czech Republic)
279. Evaluation of Metabolomics as a Monitoring Tool at Chlorinated Solvent Sites. S.R. Campagna, F.E. Loeffler, Y. Xie, and M.M. Michalsen.Shawn Campagna (University of Tennessee/USA)
280. High-Throughput Quantification of the Functional Genes Associated with RDX Degradation Using the WaferGen SmartChip Platform. J.M. Collier, B. Chai, J.R. Cole, and A.M. Cupples.Jennifer Collier (Michigan State University/USA)
281. Use of Molecular Biological Tools and CSIA to Assess Natural Attenuation of MTBE and TBA. D. Collins, N. Longinotti, and D. Chheda.David Collins (Stantec/USA)
282. Microbial Community Characterization at Five Chlorinated Solvent Sites following Bioaugmentation with Dehalococcoides-Enriched Culture, SDC-9. H. Dang, Y. Kanitkar, R. Stedtfeld, S. Hashsham, A. Cupples, and P. Hatzinger.Hongyu Dang (Michigan State University/USA)
283. Practical Examples of High-Throughput DNA Sequencing Support Engineering and Policy Decisions. A. Rocha, J. Smith, and D. Graves.Duane Graves (Geosyntec Consultants/USA)
284. New Quadrupole Mass Spectrometer Method for the Quantification of 18O-Stable Isotope Probing Inorganic and Organic Phosphate Species. A. Schryer, S.D. Siciliano, and K. Bradshaw.Kathlyne Hyde (University of Saskatchewan/Canada)
285. Development of Multiple Reaction Monitoring (MRM) Proteomic Assay for the Detection of Methyl Tertiary-Butyl Ether (MTBE) Degradation Peptides. K.H. Kucharzyk, C. Bartling, L.A. Mullins, J. Meisel, and K. Neil.Kate Kucharzyk (Battelle/USA)
286. validation of Advanced Molecular Biological Tools for Monitoring Chlorinated Solvent Bioremediation and Estimating Degradation Rates. M.M. Michalsen, E. Korver, K.H. Kucharzyk, C. Bartling, L. Mullins, J. Meisel, P. Hatzinger, F. Loeffler, F. Kara-Murdoch, J. Wilson, and J. Istok.Mandy Michalsen (U.S. Army Corps of Engineers/USA)
287. Detection of Potential Pathogenic Bacteria in Bioremediation Microbial Consortia Using Metagenomics Techniques. J. Yang and J. Park.Jihoon Yang (Yonsei University/South Korea)
WE
DN
ESD
AY
58
THursdaY 8:00-10:05 a.m.paLm sprINGs CoNVENTIoN CENTEr
THU
RSD
AY
8:0
0-1
0:0
5 a.
m. (
PSC
C)
8:00
8:25
8:50
9:15
9:40
10:0
5
Mon
itori
ng o
f a l
arge
Tr
ichl
oroe
then
e So
il G
as P
lum
e:
Prio
r to,
dur
ing,
and
Pos
t Soi
l va
por E
xtra
ctio
n Pi
lot T
estin
g.
R.R
. Rus
tad,
W. C
alic
chio
, G
. Gor
don,
S.F.
Cal
kin,
and
D
.M. G
rohe
r. Sc
ott C
alki
n (W
ood/
USA
)
Res
tora
tion
of a
Coa
l Fir
ed P
ower
St
atio
n Si
te: S
cien
ce, P
erce
ptio
n an
d R
egul
atio
ns. F
. Abo
and
C.
Rig
by.
Foua
d Ab
o (G
HD
/Aus
tral
ia)
Myc
orem
edia
tion:
Eva
luat
ing
Fung
al M
etag
enom
ics
and
Biofi
lm
Asso
ciat
ion
in P
AH-C
onta
min
ated
Es
tuar
ine
Sedi
men
ts. S
.J. V
olko
ff,
L. C
zapl
icki
, and
C.K
. Gun
sch.
Sa
vann
ah V
olko
ff (D
uke
Uni
vers
ity/
USA
)
less
ons
lear
ned
over
20
Year
s of
Des
igni
ng a
nd Im
plem
entin
g En
hanc
ed In
Situ
Bio
rem
edia
tion
Rem
edie
s. M
. Har
knes
s.
Mar
k H
arkn
ess
(OBG
/USA
)
Tran
sfor
mat
ion
of P
FAS
Prec
urso
rs
at a
n Au
stra
lian
Air F
orce
Bas
e: A
n O
ngoi
ng o
r Art
ifact
Pro
cess
?
R. C
asso
n, D
. Chi
ang,
and
V. P
earc
e.
Rac
hael
Cas
son
(AEC
OM
/Aus
tral
ia)
Tric
hlor
oeth
ene-
Cont
amin
ated
Soi
l G
as a
s a
Sour
ce o
f Gro
undw
ater
Co
ntam
inat
ion
in a
Dee
p va
dose
Zo
ne E
nvir
onm
ent.
G.P
. Gor
don,
S.
F. Ca
lkin
, D.A
. Moo
re, a
nd
D.M
. Gro
her.
Gle
n G
ordo
n (W
ood/
USA
)
Inte
grat
ing
Rem
edia
tion
Syst
ems
with
Site
Red
evel
opm
ent:
A N
ew
York
Sta
te B
row
nfiel
d Cl
eanu
p Pr
ogra
m S
ite C
ase
Stud
y. O
. Upp
al,
S. C
iam
brus
chin
i, C.
McM
ahon
, M
. Am
brus
ch, N
. Naj
ib, S
. Abr
ams,
I.
Khan
, T. R
usso
, and
R. G
aupp
. O
mer
Upp
al (L
ANG
AN/U
SA)
Enha
nced
Deg
rada
tion
of T
CE
on a
Sup
erfu
nd S
ite U
sing
En
doph
yte-
Assi
sted
Pop
lar T
ree
Phyt
orem
edia
tion.
J.L
. Fre
eman
, S.
L. D
oty,
C.M
. Coh
u, a
nd
M.J
. Bla
yloc
k.
John
Fre
eman
(Int
rinsy
x Te
chno
logi
es C
orpo
ratio
n/U
SA)
In S
itu C
hem
ical
Oxi
datio
n:
less
ons
lear
ned
at M
ultip
le S
ites.
J.
Bal
dock
, K. M
orris
, T. P
ac,
J. P
arik
h, P
. San
tos,
and
J. S
atha
ye.
Tim
othy
Pac
(ER
M/U
SA)
Site
-Spe
cific
Des
orpt
ion
Test
ing
of
Perfl
uoro
nona
noic
Aci
d (P
FNA)
to
Asse
ss P
oten
tial S
oil l
each
ing
to
Gro
undw
ater
. S.O
. Hel
gen,
M
. Mar
ietta
, C. H
utch
ings
, and
E.
Pal
ko.
Stev
en H
elge
n (I
nteg
ral C
onsu
lting
, In
c./U
SA)
Riv
er S
ub-B
otto
m C
hara
cter
izat
ion
of a
leg
acy
Tric
hlor
oeth
ene
Rel
ease
and
Rel
atio
nshi
p to
Bed
rock
Gro
undw
ater
Co
ntam
inat
ion.
S.F.
Cal
kin,
P.
T. T
hom
pson
, R.R
. Rus
tad,
and
K.
J. H
eim
. Sc
ott C
alki
n (W
ood/
USA
)
SESS
ION
BR
EAK
Reu
sing
and
Rev
italiz
ing
a Co
ntam
inat
ed F
orm
er P
rodu
ctio
n an
d Te
stin
g Fa
cilit
y in
a R
ust B
elt
City
. T. K
inne
y, M
. Cor
am, a
nd
G. T
rigge
r. Th
omas
Kin
ney
(GH
D/U
SA)
Effe
ctiv
e M
anag
emen
t of
a R
ecal
citr
ant P
etro
leum
H
ydro
carb
on-I
mpa
cted
Site
by
Phyt
orem
edia
tion.
P. C
ampb
ell,
J.
Gro
sskl
eg, a
nd K
. Bra
dsha
w.
Patr
ick
Cam
pbel
l (W
ood/
Cana
da)
How
Muc
h Bu
ffer D
o Yo
u N
eed
to
Adju
st A
quife
r pH
? B.
Yun
cu a
nd
R.C
. Bor
den.
Bi
lgen
Yun
cu (S
olut
ions
-IES
, a
Div
isio
n of
Dra
per A
den
Asso
ciat
es/
USA
)
less
ons
lear
ned
from
Dir
ect-
Push
In
ject
ion
of In
Situ
Rea
gent
s.
M. M
cCau
ghey
, R. O
este
rrei
ch,
P. J
in, M
. Gen
tile,
A. P
enni
ngto
n,
S. B
urne
ll, M
. Cha
lfant
, and
J.
McD
onou
gh.
Rya
n O
este
rrei
ch (A
rcad
is/U
SA)
Use
of I
n Si
tu R
emed
iatio
n Te
chno
logy
at R
edev
elop
men
t Si
tes:
An
Ove
rvie
w a
nd l
esso
ns
lear
ned.
S. A
bram
s, L
. Zen
g,
O. U
ppal
, H. N
icho
ls, J
. Goo
d,
M. B
urke
, and
J. L
udlo
w.
Stew
art A
bram
s (L
ANG
AN/U
SA)
The
Rol
e of
Sur
face
Wat
er
and
Stor
mw
ater
Tra
nspo
rt o
f Pe
rfluo
roal
kyl S
ubst
ance
s (P
FAS)
in
the
Crea
tion
of a
Gro
undw
ater
“M
ega-
Plum
e,”
Was
hing
ton
Coun
ty, M
inne
sota
. V. Y
ingl
ing.
Vi
rgin
ia Y
ingl
ing
(Min
neso
ta
Dep
artm
ent o
f Hea
lth/U
SA)
SESS
ION
BR
EAK
Deg
rada
tion
of P
olyc
hlor
inat
ed
Biph
enyl
(PCB
) Mix
ture
s (A
rocl
ors)
an
d Se
dim
ents
Con
tam
inat
ed
with
PCB
s w
ith E
ncap
sula
ted
Oxi
dore
duct
ase
Enzy
mes
. K.
H. K
ucha
rzyk
, E. S
troz
ier,
C.
S. P
even
McC
arth
y, a
nd
A.D
. Duo
ng.
Kate
Kuc
harz
yk (B
atte
lle/U
SA)
A R
oom
-by-
Roo
m S
tudy
of
Tric
hlor
oeth
ene
Expo
sure
Poi
nt
Conc
entr
atio
n va
riat
ion:
TO
-15
Sum
ma
vers
us H
APSI
TE D
ata.
A.
R. Q
uint
in, K
.A.L
. Sar
sfiel
d,
M.J
. Mur
phy,
and
L. C
ain.
Am
y Q
uint
in (W
ood/
USA
)
Cont
amin
ant M
ass
Dis
char
ge in
an
Aqui
fer I
nflue
nced
by
an E
stua
ry.
P.C.
Neg
rao,
R.W
. Cle
ary,
and
S.
Per
eira
. Pa
ulo
Neg
rao
(Sta
te U
nive
rsity
of
Cam
pina
s - U
nica
mp/
Braz
il)
SESS
ION
BR
EAK
Dio
xyge
nase
s Pr
esen
t in
Phen
anth
rene
and
Flu
oran
then
e D
egra
datio
n by
Bac
teri
al a
nd
Fung
al C
o-Cu
lture
s.
M. B
ello
-Aki
nosh
o, R
. Ade
leke
, M
. Tha
ntsh
a, a
nd M
. Mai
la.
Ras
heed
Ade
leke
(Agr
icul
ture
R
esea
rch
Coun
cil/S
outh
Afr
ica)
Full-
Scal
e IS
CR a
nd E
ISB
to T
reat
Ch
lori
nate
d So
lven
ts in
Uns
atur
ated
So
ils a
t a F
orm
er C
hlor
inat
ed
Solv
ents
Man
ufac
turi
ng P
lant
. J.
Dan
iels
, M. M
otyl
ewsk
i, J.
Str
eet,
and
B. S
mith
. Jo
hn D
anie
ls (G
roun
dwat
er &
En
viro
nmen
tal S
ervi
ces,
Inc.
/USA
)
SESS
ION
BR
EAK
Seve
n R
emed
iatio
n an
d M
itiga
tion
Tech
niqu
es in
Use
at O
ne A
ctiv
e Br
ownfi
eld
Red
evel
opm
ent S
ite.
J.M
. Yea
ger,
J.B.
Con
nolly
, A.
J. B
layn
ey, D
.G. L
arso
n, a
nd
C.M
. Ros
s.
Jess
ica
Yeag
er (G
eosy
ntec
Co
nsul
tant
s/U
SA)
Fate
and
Tra
nspo
rt M
odel
ing
of
PFO
S in
a F
ract
ured
Cha
lk A
quife
r to
war
ds a
lar
ge-S
cale
Dri
nkin
g W
ater
Abs
trac
tion.
I. R
oss,
J. H
urst
, J.
Mile
s, E
. Hou
tz, J
. McD
onou
gh,
and
J. B
urdi
ck.
Ian
Ros
s (A
rcad
is/U
nite
d Ki
ngdo
m)
Fiel
d D
emon
stra
tion
to E
nhan
ce
PFAS
Deg
rada
tion
and
Mas
s R
emov
al
Usi
ng T
herm
ally
-Enh
ance
d Pe
rsul
fate
Fo
llow
ed b
y Pu
mp-
and-
Trea
t Tr
eatm
ent.
J.
Kor
nuc,
R.A
. Dee
b, D
.L. S
edla
k,
E. H
awle
y, a
nd B
. Mar
oin
Rul
a An
selu
mo
Dee
b (G
eosy
ntec
Co
nsul
tant
s/U
SA)
A Se
ssio
nsPr
imro
se A
B Se
ssio
nsPr
imro
se B
C Se
ssio
nsPr
imro
se C
D S
essi
ons
Prim
rose
DE
Sess
ions
Smok
etre
e
PAlM
SPR
ING
S CO
NvE
NTI
ON
CEN
TER
E8. Surface WaterE7. Cold Region Case Studies
D7. Reusing and Revitalizing Contaminated Sites
C8. Phytoremediation/Mycoremediation and Plant Uptake
B7. lessons learned with In Situ Technologies
A9. PFAS RemediationA8. PFAS Fate and Transport
SESS
ION
BR
EAK
59
THursdaY 8:00-10:05 a.m.paLm sprINGs CoNVENTIoN CENTEr
THursdaY 8:00-10:05 a.m.rENaIssaNCE HoTEL & LEarNING LaB
THU
RSD
AY
8:00
-10:0
5 a.m. (R
enaissance Ho
tel & Learning
Lab)
8:00
8:25
8:50
9:15
9:40
10:0
5
vapo
rSaf
eTM
: Aut
omat
ed R
eal-
Tim
e va
por I
ntru
sion
Mon
itori
ng
and
Res
pons
ePr
esen
ted
by: G
roun
dsw
ell
Tech
nolo
gies
Coup
led
Rad
ioca
rbon
and
Sh
ort-
Term
Incu
batio
ns M
easu
re
In S
itu H
ydro
carb
on D
egra
datio
n R
ates
. T.J
. Boy
d, R
.H. C
uenc
a,
Y. H
agim
oto,
and
M.T
. Mon
tgom
ery.
Th
omas
Boy
d (U
.S. N
aval
Res
earc
h La
bora
tory
/USA
)
Augm
ente
d R
ealit
y: T
he F
utur
e of
Co
ncep
tual
Site
Mod
els.
N.R
. Wel
ty,
A. Y
anite
s, a
nd J
.A. Q
uinn
an.
Nic
klau
s W
elty
(Arc
adis
/USA
)
virt
ual S
ite In
vest
igat
ion:
Usi
ng
Perf
ect I
nfor
mat
ion
to E
valu
ate
Stra
tegi
es fo
r Con
cept
ual S
ite M
odel
D
evel
opm
ent a
t DN
APl
Site
s.
K.G
. Mum
ford
, B.H
. Kue
per,
S. B
ryck
, D
.A. R
eyno
lds,
D.W
. Maj
or, S
. Man
cini
, M
.C. K
avan
augh
, and
P.K
. Kita
nidi
s.
Kevi
n M
umfo
rd (Q
ueen
’s U
nive
rsity
/Ca
nada
)
Stat
e of
the
Prac
tice:
Ris
k As
sess
men
t and
Man
agem
ent
of M
etab
olite
s an
d D
egra
datio
n Pr
oduc
ts fr
om T
otal
Pet
role
um
Hyd
roca
rbon
s. R
. Sco
field
and
T.
Hoa
ng.
Rob
ert S
cofie
ld (G
SI E
nviro
nmen
tal,
Inc.
/USA
) Cos
t-Sh
are
Alte
rnat
ives
to
Sup
erfu
nd
Use
of a
n In
nova
tive
M
ulti-
Incr
emen
t Sam
plin
g Ap
proa
ch to
Est
imat
e M
ass
Bala
nce
and
Opt
imiz
e R
emed
iatio
n of
PCE
in
Soi
l. W
.Y. N
g, S
. Coc
chia
, and
F.
Hop
kins
. W
ai Y
i Ng
(Hon
olul
u Au
thor
ity fo
r R
apid
Tra
nspo
rtat
ion/
USA
)
Geo
logi
c M
odel
ing
and
Dig
ital
visu
aliz
atio
n of
Com
plex
Site
s: A
Co
ntam
inan
t Fat
e an
d Tr
ansp
ort
Frac
ture
d Be
droc
k Ca
se S
tudy
. J.
Dru
mm
ond,
K. F
ox, F
. Bar
ranc
o,
B. R
unde
ll, a
nd R
. Bow
er.
Jess
e D
rum
mon
d (E
A En
gine
erin
g,
Scie
nce,
and
Tec
hnol
ogy,
Inc.
, PBC
/U
SA)
A St
ocha
stic
Mod
elin
g Ap
proa
ch
to E
valu
ate
the
valu
e of
Ad
ditio
nal I
nfor
mat
ion
for S
ite
Char
acte
riza
tion
and
Rem
edia
tion.
J.
B.H
. Ray
ner,
C. C
rea,
D
.A. R
eyno
lds,
M.C
. Kav
anau
gh,
P.K.
Kita
nidi
s, U
. Kim
, and
J. P
arke
r. Ja
mes
Ray
ner (
Geo
synt
ec
Cons
ulta
nts/
Cana
da)
life
cycl
e of
Ext
ract
able
Org
anic
s in
G
roun
dwat
er a
t Bio
degr
adin
g Fu
el
Rel
ease
Site
s. D
. Zem
o, K
. O’R
eilly
, S.
Ahn
, A. T
iwar
y, R
. Moh
ler,
R
. Mag
aw, a
nd C
. Esp
ino
Dev
ine.
D
awn
Zem
o (Z
emo
& A
ssoc
iate
s/U
SA)
Tips
and
Tec
hniq
ues:
Pilo
t Tes
ting,
Pr
essu
re F
ield
ver
ifica
tion,
lo
catin
g vO
C So
urce
s, a
nd
Eval
uatin
g vI
Pat
hway
s U
sing
the
vapo
r Pin
Pr
esen
ted
by: C
ox-C
olvi
n &
Ass
ocia
tes,
Inc.
vapo
r Int
rusi
on ( v
I): Q
uant
itativ
e D
ecis
ion
Fram
ewor
k To
olPr
esen
ted
by: J
acob
s
Dir
ect D
eter
min
atio
n of
D
echl
orin
atio
n R
ates
Usi
ng
Rad
iola
bele
d ci
s-D
CE E
nabl
ing
Opt
imiz
ed R
isk
and
Plum
e M
anag
emen
t. R
. Jak
obse
n,
C. N
yrop
Alb
ers,
K. T
sito
naki
, M
.M. B
roho
lm, L
. Cla
usen
, and
N
. Tux
en.
Ras
mus
Jak
obse
n (G
EUS/
Den
mar
k)
Usi
ng D
ata
Man
agem
ent a
nd
3-D
imen
sion
al D
ata
visu
aliz
atio
n to
Gen
erat
e M
ore
Com
plet
e Co
ncep
tual
Site
Mod
els
and
Stre
amlin
e Si
te C
losu
re. J
. Orr
is
and
J. R
uf.
Josh
ua O
rris
(Ant
ea G
roup
/USA
)
A Su
rvey
of D
ecis
ion
Supp
ort T
ools
fo
r Com
pari
ng C
lean
up O
ptio
ns
and
Incr
easi
ng D
ecis
ion-
Mak
ing
Confi
denc
e. P
. Fav
ara.
Pa
ul F
avar
a (J
acob
s/U
SA)
SESS
ION
BR
EAK
Poly
ethy
lene
Dev
ices
(PED
s):
Cust
omiz
able
Too
ls fo
r Uni
que
Appl
icat
ions
in a
var
iety
of
Envi
ronm
enta
l Sce
nari
os.
E.M
. Kal
tenb
erg
and
L.F.
Lefk
ovitz
. El
iza
Kalte
nber
g (B
atte
lle/U
SA)
Insi
ght i
nto
the
Com
posi
tion
and
Stru
ctur
e of
Pet
role
um M
etab
olite
s N
ot Id
entifi
ed b
y St
anda
rd M
etho
ds o
f An
alys
is. D
.C. P
odgo
rski
, P. Z
ito,
D.F.
Sm
ith, X
. Cao
, K. S
chm
idt-
Roh
r,
S. W
agne
r, A.
Stu
bbin
s, J
.T. M
cGui
re,
D. M
artin
ovic
-Wei
gelt,
G.R
. Aik
en,
I.M. C
ozza
relli
, R.G
.M. S
penc
er, a
nd
B.A.
Bek
ins.
D
avid
Pod
gors
ki (U
nive
rsity
of N
ew
Orle
ans/
USA
)
Pote
ntia
l Hum
an a
nd A
quat
ic
Toxi
city
of P
etro
leum
Bi
odeg
rada
tion
Met
abol
ites
in
Gro
undw
ater
at F
uel R
elea
se S
ites.
R
. Mag
aw, R
. Moh
ler,
C.
Esp
ino
Dev
ine,
A. T
iwar
y,
K. O
’Rei
lly, S
. Ahn
, and
D. Z
emo.
R
enae
Mag
aw (C
hevr
on/U
SA)
An E
valu
atio
n of
Ele
ctro
nic
Fiel
d D
ata
Colle
ctio
n So
lutio
ns: l
esso
ns
lear
ned.
D. C
lela
nd a
nd T
. Wrig
ht.
Dav
id C
lela
nd (G
roun
dwat
er &
En
viro
nmen
tal S
ervi
ces,
Inc.
/USA
)
Rap
id M
appi
ng o
f Soi
ls in
Chi
na
Usi
ng a
Han
dhel
d D
evic
e.
R. S
tew
art.
Ric
hard
Ste
war
t (Zi
ltek
Pty.
, Ltd
./Au
stra
lia)
Inte
ract
ive
visu
aliz
atio
ns o
f 5
Mill
ion
Sens
or M
easu
rem
ents
of
the
Capi
llary
Fri
nge
lead
to a
n O
ptim
ized
Soi
l Rem
edy.
C. D
ixon
, T.
Kal
inow
ski,
C. B
row
nfiel
d,
S. M
ikae
lian,
and
M. T
erril
. Ca
mer
on D
ixon
(AEC
OM
/USA
)
Cogn
itive
Too
l to
Supp
ort
Rem
edia
tion
Tech
nolo
gy S
elec
tion.
M
. Paq
uet.
Mar
c Pa
quet
(Wik
iNet
/Can
ada)
Sust
aina
ble
In S
itu R
emed
iatio
n Ap
proa
ch fo
r Ars
enic
-Im
pact
ed
Gro
undw
ater
at a
Sup
erfu
nd S
ite in
N
ew J
erse
y. T
. Nor
th, L
. Seh
ayek
, R
. Wilk
in, H
. You
ng, a
nd D
. Cut
t. Tr
icia
Nor
th (U
.S. A
rmy
Corp
s of
En
gine
ers/
USA
)
SESS
ION
BR
EAK
SESS
ION
BR
EAK
An E
mpi
rica
l Eco
logi
cal R
isk
Asse
ssm
ent a
t a M
atur
e Ba
y M
argi
n Pe
trol
eum
Site
Foc
used
on
Pola
r D
egra
datio
n M
etab
olite
s.
A. C
hakr
abar
ti, P
. Zaw
isla
nski
, W
.L. C
arso
n, a
nd J
. Cot
sifa
s.
Arna
b Ch
akra
bart
i (Te
rrap
hase
En
gine
erin
g, In
c./U
SA)
SESS
ION
BR
EAK
F Se
ssio
nsSi
erra
/Ven
ture
G S
essi
ons
Pasa
dena
H S
essi
ons
Mad
era
I Ses
sion
sCa
talin
ale
arni
ng l
abEx
hibi
t Hal
l
REN
AISS
ANCE
HO
TEl
EXH
IBIT
HAl
l (P
SCC)
Sampling Innovations
I7. Innovative Sampling and Investigation Tools
H5. Improvements in Site Data Collection, Data Management, and Data visualization
G8. PrecipitationG7. Decision Analysis Tools for Environmental Restoration Applications
F6. TPH Risk Assessment and Metabolites
60
THursdaY 10:30 a.m.-12:35 p.m.paLm sprINGs CoNVENTIoN CENTEr
THU
RSD
AY
10
:30
a.m
.-12
:35
p.m
. (P
SCC
)
10:3
0
10:5
5
11:2
0
11:4
5
12:1
0
12:3
5
New
App
roac
hes
for D
irec
t M
easu
rem
ent o
f Con
tam
inat
ed
Gro
undw
ater
Dis
char
ge to
R
ecei
ving
Sur
face
Wat
er. F
. Cos
me,
A.
Hol
low
ay, K
. Ye,
K. D
e G
reen
e,
S. L
amon
tagn
e, J
. Ste
ning
, J. T
yler
, B.
Die
tman
, and
S. B
rouy
ere.
Fr
eder
ic C
osm
e (G
olde
r Ass
ocia
tes/
Aust
ralia
)
Red
evel
opm
ent o
f Tre
asur
e Is
land
: O
verc
omin
g lo
ng-l
astin
g R
emed
ial
Chal
leng
es. E
. Kim
brel
, C. G
lenn
, D
. Shi
pman
, and
R. B
eck.
El
izab
eth
Kim
brel
(LAN
GAN
/USA
)
Dow
ngra
dien
t The
rmal
Fro
nt
Mig
ratio
n an
d En
hanc
emen
t of
Plum
e Ar
ea In
Situ
Bio
rem
edia
tion
afte
r The
rmal
Sou
rce
Area
Rem
edy.
J.
R. H
ouse
, D. C
ollin
s, D
. Bry
ant,
J.
Sam
mon
, and
R. S
imon
. Ja
son
Hou
se (W
ooda
rd &
Cur
ran/
USA
)
Stat
e of
the
Prac
tice:
DN
APl
Sour
ce
Zone
Tre
atm
ent.
C.J
. New
ell.
Char
les
New
ell (
GSI
Env
ironm
enta
l, In
c./U
SA)
PFAS
The
rmal
Tre
atm
ent o
f Soi
l D
emon
stra
ted
in M
ultip
le P
ilot
Test
s. G
. Col
gan,
R. R
icht
er,
R. G
race
, T. F
itzpa
tric
k,
R. D
arlin
gton
, B. D
iGui
sepp
i,
L. C
ook,
and
K. R
abe.
G
ary
Colg
an (J
acob
s/U
SA)
Impr
ovin
g D
isso
lved
Org
anic
Ch
emic
al C
once
ntra
tion
Mea
sure
men
ts a
t Gro
undw
ater
/Su
rfac
e-W
ater
Inte
rfac
es
Cont
aini
ng N
APl.
M.J
. Gef
ell,
D
. Vla
ssop
oulo
s, M
. Kan
emat
su, a
nd
D. L
ipso
n.
Mic
hael
Gef
ell (
Anch
or Q
EA, L
LC/
USA
)SE
SSIO
N B
REA
K
Prot
ectin
g Co
mm
unity
Wat
er
Supp
ly th
roug
h EP
A R
emov
al
Actio
ns In
volv
ing
Sour
ce S
oil a
nd
Bedr
ock
Aqui
fer R
emed
iatio
n.
D.A
. Zim
mer
man
n an
d S.
Fis
her.
Dav
id Z
imm
erm
ann
(Tet
ra T
ech,
Inc.
/U
SA)
Rap
id D
NAP
l So
urce
Zon
e Ch
arac
teri
zatio
n w
ith D
ye-E
nhan
ced
lase
r-In
duce
d Fl
uore
scen
ce
(Dye
lIF)
. R. S
tuet
zle,
R. W
enze
l, N
.R. W
elty
, M. K
lem
mer
, and
R
. St.
Ger
mai
n.
Rob
ert S
tuet
zle
(Dow
/USA
)
Reg
ener
atio
n of
Gra
nula
r Act
ivat
ed
Carb
on (G
AC) U
sed
for P
er- a
nd
Poly
fluor
inat
ed S
ubst
ance
(PFA
S)
Rem
edia
tion.
R. D
arlin
gton
, K.
Das
u, F.
Pal
a, a
nd E
. Kal
tenb
erg.
El
iza
Kalte
nber
g (B
atte
lle/U
SA)
Mul
tisca
le G
eoph
ysic
al, G
eoch
emic
al,
and
Ther
mal
Inve
stig
atio
n of
G
roun
dwat
er/S
urfa
ce W
ater
In
tera
ctio
n in
a H
ighl
y R
egul
ated
R
iver
Sys
tem
. T.C
. Joh
nson
, J.
N. T
hom
le, J
. Ste
gen,
C. S
tric
klan
d,
and
V. V
erm
eul.
Tim
Joh
nson
(Pac
ific
Nor
thw
est
Nat
iona
l Lab
orat
ory/
USA
)
Ther
mal
Soi
l Mix
ing
and
ZvI
Inje
ctio
n U
sing
lar
ge D
iam
eter
Au
gers
at a
For
mer
Dry
Cle
aner
. M
.C. C
rew
s.
Mat
thew
Cre
ws
(Gol
der A
ssoc
iate
s/U
SA)
Pollu
ted
Soil
Rem
edia
tion
of H
eavy
Ch
lori
nate
d So
lven
ts in
Sat
urat
ed
Poro
us M
edia
: Effe
cts
of T
herm
al
and
Chem
ical
Enh
ance
men
ts.
S. C
olom
bano
, H. D
avar
zani
, I.
Igna
tiadi
s, J
. Dep
aris
, D. G
uyon
net,
E.D
. van
Hul
lebu
sch,
and
D
. Hug
ueno
t. St
efan
Col
omba
no (B
RG
M/F
ranc
e)
Know
You
r Ene
my:
Impl
emen
tatio
n of
Bio
rem
edia
tion
with
in a
Sus
pect
ed
DN
APl
Sour
ce Z
one
follo
win
g H
igh-
Res
olut
ion
Site
Cha
ract
eriz
atio
n at
Co
ntra
ctor
s R
oad
Hea
vy E
quip
men
t Ar
ea, K
enne
dy S
pace
Cen
ter,
Flor
ida.
A.
Chr
est,
R. D
apra
to, M
. Bur
cham
, and
J.
Joh
nson
. M
ike
Burc
ham
(Geo
synt
ec C
onsu
ltant
s/U
SA)
ASTM
E28
93-1
6 G
reen
er C
lean
up
Self-
Dec
lara
tion
at M
arin
e Co
rps
Base
Cam
p le
jeun
e. M
. Ful
kers
on,
B. C
ollin
s, P
. Fav
ara,
M. L
outh
, D
. Cle
land
, and
C. D
elan
ey.
Mon
ica
Fulk
erso
n (J
acob
s/U
SA)
mat
CAR
E™: A
Nov
el T
echn
olog
y
for E
ffici
ent R
emed
iatio
n of
PF
AS-C
onta
min
ated
Was
tew
ater
an
d So
il. R
. Nai
du a
nd
S. C
hada
lava
da.
Rav
i Nai
du (C
RC
CAR
E/Au
stra
lia)
Full-
Scal
e Tr
eatm
ent o
f PF
AS-I
mpa
cted
Was
tew
ater
Usi
ng
Ozo
frac
tiona
tion.
P.J
. Sto
rch,
J.
Lag
owsk
i, M
. Dic
kson
, D
. Sol
omon
, and
I. R
oss.
Pe
ter S
torc
h (A
rcad
is/A
ustr
alia
)
Ove
rcom
ing
Chal
leng
es a
nd
Clos
ure-
Stra
tegy
Dev
elop
men
t at
a lo
ng-T
erm
, lar
ge-S
cale
CvO
C Bi
orem
edia
tion/
Ther
mal
Pro
ject
. M
.A. P
anci
era,
D. B
ytau
tas,
T.
Kal
inow
ski,
L.A.
Hel
leric
h, a
nd
R. H
ende
rson
. M
atth
ew P
anci
era
(AEC
OM
/USA
)
SESS
ION
BR
EAK
Inno
vativ
e D
esig
n Ap
proa
ch
for M
itiga
ting
land
fill G
as: A
la
ndfil
l Pos
t-Cl
osur
e M
ixed
-Use
D
evel
opm
ent C
ase
Stud
y. O
. Upp
al,
M. A
mbr
usch
, N. N
ajib
, A. F
alab
ella
, J.
Lud
low
, C. G
lenn
, S. A
bram
s,
I. Kh
an, G
. Cor
cora
n, a
nd
M. F
redl
und.
O
mer
Upp
al (L
ANG
AN/U
SA)
Gre
en a
nd S
usta
inab
le
Rem
edia
tion
of C
onta
min
ated
lan
d in
Chi
na: P
erce
ptio
n, P
rogr
ess,
and
Pa
th F
orw
ard.
D. H
ou a
nd Y
. Son
g.
Dey
i Hou
(Tsi
nghu
a U
nive
rsity
/Ch
ina)
long
-Ter
m A
naer
obic
Bi
orem
edia
tion
of P
etro
leum
Co
ntam
inan
ts b
y Ir
on- a
nd S
ulfa
te-
Red
ucin
g Ba
cter
ia fo
llow
ing
Com
bine
d Ce
men
t-Pe
rsul
fate
Tr
eatm
ent.
D.P
. Cas
sidy
and
V.
J. S
rivas
tava
. D
anie
l Cas
sidy
(Wes
tern
Mic
higa
n U
nive
rsity
/USA
)
less
ons
lear
ned
duri
ng D
NAP
l So
urce
Zon
e R
emed
iatio
n.
E. G
usta
fson
. Er
ik G
usta
fson
(The
Lou
is B
erge
r G
roup
, Inc
./USA
)
SESS
ION
BR
EAK
Ther
mal
In S
itu S
usta
inab
le
Rem
edia
tion
(TIS
R™
): l
inki
ng
Ren
ewab
le E
nerg
y to
Sus
tain
able
Si
te R
esto
ratio
n. D
.S. R
andh
awa,
C.
Fla
nder
s, P
.W. V
isse
r, an
d
D. R
osso
. D
avin
der R
andh
awa
(AR
CAD
IS/U
SA)
SESS
ION
BR
EAK
Appl
icat
ions
of E
lect
roch
emic
al
Oxi
datio
n fo
r PFA
S D
estr
uctio
n in
W
ater
, liq
uid,
and
Sol
id W
aste
s.
D. C
hian
g, S
. Lia
ng, R
. Cas
son,
R
. Mor
a, a
nd Q
. Hua
ng.
Dor
a Ch
iang
(AEC
OM
/USA
)SE
SSIO
N B
REA
K
A Se
ssio
nsPr
imro
se A
B Se
ssio
nsPr
imro
se B
C Se
ssio
nsPr
imro
se C
D S
essi
ons
Prim
rose
DE
Sess
ions
Smok
etre
e
PAlM
SPR
ING
S CO
NvE
NTI
ON
CEN
TER
E9. landfill E8. Surface Water/Groundwater Interactions
D8. GSR Best Practices and Case StudiesD7. Reusing
C9. Combined Remedies and Treatment Trains
B8. lessons learned in DNAPl Source Zone Remediation
A9. PFAS Remediation
61
THursdaY 10:30 a.m.-12:35 p.m.paLm sprINGs CoNVENTIoN CENTEr
THursdaY 10:30 a.m.-12:35 p.m.rENaIssaNCE HoTEL & LEarNING LaB
THU
RSD
AY
10:30
a.m.-12:35 p
.m. (R
enaissance Ho
tel & Learning
Lab)
10:3
0
10:5
5
11:2
0
11:4
5
12:1
0
12:3
5
TIG
ER™
Sam
pler
Pres
ente
d by
: GSI
Env
ironm
enta
l, In
c.
Rea
l-Ti
me
Dat
a M
onito
ring
dur
ing
Sour
ce Z
one
Rem
edia
tion
Usi
ng
larg
e D
iam
eter
Aug
er w
ith S
team
an
d Ze
ro-v
alen
t Iro
n. C
. Soi
stm
an,
J. L
ange
nbac
h, a
nd Z
. Mun
ger.
Cath
erin
e So
istm
an (G
eosy
ntec
Co
nsul
tant
s/U
SA)
CSM
Dev
elop
men
t and
In S
itu
Bior
emed
iatio
n O
ptim
izat
ion
in F
ract
ured
Bed
rock
Usi
ng 3
-D
visu
aliz
atio
n an
d An
alys
is.
E.B.
Die
ck, R
.E. L
ees,
B. B
ond,
K.
Kel
ly, a
nd J
. Bre
iner
. Er
ic D
ieck
(LAN
GAN
/USA
)
Prec
ipita
ting
Succ
ess:
A S
olut
ion
to
Hea
vy M
etal
s in
Gro
undw
ater
. J.
McD
onou
gh, R
. Roy
er, G
. Sito
mer
, an
d R
. Mur
phy.
Je
ff M
cDon
ough
(Arc
adis
/USA
)
Reg
ulat
ory
Chal
leng
es P
osed
by
Pet
role
um M
etab
olite
s in
G
roun
dwat
er. R
. Ste
enso
n, D
. Elia
s,
and
U. H
ellm
ann-
Blum
berg
. R
oss
Stee
nson
(Cal
EPA
Reg
iona
l W
ater
Qua
lity
Cont
rol B
oard
/USA
)
Hig
h-R
esol
utio
n M
onito
ring
for
Ther
mal
Rem
edia
tion
Opt
imiz
atio
n.
C.A.
Hoo
k, A
.M. C
hres
t, R
.F. D
avis
, C.
J. P
ike,
and
M.P
. Spe
ranz
a.
Chris
toph
er H
ook
(Tet
ra T
ech,
Inc.
/U
SA)
Satu
rate
d So
il Sa
mpl
ing
to
Det
erm
ine
Effe
ctiv
e So
urce
Rem
edy
Stra
tegi
es. P
.J. C
urry
, J.A
. Qui
nnan
, an
d J.
Wrig
ht.
Patr
ick
Curr
y (A
rcad
is/U
SA)
Man
agin
g le
acha
ble
Arse
nic
for
Sust
aina
ble
On-
Site
Soi
l Ret
entio
n.
V. D
e Ch
ellis
, A. Y
ee, a
nd R
. Ste
war
t. Va
ness
a D
e Ch
ellis
(Lan
d &
Wat
er
Cons
ultin
g/Au
stra
lia)
SESS
ION
BR
EAK
Dem
onst
ratio
n of
Dyn
amic
Clo
sed
Cham
ber (
DCC
) Met
hod
for N
atur
al
Sour
ce Z
one
Dep
letio
n As
sess
men
tPr
esen
ted
by: G
olde
r Ass
ocia
tes
Pass
ive
CO F
lux
Trap
s fo
r Mea
sur-
ing
Fiel
d N
SZD
Rat
esPr
esen
ted
by: E
-Flu
x
Adap
tive
Res
pons
e to
vap
or
Intr
usio
n du
ring
The
rmal
R
emed
iatio
n Ba
sed
on C
ontin
uous
va
por M
onito
ring
and
Web
-Bas
ed
Rea
l-Ti
me
Dat
a R
epor
ting.
N. C
lite,
M
. Law
son,
K. M
anhe
imer
, M. K
ram
, an
d B.
Har
tman
. N
ova
Clite
(OTI
E/U
SA)
Dat
a, D
ata,
Dat
a: D
evel
opm
ent
of a
n In
tegr
ated
Info
rmat
ion
Man
agem
ent S
yste
m to
Sup
port
Co
mpl
ex E
nvir
onm
enta
l Pro
gram
s an
d Pr
ojec
ts. C
. Gep
ner a
nd
B.R
. Hoy
e.
Dav
id S
mith
(Bur
ns &
McD
onne
ll/U
SA)
Firs
t Eve
r Hea
vy M
etal
Sta
biliz
atio
n Pr
ojec
t in
Kore
a. H
. Sha
n, J
. Lee
, J.
Lee
, S. K
im, H
. Kim
, J. S
eo,
W. J
oo, a
nd W
. Kan
g.
Hui
feng
Sha
n (P
erox
yChe
m, L
LC/
Chin
a)
SESS
ION
BR
EAK
Rea
l-Ti
me
Mea
sure
men
ts o
f H
ydro
carb
on C
once
ntra
tions
in
Soils
. N. S
ihot
a an
d T.
Mia
o.
Nat
asha
Sih
ota
(Che
vron
/USA
)
New
API
Indu
stry
Sta
ndar
ds fo
r Sh
ale
Dev
elop
men
t. G
. Ben
ge,
D. M
iller
, S. M
eado
ws,
and
R
. Goo
dman
. D
avid
Mill
er (A
mer
ican
Pet
role
um
Inst
itute
/USA
)
Use
of M
ultip
le D
irec
t-Se
nsin
g Te
chno
logi
es a
nd 3
-D v
isua
lizat
ion
to C
ompl
ete
a H
igh-
Res
olut
ion
Site
Ch
arac
teri
zatio
n of
a D
NAP
l Po
ol.
T. K
oest
er, S
.B. G
elb,
R.M
. Ruf
, K.
Eng
lish,
and
M.K
. Mor
elli.
To
m K
oest
er (S
2C2,
Inc.
/USA
)
BioT
herm
: A M
odel
for T
empe
ratu
re
Effe
cts
on N
SZD
Pres
ente
d by
: E-F
lux
Succ
essf
ul T
CE D
NAP
l So
urce
Are
a R
emed
iatio
n th
roug
h R
eal-
Tim
e An
alys
is o
f Oxi
dant
Con
cent
ratio
n du
ring
ISCO
. R. B
unke
r,
J.T.
Spa
daro
, M.G
. Sw
eete
nham
, F.J
. Kre
mbs
, and
K. M
cDon
ald.
M
icha
el S
wee
tenh
am (T
rihyd
ro
Corp
orat
ion/
USA
)
Usi
ng A
ugm
ente
d R
ealit
y to
Im
prov
e Co
mm
unic
atio
ns a
nd
Dec
isio
n M
akin
g of
Sta
keho
lder
s at
a
Form
er C
hem
ical
Man
ufac
turi
ng
Faci
lity.
T.A
. Few
less
and
I.
Ric
hard
son.
Th
omas
Alle
n Fe
wle
ss (G
HD
/USA
)
Rem
oval
of S
elen
ium
from
Refi
nery
W
aste
wat
er U
sing
Sul
fur-
Mod
ified
Ir
on (S
MI)
. C.G
. Sch
reie
r and
P.
F. Sa
ntin
a.
Cind
y Sc
hrei
er (P
RIM
A En
viro
nmen
tal,
Inc.
/USA
)
SESS
ION
BR
EAK
A Su
mm
ary
of th
e U
.S.
Envi
ronm
enta
l Pro
tect
ion
Agen
cy M
ulti-
Year
Stu
dy o
f the
Co
ntam
inat
ion
Ris
ks to
Dri
nkin
g W
ater
from
Hyd
raul
ic F
ract
urin
g.
S. D
unn-
Nor
man
, W. H
uffo
rd, a
nd
S. A
lmon
d.
Wal
ter H
uffo
rd (R
EPSO
L/U
SA)
Geo
chem
ical
and
Mic
robi
olog
ical
In
dica
tors
of O
il an
d G
as
Was
tew
ater
Rel
ease
s.
I.M. C
ozza
relli
, D.M
. Ako
b,
K.J.
Ska
lak,
A.C
. Mum
ford
, W
.H. O
rem
, K.B
. Haa
se, M
.A. E
ngle
, an
d D
.B. K
ent.
Isab
elle
Coz
zare
lli (U
.S. G
eolo
gic
Surv
ey/U
SA)
SESS
ION
BR
EAK
F Se
ssio
nsSi
erra
/Ven
ture
G S
essi
ons
Pasa
dena
H S
essi
ons
Mad
era
I Ses
sion
sCa
talin
ale
arni
ng l
abEx
hibi
t Hal
l
REN
AISS
ANCE
HO
TEl
EXH
IBIT
HAl
l (P
SCC)
Sampling Innovations
I8. Real-Time Analysis to Inform Decision-Making
H5. Improvements in Site Data Collection, Data Management, and Data visualization
G8. Precipitation and Stabilization of Metals
F7. Environmental Considerations for Hydraulic FracturingF6. TPH Risk Assessment
62
THursdaY 1:00-3:05 p.m.paLm sprINGs CoNVENTIoN CENTEr
THU
RSD
AY
1:0
0-3
:05
p.m
. (P
SCC
)
1:00
1:25
1:50
2:15
2:40
3:05
Appl
icat
ion
of H
PT/E
C To
ols
for
Asse
ssm
ent o
f the
Dis
trib
utio
n of
Pe
rmea
bilit
y in
Exc
avat
ion
and
Dra
wdo
wn
Targ
et A
rea.
V.
V. S
eway
bric
ker a
nd R
. Spi
na.
Vict
or V
anin
Sew
aybr
icke
r (G
EOKL
OCK
/Bra
zil)
Wor
king
on
the
Rai
lroa
d:
Impl
emen
tatio
n of
Sus
tain
able
R
emed
iatio
n at
a P
rogr
amm
atic
le
vel.
G. W
olf a
nd S
. Pitt
enge
r. G
erlin
de W
olf (
AECO
M/U
SA)
SESS
ION
BR
EAK
SESS
ION
BR
EAK
Rem
oval
and
Des
truc
tion
of P
erflu
oro-
an
d Po
lyflu
oroa
lkyl
Sub
stan
ces
(PFA
S)
from
Con
tam
inat
ed G
roun
dwat
er th
roug
h Ap
plic
atio
n of
Adv
ance
d R
educ
tive
Proc
esse
s (A
RPs
). R
. Ten
orio
, T.
J. S
trat
hman
n, J
.B. B
row
n, A
. Mai
zel,
C.
Bel
lona
, C.P
. Hig
gins
, J. L
iu, D
. Jia
ng,
B. G
ómez
-Rui
z, H
. Wrig
ht, a
nd
C.E.
Sch
aefe
r. Ti
mot
hy S
trat
hman
n (C
olor
ado
Scho
ol o
f M
ines
/USA
)
Rem
edia
tion
Usi
ng In
Situ
So
lidifi
catio
n/St
abili
zatio
n in
Bra
zil
of a
Con
tam
inat
ed S
ourc
e at
an
Indu
stri
al l
andfi
ll w
ith v
ario
us
Rea
gent
s. I.
Pet
er, T
. Mor
an, a
nd
M. C
rimi.
Isab
el P
eter
Ran
do (B
rasf
ond/
Braz
il)
Perf
orm
ance
, Cos
t, a
nd E
mis
sion
s O
ptim
izat
ion
Usi
ng S
olar
-Pow
ered
IS
B Sy
stem
. M.G
. Sw
eete
nham
, F.J
. Kre
mbs
, S. L
omba
rdo,
G. R
isse
, an
d G
. Mat
hes.
M
icha
el S
wee
tenh
am (T
rihyd
ro
Corp
orat
ion/
USA
)
Fiel
d D
emon
stra
tion
of F
oam
In
ject
ion
to C
onfin
e a
Sour
ce Z
one
of C
hlor
inat
ed S
olve
nts.
C. P
orto
is,
E. E
ssou
ayed
, M.D
. Ann
able
, N
. Gui
serix
, A. J
oube
rt, a
nd O
. Atte
ia.
Clém
ent P
orto
is (E
NSE
GID
/Fra
nce)
PCB
Rem
edia
tion
Usi
ng a
n In
nova
tive
ISCO
App
roac
h: B
ench
an
d Pi
lot S
tudy
Res
ults
. D.R
. Gra
y an
d F.
Bara
jas.
D
oug
Gra
y (A
ECO
M/U
SA)
SESS
ION
BR
EAK
Mod
ifyin
g an
Exi
stin
g Su
b-Sl
ab
Met
hane
Miti
gatio
n Sy
stem
at a
R
edev
elop
ed l
andfi
ll Si
te a
fter
Year
s of
Set
tlem
ent.
J. S
chae
ttle,
C.
Gle
nn, a
nd J
.F. L
udlo
w.
Jess
ica
Scha
ettle
(LAN
GAN
/USA
)
Und
erst
andi
ng U
rani
um P
lum
e Pe
rsis
tenc
e Pr
oces
ses
at a
For
mer
U
rani
um M
ill T
ailin
gs A
rea
thro
ugh
the
Use
of l
abor
ator
y an
d Fi
eld
Met
hods
. R.H
. Joh
nson
, P.
W. R
eim
us, R
. Bus
h, a
nd
W. F
razi
er.
Ray
mon
d Jo
hnso
n (N
avar
ro
Res
earc
h an
d En
gine
erin
g, In
c./U
SA)
SESS
ION
BR
EAK
Trea
tmen
t of C
hlor
inat
ed S
olve
nts
by C
oppe
r-Am
ende
d N
anos
cale
Ze
ro-v
alen
t Iro
n St
abili
zed
with
Ca
rbox
ymet
hylc
ellu
lose
. A. F
ranz
e an
d A.
Agr
awal
. An
drew
Fra
nze
(Key
Env
ironm
enta
l/U
SA)
Inno
vativ
e Ca
rboh
ydra
te
(CH
) Act
ivat
ion
of P
ersu
lfate
: Co
mpa
rativ
e Ev
alua
tion
of M
ultip
le
Food
-Gra
de C
H A
ctiv
ator
s.
P. K
akar
la, Y
. Chi
n, a
nd W
. Cal
dico
tt.
Pras
ad K
akar
la (I
n-Si
tu O
xida
tive
Tech
nolo
gies
[ISO
TEC]
/USA
)
Pass
ive
Sust
aine
d-R
elea
se IS
CO
Tech
nolo
gy A
chie
ves
Rem
edia
l Site
Cl
osur
e. P
.J. D
ugan
and
G. W
also
m.
Gra
nt W
also
m (X
CG C
onsu
lting
, Lt
d./C
anad
a)
Inco
rpor
atin
g Cl
imat
e Ch
ange
in
to l
ong-
Term
Rem
edie
s an
d O
pera
tion
and
Mai
nten
ance
Pla
ns.
L.J.
Pyp
e an
d M
.A. H
arcl
erod
e.
Luci
nda
Pype
(CD
M S
mith
Inc.
/USA
)
An E
nhan
ced
Cont
act E
lect
rica
l D
isch
arge
Pla
sma
Rea
ctor
: An
Effe
ctiv
e Te
chno
logy
to D
egra
de
Per-
and
Pol
y-Fl
uoro
alky
l Sub
stan
ces
(PFA
S). S
. Med
edov
ic T
haga
rd,
T. H
olse
n, S
. Ric
hard
son,
P. K
ulka
rni,
C.
New
ell,
M. N
ixon
, A. B
odou
r, an
d C.
Var
ley.
Se
lma
Med
edov
ic (C
lark
son
Uni
vers
ity/
USA
)
In S
itu R
emed
iatio
n of
Pes
ticid
es,
Expl
osiv
es, a
nd C
hem
ical
Wea
pons
U
sing
Hea
t-En
hanc
ed H
ydro
lysi
s.
G. B
eyke
. G
reg
Beyk
e (B
eyke
Con
sulti
ng/U
SA)
SESS
ION
BR
EAK
Fiel
d Te
st o
f vap
or-P
hase
Am
mon
ia In
ject
ion
for v
ados
e Zo
ne
Rem
edia
tion
of U
rani
um.
M. T
ruex
, C. S
tric
klan
d, J
. Sze
csod
y,
G. C
hron
iste
r, an
d P.
Bay
nes.
M
icha
el T
ruex
(Pac
ific
Nor
thw
est
Nat
iona
l Lab
orat
ory/
USA
)
Sust
aina
ble
Rem
edia
tion
of
Pollu
ted
Agri
cultu
ral l
and
in C
hina
. D
. O’C
onno
r and
D. H
ou.
Dav
id O
’Con
nor (
Tsin
ghua
U
nive
rsity
/Chi
na)
Taki
ng S
ulfid
ated
nZv
I to
the
Fiel
d:
Key
Cons
ider
atio
ns.
A. N
unez
Gar
cia,
J. H
erre
ra, D
. Fan
, C.
M. K
ocur
, R.L
. Joh
nson
, P.
G. T
ratn
yek,
and
D.M
. O’C
arro
ll.
Den
is O
’Car
roll
(Uni
vers
ity o
f New
So
uth
Wal
es/A
ustr
alia
)
Succ
essf
ul T
reat
men
t of
1,4-
Dio
xane
with
In S
itu O
zone
. F.J
. Kre
mbs
, G.E
. Mat
hes,
J. P
ruis
, M
.R. O
lson
, and
K. P
ower
. Fr
iedr
ich
Krem
bs (T
rihyd
ro
Corp
orat
ion/
USA
)
Dos
e-R
espo
nse
Curv
es C
ompa
re
the
Effe
ctiv
enes
s of
Com
bine
d Ce
men
t-Pe
rsul
fate
Tre
atm
ent w
ith
Stan
dalo
ne IS
S an
d IS
CO in
Ten
D
iffer
ent S
oils
. D.P
. Cas
sidy
and
V.
J. S
rivas
tava
. D
anie
l Cas
sidy
(Wes
tern
Mic
higa
n U
nive
rsity
/USA
)
Tran
sfor
min
g En
viro
nmen
tal
liab
ilitie
s in
to A
sset
s: A
Br
azil-
Base
d Ca
se S
tudy
. P. B
arre
to,
J. H
ende
rson
, P. C
arva
lho,
R. S
ilva,
C.
Mar
tins,
O. M
aure
r, an
d P.
Fav
ara.
Pa
ola
Barr
eto
Qui
nter
o (J
acob
s/U
SA)
A Pi
lot-
Scal
e G
AC F
iltra
tion
Stud
y to
Ass
ess
Brea
kthr
ough
s of
PFA
As
and
Prec
urso
rs. D
. Chi
ang,
A.
E. R
obel
, J. F
ield
, Q. H
uang
, A.
Bod
our,
and
C. V
arle
y.
Dor
a Ch
iang
(AEC
OM
/USA
)
Rem
oval
of P
er- a
nd P
olyfl
uoro
alky
l Su
bsta
nces
with
Nan
ofiltr
atio
n M
embr
anes
in l
abor
ator
y an
d Si
te
Stud
ies.
C. L
iu, J
. Bro
wn,
R
. Ten
orio
, C. H
iggi
ns, C
. Bel
lona
, an
d T.
Str
athm
ann.
Ch
arlie
Jef
frey
Liu
(Col
orad
o Sc
hool
of
Min
es/U
SA)
Biol
ogic
al R
educ
tion
of
Mul
ti-Co
ntam
inan
ts th
at A
re
Elec
tron
Acc
epto
rs. M
. Elk
ouz,
S.
Shr
esth
a,
J. G
onza
les,
J. B
atis
ta,
A. A
yyas
wam
i, an
d C.
Len
ker.
Jaci
mar
ia B
atis
ta (U
nive
rsity
of
Nev
ada,
Las
Veg
as/U
SA)
A Se
ssio
nsPr
imro
se A
B Se
ssio
nsPr
imro
se B
C Se
ssio
nsPr
imro
se C
D S
essi
ons
Prim
rose
DE
Sess
ions
Smok
etre
e
PAlM
SPR
ING
S CO
NvE
NTI
ON
CEN
TER
E10. Radiological IssuesE9. landfill Redevelopment and Management
D9. GSR Metrics and Resiliency EvaluationsD8. GSR Best Practices and Case Studies
C10. Emerging Remediation Technologies
B9. In Situ Chemical Oxidation
A10. Pump and Treat for PFAS RemediationA9. PFAS Remediation
63
THursdaY 1:00-3:05 p.m.paLm sprINGs CoNVENTIoN CENTEr
THursdaY 1:00-3:05 p.m.rENaIssaNCE HoTEL & LEarNING LaB
THU
RSD
AY
1:00
-3:05 p
.m. (R
enaissance Ho
tel & Learning
Lab)
1:00
1:25
1:50
2:15
2:40
3:05
SESS
ION
BR
EAK
SESS
ION
BR
EAK
A R
evie
w o
f Che
mic
al T
reat
men
t M
etho
ds fo
r Soi
l and
Gro
undw
ater
Co
ntai
ning
Ars
enic
and
Chr
omiu
m.
A. S
eech
, D. L
eigh
, and
J. M
olin
. Al
an S
eech
(Per
oxyC
hem
, LLC
/USA
)
Alar
min
g D
iffer
ence
s in
Co
mm
erci
al D
ata:
Tw
o St
udie
s Ill
ustr
atin
g th
e Ch
alle
nges
in
Usi
ng M
etha
ne D
ata
for R
egul
ator
y R
epor
ting.
D. G
rats
on, R
. Vita
le,
S. B
row
er, a
nd L
. Wor
k.
Dav
id G
rats
on (E
nviro
nmen
tal
Stan
dard
s, In
c./U
SA)
Mol
ecul
ar B
iolo
gica
l Too
ls: W
here
W
ill th
e Jo
urne
y Ta
ke U
s?
F.E. L
oeffl
er.
Fran
k Lo
effle
r (U
nive
rsity
of
Tenn
esse
e/U
SA)
Eval
uatio
n of
Bio
avai
labi
lity
of
Cont
amin
ants
in S
oil:
Stat
e-of
-the
-Ar
t Gui
danc
e fr
om IT
RC.
C.
Sor
rent
ino,
K. D
uran
t, an
d
L. H
ay W
ilson
. Cl
audi
o So
rren
tino
(Cal
iforn
ia
Dep
artm
ent o
f Tox
ic S
ubst
ance
s Co
ntro
l/USA
)
Eval
uatio
n of
Sto
red
Red
ucin
g Ca
paci
ty to
Opt
imiz
e O
pera
tions
an
d M
aint
enan
ce fo
r In
Situ
Bi
olog
ical
Tre
atm
ent o
f Cr(
vI) i
n G
roun
dwat
er. M
. Gen
tile,
I. W
ood,
L.
Wei
gt, a
nd F.
Len
zo.
Laur
en W
eigt
(Arc
adis
/USA
)
SESS
ION
BR
EAK
Usi
ng E
nvir
onm
enta
l Mol
ecul
ar
Dia
gnos
tics
to S
uppo
rt a
R
hizo
degr
adat
ion
Clos
ure
Stra
tegy
at
a S
ervi
ce S
tatio
n Si
te. J
. She
ldon
an
d J.
Frie
dman
. Ja
ck S
held
on (A
ntea
Gro
up/U
SA)
Calif
orni
a Ar
seni
c Bi
oacc
essi
bilit
y M
etho
d: B
ench
-Top
Pre
dict
ion
of R
elat
ive
Bioa
vaila
bilit
y in
Co
ntam
inat
ed S
oils
. V.M
. Han
ley,
C.
Sor
rent
ino,
S. W
hita
cre,
and
N
.T. B
asta
. Cl
audi
o So
rren
tino
(Cal
iforn
ia
Dep
artm
ent o
f Tox
ic S
ubst
ance
s Co
ntro
l/USA
)
In S
itu C
hem
ical
Red
uctio
n of
Hex
aval
ent C
hrom
ium
in
Gro
undw
ater
at a
n In
dust
rial
Site
ne
ar A
then
s, G
reec
e. O
. Hen
sele
r, R
. Ols
en, D
.D. N
guye
n, a
nd
M.R
. Lam
ar.
Ole
Hen
sele
r (CD
M S
mith
Con
sult
Gm
bH/G
erm
any)
Rem
edia
tion
of H
exav
alen
t Ch
rom
ium
in a
Per
man
gana
te-
Trea
ted
Plum
e: C
ompa
rativ
e Ev
alua
tion
of F
ive
Red
ucin
g Ag
ents
. P.
Kak
arla
, Y. C
hin,
A. H
ackm
an, a
nd
M. W
ilson
. Pr
asad
Kak
arla
(In-
Situ
Oxi
dativ
e Te
chno
logi
es [I
SOTE
C]/U
SA)
Qua
ntifi
catio
n of
Red
uctiv
e D
ehal
ogen
ase
Pept
ides
Usi
ng
Mul
tiple
Rea
ctio
n M
onito
ring
Pr
oteo
mic
s. K
.H. K
ucha
rzyk
, C.
Bar
tling
, L. M
ullin
s, J
. Mei
sel,
P.
Hat
zing
er, F
. Loe
ffler
, J. W
ilson
, J.
Isto
k, a
nd M
. Mic
hals
en.
Kate
Kuc
harz
yk (B
atte
lle/U
SA)
Hig
h-R
esol
utio
n Ch
arac
teri
zatio
n of
an
Age
d To
luen
e So
urce
Zon
e an
d Pl
ume
in a
Dol
osto
ne A
quife
r.
B.L.
Par
ker,
J. F
erna
ndes
, S.
W. C
hapm
an, C
. Mal
dane
r,
P. W
anne
r, K.
Dun
field
, R. A
rave
na,
E. H
aack
, and
D. T
sao.
Be
th P
arke
r (U
nive
rsity
of G
uelp
h/Ca
nada
)
Des
ign
of a
Pilo
t-Sc
ale
ISCO
R
emed
iatio
n U
sing
Bas
e-Ac
tivat
ed
Pers
ulfa
te in
a F
ract
ured
Dol
osto
ne
Aqui
fer C
onta
min
ated
by
M
id-D
istil
late
lN
APl.
J. H
alst
ead
and
J. L
eu.
John
Hal
stea
d (P
arso
ns/C
anad
a)
Ora
l Bio
avai
labi
lity
of N
onpo
lar
Org
anic
Che
mic
als
in S
oil f
or U
se
in H
uman
Hea
lth R
isk
Asse
ssm
ent.
S.
Yu,
R. S
choo
f, an
d D
. Har
reki
lde.
Sh
uo Y
u (R
ambo
ll/U
SA)
Mol
ecul
ar C
hara
cter
izat
ion
to
Mon
itor R
emed
y Pe
rfor
man
ce.
S. F
iore
nza,
J. N
yval
l, an
d
S. L
umm
us.
Step
hani
e Fi
oren
za (B
P/U
SA)
Usi
ng a
Ris
k-Ba
sed
Appr
oach
to
Gui
de R
emed
ial G
oals
: Ora
l R
elat
ive
Bioa
vaila
bilit
y of
PAH
s at
Fo
rmer
ly U
sed
Def
ense
Site
s.
N.D
. For
sber
g, B
.H. M
agee
, A.
K. M
eyer
, G.C
. Hoe
ger,
and
C.
M. D
uart
e.
Nor
man
For
sber
g (A
rcad
is/U
SA)
SESS
ION
BR
EAK
Impl
emen
ting
a R
apid
Res
pons
e Ac
tion
duri
ng a
Rem
edia
l Des
ign
Phas
e to
Pro
tect
an
At-R
isk
Mun
icip
al W
ellfi
eld.
J. C
atan
zarit
a,
J. G
orin
, L. P
ype,
F. T
sang
, and
J.
Bol
duc.
Je
ff Ca
tanz
arita
(U.S
. Env
ironm
enta
l Pr
otec
tion
Agen
cy/U
SA)
Com
pari
ng R
educ
tase
Enz
yme
Pept
ides
to D
ehal
ococ
coid
es D
NA
as
Pred
icto
rs o
f Rat
es o
f Dec
hlor
inat
ion
of c
is-D
CE a
nd v
C. P
. Hat
zing
er,
M.M
. Mic
hals
en, E
. Kor
ver,
K.
Kuc
harz
yk, C
. Bar
tling
, L. M
ullin
s,
J. M
eise
l, F.
Loef
fler,
F. Ka
ra-M
urdo
ch,
J. W
ilson
, and
J. I
stok
. M
andy
Mic
hals
en (U
.S. A
rmy
Corp
s of
En
gine
ers/
USA
)
Char
acte
riza
tion
and
In S
itu
Rem
edia
tion
in a
Com
plex
Fr
actu
re-F
low
Reg
ime.
W.L
. Bra
b,
D.N
. Can
trel
l, an
d R
. Hut
chin
son.
W
illia
m B
rab
(AST
Env
ironm
enta
l, In
c./U
SA)
Pilo
t Tes
ting
of M
ulti-
Phas
e Ex
trac
tion
Tech
nolo
gy fo
r Fu
ll-Sc
ale
Rem
edia
tion
of a
H
igh-
Conc
entr
atio
n M
TBE
Sour
ce
Area
. M. P
olto
rak
and
D. C
ollin
s.
Mat
thew
Pol
tora
k (S
tant
ec/U
SA)
Effe
cts-
Dri
ven
Asse
ssm
ent a
nd
Man
agem
ent o
f Com
plex
Ope
ratin
g Si
tes:
Res
ults
of I
nitia
l Fie
ld
Inve
stig
atio
n. P
. Cam
pbel
l,
S. S
icili
ano,
and
K. B
rads
haw
. Pa
tric
k Ca
mpb
ell (
Woo
d/Ca
nada
)
F Se
ssio
nsSi
erra
/Ven
ture
G S
essi
ons
Pasa
dena
H S
essi
ons
Mad
era
I Ses
sion
sCa
talin
ale
arni
ng l
abEx
hibi
t Hal
l
Exhi
bit H
all c
lose
s at
1:0
0 p.
m.
REN
AISS
ANCE
HO
TEl
EXH
IBIT
HAl
l (P
SCC)
I9. Use of Advanced Molecular Tools for Site Assessment or Remedy Performance
H6. Risk Assessment and Bioavailability Considerations
G9. Managing Chromium-Contaminated Sites
F7. Cont. F8. Managing/Remediating Petroleum Impacts at Fractured Bedrock Sites
THursdaY 3:30 p.m.paLm sprINGs CoNVENTIoN CENTEr
THU
RSD
AY
3:3
0 p
.m. (
PSC
C)
3:30
Site
Cha
ract
eriz
atio
n an
d R
emed
ial
Des
ign
for S
urfa
ce Im
poun
dmen
ts
Cont
aini
ng T
echn
olog
ical
ly
Enha
nced
, Nat
ural
ly O
ccur
ring
R
adio
activ
e M
ater
ial (
TEN
OR
M).
J.
Wal
lace
, P. Z
awis
lans
ki, C
. Jon
es,
and
T. Ik
enbe
rry.
Je
ff W
alla
ce (T
erra
phas
e En
gine
erin
g, In
c./U
SA)
Batte
lle M
etho
dolo
gy fo
r Eva
luat
ing
Clim
ate
Chan
ge R
esili
ence
of
Envi
ronm
enta
l Rem
edia
tion
Site
s.
S. M
oore
, R. S
irabi
an, a
nd W
. Con
dit.
Sam
Moo
re (B
atte
lle/U
SA)
labo
rato
ry a
nd F
ield
Eva
luat
ion
of B
ioau
gmen
ted
Gra
nula
r Ac
tivat
ed C
arbo
n fo
r Tre
atm
ent
of C
hlor
oben
zene
s an
d PC
Bs in
Se
dim
ent.
M.M
. Lor
ah,
E.H
. Maj
cher
, S. C
how
, E.J
. Bou
wer
, A.
R. W
adha
wan
, and
N.D
. Dur
ant.
Mic
helle
Lor
ah (U
.S. G
eolo
gica
l Su
rvey
/USA
)
Inje
ctio
n of
Pot
assi
um P
ersu
lfate
vi
a H
ydra
ulic
Fra
ctur
ing
to A
ddre
ss
a R
ecal
citr
ant F
uel-
Rel
ated
and
Ch
lori
nate
d vO
C Pl
ume.
M
. Per
lmut
ter a
nd A
. For
sber
g.
Mik
e Pe
rlmut
ter (
Jaco
bs/U
SA)
Acce
lera
ted
Dep
loym
ent
and
Star
tup
of Io
n Ex
chan
ge
Gro
undw
ater
Tre
atm
ent S
yste
m
Addr
esse
s PF
AS C
onta
min
atio
n at
Au
stra
lian
Air B
ase.
S. W
ooda
rd
and
V. P
earc
e.
Stev
en W
ooda
rd (E
CT/U
SA)
A Se
ssio
nsPr
imro
se A
B Se
ssio
nsPr
imro
se B
C Se
ssio
nsPr
imro
se C
D S
essi
ons
Prim
rose
DE
Sess
ions
Smok
etre
e
PAlM
SPR
ING
S CO
NvE
NTI
ON
CEN
TER
E10. Radiological Issues
D9. GSR Metrics
C10. Emerging Rem. Tech.
B9. ISCO
A10. PFAS P & TrENaIssaNCE HoTEL & LEarNING LaB
3:30
Asso
ciat
ion
betw
een
qPCR
An
alys
es fo
r Oxy
gena
se E
nzym
es
and
Rat
e Co
nsta
nts
for C
ooxi
datio
n of
TCE
in G
roun
dwat
er. J
.T. W
ilson
, B.
Wils
on, D
. Tag
gart
, and
D
. Fre
edm
an.
John
Wils
on (S
ciss
orta
il En
viro
nmen
tal S
olut
ions
, LLC
/USA
)
Gui
danc
e on
Est
ablis
hing
R
emed
iatio
n O
bjec
tives
for S
ites
in
Aust
ralia
. J.N
. Jit,
B.P
. Ken
nedy
, and
R
. Nai
du.
Joyt
ishn
a Ji
t (CR
C CA
RE/
Uni
SA/
Aust
ralia
)
Inje
ctio
n of
pH
-Adj
uste
d Ca
lciu
m
Poly
sulfi
de to
Tre
at G
roun
dwat
er
Plum
e Co
mm
ingl
ed w
ith C
r(vI
) and
TC
E. J
. Leu
, M. B
etta
har,
J. G
oepe
l, S.
Cra
ig, a
nd T
.E. Y
arge
au.
Jim
Leu
(Par
sons
/USA
)
Com
part
men
taliz
ed A
ppro
ach
to B
edro
ck a
nd O
verb
urde
n R
emed
iatio
n at
a l
egac
y Pe
trol
eum
Si
te. B
. Mor
row
and
N. T
hack
er.
Bran
dt M
orro
w (A
ECO
M/U
SA)
F Se
ssio
nsSi
erra
/Ven
ture
G S
essi
ons
Pasa
dena
H S
essi
ons
Mad
era
I Ses
sion
sCa
talin
ale
arni
ng l
abEx
hibi
t Hal
l
REN
AISS
ANCE
HO
TEl
EXH
IBIT
HAl
l (P
SCC)
I9. Molecular Tools
H6. Risk Assessment Tools
G9. Chromium
F8. Comt.
64
Exhi
bit H
all c
lose
s at
1:0
0 p.
m.
THursdaY 3:30 p.m.paLm sprINGs CoNVENTIoN CENTEr
As the Conference presenter and organizer, Battelle gratefully acknowledges the financial contributions and support of the following Conference Sponsors.
CoNfErENCE spoNsors
AECOM is a world leader in developing innovative environmental
solutions with cutting-edge expertise in remediation of chlorinated and recalcitrant compounds. We have a history of solving complex site challenges around the globe using an effective endpoint strategy, while addressing a broad range of contaminants and working with diverse stakeholders. Bringing together the best resources in the marketplace, AECOM remediation teams critically assess the nature and extent of contamination; risks to receptors and safe exposure levels; utilize leading-edge biological, chemical and physical technologies to reduce project costs; and prepare remedial designs that appropriately address the problems posed by the contaminants. We provide comprehensive consulting, engineering, remediation, compliance, permitting and environmental management solutions for multinational clients in the private and public sectors. AECOM is a global design and management firm with 87,000 employees in 150 countries serving the environmental, transportation, facilities, oil and gas, mining, energy, water and government markets. www.aecom.com
Arcadis is the leading global design &
consultancy firm for natural and built assets. We are renowned for our world-class projects and combining a deep knowledge of local conditions with fresh global perspectives for unique, integrated solutions. Our focus on Environment includes both restoration and business consulting—we are continually investing in the creation of pioneering solutions, challenging the status quo, and engaging in partnerships to enhance business outcomes. We have also created business models that support the low-cost delivery of large programs, to complement the ability to solve the most complex technical challenges. We are 27,000 people active in over 70 countries that generate $3.5 billion in revenues. Applying our deep market sector insights and collective design, consultancy, engineering, project and management services we work in partnership with our clients to deliver exceptional and sustainable outcomes throughout the lifecycle of their natural and built assets. Arcadis. Improving quality of life. www.arcadis.com
CDM Smith provides lasting and integrated solutions in water, environment, transportation, energy and
facilities to public and private clients worldwide. As a full-service consulting, engineering, construction and operations firm, we deliver exceptional client service, quality results and enduring value across the entire project life-cycle. www.cdmsmith.com
EOS Remediation is a leading women-owned small business supplying soil and groundwater remediation products that
have been used globally for more than a decade. Our patented and proven technologies have been independently validated while consistently achieving on-site remediation goals. EOS Remediation combines award-winning products with superior technical assistance to ensure successful outcomes. www.eosremediation.com
For over 40 years, ERM has supported leading companies across the world develop innovative, cost-effective, risk-based and sustainable remediation strategies. Whether it involves
long-term monitoring, active remediation, or working towards closure, many established organizations can experience increased costs due to changed conditions. Companies must be able to manage change by quickly and effectively identifying and addressing risks. With the use of innovative and sustainable technologies and proprietary solutions, ERM helps clients coordinate with all stakeholders to make more informed and faster decisions to protect human health and the environment, satisfy business goals and regulatory obligations, control costs, and manage stakeholder expectations. As a global provider of environmental, health, safety, and sustainability (EHSS) consulting services, ERM helps clients maximize the value of their asset portfolios and achieve their strategic objectives through the proactive management of their specific EHSS challenges. Safely developing innovative and sustainable solutions for contaminated land management challenges is at the core of what we do. ERM offers detailed insights and depth of experience to help drive innovation and operational excellence, optimize strategic investments, accelerate and enhance transactions and integrations, while reducing cost and complexity. Working with ERM, organizations can transform EHSS liabilities into assets to increase competitive advantage and drive stronger financial and reputational outcomes. Visit us at www.erm.com to learn how we can help solve your EHSS challenges.
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FRx is recognized by leading environmental professionals as the premier service provider for injecting treatment materials
at contaminated sites. FRx has spent twenty years inventing, demonstrating, improving, and commercializing a suite of technologies that have proven crucial to the remediation of any and all contaminants in all earth materials: hydraulic fracturing through direct push (soil); jet-assisted fracturing through direct push (soil); jet fracturing through cased hole (soil and weathered rock); jet-assisted fracturing through cased hole (soil, weathered rock, and fractured rock); and hydraulic fracturing in open rock (weathered rock, fractured rock, and unfractured rock). If your project seems impossible by any other means, FRx has a solution for putting treatment materials in contact with contaminants. A game-changing solution including costs starts with a 15-minute conversation. Please contact us any time at 864.356.8424 to find out how we can make your goals possible. www.frx-inc.com
For over thirty-five years, GEOKLOCK has been providing environmental engineering and consulting services, developing
innovative techniques and setting quality standards for the industry. Our many years of experience have made GEOKLOCK a leader in the Brazilian market and a benchmark for clients, competitors and environmental agencies. GEOKLOCK currently employs a multi-disciplinary team of experts consisting of more than 140 highly qualified professionals – including geologists, engineers, chemists, agronomists, biologists, physicists, geographers, designers, environmental technicians and field assistants. Our team members adhere to strict ethical principles and take the confidentiality of our clients very seriously. In addition to our central office in the city of São Paulo, we also own an industrial warehouse of approximately 3,700 m2. This warehouse keeps a permanent stock of consumables, parts, equipment and vehicles. GEOKLOCK holds modern equipment to drill boreholes, install wells and collect soil and water samples (teams accredited according to the ISO/IEC 17025 Standard), ensuring efficient, fast and optimized results. GEOKLOCK recently assembled a high-resolution investigation unit, equipped with membrane interface probe, hydraulic profiling tool and optical image profiler. Our structure meets the most stringent safety and quality standards, so that we can provide our clients and teams with the support required to successfully complete highly complex projects. www.geoklock.com.br
Jacobs leads the global professional services sector delivering solutions for a more connected, sustainable
world. With $15.0 billion in combined revenue and a talent force more than 74,000 strong, Jacobs provides a full spectrum of services including scientific, technical, professional and construction- and program-management for business, industrial, commercial, government and infrastructure sectors. For more information, visit www.jacobs.com, and connect with Jacobs on LinkedIn, Twitter and Facebook.
Langan Engineering & Environmental Services is a
full-service consulting engineering firm. Langan employs more than 1,000 professionals in its 26 offices. Our reputation has been forged by providing environmental and engineering services for sites confronted by technical and regulatory challenges and difficult subsurface conditions. Langan provides environmental and site engineering consulting services for private developers, property owners and public-sector clients. Our three major disciplines include environmental, site/civil and geotechnical. Complementary capabilities include landscape architecture, survey, natural resources, transportation planning and 3-D laser scanning. Langan’s value engineering and innovative solutions in remediation have led to an unparalleled track record of award-winning projects. Langan is a leader in the use of innovative remediation technologies. Our “hands-on” approach and practical experience extend to all phases of a remedial program, including technology selection, treatability and pilot studies, remedial design, and remedy implementation. www.langan.com
Advanced manufacturing, energy, environment, water—for more than 70
years, OBG has specialized in engineering and problem solving, but the Company’s real strength is creating comprehensive, integrated solutions for our clients. OBG provides cost-effective remediation solutions to reduce client environmental liabilities and satisfy the objectives of project stakeholders. Offering single-source responsibility, OBG personnel have capabilities to support a wide range of remedial programs, from site investigations and remedial alternative evaluations to remedial design and construction, commissioning, operation and maintenance, and site closure. OBG is a premier provider of integrated, innovative remedial solutions for man-made and natural environments. OBG—there’s a way. www.obg.com
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REGENESIS is the global leader in the research, development and commercialization of chemical in situ remediation solutions for the
environment. REGENESIS is known in the industry for scientifically proven product- and services-based solutions for groundwater and soil remediation. The unique combination of innovative products and expert-based services results in a high degree of certainty when it comes to meeting contaminated site remediation objectives. Specific to the area of vapor intrusion mitigation, Land Science, a division of REGENESIS, provides a range of proven technologies and systems to address this growing environmental concern. REGENESIS is a global organization, drawing from over 20 years of environmental remediation experience on over 26,000 projects in over 26 countries. With offices throughout the United States and Europe, as well as distribution partners strategically placed around the globe, our solutions have been successfully used by environmental consulting, engineering, and construction firms to serve a broad range of clients. These include Fortune 500 companies, private real estate owners, insurance companies, private manufacturers, municipalities, regulatory agencies, and federal, state and local regulatory agencies and governments. www.regenesis.com; www.landsciencetech.com
Remediation Products, Inc., and RPI Group provide a straightforward approach to in situ remediation that is
often imitated, but seldom recreated with such success as RPI. The Trap & Treat® family of products (BOS 100®, BOS 200®, CAT 100™ and CAT 200™) were born in 2002 and remain the very first, best researched & project supported carbon-based injectates in the world. Currently serving four continents, RPI Group projects are targeted for success with “best in class” project design/installation and pro bono analytical services from the only full service laboratory dedicated to the study of wet activated carbon and treatment additives. www.trapandtreat.com
T&M Associates is an employee-owned engineering, consulting and environmental services provider with a
50+ year history of responding to the challenges facing our public and private clients with effective, innovative and timely solutions. Consistently ranked in the top half of Engineering News Record’s list of the Top 500 Design Firms, T&M sets itself apart from competitors by uniting a client-focused approach with broad technical expertise and proactive project management. From locations throughout California, Kentucky, Indiana, Massachusetts, Michigan, Indiana, New Jersey, Ohio and Pennsylvania, we offer proven experience and a deep roster of technical experts to address your needs related to remediation, environmental, solid waste, water resources, construction management, public works, transportation, energy and real estate development. www.tandmassociates.com
TRS Group, Inc., employee-owned, is the largest and most experienced provider of in situ thermal remediation
with joint ventures in Brazil, Europe, and China. Since 1997, our group has completed over 150 ERH projects, more than the industry combined including 50 guaranteed projects. Customers surveyed find our expert team professional, conscientious, willing to share risk and easy to work with resulting in the highest rate of repeat business in the industry. From rapid contaminant source zone remediation of soil and groundwater, even in bedrock, to heat enhanced plume attenuation (HEPA® Remediation), TRS provides proven remedial solutions. www.thermalrs.com
Wood, formally known as Amec Foster Wheeler, is a global leader in the delivery of project, engineering and
technical services to energy and industrial markets. We operate in more than 60 countries, employing around 55,000 people, with revenues of over $11 billion. We provide performance-driven solutions throughout the asset life-cycle, from concept to decommissioning across a broad range of industrial markets including the upstream, midstream and downstream oil & gas, chemicals, environment and infrastructure, power & process, clean energy, mining and general industrial sectors. As a leading provider of environmental remediation services, Wood employs top industry experts working in partnership with the academic community to bring innovative solutions to the most recalcitrant remediation challenges. By carefully evaluating our customers’ business needs with respect to time, operations, cost, and liability considerations, we identify appropriate remedial approaches and technologies. The foundation of our remediation practice lies in our integrated network of diverse practitioners,
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capitalizing on our collective experience to solve problems in an innovative, yet cost-effective, manner. We understand that successful remediation projects rely upon sound and thorough site characterization; a detailed understanding of source areas; application of a broad range of technologies, including combined remedy approaches; and above all, a quality assurance program that integrates continuous feedback to the design, implementation and optimization of remedial systems. Our environmental remediation practice is focused on developing and implementing sustainable remedial technologies that drive sites to closure and back into productive use. www.woodplc.com
At Woodard & Curran, there’s nothing we love more than a tough engineering challenge. We handle a wide range of environmental and water issues—solving complex problems with
creativity and tenacity. That’s how we make a difference to our clients, people, and planet. Our clients trust us to achieve their goals, returning to work with us again and again. We provide services to address environmental, infrastructure, and water resources needs. www.woodardcurran.com
Learning Lab Sponsors
Burns & McDonnell provides our clients turnkey
environmental services from upfront permitting and planning through construction, compliance, remediation, and site closure. Our environmental staff are recognized for pioneering the development and application of cutting-edge technologies, such as Environmental Sequence Stratigraphy (ESS), and we pride ourselves on being thought leaders in the industry, establishing best practices in remediation and leading the way in addressing emerging contaminants such as per- and polyfluoroalkyl substances (PFAS) and coal combustion residuals (CCR) related contaminants. Burns & McDonnell’s engineers, construction professionals, scientists and consultants share a mission that has remained unchanged since 1898—make our clients successful. Our more than 5,700 professionals partner with you to take on the toughest challenges, striving to make the world an even more amazing place. Honored with numerous awards for excellence by professional organizations, government agencies and the armed forces, Burns & McDonnell has a reputation for providing high-quality service and innovative solutions to clients. Engineering News-Record ranks Burns & McDonnell in the top 5 percent of the leading 500 U.S. design firms and the top one-third of the leading program management firms, design-build firms, construction management-for-fee firms, green design firms, and construction management-at-risk firms. www.burnsmcd.com
Porewater Solutions (PWS) is recognized for its innovative and expert
consulting services for contaminated sites and regional water resources, with specialization in mathematical modeling, environmental forensics, and litigation. We typically work on complex projects where technical excellence is needed to provide our clients with cost-effective solutions. Our clients include multinational manufacturing corporations, as well as large and small consulting firms. Porewater Solutions also develops industry-leading modeling and visualization software tools which enhance the characterization and remediation of complex sites. The PWS Institute delivers high quality continuing education to professional engineers and scientists worldwide. Porewater Solutions invests in a comprehensive research and development program to ensure we offer state-of-the-art consulting services, software, and education products. This includes collaborating with university researchers, technology developers, and remediation contractors. www.porewater.com
The Tenth International Conference on Remediation and Management of Contaminated Sediments will be held February 11-14, 2019, in New Orleans, Louisiana, at the Hilton New Orleans Riverside.
The Sediments Conference series is a forum for sharing research results, practical experiences, and opportunities associated with investigating, remediating, and restoring the environmental and economic vitality of waterways. Managing these aquatic systems requires complex actions that affect a diverse group of stakeholders and touch a wide range of environmental, economic, political and social issues. The technical scope for the 2019 Sediments Conference will provide updates and additions to topics covered by the 2017 Conference and reflect emerging issues and initiatives in sediments remediation and management.
Situated on the bank of the Mississippi River at 2 Poydras Street, the contemporary and award-winning Hilton is conveniently located in the revitalized Arts District. It is within easy walking distance to the French Quarter and Jackson Square. It is home to world-famous Dragos Seafood Restaurant and a wealth of other eateries, from gourmet to traditional Cajun, can be found in the surrounding area. In your free time, shop The Outlet Connection that is connected to the hotel, visit the nearby Audubon Nature Institute that features an aquarium, butterfly garden, and zoo, or tour one of the area’s many museums.
The Ninth Sediments Conference (New Orleans, January 2017) was attended by nearly 1,200 scientists, engineers, regulators, remediation site owners, and other environmental professionals, representing universities, government agencies, consultants, and R&D and service firms from over 20 countries.
See battelle.org/sedimentscon for the Call for Abstracts and information about becoming a sponsor or exhibitor. Details on abstract submittal, short courses, and exhibits will be added as they become available.
Abstracts are due June 29, 2018.
Sponsors
The Fifth International Symposium on Bioremediation and Sustainable Environmental Technologies will be held April 15-18, 2019, in Baltimore, Maryland, at the Hilton Baltimore Inner Harbor.
The Bioremediation Symposium is a forum for sharing research results, practical experiences, and opportunities associated with advances in bioremediation and green and sustainable practices in remediation. The development, implementation, use, and results of advanced tools for assessment and monitoring, as well as the challenges of applying bioremediation at various types of complex sites, are also examined. Several sessions will focus on treatment technologies for emerging contaminants, including per- and polyfluoroalkyl substances (PFAS).
Situated in Baltimore’s Inner Harbor, the Hilton is conveniently located within a few minutes’ walk to Camden Yards, home of the Baltimore Orioles, M&T Stadium, home of the Baltimore Ravens, the Maryland Science Center, the National Aquarium, four historic ships, and many restaurants, museums, and shops. This beautiful city is full of historic significance and features a wide-variety of tours and attractions to choose from. Famous for its delectable seafood fare, specifically Maryland blue crab, a visit to one of the local Chesapeake restaurants or to one of the hundreds of other unique options is sure to satisfy even the die-hard foodie. Baltimore has a thriving pub-culture that is home to many artisan-crafted brews, with many local breweries offering daily tours.
The Fourth Bioremediation Symposium (Miami, May 2017) was attended by nearly 750 scientists, engineers, regulators, remediation site owners, and other environmental professionals, representing universities, government agencies, consultants, and R&D and service firms from over 25 countries.
The 2019 Call for Abstracts will be available at battelle.org/biosymp in May 2018. Details on sponsor participation, abstract submittal, short courses, and exhibits will be added to the website as they become available.
Abstracts are due August 31, 2018.
battelle.org/sedimentscon battelle.org/biosymp
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