NCD000770487_19910601_Johnson Controls Globe Battery_FBRCERCLA SPD_Consultant Qualifications - Montgomery Watson-OCR

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CONSULT ANT QUALIFICATIONS
MONTGOMERY WATSON
RECE!\/ED
JUN 14 1999
SUPERFUND SECTION
JOHNSON CONTROLS BATTERY GROUP INC.
WINSTON-SALEM, NORTH CAROLINA
JUNE 1999 \\
PREPARED FOR.
U.S. EPA Region IV
Atlanta, Georgia
•••
PREPARED BY:
MONTGOMERY WATSON
Madison, Wisconsin
Atlanta, Georgia
PROJECT NO. 1242179
• MONTGOMERY WATSON
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I TABLE OF CONTENTS
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Section
· 1.0 INTRODUCTION ........................................................................................................ I
I I 2.0 QUALIFICATIONS AND EXPERIENCE ................................................................. 2 . I
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I 3.0 RESOURCES ............................ ' ................................................................................... 5 I I ,
4.0 PROJECT ORGANIZATION .. l. ................................................................................. 7
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5.0 PROJECT EXPERIENCE ......................................................................................... 10
i ' 6.0 SUMMARY ............................................................................................................... 1 I
LIST OF FIGURES I ,
Figure
l Organization Chart
LIS1; OF'APPENDICES
Appendix
A -Project Resumes
B -Project Summaries
M :\jobs\soqs\INDUSTR Y\99 _Johnson Controls.doc
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•
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Risk Assessments
Construction Services
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' Technical Support Services 1
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-Analytical Laboratory .
-Remediation/Construction Services
-Operation and Maintenahce of Remediation Systems
I Underground Storage & Aboveground Storage Tank Management Services
Site Investigations
Corrective Action Plans
Remediation System Design'& Implementation
Risk Assessments I
Financial Reimbursement
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M :\jobs\soqs\lNDUSTR Y\99 _Johnson Controls.doc
Consultant Qualifications lune 1999 Johnson Controls Battery Group Inc.
Page 4
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1.0 INTRODUCTION
Montgomery Watson Americas, Inc. tMo~tgomery Watson) appreciates the opportunity to
present this statement of our professional qualifications to U.S. EPA Region IV, for the
Johnson Controls Battery Group Inc.i(JCBGI) project in Winston-Salem, North Carolina.
Montgomery Watson has strong technical and managerial capabilities, and coupled with
our geographic presence in Atlanta, Je will-complete successful environmental projects at
I the subject facility. Montgomery Wafsonlhas a long-standing consulting relationship with
JCBGI and is working on several of their facilities with similar environmental issues. . I
Montgomery Watson provides investigation, design, risk assessment, construction, and
operation and maintenance services. tviontgomery Watson also performs projects under a
wide range of regulations, including :RCRA, CERCLA, TSCA, OSHA, and under many
state regulations, including our exper/ence in North Carolina. We are very familiar with
preparing Work Pla_ns and reports ~nder CERCLA guidance. We have the experience
needed to perform all phases of complicated projects. These capabilities allow our clients
to work with Montgomery Watson fr6m start to finish on long-term complex projects and
gives the regulatory agencies the ccinfidence that the work is being conducted by a
qualified and experienced firm. i
For this particular project, we haJ substantial experience in soils and groundwater
investigations, wetland and surface l.,,,ater/sediment assessments, risk assessments, and
stormwater management. We have eiiperts in metals remediation and experts on the risks
' ' of lead in the environment. We are also familiar with the battery manufacturing industry ' and typical environmental aspects of that industry.
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M :~obs\soqs\INDUSTR Y\99 _Johnson Controls.doc
Consultant Qualifications June 1999 Johnson Controls Battery Group Inc.
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2.0 QUALIFICATIONS AND EXPERIENCE
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Montgomery Watson is an internltional environmental engineering company with
specialized capabilities in hazardobs and solid waste environmental services, risk
assessment, water and wastewater ~ngineering, construction, and operational services.
The following paragraphs present a bAef history of Montgomery Watson.
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Montgomery Watson !
Montgomery Watson,· Inc. 1s a 100%: employee-owned, advanced engmeenng and
technology professional services firyn specializing _in the fields of water and waste
treatment. The company has more ttian 3,,500 employees in over 145 offices worldwide.
Montgomery Watson, Inc. has pro~ide1 environmental compliance and engineering
services for nearly 50 years, completing more than 10,000 projects for more than 2,700
clients worldwide.
Montgomery Watson, Inc. is a full-service environmental engineering and technology
company, providing "cradle to grdve" I services from investigation through design,
construction, and continuing operatioris. To support its basic engineering capabilities, the
firm has its own in-house services inlthe disciplines of mechanical, structural, electrical,
environmental, architectural, hazardous ; waste, industrial, geological, and chemical
engineering. \
Montgomery Watson Americas, Incl
Within North America, Montgomery Watson Americas, Inc. provides environmental
consulting services through a Municipal Services Group and an Industrial/Federal ' Operations Group. , The Municipa1 Services Group provides engineering services
primarily to municipal government clients, and most often deals with studies and designs
' for potable water: supplies and I municipal sewage treatment facilities. The
Industrial/Federal Operations group provides services to private and federal government
clients, with. most of the work conc~rnea with hazardous, toxic or radioactive waste I •
management and site remediation. I
Montgomery Watson Constructors, Inc.,
Montgomery Watson Constructors, Irie. is a construction and remedial operations firm ' serving both government and private clients. The group provides industrial and hazardous
waste remediation and designfbuild/bperate services for environmental infrastructure
projects. Remediati,on serv~es inclbde :biological, chemical, and physical treatment
systems; in situ and ex situ treatment bptic\ns; and on-site/off-site treatment and disposal
solutions. Technologies utilized range from simple excavation and removal actions to
sophisticated biological, physical, and chemical systems for air, soil, water, and
wastewater treatment. I
Montgomery Watson Constructors pro~ides operations and maintenance (O&M) services
for facilities treating industrial and hazardous wastes. These include landfill leachate
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Consultant Qualifications June 1999 Johnson Controls Battery Group Inc.
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systems, groundwater pump and treatlnent systems, industrial pretreatment plants, and soil
remediation systems'. I
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SERrICES OFFERED
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The majority of the environmental engineering projects that Montgomery Watson
participates in can be divided into the !following categories:
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• Air Quality Services
Permitting
Modeling .
Compliance with Clean Air Act Amendments of 1990
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• Environmental Assessment Services
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Property Transactional A!ssessments (Phase I, II and III)
Wetlands Surveys
Asbestos Evaluations
Regulatory Compliance Services
-OSHA Compliance Asseksments
Environmental Complian1ce Assessments
RCRA Compliance, Corrective Action and Closure Plans
Waste Minimization Programs
Industrial Waste Treatment Services
SARA Title Ill I
Storm Water Permitting Services
' -Training Programs & Training Manuals
Solid Waste Management sJvices
Regional Solid Waste MJnagement Plans
Landfill Design, Investigition, and Closure
Landfill Gas Management
' Leachate Collection and Treatment
Construction Managemerit & Documentation
-I Site Selection and Permit\ing
Environmental Monitoring
Site Remediation I
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Superfund Services i
Remedial lnvestigations!Ifeasibility Study
Remedial Design/Remedial Action
Groundwater Investigations
Municipal Well-Head Protection I,
Natural Resource Damage Services
' Expert Witness Testimony
I Consultant Qua1ifications I June 1999 Johnson Controls Battery Group Inc.
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3.0 RESOURCES
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With a staff of more than 3,500 employees in over I 45 offices worldwide, Montgomery
Watson provides full-service environinental consulting. Montgomery Watson provides the
necessary in-house technical services to conduct site investigations through
remediation/construction services. By having these services in-house, we offer a single
point of responsibility for service to oLr clients. . I
The successful completion of any project requires the coordinated efforts of strong project
management and highly competent technical personnel. The Montgomery Watson project
team is assembled to provide the required management experience, technical expertise,
and field specializati'on.
IN-H9vsE CAPABILITY
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Montgomery Watson's professional Jnd technical staff provides the in-house capability
required to respond efficiently and in la timely manner to project needs. Major activities
are performed without reliance on oJtside personnel, thereby enhancing confidentiality,
quality assurance, communications, hnd cost control. Montgomery Watson's staff is
trained in health and safety and un&rgoes routine medical surveillance in compliance
with OSHA regulations~ MontgomerY, Watson draws upon a broad range of disciplines in
conducting their environmental activities. Qualified subconsultants are typically used for
commodity services or where specialty technical disciplines are needed.
TEAM CONCEPT
Montgomery Watson approaches each project by assigning a team of professionals to the
project. The team is structured so that each professional's expertise is integrated towards
developing a functional, cost-effectiv~ solution that will meet project schedules and be
within budget. The team typically consists of a Project Manager, team leaders, and
technical support personnel. The Prciject Manager is responsible for the management,
technical oversight, schedule, and budget control of the project. Team leaders, typically
assigned by disciplines and/or phases of the project, provide technical expertise and I manage field activities. Other professionals and technicians, who support the project,
report directly to team leaders and mayl represent speciality technical disciplines important
to the project. The team concept has been successful because each member shares in the
direct responsibility and accountability :of the project. Our project team is described in the
Section 4. I
Consultant QuaJifications June 1999 Johnson Controls Battery Group Inc.
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QUALITY ASSURANCE/QUALITY CONTROL (QA/QC)
For each project, a quality assurance/Juality control (QA/QC) program is established. The
purpose of the QA/QC program is to /mplement standards, meet specifications, and fulfill
contract requirements. These activities can be divided into two categories: (I) the
specific control procedures (QC) uridertaken by the project team, and (2) the timely
overview (QA) by assigned staff, kno~n as the QA/QC peer review team, which sees that
control procedures are being properly executed.
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Montgomery Watson's specific contrpl procedures are usually documented in a Quality
Assurance Project Plan (QAPP) for CERCLA level projects. Montgomery Watson has ' standard operating procedures for typical investigation tasks. All subcontracted analytical
laboratories are audited by a Montgoinery Watson chemist and are state-certified (where
required). :
The QA/QC peer rev,iew team is typich11y comprised of management level personnel from
the various disciplines common to thelproject. The peer review team conducts audits and
peer review sessions at regular interval_s of the project schedule.
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Montgomery Watson's project QA!Q([; procedures begin with the selection of qualified
project team members. Technical revi~ws are performed routinely throughout a project so
the final product is technically sound ahd defensible.
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Consultant Qualifications ! June 1999
I Page 6
Johnson Controls Batten· Group Inc.
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4.0 PROJECT ORGANIZATION
Montgomery Watson is proposing an experienced project team to complete environmental
projects at the subject site. The tehm is based on our understanding of current site
conditions and matching technical expenise with project concerns. Also, the team reflects
our geographic capabilities in worki~g in U.S. EPA Region IV from our Atlanta office
coupled with other scientists and engineers familiar with expenise appropriate for this
project. Montgomery Watson will I subcontract qualified local services for drilling,
surveying, and geotechnical work, or additional wetland assessment, as needed.
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· A project organization chan is pre1sented as Figure l as it relates to our current . ' -understanding of project needs. Dan Hall from Montgomery Watson's Madison,
Wisconsin office is proposed as projept manager. Dan is located near JCBGl's corporate
offices in Milwaukee, Wisconsin and has a long-standing consulting relationship with
JCBGI. Dan manages the environme~tal projects that Montgomery Watson conducts for ,
JCBGI and is familiar with their facilities and environmental management. Dan will be
present for project meetings and will provide the management of Montgomery Watson's
resources for the project. Dan's resume and resumes of all project team members are
attached in Appendix A. I
The project will be implemented by Montgomery Watson personnel primarily from our
Atlanta office. For site investigation, 1these local resources will be under the direction of
Team Leader Cynthia Allison, CHMM, from our Atlanta office. Following are
descriptions of the capabilities and rolds of key individuals assigned to the project:
I Daniel W. Hall, PG
Project Manager
• ·· Principal Hydrogeologist within the firm with more than 23 years experience
• Served as project manager fof1 many Superfund level projects
• Long-standing consulting relationship with JCBGI
• Is adept at managing budget ahd schedule, and providing quality work products
Cynthia Allison, CHMM I
Supervising Scientist
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More than 20 years regulatory, strategy development experience
Served as project manager on ~everal RCRA and state corrective action projects
Experienced with U.S. EPA R~gion IV agency negotiations
Involved in several CERCLA projects in U.S. EPA Region IV
Consultant Qua1ifications June 1999 Johnson Controls Battery Group Inc.
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Joan Hutton
Project Hvdrogeologist
• Over 13 years experience m conducting hydrogeologic investigations in the
southeastern U.S. I
• Led multidisciplinary technical team in assessment, remedial action, engineering
design and construction phas1es of multi-million dollar projects
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Matt Grostick
Project Engineer
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Three years experience as en~ironmental engineer
Experienced with lead remediation alternatives
Conducted several field ihvestigations and design/installation of vanous
remedial technologies
Steve Wiskes
Project Chemist I
• 15 years experience as projec,t chemist
• Substantial experience with QAPP and FSP preparation
• Completed ~ata validation on' laboratory results for many Superfund sites
• Contributes to interpretation cif site data in report preparation
Mike Kierski, Ph.D I
Risk Assessor/Health and Safetv Officer
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• 10 years experience dealing 0ith health and safety and toxicology related issues
• Expertise in; bioavailability of lead in the environment
• Conducted many Superfund l~vel risk assessments
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Other key personnel who may contribJte to the project, because their technical experience
is appropriate to this project, include: I
Donald Miller, P.E.
Principal Engineer
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• 25 years experience in North Carolina site assessments and remediations ' •
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Experienced with CERCLA projects in North Carolina
Experienced with expedited cbntaminated soil removals in U.S. EPA Region IV
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Consultant Qualifications June 1999 Johnson Controls Battery Group Inc.
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Jacquelyn (Ruddy) Clarkson, Sc.D
Principal Risk Assessor
• 22 years of experience in iublic health assessments and ecological
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chemical exposures I
Experienced completing U.S.
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EPA Region IV risk assessments
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Jim Rouse
Principal Geohvdrologist
• 37 years of experience in env_ironmental remediation
• Metals remediation expert
Joe Willich (MWCI)
Construction Issues
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Represents Montgomery Watson Constructors, Inc .
Experienced with contaminat~d soils remediations
Consults on constructability i~sues during design process
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of toxic
Other Montgomery Watson personnel or specialty subcontractors may be added to the
project team, if site issues require a spticial expertise not already on the team.
M :\jobs\sogs\lNDUSTR Y\99 _Johnson Controls.doc
Consultant Qualifications June 1999 Johnson Controls Batterv Group Inc.
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5.0 PROJECT EXPERIENCE
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Montgomery Watson has experience :with all phases of Superfund projects. We are also
familiar with expediting projects under EE/CA. Several project descriptions have been
included in Appendix B to demonstrate our experience in:
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I • Superfund projects in U.S. EPA Region IV
• Completing EE/CA projects\
• Projects with lead as the primary contaminant of concern
Also, attached is Table 1, Selected CERCLA Experience, which indicates a portion of the
CERCLA-level projects completed byiMontgomery Watson.
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Consultant Qualifications June 1999 Johnson Controls Batter.-Group Inc.
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6.0 SUMMARY
Montgomery is qualified to conduct the range of tasks associated with this project. Please
' contact Dan Hall by telephone at 608-231-4747, by fax [phone]) or by e-mail
([e-mail]), if you need additional information about Montgomery Watson.
M: \jobs\.~oq s\lN DU STR Y\99 _Johnson Controls.doc
Consultant Qualifications June I 999 Johnson Controls Battery Group Inc.
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-- - -- ---
Senior
Management Team
QA/QC
D. Miller
R. Clarkson
J. Rouse
• Strategic Analysis • Negotiations • Senior Technical Management
Sclentmc Studies
C. Allison
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• Team Leader
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Hydrogeology Environmental Chemistry -
J. Hutton S. Wiskes
• Work Plan Preparation • QAPP Preparation • Field Management • Doto Validation
• General Site Characterization • Interpretation of Site
Chemistry
Drillers Analytical Laboratories -
Surveyors
--- -- - - ---
JCBGI U.S.EPA
Region IV
D. Hastings
Project Manager
D . Hall
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Engineering Studies
D. -
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Risk Assessment · Remediation Engineering
M. Kierski M. Grostick
• Risk Assessment • Feasibility Studies • Health and Safety Officer • Remedial Design
Miller
I • Team Leader
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Deslgn/Constructablllty
Issues
J. Willich
• Construction
• Operation and Main tenon ce
Winston-Sal
Figure 1
JCBGI
em Site
MONTG OMERY
SON WAT
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A I PROJECT RESUMES .
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1 ·
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I DANIEL W. HALL
PRINCIPAL.HYDROGEOLOGIST . I
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EDUCATION: I I
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M.S., 1977, University of Wisconsin-Milwaukee, Hydrogeology
' B.S., 1972, University of Wisconsin-Oshkosh, Geology
REGISTRATIONS:
Wisconsin Professional Geologist
Wisconsin Professional Hydrologist
Illinois Professional Geologist
Indiana Certified Professional Geologi'st
Professional Hydrogeologist -AIH !
American Institute of Professional Geologists #4 765
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SUMMARY: I
Mr. Hall has 24 years of experienc~ managing and conducting a broad spectrum of
' environmental projects for industry.
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These projects have included Superfund remedial
investigations, remedial design and remedial action projects; solid waste feasibility studies,
designs, and construction projects; i-ellfield studies; compliance assessments and real
estate assessments, petroleum related projects; and many groundwater/soil contamination
projects in a variety of industrial settings. He has managed waste characterizations to
assess groundwater contamination pot~ntial and remedy selection. He has managed studies
for selecting, evaluating, designing, cc\nstructing, and O & M remedial systems. He has
' also managed projects related to environmental management systems (ISO 14000) and
strategic environmental management. I
Project sites include a variety of manufacturing facilities; hazardous waste and solid waste
disposal sites; chemical manufacturing 1facilities; scrap metal processing and auto salvaging
' sites; municipal wellfields; abandoned dumps; and hydrocarbon spills and underground
storage tanks sites. Mr. Hall has managed projects national and international locations.
Mr. Hall's responsibilities have includld agency negotiations, preparation of work plans,
design of field investigation programs1
, data evaluations, quality assurance reviews, and
' report preparation, and general project management duties. He also has experience in
providing deposition testimony. I
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DANIEL W. HALL (Continued)
EXPERIENCE:
Project Manager, Johnson Controls Inc.
• Project Manger for battery manufa~turer site investigation in Milwaukee, Wisconsin.
' • Project Manager for battery manufacturer site investigation in Middletown, Delaware.
' • Project Manager for ISO I 4000 project in Toledo, Ohio
• Project Manager for Phase II ESA ~t foundry site in Milwaukee, Wisconsin. ' • Project Manager for Stonnwater Management Project in Fullerton, California.
• Project Manager' for assessment :of remedial alternatives for electrical components
manufacturer site in Milwaukee, Wisconsin
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Project Manager, Sundstrand Corpdration
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• Project Manager for jet fuel spill adsessment in Rockford, Illinois
• Project Manager for environmental assessments at facilities located m Wisconsin,
France, California, and China I
• Project Manager for OSHA compliance assessment in Michigan
• Project Manager for environmental !compliance assessments in Wisconsin
Project Manager, Allied Signal Corp~ration, Electronic Materials Division
• Project Manager for regulatory reslarch in India on landfilling, VOC emissions from
industrial sites, and incinerator design
Project Manager, Bhmnt Inc. I
, Project Manager for evaluation of petroleum and VOC related soil and groundwater
contamination at a· site located in Prentice, Wisconsin
Project Manager, Weasler EngineerJg
I • Project Manager for evaluation of VOC contamination to groundwater, including
nearby private wells from a large equipment manufacturing facility in West Bend,
Wisconsin
Project l\1anager, IKI Manufacturing, Company
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Project Manager for VOC groundJater investigation associated with historic spills at
chemical manufacturing facility ih Edgerton, Wisconsin. Investigation includes
analysis of ground\vater flow directiiln, DNAPL investigation, and groundwater/surface . . I water mteract10ns
1 Project Manager for oversight and pocumentation of removal of USTs at Stoughton,
Wisconsin facility I
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DANIEL W. HALL (Continued)
Project Manager, Velsicol Chemical Company
• Project Manager for litigation aslistance associated with Salem, Ohio site. Project
involves preparing legal opinion 'regarding allocation of remedial expense, based on
evaluation of investigation resultl, chemical processes, and risk associated with toll ,
manufacturing sit,e for pesticides I
Project Hydrogeologist, Southington, Connecticut Wellfields
I • Conducted hydrogeologic evaluation at two municipal wellfields to determine the
impacts to groundwater and surface water quality. One wellfield was adjacent to a
I solvent recycling facility and the other adjacent to a municipal landfill.
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Project Manager, \Vaste Managemeht of Illinois
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• Project Manager for RI/FS at HOD
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Landfill Superfund Site in Antioch, Illinois. Project
addressed voe contamination inl groundwater, protection of City of water supply,
landfill gas control, and leachate c~llection
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• Project Manager for Pre-Desigh Investigation and Remedial Design at Tri-
eounty/Elgin Landfills Superfund Site in Elgin, Illinois. The work addressed the
remedial design for the landfill cciver, landfill gas collection, and groundwater pump
and treat systems. Investigation an~ negotiation resulted in ESD, eliminating portion of
remedy • i
Project Manager, Waste Management of Indiana
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I • Project Manager for wellfield contamination project in Mishawaka, Indiana. Project
includes Work Plan development per IDEM requirements and site investigation in an
industrialized area of the City I
Project Manager, Hunt's Disposal Landfill, Pre-Design Investigation
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• Project Manager for a Superfund RplRA Pre-Design Investigation to gather additional
information to support details of the remedial design: including slurry wall, landfill
cover, landfill gas collection, and! groundwater pump and treat system. Managed
previous phases of this project, which included negotiations of the work scope with
U.S. EPA and Work Plan development . I
Project Manager, Pagel Pit Landfill Superfund Site
I • Project Manager, RI/FS for Superfund landfill project in Rockford, Illinois. Projects
' addressed voe contamination in !groundwater, leachate collection and landfill gas
I control
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DANIEL W. HALL (Continued)
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Project Manager, Wheeler Pit SupeLund Landfill
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• Project Manager for hydrogeologJ investigation at this residential landfill in Janesville,
Wisconsin. I
Project Director, City of West Bend Landfill Remedial Investigation, Wisconsin
• Project Director of a long-term investigation/remediation project that is currently in
the O&M phase. The remedy included a new landfill cover, a landfill gas collection I system, and groundwater pump and treat system
Project Manager, AJG Company
• Project Manager for remedial projects at former scrap metal recycling facility in
Milwaukee, Wisconsin. Projects1 include routine monitoring, evaluation of natural
attenuation remedy, evaluation of 6ptions for free product recovery, and remedial action
plan developmeni . I
I Project Manager, Parks Pioneer, Stormwater Management
• Project Manager· for design and ~onstruction management for concrete pads to store
scrap metal, as part of stormwater best management practices for three southeastern
Wisconsin sites
• Project Manager {or oversight of UST removals and soil sampling/analysis at three sites
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Project Manager, Schneider Iron &1 Metal, Inc., Remedial Investigation, Design and
Construction Management !
• Project Manager· for soil and grbundwater investigation of scrap metal recycling
facility, which lead to remedial de~ign and construction for facility, consisting of soil
removal for PCBs and lead, and an 1asphalt cover with stormwater management
Project Manager; Recycling IndustriL, Inc.
• Project Manager for several scrap Leta! recycling projects involving soil/groundwater
investigations, environmental asseskments, remedial actions, stormwater permitting and
construction of stormwater controls, SPCC plans, and agency negotiations. Projects
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typically deal with heavy metals, VOC, and PCB contamination. Project locations in
Wisconsin, Illinois, and Iowa !
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DANIEL W. HALL (Continued)
" Project Manager, Blue Valley Landfill Site Evaluation, \VI
• Project Manager for Prelimina~ Assessment/Site Evaluation Report for NPL-' nominated site, an hydrogeologic1iwater quality and contamination source assessment.
Also assembled PRP site allocation information to be used by PRPs in determining
liability shares I
' I Project Manager, River Road Landfill Superfund Site
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• Project Manager for Work Plans ahd RI/FS for Superfund site in Sharon, Pennsylvania.
Project addressed VOCs in ground~ater and PCBs in sediments adjacent to river
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Project Director, Town of SaegertoJn Industrial Area Superfund Site
• Project Director for Work Planl and RI/FS for Superfund site in Saegertown,
Pennsylvania. Project addressed; VOCs in site soils and groundwater in heavily
industrialized area I :
Project Manager, Waste Manageme1,1t of Wisconsin, Inc.
• Project Manage( for Feasibility I Studies, Plans of Operation, and Construction
Documentation projects for Metro Landfill, Muskego Landfill, and Pheasant Run
Landfill I
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• Project Manager for contaminatio~ assessments at Polk Landfill, Brookfield Landfill, ' Hagen Landfill and Town of Dunn Landfill
• Project Manager for hydrogeologl investigation, design, and documentation of the ' slurry wall construction at the landfill margin at Lauer I/Boundary Road Landfill
Project Manager, Richland Center Fiundry FS and Plan of Operation
• Project Manager for Feasibility Stldy and Plan of Operation for approved industrial
monofill i
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Project Manager, Wisconsin Tissue Mills FS and Plan of Operation
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• Project Manager for Feasibility StJdy and Plan of Operation for approved paper mill
sludge monofill landfill I -I
Project Manager, Waukegan Harbor1Projects
• Project Manager and Project HydrJgeologist for several hydrogeologic investigations
and harbor investigations, options ~nalysis and conceptual design of land-based PCB-
contaminated indirect disposal areas[
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DANIEL W. HALL (Continued)
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Project Manager, Wisconsin AAA Sites Real Estate Assessments
• Project Manager for Phase I real eJtate assessments for ASTM standards at 14 locations
in Wisconsin. Project was condutled using multiple auditors to complete the project
I within two weeks i
Project Manager, St. Francis Auto 'Yreckers
I • Project Manager for remedial and stormwater projects in St. Francis, Wisconsin . I
Project Manager, Grande Cheese Co1mpany
• Project Manager for contamination assessment of whey and manure spreading on area-
wide private water supplies in shallow dolomite aquifer environment near Brownsville,
Wisconsin [
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Project Manager, Hydrite Chemical Company . I
• Project Manager for projects assoJiated with the investigation of soil, sediment, and
groundwater contamination associatkd with this Cottage Grove, Wisconsin facility
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I Project Manager, Wellfield Investigation, Village of Hartland
• Project Manager for groundwater Jvestigation of VOC contamination to village well
#3, including source evaluation, grbundwater flow analysis, and groundwater quality
analysis _ I
Project Manager, City of Baraboo La~dfill
• Project Manager for soil and gJundwater investigation of
including analysis of samples from !nearby private home wells.
I vapor study to evaluate potential vor:: sources in soil
I Project Manager, Wellfield Investigation, City of Delavan
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voe contamination,
Project included soil
• Project Manager for groundwater in\estigation of VOC contamination to City well #4,
including source evaluation, groundwater flow analysis, and groundwater quality
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\\MAD 1 _SER VER I \Main~obs\resumes\hall.doc I
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' CYNTHIA L. ALLISON, C.H.M.M.
Principal Environmental Scientist
EDUCATION:
B.S., Chemistry and Biology, 1978
Certified Hazardous Materials Manager (Masters Level), No. 3762
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PROFESSIONAL MEMBERSHIPS & ASSOCIATIONS I I
President, Georgia Chapter of the Academy of Certified Hazardous Materials Managers
Air and Waste Management Associatidn
SUMMARY: I
I Ms. Allison has over 20 years experience working in the environmental field for state
government, the private sector and ehvironmental consulting. Ms. Allison joined Law
Environmental, Inc.'s Kennesaw, Gdorgia office in 1991 as a Senior Environmental I
Scientist, Ms. Allison currently functions in the Investigation and Consulting Services
Discipline. Ms. Allison has exten~ive experience in project management, strategy
development, and federal and state agehcy negotiations in the RCRA program. In addition,
Ms. Allison has performed envirdnmental compliance audits and environmental
management systems assessments integrating information management applications. From
1987 to 1991, Ms. Allison worked for Hargis & Associates, Inc., an environmental
consulting firm in Phoenix, ArizonJ, where she provided environmental regulatory
assistance to the Corporate and thre~ branch offices, and developed quality assurance
project plans, waste characterization plans, and closure plans for RCRA and CERCLA
projects. From 1985 to 1987, Ms. Allilon provided environmental regulatory assistance to
I U.S. Air Force Plant No. -44 located in Tucson, Arizona regarding environmental
permitting, compliance and inspection-ielated issues for Hughes Aircraft Company (HAC)
and other HAC facilities.· From 1984 td, 1985, Ms. Allison worked_ in the Hazardous Waste
Program at the Arizona Department of Health Services (ADHS). During the period 1978 to
1984, Ms. Allison worked in the Burkau of Air Quality and the Bureau of Solid and
Hazardous Waste at the Wisconsin Dep.irtment of Natural Resources (WDNR).
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I EXPERIENCE:
Closure/Post Closure Plans
Ms. Allison has extensive experience! in preparing RCRA closure plans in Arizona,
California, Georgia, Missouri and Ohiolfor drum storage areas, above-and below-ground
storage tanks, concentrated alkaline bath treatment systems, thermal treatment units and
surface impoundments, The closure plans addressed both clean and in-place closure
approaches which includ_ed groundwatei and soil sampling and analysis, establishment of
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CYNTHIA L. ALLISON (Continued)
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b k d ·1 I ' · i I d . f RCR. A d I ac ·groun sm concentrations, conceptua es1gn o a cap an post-c osure care
monitoring.
Environmental Auditing
Ms. Allison has performed several enlvironmental compliance audits during her career for
the automotive, chemical, concrete, !defense manufacturing, food processing, pulp and
paper, and mining industries. Ms. Allison has served as a team liaison in performing an
I initial site review and assist in coordinating the multi-media environmental compliance
' audit activities at a major Defense Uogistics Agency installation. As part of a critical
service line, Ms. Allison has int~grated information management as part of the
environmental compliance audit program to include baseline facility profiles for a billboard
manufacturing facility.
Environmental Site Assessments
Ms. Allison has been involved in site assessment projects including soil gas surveys;
potential receptor surveys; ground-wat~r, soil and surface water sampling and analysis, and
waste characterization and disposal pr~ctices in Arizona, California, Georgia, Washington
and Wisconsin. Ms. Allison has developed Quality Assurance Project Plans, and Health
and Safety Plans to supplement various phases of RCRA and CERCLA projects.
Environmental Testing and Analysis J
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Ms. Allison has managed the construction and operation of an Arizona State-certified, in-
house environmental laboratory to pdrform trace analysis for RCRNCERCLA-related
projects. She also has developed andjimplemented a Laboratory Proficiency Evaluation
Program for 23 laboratories to audit and monitor commercial and in-house client
environmental laboratory quality on a n1tional basis performing RCRNCERCLA and other I trace environmental analyses. [
Hazardous Waste Management I
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Since 1983, Ms. Allison has been involved in a variety of hazardous waste management
issues ranging from completing initial l).S. EPA Notification of Hazardous Waste Activity
forms (EPA Form 8700-12) to final closure of active treatment, storage and disposal (TSD)
I facilities and post-closure care permitti~g. Responsibilities have included development of
RCRA Part A and Part B permit applications, closure and post-closure plans, various
RCRA facility assessment and investigation activities, agency negotiations representing
both state agencies and the regulated community, development of hazardous waste
management operating procedures, ha:iardous waste manifesting, preparing annual and
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biennial hazardous waste generator and TSD reports.
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CYNTHIA L. ALLISON (Continue~)
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Hazardous Waste Material AnalysiJ and Assessment
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Ms. Allison is a chemist by education \and practice. Her strong background with regards to
environmental laboratory operations, quality assurance/quality control practices, and
Contract Laboratory Program (CLP)/non-CLP data validation procedures allows for
comprehensive data analysis and assessment to determine whether both project-specific and ' analytical data quality objectives are m'et.
Management Systems Analysis \ ·
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Ms. Allison has participated as a field analysis team member engaged in performing an
' environmental management systems (EMS) review and analysis for a Fortune 50 company.
The EMS review and'analysis was stipblated in a negotiated Consent Decree issued by the
U.S. Environmental Protection Agency) Region I. The EMS was performed at 23 facilities
including the Division and Corporate l~vels to evaluate the capabilities and performance of
the company's organization, policid, standards, procedures, resources and controls I
established to ensure c,ompliance with all laws and regulations, and organizational goals.
Permitting and Regulatory Complianle
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Ms. Allison has technical and managerial responsibilities in the RCRA Part B permitting
process dealing with the regulatory reviJw for operating facilities, preparation of entire Part
B permit applications for both operating and post-closure care facilities, and preparation of
permit modifications in Arizona, California, Georgia, Washington and Wisconsin. Ms.
Allison has experience. in post-closure i:are monitoring, statistical evaluation of data, and
reporting. Ms. Allison has extensive ex1perience in the RCRA Facility Assessment (RFA)
and Investigation (RFI) process, including performing mock-RFA audits, preparation of
Description of Current Condition Reports, preparation and implementation of RFI,
Verification Investigation, and Interim \Measures Workplans for both state and federal
agencies. \
Regulatory Guidance · \
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Ms. Allison has provided, guidance reg'arding various regulatory issues to clients, and
technical guidance to environmental attoineys. She has developed and implemented plans
for metal-plating line disassembly, air erriission inventory of more than 700 point sources,
asbestos abatement, PCB management, giound-water remediation and systems monitoring,
and waste management and disposal pr~ctices. She has also participated in state and
federal agency negotiations in Arizona, California, Georgia, Missouri, Tennessee, ' Washington and Wisconsin. From 19
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87 to 1991, she provided regulatory support
pertaining to RCRA, CERCLA, NPDES, TSCA and OSHAfor Hargis & Associates, Jnc.'s
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four environmental consulting offices. From 1985 to 1987, she provided environmental
regulatory assistance to a major Departmeht of Defense contractor to ensure environmental
compliance. Her experience working f6r the WDNR and ADHS, and environmental
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CYNTHIA L. ALLISON (Continued)
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I compliance auditing has provided her a broad background regarding environmental
regulatory issues. · I
Ms. Allison has been involved in \the development of and providing technical and
regulatory guidance ·for several state,-imposed programs including an arsenic pesticide
removal program, a municipal incinerator ash characterization study, and the first USEPA-
approved Quality Assurance Program Plan for the Bureau of Solid and Hazardous Waste at
' I the WDNR. Ms. Allison has also served as a technical liaison for a Georgia-based
coalition regarding rule development\ and other environmental issues pertaining to the
Georgia's State Superfund Program. ! .
Waste Characterization I ·
Ms. Allison has been involved in waste characterization and disposal activities for various
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process wastes, drilling muds and cuttings, contaminated soil, pumped groundwater, and
abandoned wastes.
Waste Management/Minimization I I
Ms. Allison has evaluated waste rilanagement practices and waste minimization
technologies including incineration, solv1ent recovery, chemical fixation and stabilization to
meet zero off-site disposal goals while ~mployed by a Department of Defense contractor.
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Ms. Allison also prepared a proposed $12 million cost/benefit analysis for funding
I allocation. I
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M : \jo bs\rcsumes \misc\A I Ii son. doc
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DONALD G. MILLER, JR., P.E.
PRINCIPAL CONSULTANT
EDUCATION: I
I B.S., 1968, University of Illinois, Civil Engineering
M.S., 1969, Engineering Geologr I
REGISTRATIONS:
Professional Engineer, Georgia
Professional Engineer, Illinois
Professional Engineer, New York
Professional Engineer, North Carolina
Professional Geologist, Florida
Professional Geologist, Georgia
Professional Geologist, North Carolina
SUMMARY:
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M M ']] h ?Q ' I ' ' I ' I ct· r. 1 er as over _ years expenence m env1ronmenta management, me u mg
extensive experience in federal hazard6us waste (RCRA) and corresponding state
regulations, environmental compliance rind management programs, corrective action
negotiation with regulatory ,agencies, and\ waste management facility design/permitting.
He has guided innovative concepts for SWMAs, ACLs, pilot programs and risk based
closure. Additionally, he has directed and consulted on complex multi-site multi-party
facility/compliance assessments for joint vbntures and acquisition-divestitures and served
as a senior advisor for a landmark environinental management systems analysis. For over
10 years Mr. Miller was a co-instructor f6r an AIChE Continuing Education course on
I Integrated Hazardous Waste Management. I
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EXPERIENCE: I
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Project Manager, CERCLA/RCRA Liti~ation for Chemical Manufacturing Plant,
Drum Landfill, NY, Confid~ntial Client \
I • Evaluated integrity and migration potential from multi-layer drum landfill with
previously constructed slurry wall. Assessed options .for improved containment,
including rerouting of surface drainage and various cover systems. Developed
concepts for efficient system for liquids removal from within various cells.
Negotiated EPA Region II and NYDEC 'approval. System was installed and has been
successfully operating. Developed and modified long-term monitoring systems to
assess containment performance. I I.
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I Project Director, Landfill Site, Confidential Client, CT . I
• Directed strategy_ for landfill · upg_rade to mm1m1ze drum removal and reduce
infiltration while l~ng-term strategy~solutions are developed. Interim upgrades have
been successful, and further improvements postponed.
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Project Director, CERCLA, RCRA Closures, Confidential Client, NC . . I
• Directed industrial complex SWMU
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closures. Developed strategies for assessment
and remediation of multiple sources rith buried drums and containers. Property has
been successfully contained as demonstrated by performance monitoring programs.
Project Director, Waste Management\ Area Closure at Explosives Manufacturing
Plant, Confidential Client, FL _ \
• Directed risk-based closure of industhal waste-water sludge pile utilizing innovative
alternative to conventional RCRA n\inimum technology requirements. Negotiated ' permitting requirements and obtaineq EPA Region rv and FDER approval. Cover
successfully constructed with minimal post closure care requirements.
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Peer Reviewer, Former Chemical PlantlRedeveloment, Confidential Client, NJ I .
• Evaluated in situ · closure, including dynamic compaction of property for
redevelopment. Site preparation successfully completed and redevelopment
construction in progress.
Technical Reviewer, Multiple UST Closure Site, Confidential Client, NJ ' I
• Helped develop No f:urther Action (Nf A) strategy to past UST releases beneath and
surrounding structures. \
I Consultant, Multi-site Pre-Acquisition Evaluation
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• Coordinated a team of consultants and 1technical/regulatory specialists in development
of strategy and approach for complianl:e evaluation of multiple facilities in Mexico.
' Customized protocols were prepared ]based on USA regulations and management
practices at existing U.S. facilities. Mr. Miller served as an on-call expert to assist in
resolving issues raised by field teams.
Project Director, Secondary Steel Facilities -Environmental Reviews
• Potential buyer and lenders with varioJs criteria required multi-media environmental
compliance evaluations of facilities located in the eastern, southeastern and midwest
USA. Mr. Miller directed teams in ~stablishing protocols to meet multiple party
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needs, provided guidance in the fielb, reviewed results and worked closely with legal
counsels in evaluating potential imphcts. , I
Consultant and Project Director, Mariufacturing Facility Compliance Program I
• An old ~anufacturing complex withl multiple management elements needed a system
to assure efficient environmental compliance with limited involvement of
manufacturing per;onnel. Mr. MillJr provided leadership to consultant-management
team in developing and implemJnting an environmental management system
framework consistent with the corpo\-ation's practices, including pollution prevention
and with ISO 14001. I
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PUBLICATIONS AND PRESENTATIONS:
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Miller, D.G., Jr. (1998). "Soil Backgrolnd Policy: Seeking Sound Judgments Despite
Variability," panelist presentation at Gdorgia Chamber of Commerce/Georgia Industry
Environmental Coalition Conference, :O..tlanta, Georgia, July 21, and published in
Proceedings.
Miller, D.G., Jr. and Sotek, C. (1998). "Fast Tracking Environmental Management"
presented at Georgia Water and Pollution Control Association 1998 Industrial Pollution
Control Conference, March 24, and publi~hed in Proceedings.
Miller, D.G., Jr. (1996). ISO 14000/En~ironmental Management Systems presentation
for Belden Environmental Conference, Nashville, Tennessee, October, 1996.
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Miller, D.G., Jr. (1996). ,"Hazardous Wadte Identification Rule: HWIR for the Layman",
Georgia Chamber of Commerce 1996 Enyironmental Conferenc·e, Cobb Galleria Centre,
Atlanta, GA, September, 1996. I
I Barnett, T.R., and Miller, D.G., Jr. (1996). "Practical Approach for Expediting
' Corrective Action" presented at the AISE Spring convention in Cincinnati, OH, April,
1996, and published in the Technical Proc6edings. , I
Miller, D.G., Jr., Chair of Environmen1J1 Management Systems Session at the 1995 ' Chem Show Conference, New York. NY. December 1995. . . I
Miller, D.G., Jr. (1994). RCRA Corrfctive Action -Strategies, Costs and Risk
Assessment, The Goodyear Tire and Rubber Company. Chemical Division
Environmental Workshop, Akron, Ohio. j ·
Miller, D.G., Jr. (1994). Risk Assessm~nt and Cost Effective Solutions to Cleanup,
Georgia Chamber of Commerce, Augusta, Georgia, August 1994.
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Barnett, ToR., and Miller, D.G., Jr. (I 994). "Practical Approach for Expediting
Corrective Action, " published in the proceedings of the Air & Waste Management
Association International Conference and Course, Cost Efficient Acquisition and
Utilization of Data in the Management of hazardous Waste Sites, Herndon, Virginia.
Miller, D.G., Jr. (1993). Practical A~plication of Environmental Risk Assessment,
Baxter Healthcare Environmental Conference, Risk Assessment Workshop, San Juan,
Puerto Rico.
Miller, D.G., Jr. (1992). RCRA Closures, Costs, Issues and Solutions, Texas
I Environmental Education Services, How to Classify and Clean Up or Dispose of Solid
Waste, October 16, Houston, Texas. I ·
I Miller, D.G., Jr. (1992). Corrective Action: Resolving Issues and Moving Ahead,
Seventh Annual Conference on Hazhrdous Wastes -Science and Management,
Rensselaer Polytechnic Institute, Sponso~ed by Environmental Science Committee, New
York Water Pollution Control Associatioh, Inc., October 6-8, Diamond Point, New York.
Miller, D.G., Jr. (1992). "RCRA Issues -!Generators and Storage," Recent Developments
in Major Environmental Programs, Chattanooga Manufacturer's Association, august 25,
Chattanooga, Tennessee. I
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Miller, D.G., Jr. (1990). "Groundw*ter Remediation", Center for Energy and
Environmental Management (CEEM), I "What You Need to Know about RCRA
Corrective Action," December 4, 1990, Washington, D.C.
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Miller, D.G., Jr., Blevins, S.E., and Maror\celli, J.M. (1987). Practical Remedies for Sites
Contaminated with Hazardous Waste.\ Proceedings of Industrial Environmental
Management Conference, February 25-27, Hilton Head, South Carolina.
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I Cross, T.L., and Miller, D.G., Jr. (1983). Insitu Treatment Alternatives and Site
I Assessment. Proceedings of the 4th National Conference on Management of
Uncontrolled Hazardous Waste Sites, Oct6ber 31 to November 2, Washington, D.C.
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I Alexander, W.J., Miller, D.G., Jr., and Seymour, R.A. (1982). Mitigation of Subsurface
contamination by Hydrocarbons. Proceedings of the 3rd National Conference and
Exhibition on Management of Uncontrolled Hazardous Waste Sites, November 29 to
December I, Washington, D.C. J
Sowers, G.F., Collins, S.A., and Miller, D.G., Jr. (1982). Mechanism of Geotextiles -
Aggregate Support in Low-Cost Roads, 2rid International Conference on Geotextiles, Las
' Vegas, Nevada, August 1-6. Note: Geotextiles/support concepts applicable to disposal
facility closure.
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Miller, D.G., Jr. (1981). Hazardous Waste Management: Is Landfilling Right for
Chemical Wastes? Panel Discussion -1 1981 Annual Meeting of American Institute for
Chemical Engineers, New Orleans, Louisiana, November 9. I
I Miller, D.G., Jr. and Elmendorf, Holly A. (1981). Groundwater Monitoring Programs for
the Pulp and Paper Industry. Proceedi~gs of the Technical Association of the Pulp and
Paper Industry Environmental Conferenbe, New Orleans, Louisiana, April 27-29.
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Miller, D.G., Jr. and Alexander, W.J. (1981). Geologic Aspects of Waste Disposal Site
Evaluations, Bulletin of the Associated Engineering Geologist, Vol. XVIII, No. 3, pp.
245-252. j
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Absalon, J.R., and Starr, R.C. (1980), Practical Aspects of Groundwater Monitoring at
Existing Disposal Sites. Paper presen1ted by Mr. Donald G. Miller, Jr., at the U.S.
Environmental Protection Agency Natiohal Conference on Management of Uncontrolled
Hazardous Waste Sites.
Miller, D.G., Jr., and Starr, R.C. (I 980). Conducting Groundwater Monitoring Programs
at Hazardous Material Spill Sites -Presented at Oil and Hazardous Material Spill ' conference and Exhibition, Philadelphia, Pennsylvania.
Miller, D.G.; Jr. (1978). Geotechnical lspects of Groundwater Control, Development
and Protection. Paper presented at Symposium on the Role of Engineering Geology in
Meeting the Needs of Urban Areas in the Great Lakes Region, North Central Section
G.S.A.
Note: Mr. Miller will be glad to provide many more project descriptions for
I Corrective Action, Pennitting, D,esign, etc. upon request.
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I JACQUELYN RUTGERS CLARKSON, Sc.D.
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DIRECTOR OF RISK ASSESSMENT SERVICES/ VICE PRESIDENT
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EDUCATION:
Sc.D., Environmental Epidemiology, Tulane
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University, New Orleans
M.S.P.H., Health Systems Management and Epidemiology, Tulane University, New Orleans
B.S. History and Psychology, Louisiana Stat~ University
SUMMARY: I
Dr. Clarkson has over 22 years_ of experience\in the assessment of public health and ecological
effects of toxic chemical exposures. Her expfrtise includes the fields of environmental
epidemiology, public health management and communication, risk assessment, and
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environmental toxicology. Her research and field experience includes the performance of human
health and ecological risk assessment activiti6s during investigations of waste sites, and
I assessment of potential health effects from chemical spills and accidental releases, the
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investigation of disease clusters (e.g. cancer c/usters; adverse reproductive outcomes such as
miscarriages, stillbirths, or bi11h defects; respi,ratory ailments, etc.), and the development and
presentation of risk communication programs! Dr. Clarkson has written and published numerous
technical papers concerning public health effJcts, risk communication, and human health and
ecological risk assessments .. She has also gi v6n many presentations and conducted numerous
workshops on these subjects' at regional and nktional conferences.
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EXPERIENCE:
Montgomery Watson
Director of Risk Assessment: For the past ten lyears, Dr. Clarkson has coordinated all risk
assessment services for Montgomery Watson Industrial/Hazardous Waste offices worldwide.
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These services include human and ecological risk assessments, probabilistic risk assessment, risk
communication, risk management, and envirorimental epidemiology investigations. She
provides direction to improve the technical capabilities of the industrial and hazardous waste
services group and to identify and develop inn6vation and guidance for all risk assessment
projects. She also functions as a specialist to p\-ovide Risk Communication expertise to all
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branch offices. I
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Principal Environmental Epidemiologist: Dr. (Clarkson has experience directing numerous
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human and ecological risk assessment studies for both inactive waste sites and operational
projects for both government and industrial cli6nts. In addition, she is a veteran of over 1,000 I public meetings where she has been responsible for communicating possible environmental
health risks to the public. Her expertise in risk ~ommunication is based on practical experience
which includes knowing which communication techniques have been successful.
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Since 1982, Dr. Clarkson has designed, con'.ducted, directed, and reviewed numerous human
health and ecological risk assessments for state and federal National Priority List (NPL)-sites,
I abandoned/inactive waste sites and operatin'g facilities throughout the U.S. For the past eight
years, this work has included projects for the U.S. Army Corps of Engineers (USACE). She has
completed risk assessments for the USA CE :Baltimore, Omaha, Huntsville, Sacramento, and
Alaska divisions. These assessments involv'ed soil, groundwater, sediment, surface water and
biota sampling and analysis, and hydrogeolrigic investigations. She was also responsible for the
management and the communication of thes~ risks.
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Dr. Clarkson has conducted and directed public health and environmental risk assessment work I for numerous Department of Defense (DOD) sites throughout the U.S., including Federal
Facilities Agreement (FFA), Installation Restoration Program (IRP), and NPL-sites throughout
I the U.S. She has designed, directed, conducted, and/or reviewed human health and ecological
risk assessment activities during multiple phhses of Remedial Investigation Feasibility Studies
(Rl/FS) activities for numerous sites at Fort ~tory and Fort Eustis in Virginia, the Northeast Cape
in Alaska, Nellis Air Force Base in Nevada, Toole Army Depot in Utah, Tracy Army
Installation, Sierra Army Depot and Moffet ~aval Air Station in northern California, and Point
Mugu Naval Installation, Port Hueneme Navfll Installation, China Lake Naval Air Station,
George Air Force Base in southern Californi~, Savanna Army Depot Activity Old Burning
Ground, IL, Joliet Army Ammunition Plant, -f oliet, IL, Marion Engineer Depot and Scioto
Ordnance Plant, Marion, OH, and the Presidio. George Air Force Base included three separate
' I operable units consisting of over 65 individual sites, for which human health and ecological risk
assessments were performed. Several ofthes~ FFA sites have included various areas used for I munitions demilitarization such as open burning/open detonation (OB/OD). The Rl/FS and risk
assessment activities have also been conductdd at other types of sites including abandoned
landfills, chemical burial sites, a fire-fighting 1training site, and former chemical storage areas.
Some of these sites have included ecological ~tudies in sensitive wetlands. Chemicals of concern
I include UXO, EOW, various metals, solvents) pesticides, dioxins, polycyclic aromatic
• I hydrocarbons (PAHs), and other petroleum hydrocarbons. ,
Her work at Hill AFB in Utah included desigj and methodology development for risk
I assessment and risk communication services for several Hill AFB Operable Units in support of
' investigations of groundwater contamination fpr these operations. Dr. Clarkson has assessed the
potential risks associated with TCE in the soil; the potential for metals to accumulate in cattle
and fields in a nearby agricultural area, and thJ potential for chemicals to migrate from disposal
pits and landfills and adversely affect nearby Jff-site residents. This work at Hill AFB also
included a risk assessment of a Thermal Treatrilent Unit. This study was designed to determine
the concentrations of air polluta~ts derived fro/n open burning and detonation. In the risk
I assessment, which was in support of a RCRA Part B Permit, potential health effects to people
working at the facility and to nearby residents ~ere assessed.
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Dr. Clarkson has also performed risk assessmeL work at the Defense Depot in Ogden, Utah
' I (DDOU) on low-level groundwater and soil contaminants from solvent and pesticides at this site.
I She utilized models for screening groundwater and analyzing vadose zone leaching. She also
evaluated risk to on-site workers using air disp6rsion and soil emissions modeling.
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She has performed several risk assessments for the evaluation of selected NPL-sites in the San
Fernando Valley in Southern California. The basin-wide assessment for this 300,000-acre site of
suburban, commercial, and industrial zoned\land was extensive. The groundwater in this basin
provides 15 percent of the water supply for the City of Los Angeles. This extensive assessment
I aided in management of this water resource and saved the City millions of dollars in planning
and management costs. . · I
Dr. Clarkson has been working on risk asseJment projects in Alaska since 1990. The risk
assessments prepared for Kaneckaneck Hos~ital in Dillingham and the Northeast Cape on St. I Lawrence Island were project work for US ACE Alaska. For both of these projects, potential
risks to human and ecological receptors wer~ evaluated. Other work includes a human and I ecological risk assessment for the Anchorage International Airport and development of the North
' Slope background metals database for ARCO Oil Company.
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Since 1991, Dr. Clarkson has been involved in the performance and overall management of 16 ' sites at Homestead Air Force Base, a large NPL-site in Florida for the USACE Omaha. These
assessments have evaluated a variety of potential contaminants, including polycyclic aromatic
hydrocarbons (PAHs), and heavy metals such as arsenic. She has actively participated in the
' negotiation of cleanup goals with the USEPA1, Region IV, State of Florida, and Dade County
environmental regulators. She has also provided risk assessment technical support for feasibility
studies and record of decision (ROD) documdnts and risk communication guidance for public
' meetings. Dr. Clarkson has conducted preliminary risk evaluations (PREs) for 5 additional
P NSI sites which resulted in the elimination bf three sites from further investigation. This work
saved the government potentially $300k in unhecessary remedial investigation studies and
reporting. For the past year, ,she has been diretting human health and ecological risk assessments
I for another Region IV site at Dobbins Air Reserve Base in Georgia. She has also provided ' technical support in the preparation of six NFRAP (no further response action planned) decision
documents for this base.
Dr. Clarkson designed and directed extensive risk assessment and risk communication work for a
remedial investigation of a f~rmer petroleum r~finery site in Louisiana, of which two-thirds of
the 1,000-acre site was composed of forested Jetlands and assessment activities included
ecological studies. This risk ~ssessment work kaved the client upwards of $10 to $20 million
cleanup costs, because the risk assessment supported long-term, low cost management of the
800-acre wetlands instead of more aggressive remedial options. She has also been involved in a
study for a risk-based variance request at a petr6chemical manufacturing site in Louisiana. Her
work for this project included risk assessment rind modeling for groundwater and air emissions.
' Dr. Clarkson has recently completed the first RBCA approved closure for a petroleum site in the
State of Louisiana. This project included grouridwater modeling and risk assessment activities.
This work saved the client about $500k in remcival costs because risk-based closure supported a
no further action remedial option.
Other risk assessment experief!Ce has included toxicological support for determining acceptable
risk-based concentrations of PCBs in soil and p~ving at Gulf Coast utility and development sites
and a baseline risk assessment of intrinsic toxic61ogical and chemical properties of selected
contaminants. Dr. Clarkson has designed and ilicorporated the use of soil-gas data in a health-
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based risk assessment of landfill and non-landfill areas at an agricultural storage facility in
' Fresno, California. She has also directed a risk assessment for a proposed groundwater
reclamation and reuse project in which solvdnts had contaminated the aquifer. In her principal
' role in the Palo Alto (CA) Incinerator project, she analyzed emission data gathered by the State
of California and Montgomery Watson to as~ess the risk from cadmium and other substances
created during the incineration of municipal \ivastes. In addition to her risk assessment role, she
provided guidance on commuriication strategies for meetings with the surrounding community
and with incinerator workers on possible risks associated with site operations.
Her expertise was also used to.perform a riJ assessment for an ongoing municipal wastewater
' and residuals handling prnject in which a slu?ge incinerator was proposed for a residential area.
Her work in these studies involved site and laboratory research techniques to determine
tox\cological profiles of the contaminants of toncern in the risk assessment. Dr. Clarkson has
also developed a qualitative risk assessment for a municipal landfill site and a tailings area
involving techniques for sampling leachates; 1stream, ground, well, and surface water; and
determining potential huma~ exposure pathw~ys. She has also designed and directed a baseline
risk assessment to determine risk to human population and the environment at a former electronic
manufacturing facility"in California.
Dr. Clarkson has conducted numerous epidemiologic investigations related to potential public
I health risks and exposure to toxic chemicals. 1For example, in response to concerns expressed by
I residents of St. Gabriel, Louisiana over what they perceived to be an elevated rate of miscarriage
in their community and a possible relationship to air contaminants, an epidemiological
investigation was conducted' (St. Gabriel Missarriage Investigation, East Bank of Iberville Parish,
Louisiana). This investigation determined if the rates of miscarriage and still births were in ' excess of those expected on the basis of historical records of results of other studies of fetal loss.
On the basis on analysis of these date and critJria established before the investigation, the rates
found were judged not to be elevated and further study of miscarriages in the area was not
recommended. The results of the study were dommunicated to the residents in a series of
meetings, with ample time for questions. The 1resolution of this investigation was considered
successful by all involved parties. \
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Dr. Clarkson has served as a technical advisor lin the risk assessment and risk communication to
the San Francisco Watershed-Management Plah Project. Montgomery Watson assisted the City
and County of San Francisco Water Departmeiit in the development of comprehensive
management plans for the Peninsula and Alambda Watersheds. These lands provide water for
' 2.3 million homes and businesses in San Francisco, and portions of San Mateo, Santa Clara, and
Alameda counties. Dr. Clarkson provided exp6rtise in the areas of risk assessment, risk
communication, and risk ma;agement. She is hlso providing similar technical support to the
Contra Costa Watershed Management Project. I She performed a qualitative risk assessment for
drinking water sources in the Los Vaqueros Water District, in Contra Costa County, California
which helped to prioritize limited resources for:remedial decision-making. Both of these projects
included risk evaluation of potential watershed 1concerns such as Cryptosporidium, Giardia, and
other microbiological pathogens; semi-volatile 1organics; and pesticides. '
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For the past four years, Dr. Clarkson has b~en conducting work for Ciba-Geigy on a national
human exposure assessment of atrazine and simazine in ground and surface drinking water.
Work entailed collection of monitoring dat4 from drinking water supplies and entry into a
Population-Linked Exposure (PLEX) database in order to provide a direct link between the
I potentially exposed population and the concentration of atrazine and simazine in a drinking water
source. The update and analysis of this datlbase is to continue through 1998. This database is
helping to focus risk man~gement strategie~ at the local or community level so that real public
health risk can be abated. The construction \of the database allows for the continued monitoring
of potable drinking water supplies for exposure over time and therefore, PLEX represents an
I excellent public health decision-making too! for multiple risk management decisions. This
comprehensive picture of ttiazine exposure for the U.S. population is without precedent. In
addition, Dr. Clarkson is currently providing litigation support in environmental epidemiology
and risk assessment for several other Ciba-Geigy cases. . I
Dr. Clarkson has performed numerous publit health assessments for the purposes of reviewing
state and federal regulations. This work included the review of epidemiologic information
I pertaining to human exposure to dioxin and presenting testimony at the Louisiana Department of
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Environmental Quality Administrative Heatings on dioxin water regulations. She was contracted
by the legal firm representing all pulp and pdper mills in Louisiana. She was also retained by the
American Mining Congress to provide inforrilation evaluating regulations of the U.S.
Environmental Protection Agency proposed ~timary drinking regulations for sulfates. She
performed a critical literature review of health effects of sulfates in drinking water and her I evaluation forms the basis of the position statement for the position statement for the American
Mining Congress.
Dr. Clarkson has directed numerous risk asse,ssment projects throughout the world for various
industrial facilities, particularly in the Netherlands, Belgium, and the United Kingdom. She has
provided technical support to the EPA ofTai!.van in its development of soil remediation
guidelines and in the development of water rdsource data systems for public health decision
making. She is also working .with Montgomery Watson offices in the United Kingdom,
Australia, and New Zealand on projects invol~ing the development of strategies for contaminated
land.
U.S. Department of Health and Human Services . . I .
Visiting Scientist: In this appointment as Senjor Epidemiologist with the U.S. Public Health
Service, Agency for Toxic Substances and Disease Registry, Dr. Clarkson was involved with the
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development of the protocol for the National Exposure Registry, a listing of persons exposed to
toxic substances related to NPL-Superfund sit~s. This branch of the federal public health service
is responsible for assessing public health risks due to exposure to toxic substances.
Louisiana Department of Health and Human Resources
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State Environmental Epidemiologist: Dr. C!arkson 's professional experience includes the field of
environmental epidemiology and risk assessment; environmental public health management and ' communication; and environmental toxicology. She has designed, conducted, and directed
numerous major public health'investigations for the assessment of risk to human populations
exposed to toxic substances. This included ~mergency and non-emergency situations. She was
also responsible for the management and the1 communication of these risks. Her duties have also
included providing oversight, r~view, and cdngruence consultations with regard to risk ' assessment and public health evaluation for Louisiana NPL-Superfund sites. She has also acted
as the director of the Cance_r Registry for the\State of Louisiana.
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Dr. Clarkson was also the principal field epidemiologist with the Epidemiology Studies division
I of Tulane University Medical School, Department of Medicine. Her primary research focus was
assessing environmental exposure and cancef.
In addition to her extensive field and researJ experience, Dr. Clarkson is currently an Adjunct
I Instructor in the Department of Biostatistics and Epidemiology; Tulane University School of
Public Health and Tropical Medicine. Her cciursework covers problems and strategies in
environmental epidemiology, and in the assdsment, management, and communication of risks.
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PUBLICATIONS AND REPORTS:
Gottlieb, M.S., Carr, J.K., Clarkson, J.R.: Drinking water and cancer in Louisiana: a ' retrospective mortality study. Am. J. Epidemiol. 116:652-67, 1982.
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Ratard, R.C., Clarkson, J.R.: Survey of envirbnmental epidemiology in Louisiana. J. Louisiana
Med. Soc. 22-26, July, 1984. I
Major Contributor: White, LE., Bock, S.F., Englande, A.J.: The Livingston Derailment. Baton
Rouge, LA, Moran Colorgraphic, 1984 .
. Investigation and evaluation of the association of possible environmental factors with lung
cancer cluster in Cameron Parish, LA (with R.1C. Ratard): Department of Health and Human
Resources, New Orleans, LA (1982-84).
Risk assessment of potential health effects from a sodium bichromate spill in a community pool
in Baton Rouge, LA (with R.C. Ratard): Dep./rtment of Health and Human Resources, New
Orleans, LA (I 983).
Investigation and evaluation of possible cluster of miscarriages in Carencro, LA: Department of
Health and Human Resources, New Orleans, L¼ (1983). .
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Investigation and evaluation of the association lf possible environmental factors with a breast ' cancer in Becnelville, LA: Department of Health and Human Resources, New Orleans, LA
(1983).
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Investigation and evaluation of a possible cluster of cancer in Tensas Parish, LA (with R.C.
Ratard): Department of Health and Human Resources, New Orleans, LA (1983).
Risk assessment of malathion levels in the town hall office in LaCompte, LA (with LE. White,
I R.C. Ratard): Department of Health and Human Resources, New Orleans, LA (1983).
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Risk assessment of strontium in milk from I!..ouisiana dairies in Tangipahoa Parish (with R.C.
' Ratard): Department of Health and Human Resources, New Orleans, LA (1983).
Emergency response and risk assessment ofllead monoxide spill in Greenwood, LA (with R.C.
Ratard, H. Redetski): Department ofHealth1 and Human Resources, New Orleans, LA (1983). I
Investigation and evaluation of potential heJlth effects associated with barium in drinking water
in Vermillion Parish (with R.C. Ratard, Y.E! Parker): Depm1ment of Health and Human
Resources, New Orleans, LA (I 984).
Investigation and evaluation of possible cluster of lymphoma at the Pineville, LA State Hospital
(with B.M. Trahan, W.L Atkinson): Depart\nent of Health and Human Resources, New Orleans,
LA (1984). I
Investigation and evaluation of indoor air quh!ity at the Brisco facility, Lake Charles, LA (with I B.M. Trahan): Department of Health and H9man Resources, New Orleans, LA (1984).
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Risk assessment of ethylene di bromide level~ in cereal, flour, food and drinking water in
' Louisiana (with R.C. Ratard): Department of Health and Human Resources, New Orleans, LA
(1984).
Evaluation of potential health effects from the Agriculture Street landfill, New Orleans, LA (with
LE. White): Department of Health and Hurrian Resources, New Orleans, LA (1985).
Investigation of possible residential exposure\ to chemicals in Grayson, LA (with B.M. Trahan):
Depmment of Health and Human Resources! New Orleans, LA (1985).
Assessment of potential hea.lth risks associaiJd with asbestos in Minden, LA and Springhill, LA
Parish health units. (with LE. White): Depaftment of Health and Human Resources, New
Orleans, LA (1985). '
' ' Risk Assessment of pesticide exposure in the Oonaldsonville, LA activities center. (with LE.
White, B.M. Trahan): Department of Health and Human Resources, New Orleans, LA (1985).
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Investigation and evaluation of potential health effects associated with asbestos in the East Baton
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Rouge (LA) Parish Health Unit (with LE. Wliite, S.N. Chang): Department of Health and
Human Resources, New Orleans, LA (1985).
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Investigation of potential health risks assoc ated with asbestos in the state office building in New
Orleans, LA (with L.E. White, S.N. Chang) Department of Health and Human Resources, New
Orleans, LA (1986).
Risk assessment of heptachlor levels in milk in Louisiana (with L.E. White, B.M. Trahan, H. . I Redetzki): Department of Health and Human Resources, New Orleans, LA (1986).
Investigation and assessment of indoor air Jollutants in the Huey P. Long Hospital, Pineville, LA
(with L.E. White, S.N. Chang): Department of Health and Human Resources, New Orleans, LA
(1986).
Investigation and evaluation of the association of possible environmental factors with kidney
cancer cluster in Collinston, LA: Departmeht of Health and Human Resources, New Orleans,
LA (1986).
Investigation of exposure to lead from sandblasting operation in White Castle, LA (with L.E. ' White): Department cif Health and Human Resources, New Orleans, LA (1986).
Investigation and risk assessment of exposJe to heptachlor and chlordane at Stoner Elementary
School in Shreveport, LA (with L.E. White knd H.M. Redetzki): Department of Health and
I Human Resources, New Orleans, LA (1986). , I
White, L.E., Clarkson, J.R., Chang, S.N.: Health effects from indoor air pollution: case studies. I J. Com. Med. Vol. 12, No. 2,3, Summer, Fall, 1987.
Investigation and risk assessment of exposut to heptachlor and chlordane at Alpha Montessori I School in Metairie, LA (wjth L.E. White, \\j--George, D. Mellard): Department of Health and
Human Resources, New Orleans, LA (1988).
Investigation of spontaneous abortions in thl St. Gabriel vicinity, LA (East Iberville Parish):
• I Department of Health and Hospitals, New Orleans, LA (1989).
Investigation of possible cluster of neuroblJtoma cases in St. Mary Parish, LA: Department of
Health and Hospitals, New Orleans, LA (1989).
I Clarkson, J.R., Peuler, E.A., Menzie, C.A., Bordenave, T.V., Crotwell, D.A., Metcalf, M.C., and
I Pahl, D.H., Field Screening Procedures Applied to Soils for Use in Risk Assessment in
I Superfund Risk Assessment in Soil Contamination Studies, Keith B. Hoddinott, editor, ASTM
. I • Publications STP 1158, Philadelphia, PA, (1992).
PRESENT A TIO NS:
Anatomy of a Crisis United States Environmental Protection Agency (23-minute documentary
film) (March, 1983).
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Training for Emergency Response United States Environmental Protection Agency (23-minute
training film) (March, 1983).
"Role of the Health Department in the Livingston Train Derailment," Hazardous
' Waste/Emergency Response Conference, University of Southwest Louisiana Health and
Environmental Training Service, Lafayette! LA (February 23, 1984).
"Toxic Chemical Spills: An EpidemiologJ Perspective: Case Study of the Livingston Train
Derailment," Epidemiology Seminar, Tularye University, New Orleans, LA (March 28, 1984).
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I "The Health Department's Role in the Livingston Train Derailment," Spill Control and
Hazardous Materials Conference, Nashville, TN (April 9-12, 1984).
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"Risk Assessment and Public Relations," T:ulane School of Public Health and Tropical Medicine,
New Orleans, LA (April 16, ,I 984). !
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I "Epidemiology of Man-Made Disasters," Louisiana Public Health Association, Baton Rouge, LA
(April 25, 1984). ' I
"Emergency Response and Training: A Ca~e Study of the Livingston Train Derailment," Suffolk
County Health Department, Hauppauge, NY (December 7, 1984).
"E R Th
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L' . T I. D ·1 "L . . R' h K mergency esponse: e 1vmgston ram era1 ment; oUJsiana 1g t to now
Legislation," National Governor's Association State Integrated Toxics Management Conference,
Washington, DC (October 25, 1985).
"Risk Assessment: Is Man Just a Big Rat?/ Louisiana Environmental Health Association,
Alexandria, LA (January, 1986).
"Environmental Epidemiology and Risk Assessment," Tulane University School of Law, New
Orleans, LA (February, 1986).
"Linking State Agencies and Universities," Association of State and Territorial Solid Waste
Management Officials Technical Transfer Workshop for State Training Coordinators, New
Orleans, LA (October I, I 986). I
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"Radioactivity in the Mississippi River," sdminar for State Water Engineers and Sanitarians,
Kenner, LA (October 22, 1986). I
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"Epidemiologic Investigation of an Environmental Health Problem," Louisiana Environmental
Health Association, Baton Rouge, LA (Jan~ary, 1988).
I "Groundwater: Public Health Evaluation/Risk Assessment," Seminar on groundwater in ' Louisiana for engineers and sanitarians, Baton Rouge, LA (May, 1988).
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"Communicating Risk to the Public," National Governor's Association and EPNOSWER-OTS
conference on State Implementation of Title1 III, Washington, D.C. (June, 1988). . . I
"Epidemiologic Study in St. Gabriel, LA," Deep South Section of the American Industrial
Hygiene Association, (June, 1988).
"Toxicology and Medical Monitoring," Instructor for Louisiana State Police Hazardous Materials
40-Hour Training Course.
"Comparison of Methods of Case Ascertainment for Determining the Rate of Spontaneous
Abortion (SAB) in a Commu~ity," C.J. Berg (CDC, Atlanta, GAO, J.R. Clarkson (LA DHHR,
New Orleans, LA), G.A. Livermore, F.J. Mather, L.E. White (Tulane University School of
Public Health & Tropical Medicine, New Of!eans, LA), Abstract presented at APHA
Convention, Fall 1988.
Clarkson, J.R., Crotwell, D.T., Metcalf, M.G., Peuler, E.A., and Bordenave, T.V., Components
of Risk Assessment and Use in Groundwate~ Evaluations. Presented at Water Pollution Control
Federation Annual Conference, Washington! D.C., October 7-11, 1990.
Menzie, C.A., Clarkson, J.t, and Peuler, E.l. Assessing Risks Associated with Contaminant in
Sediments near a Former Refinery Using M~ltiple Meihods and Endpoints. Poster presentation
at Second Symposium on Environmental To~icology and Risk Assessment: Aquatic, Plant, and
I Terrestrial, Pittsburgh, Pennsylvania, April, 11992. · · ·
I Clarkson, J.R., Strategy for Successful Risk ,Communication. Presented at the 7th Annual
Conference on Hydrocarbon Contaminated Soils, Amherst, Massachusetts, September 21, 1992.
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Wu, M.H., Clarkson, J.R., and Tang, C.H. 'Fhe Development of Cleanup Standards for
Petroleum Contaminated Soils for the Goveinment of Republic of China. Presented at the 7th
Annual Conference on Hydrocarbon Contarriinated Soils, Amherst, Massachusetts, September . ' 23, 1992.
Clarkson, J.R., Peuler, E.A:, and Menzie, C.A., Risk Communication and Ecological
Assessment. Presented at Society of Enviro~mental Toxicology and Chemistry 13th Annual
' I Meeting, Cincinnati, Ohio, November 8-12, 1992. . . I
Clarkson, J.R., Peuler, E.A., Menzie, C.A., Metcalf, M.C., Bordenave, T.V., A Model for
Comprehensive Risk Evalmtion: A Case St6dy. Presented at the 1992 Annual Meeting of the
Society for Risk Analysis, Sl:\n Diego, Calif,mia, December 6-9, 1992.
Clarkson, J.R., "Four-hour Risk Communication Workshop," presented at the Hydrocarbon and
Contaminated Soils Ground..yater Conferenct Houston, TX, May 1993.
Clarkson, J.R., "Four-hour Ris.k Communica\ion Workshop," presented at the Hydrocarbon
Contaminated Soils: Expediting Cleanups iriUS EPNRegion 6 Meeting, New Orleans,
Louisiana, January 1995. :
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Clarkson, J.R. and Peuler, E.A., "Ecological Assessment of a 1000 Acre Former Refinery,"
' presented at the Hydrocarbon Contaminate9 Soils: Expediting Cleanups in US EPA/Region 6
meeting, New Orleans, Louisiana, January 1995.
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I . Clarkson, J.R., Golden, K., Tiemy, D., Christensen, B., Heiger-Bemays, W., Nelson, P.,
"Human Exposure to Atrazine and Simazin~ Via Ground and Surface Water in the United States:
A Preliminary Assessment. Presented at th~ Annual Meeting of the Water Environment
' Federation, Cincinnati, Ohio, May 14-17, 1995. ·
I Clarkson, J.R., and Tonna; A.," Strategic E_nvironmental Management and Risk
Communication", Presented at the Montgoinery Watson Seminar for Industry, Crathome Hall
Hotel, West Yorkshire, England, Septembet 22, 1995.
Peuler, E.A., Clarkson, J.R., Cura, J.H., MoLssey, D., Sarmiento, R., Mazzera, D.M., Menzie,
C.A., " Integration of Human Health and EJo!ogical Risk Assessments in the Rl/FS Process, Part ' A: Overview and Methods ", Presented at the Second SET AC World Congress, Society of
Environmental Toxicology and Chemistry Meeting, November 7, 1995, Vancouver, British
Columbia, Canada.
Clarkson, J.R., Peuler, E.A., Cura, J.H., Morrissey, D., Sarmiento, R., Mazzera, D.M., Menzie,
C.A., "Integration of Human Health and Ecb!ogical Risk Assessments in the Rl/FS Process, Part
B: Lessons Learned", Presented at the Sec6nd SET AC World Congress, Society of
Environmental Toxicology and Chemistry Meeting, November 7, 1995, Vancouver, British ' Columbia, Canada. ·
PROFESSIONAL APPOINTMENTS
Louisiana Department of Health, Office of ~ublic Health, Member Advisory Board for Database
Development for Surveillance of Health Outcomes and Environmental Indicators in Louisiana,
1990-present. :
Louisiana Department of Health, RepresentLive/Advisor, Livingston Task Force, 1982-present.
Louisiana Department of Health, Representlve/Advisor, Advisory Council for Implementation ' of Louisiana "Right to Know" Statutes, 1985-present. ~ I i
Louisiana Department of Health and Humant Resources Representative, Ad Hoc Committee for
the Development of Standards for Residentill Application of Pesticides in Louisiana, 1986-1990.
ORGANIZATIONS
Society for Risk Analysis
Society for Environmental Toxicology and Chemistry
Delta Omega, National Honorary Public Hed!th Society
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American Public Health Association I
Louisiana Public Health Association I
Louisiana Environmental Health Association
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JIMV.ROUSE
PRINCIPAL GEOHYDROLOGIST
EDUCATION:
M.S., Hydrology, Stanford University (l 96'V _
Prof. Eng., Geological Eng., Colorado School of Mines, (1961)
REGISTRATION:
Registered Geologist, California (1986)
SUMMARY:
Mr. Rouse has over 37 years of relevant experience, including 17 years with various Federal
agencies and 20 years as a consultant tb industry throughout the United States, Canada,
Australia, and New Zealand. He is intehrntionally known for his work on the subsurface
behavior of heavy metals and radionuclides! and has developed innovative approaches for in-situ
remediation in soil and ground water. Mr. Rouse has authored more than 50 publications,
dealing primarily with the subject of n~tural and man-aided attenuation of heavy metal
radiochemical, and cyanide contamination Jnd vadose zone monitoring. He has made a number
of presentations to technical meetings and dught numerous short courses. He has been qualified
as an expert witness approximately 30 tiriies, in the area of heavy metal and radiochemical
migration and remediation.
EXPERIENCE:
Hexavalent Chromium Remediation in Soil and Ground Water
Indiana, Michigan, Maryland, Californi~, South Australia, Texas, Florida, Georgia, New
Zealand
Mr. Rouse has been involved in investigations, design, and operation of in-situ remediation
' systems for soil and ground water contamination at more than a dozen sites at the indicated
locations. These are in geological environriiental ranging from low permeability silts and clays
to uniform, permeable glacial outwash sandd, and includes karst limestone.
Geohydrological and Geochemical Evalultions of Prior Mining Activities
I Arizona, South Dakota, Idaho, Colorado, New Mexico, Florida, Canada, Australia
Mr. Rouse has directed a, number of exteLive evaluations of the impact of past and present
mining operations on surface and ground wdter.
One of these involved is the evaluation of Ian 18-mile section of Whitewood Creek in western
South Dakota, the site of approximately 17 million tons of arsenic-bearing tailings. As a result
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of these efforts, U.S. EPA Region VIII isLed a Record of Decision that allows the tailings to
remain in place. I
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Another study involved a 550 square mile; area in eastern Arizona, drained by ·Pinto and Pinal
Creeks. The study spanned 3 years and involved drilling more than 50 wells, sampling the new
• I wells and 50 existing wells, and operating 3I streams gaging stations.
Other studies have involved the Bunker Hill (Idaho), Silver Bow Creek (Montana), San Juan
Mountains (Colorado), Grants Mineral Beltj (New Mexico), and Central Florida phosphate areas,
as well as sites in Canada and Australia. I
In-Situ Fixation of Uranium and Molybd~num
• I Canon City, Colorado I
Past uranium milling activities had resulted,in the presence of mobile uranium and molybdenum
in a sandstone and siltstone unsaturated zohe. A remedial scheme was designed, constructed,
and operated involving th~ percolation of }eductant solution to geochemically immobilize the
metals in place. , I
Geohydrological Evaluation and Remedia1tion of Cyanide
Western South Dakota and Idaho
Mr. Rouse has investigated the source and migration of cyanide from gold leaching operations,
' and has achieved cyanide remediation through chemical oxidation and bioremidation.
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Evaluation and Permitting of Fly Ash Disposal in Coal Mine Pit
Eastern Texas
Mr. Rouse directed the geohydrological evaluation of the potential impacts of returning power-
plant fly ash to adjacent coal mine pit spoil aieas. The result was the first permit to conduct such
disposal in Texas.
Binding Arbitration of Water Quality Control
California
Mr. Rouse serves as a water,quality specialist
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in binding arbitration between two major industrial
clients over potential impacts one firm's operation might have on the water supply of the second
firm. ·
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PUBLICATIONS:
"In-Situ Remediation o( Chromium Contaminated Soil and Groundwater" (March 1999),
I Proceedings of the 1999 Contaminated Site Remediation Conference 'Challenges Posed by
I Urban and Industrial Contaminants"', Edited by C. D. Johnston, VCentre for Ground Water
Studies, CSIRO, Wembly, Western Australi~, p. 623-631.
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"Natural and Enhanced Attenuation of cdA Components in Soil and Ground Water" (1997),
Proceedings, 93n1 Annual Meeting, "Ameridn Wood Preserver's Association, p. 414-425.
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"A Geochemical Way to Keep Metals at Bay" (May-June 1996), Environmental Engineering
World, McGraw Hill.
"In-Place Cleanup of Copper, Chromium and Arsenic in Soil and Ground Water at Wood
Preservation Sites" (September 1994) P~oceedings, Second International Symposium on
I
Environmental Contamination in Central and Eastern Europe, Budapest (Coauthored with Dr.
Roman Z. Pyrih) · i
"Leaching and Recovery of Lead from Cont~minated Soil by Use of Metallurgical Techniques"
(June 1994) Preprint 94-MP21.02, Air and Waste Management Association 87th Annual
Meeting, Cincinnati, OH (Coauthored with J6hn G. Whellock)
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"/11 Situ Remediation of Dissolved Chromate-Ion Contamination of Ground Water" (June 1994)
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Preprint 94-WP103.02, Air and Waste Management Association 87th Annual Meeting,
Cincinnati, OH
'Cyanide and the Mine Environment" (May 1994) First Peruvian International Gold Symposium,
Lima, Comite Aurifero, Sociedad Nacional d6 Mineria y Petroleo ·
I "In Situ and Surficial Oxidation and Geochemical Fixation of Metallo-cyanide and Organo-
arsenite Complexes" (March 1994) Proc~edings, Oxidative Treatment of Pollutants in
Wastewater, Houston, TX \
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"Leaching and Recovery of Lead from Soil by Application of Mining Techniques" (1992) ' Proceedings, 3rd Battery Waste Symposium, Jeerfield Beach, Florida.
"Need for Adequately Documenting Pre-Developmental Conditions" (I 993) Proceedings, /11 Situ
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Leaching of Minerals II, Engineering Foundation, Oct. 26-30, 1992, Santa Barbara, California.
"Remediation of Soil and Ground Water Contaminated by Cyanide Using Peroxide and
Biodegradation" (March 1992) Proceedings, Randol Gold Forum, Vancouver, BC p. 367-368A
(Coauthored with Pat Gochnour). I
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"Leaching Mechanisms as Determined b! Pressure/Vacuum Lysimeters Installed in a Heap"
(March 1992) Proceedings, Randol Gold Eorum, Vancouver, BC, p. 233-235 (Coauthored with
William R. Bond and Laura L. Damon).
"In-Place Cleanup of Chromium Contamination of Soil and Ground Water" (April 1991)
Proceedings, HAZPAC '9 I, Randol Intern~tional, Cairns, Queensland, p. I 89-193 (Coauthored
with Dr. Roman Z. Pyrih). i
"What Can Hazardous Waste and Mining Waste Personnel Learn From Each Other?" (April
1991) Proceedings, HAZPAC '91, Randol International, Cairns, Queensland, p. 29-30.
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"In-Place Cleanup of Chromium Contamination in Soil and Ground Water" (April 199 I) HazMat
Central '91, Rosemont, Illinois. I ·
"Biodegradation as an Effective AlternativJ for Neutralization of Cyanide in Heap Leaching and
' Tailings Pond Seepage" (February 199 I) Annual Meeting, Society of Mining, Metallurgy and
Exploration, Littleton, Colorado. I
"Geochemical Attenuation and Natural i Biodegradation of Cyanide Compounds in the
Subsurface" (February, 1991) Environmental Management for the 1990's, edited by D. J.
Lootens, W.M. Greenslade, and J.M. Bark~r, Soc. of Mining, Metallurgy, and Exploration, Inc.,
Littleton, CO, p. 107-111 (Coauthored with Dr. Roman Z. Pyrih).
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"Cyanide and the Environment" (August 19?0) Mining Journal, London.
"Dense Non-Aqueous Phase Liquid (DN~PL) Behavior and Its Implications on Remedial
Options" (1990) Proceedings, Eighty-Sixth jAnnual Meeting of the American Wood Preservers'
Association, Stevensville, MD, Vol. 86, p. 43-47.
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"In-Place Cleanup of Heavy,Metal Contami~ation of Soil and Water at Wood Preservation Sites"
(1990) Proceedings, Eighty-Sixth Annual· Meeting of the American Wood Preservers'
I Association, Stevensville, MD, Vol. 86, p. 2•15-220 (Coauthored with Roman Z. Pyrih). . I
"Remedial Implications of Dense Non-Aqueous Phase Liquid (DNAPL) Behavior" (May 1990)
' Proceedings, Haztech International, '90, p. 6B-650-656.
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"In-Place Cleanup of Chromium Contamination of Soil and Ground Water" (May 1990)
Conference Proceedings, Haztech IntematiohaI '90, p. 5B-505-512 (Coauthored with Dr. Roman
Z. Pyrih). I
"Natural and Man-Aided Attenuation of cLtaminants at In Situ and Hazardous Waste Sites"
(1989) Proceedings, In Situ Recovery of Miherals, p 355-362, Engineering Foundation, Oct 25-
30, 1987, Santa Barbara, CA
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"Dense, Non-Aqueous Phase Layer (DNAPL) Behavior and its Implications on Remedial
Options" (September 1989) EnvironmentallHazards, Houston, TX.
"In Situ Remediation of Chromium, Copper and Arsenic Contamination of Soil and Ground
Water at CCA Treatment Plant Sites" (September 1989) Environmental Hazards; Houston, TX
(Co-authored with Dr. Rom_an Z. Pyrih).
"Geohydrologic Evaluation of Proposed Lonetree Balefill Facility, Fall River Co., S.D." (June
1989) Prepared by Geochemical Engineeririg, Inc. for SODS, Inc.
"Yadose Zone Monitoring: Operations J Regulatory Use?" (February 1989) Environmental
Hazards; Bellevue, WA (Co-authored with rilliam R. Bond).
"Attenuation Processes: A Viable Regulatory Alternative" (February 1989) Environmental
' Hazards; Bellevue, WA (Co-authored with Dr. Roman Z. Pyrih).
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"Natural Geochemical Attenuation of Trace Elements in Migrating Precious-Metal Process
Solutions" (1988) Randol Perth Internationdl Gold Conference, P~rth, Western Australia.
"Copper, Chromium, and Arsenic in the Ejvironment, Natural Concentrations and Geochemical
Attenuation" (1988) Proceedings, American1Wood Preserver's Association Vol. 84.
I
"Nitrate Sources, Mobility and Transformations in the Ground-Water Environment" (May 1988)
Geochemical Engineering; Inc. i
"Proposition 65 and RCRA Subtitle D Regulations: Developing State and Federal Controls Over
' Mining Waste" (December 1987) Northwest Mining Assoc., Spokane (Co-authored with David
B. Crouch, Homestake Mining Co.)
"Hydrogeologic Assessment, RMI Extrusion Plant, Ashtabula, Ohio" (December 1987), Prepared
• I by AW ARE, Inc. for RMI Corp. and subm!tled to USEP A.
"In Situ Remediation of H~zardous Waste id Ground Water Pollution" (August 1987) Haztech
International Conference Proceedings, St. L6uis, MO.
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"In Situ Remediation of Hazardous Waste Jnd Ground Water Pollution" (May 1987) Dangerous
' Goods and Hazardous Waste Management Conference Proceedings, Mississauga, Ontario.
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"Natural and Man-Aided Geochemical Attehuation of Metallic Contaminants" (December 1986)
Proceedings, Second Annual Hazardous Materials Management Conference West, Long Beach,
CA. ' I
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"Natural Geochemical Attenuation of ContJminants Contained in Acidic Seepage" (September ' 1985) in Proceedings, International Conference on New Frontiers of Hazardous Waste
' Management, USEPA (Coauthored with Dr. Roman Z. Pyrih).
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"Lysimeters Allow Quicker Monitoring dr Heap Leaching and Tailing Sites" (April 1985) ' . Mining Eng., Vol. 37, No. 4, pp. 314-319 (G:oauthored with William R. Bond).
"Radiochemical Age Datmg of Spring crLk Mesa Perched Ground Water System" (October
1984) (Coauthored with Clifion Rope). Ptesented by UMETCO Minerals Corp. at December,
' 1984 Colorado Department of Health hearing.
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"Several Uses of Pressure/Vacuum Lysimeiers at Mining Facilities and Hazardous Waste Sites" ' . (August 27-28, 1984) (Coauthored with William R. Bond). Proceedings, NWW A Conference on
the Impact of Mining on Ground Water, Deriver.
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"Geochemical Interactions Between Acidic Seepage Plumes and Natural Rock Materials
(September 1983) (Coauthored with M.P.A.1Williams) in "Proceedings oflnternational Specialist
Conference on Water Regime in Relation ,to Mining, Milling and Waste Treatment Including
Rehabilitation with Emphasis on Uranium Mining" Australian Water and Wastewater
Associations, Darwin, ISBW O 908255 020)
"Summary Report on. Geohydrological ahd Geochemical Conditions, with Recommended
Ground Water Monitoring Program, Uravan\Area, Colorado" (December 1983) (Coauthored with
Dr. Roman Z. Pyrih). Presented by UMETCO Minerals Corp. at August 1984 Colorado
Department of Health hearing. I
I "Variations in Water Quality During Initial Pumping of Monitoring Wells" (Winter 1983) ' (Coauthored with Lee C. Wilson) Ground Water Monitoring Review, Vol. 3., No. I, pp. 103-. I 109. I
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"Water Quality Report for, the Globe-Mia~i Area, Arizona" (January 1983) METF-6, Central
Arizona Association of Governments, 2 Vol{
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"Ground Water Contamination by Sanitary Landfill Leachate and Domestic Wastewater in
Carbonate Terrain: Principal Source Diagnosis, Chemical Transport Characteristics and Design
Implications" (1981, Coauthored with Jaihes R. Murray and Alden B. Carpenter) Water
Research, Vol. 15, pp. 745-757.
"Geohydrology of the Globe-Miami,
Association of Governments, 103 p.
Arizona, Area" (July 1981) METF-5, Central Arizona
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I "Procedures for Collection of Water-Quality Samples and Data" (March 1981) (Co-authored with
' Robert E. Moran) METF-3, Central Arizona Association of Governments, 61 p.
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"Geohydrologic Conditions in the Vicinit~I of Homestake Mining Company Pitch Projects'
Proposed Site A Tailings Pond" (June 24, 1980). Presented by Homestake Mining Co., in
application for uranium mill tailings pond licbnse.
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"Geohydrologic and Geochemical Evaluat1n of Existing and Potential Contaminant Transport
from Dawn Mining Co. Tailings Pond, Ford, Washington" (May 2, 1980 with Lee C. Wilson).
Presented by Dawn Mining Co. in applicati6n for uranium mill relicense.
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"Environmental Controls over Uranium In [Situ Leaching in the United States" (September 20,
. I 1979). Appendix A in "Uranium In Situ Solution Mining," Report to B.C. Royal Commission on
Uranium Mining, Hunkin Engineers. I
"Evaluation and Control of Ground Water ~uality in the Rocky Mountain Region," (May 1979).
Proceedings of the First International Mine prainage Symposium, Miller-Freeman Publications.
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"Environmental Considerations of UraniJm Mining and Milling" (October 1978) Mining
I Engineering, Vol. 30, No. 10, pp. 1, 433-1, 436.
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I "Removal of Heavy Metals from Industrial Waste" (October 1976) ASCE Journal of the
I Environmental Engineering Division, Vol. 112, No. E. ES., Proc. Paper 12447, pp. 929-936.
"Environmental Aspects of In Situ Mining' and Dump Leaching" (1974) Proc. AWRA Water
Resources Problems Related to Mining. i
"Mineral Pollution in the Colorado River Balin" (July 1973) Journal WPCF.
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"Hydrologic Relationship of Jefferson Coubty Landfill Leachate and Merramec Heights Area
Springs, Jefferson County, Missouri" (1973)\EPA, NFIC-D. .
"Acid Mine Drainage from Hardrock Mine~ of the West" (1972) in "Air and Water Pollution
' Proceedings," Colorado Associated University Press.
I "Mining and Milling Effluent Guidance" (1972) Office of Permits Programs, EPA . I
"Mine Drainage and Other Sources of Healy Metal Pollution in the San Juan Mountains and
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Other Portions of the Colorado River Basin" (1970) FWPCA, Colorado River·-Bonneville
Basins Office.
"Nature, Location, and Magnitude of Salinity Sources rn the Colorado River Basin" (1967)
FWPCA open-file report.
"Mineral Springs and Other Natural Point Sources of Saline Pollution" (1967) FWPCA open-file
report. · I
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EXPERT \'VITNESS EXPERIENCE:
October 1971, Enforcement Conference, Cheyenne River, South Dakota
February 1973, Deposition, Reserve Minind Co., Federal Lawsuit
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October 1973, Deposition, Jefferson Co. Lahdfill Leachate Pollution. Private Lawsuit I .
November I 975, Public Hearing, New Mexico Ground Water Pollution Regulation
. I
I February 1976, Public Hearing, South Dakota Pollution -Control Agency,. modification of
Whitewood Creek Stream Standards I
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June 1976, Public Hearing, New Mexico Grbund Water Pollution Regulations , I
August 1976, Public Hearing, Colorado wlter Quality Control Commission, proposed uranium
in situ mining operation license
April 1977, Cluff Lake (Sask) Board of Inquiry, proposed uranium mine/mill license
September 1978, Adjudicatory Hearing, RaLhers Exploration and Development Corp. vs. U.S.
Environmental Protection Agency
August 1979, Public Hearings, Environmental Protection Agency proposed Underground
Injection Control Regulations I ·
December 1980, Public Hearing, Colorado\ Water Pollution Control Commission, Homestake
Mining Co., proposed uranium mill tailings pond license
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January 1981, Public Hearing, Colorado Water Pollution Control Commission, Union Oil Energy
Mining Division, proposed uranium in situ liaching project
December 1981, Public Hearing, Colorado State Board of Examiners of Water Well and Pump
· Installation Contractors, dis'ciplinary heafing on license revocation for improper well
construction I
March 1982, Public Hearing, Colorado Department of Health, Pioneer Uravan proposed uranium
mill tailings pond license i
August 1984, Public Hearing, Colorado Department of Health, UMETCO Minerals Corp.,
Uravan uranium mill facility relicensing j
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March 1986, Public Hearing, South Dakota Board of Mining and Environment, Wharf Resources
' proposed open-pit mine anq heap-leach facility
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I August 1989, Public Hearing, South Dakota Board of Mining and Environment, South Dakota
' Disposal Systems proposeil Lonetree Balefill Refuse Disposal Site.
I ' 1991 and 1992, Public Hearing, Texas Railroad Commission and Texas Water Quality Board,
Subsurface disposal of power-plant flyash irito lignite mine pit ·
April 1993, Jury trial, Overcharging of SupJrfund PRP by consultant I .
April 1994, Deposition and May 1994, Trial! involving sale of former creosote treating plant I
June 1994, Deposition, Michigan Dept of N~tural Resources v CCA treating plant over continued
releases of CCA chemicals j
ORGANIZATIONS:
National Groundwater Association
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' JOAN G. HUTTON, P. G.
Senior Geologist
EDUCATION:
B.A., 1982, University of South Florida, Geology . ' M.S., 1986, University of South Florid,a, Marine Geology
REGISTRATIONS: I
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Registered Professional Geologist: Atkansas (#1624). South Carolina (#978), Tennessee
(#8-98), inactive. ~ j ·
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SUMMARY: i
Registered professional geologist an1 project manager with 13 years of professional
experience in private and Federal sect~r environmental investigations and remedial actions.
Experience in petroleum UST and AST investigations, RCRA facility investigations,
management and disposal of hazardou1s and nonhazardous waste, hydrogeological studies, ' property audits and assessments, litigation support, and regulatory interface.
EXPERIENCE:
Project Manager, Air Force Cente;r for Environmental Excellence, AFCEE/ERD,
Brooks AFB, Texas; Subconsultant to URS Greiner, Inc. (Contract Amount $568K)
• Prepared work plans, health and slfety plan, and sampling and analysis plan for the
environmental monitoring. of 10 g~ound-water and soil remediation systems at Eglin
AFB. Managed project funds, supJrvised field and office staff, and provided oversight
of the operation, maintenance, an1d monitoring of the remediation systems. Other
responsibilities included monthly lfinancial and management reporting, scheduling,
mv01cmg, data reduction, and preparation of quarterly and semi-annual monitoring
reports. I
I Project Manager, Air Force Center for Environmental Excellence, AFCEE/ERD,
Brooks AFB, Texas; (Contract AmoJnt $3.9M) I
• Managed over 40 environmental tJsks at 17 Eglin AFB sites including contamination
assessments, interim remedial actions, remedial action/corrective measures plans·,
' remedial system construction, operation, maintenance, and monitoring of remediation
systems RCRA Part B/Subpart X ~ermit application and monitoring, RCRA facility
investigations, and corrective measures studies.
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• Prepared monthly financial and management reports, budget summaries, and cost
proposals. Project planning, inc!uiling schedule development and tracking, resource
allocation and cost analysis. Prep&ation of work plans, health and safety plans, and
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sampling and analysis plans, and report writing. Responsible for overall project . I
implementation, supervision of ,project staff, and review of technical deliverables.
Client and regulatory liaison. I
Conducted field investigations Ji assessment sites successfully defining chlorinated
solvent, diesel, and gasoline plufnes using core penetrometer continuous flight auger
techniques. Prepared contaminatibn assessment reports.
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Participated as Member, Air Forcle/FDEP/USEPA Tier l Team in partnering initiative
(structured by the Air Force) to iniprove regulatory relationships to accomplish smarter,
faster, cheaper cleanups. Trainetl in team-building (Myers-Briggs Type Indicators),
partnering principles, communidtion skills, problem solving, decision-making, and
conflict resolution.
• As Task Order Manager, supervised junior engineer and field technician in baseline and
quarterly environmental monitoririg of ground-water pump-and-treat systems at Eglin
AFB. Provided senior review of technical deliverables.
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Field/Project Supervisor, ArmstroJg Laborator)', AL/OEBE, Brooks AFB, Texas;
4/92-5/96 (Contract Amount $7M
• Supervised field personnel conducting contamination assessments at 23 Eglin AFB
' I sites under two delivery orders. Responsibilities included preparation of work plans
and health and safety pla_ns, subcohtractor procurement, construction of project teams,
allocation of resources and scheduling, technical site management, supervision of field
personnel, preparation and review 6f technical reports, and client interface.
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Task Manager, Air Force Center \ror Environmental Excellence, AFCEE/ERD,
Brooks AFB, Texas; 1993 (contract Amount $700K)
• Site Investigation: Prepared the iuality assurance project plan and sampling and
analysis plan for the design, installation, and sampling of monitoring and recovery
wells for a pump-and-treat ground-1ater remediation system at Charleston AFB, South
Carolina. l
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Project Manager, Gene;al Experiencl
• UST/Private Sector, 1986-1992: MJnaged and conducted field investigations at over 40
retail UST sites in Alabama, Geodia, and Michigan for BP, Chevron, Clark Oil, and
Exxon Company, USA. Responsibilities included tank excavation assessments, Phase
I/II site assessments, real estate div1estment assessments, hydrogeological studies, and I
corrective action/remedial action plans. Experienced in managing wide variety of
drilling techniques 'for soil boring/mcinitoring well installation.
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H ydrogeologist, General Experienc~
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, Wood Preserving Plants, 1988-1989: Conducted hydrogeologic investigations at wood
treatment plants in the Southeastel-n United States, Texas, and New York to assess the
impact o chromated copper arsondte and pentachlophenol treating solutions on soil and
ground water. , Characterized, managed, and coordinated disposal of
hazardous/nonhazardous waste at J Tennessee wood preserving facility.
Geologist, General Experience
• Prepared mining plans for sand and gravel recovery compaction testing, residential
drain field siting, and hydrogeological study at a meat packinghouse, including expert
witness testimony.
M : \jobs\resumes\misc\H u tton. doc
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STEVEN G. WISKES
CHEMIST III
EDUCATION: I
I I B.S., 1980, University of Wisconsin-Stevens Point, Water Chemistry/Limnology
I SUMMARY: 1
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Mr. Wiskes has four years of experience in the analysis of water, wastewater, soil, sludge
and solid waste samples. He was a Jrimary analyst for trace metals utilizing the atomic ' absorption spectrophotometric. Mr. Wiskes also has 10 years of experience as a Lead Field ' Technician and eight years of experience as a site assessor. He has eight years experience
as a project chemist. He performed whter quality sampling on a quarterly basis at over 25 ' . waste disposal sites throughout the Midwest.
I EXPERIENCE:
Team Leader, U.S. EPA Superfund Remedial Investigations
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• G&H Landfill, Utica, Michigan
• 9th Avenue Dump, Gary, Indiana
, Wausau NPL, Wausau, Wisconsin I
Michigan Department of Natural Res_ources (MDNR) Lead Investigations
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• Sturgis Well Field, Sturgis, Michig~n
• North Bronson Industrial Area RI/FS, North Bronson, Michigan ,
• Great Lakes Container Corp., Auburn Hills, Michigan
PRP Lead Investigations
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Blackwell Landfill NPL Site, DuPaie County, Illinois
Fadrowski Drum Disposal Site, Frariklin, Wisconsin ' . Janesville Disposal Facility, Janesvil,le, Wisconsin
Hagen Farm, Stoughton, Wisconsin 1
Boundary Road Landfill, MenomonJe Falls, Wisconsin
Mastercraft Casket Co., Ladysmith, Wisconsin
Muskego Landfill, Muskego, Wisco~sin
Spickler Landfill, Town of Spencer, Wisconsin
Woodstock Landfill, Woodstock, Illihois
Westfield Equipment Co., Westfielct,IWisconsin
Appleton Mackville Landfill, Appletbn, Wisconsin
Wayne Reclamation, Columbia City,llndiana
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STEVEN G. WISKES (Continued) I
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• Hunts Disposal Facility, Caledonih,Wisconsin
' • Waukegan Harbor, Waukeirnn, Illinois
• River. Road Landfill, Shar;n, Penhsylvania
!
I Project Chemist i
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• Great Lakes Container Corp., Aublm Hills, Michigan
• 9th A venue Dump, Gary, Indiana I
• Janesville Disposal Facility, Janesville, Wisconsin
• Spickler Landfill, Town of Spence\., Wisconsin
• Hagen Farm, Stoughton, Wisconsih
• North Bronson Industrial Area, Br6nson, Michigan
' • Boundary Road Landfill, Menomonee Falls, Wisconsin ' • State Disposal Landfill, Plainfield :rownship, \Visconsin
• Savanna Ar.my Depot Activity, Sa~anna, Illinois ' • Crab Orchard Natural Wildlife Ref
1
uge, Marion, Illinois
• Scott Air Force Base, St. Claire Co,unty, Illinois
• Joliet Ar.my Ammunition Plant, Wilmington, Illinois ' • Byrkit Avenue Environmental Evaluation, Mishawaka, Indiana
Phase I and/or Phase II EnvironmeJtal Assessments I
I He has per.for.med over 150 Phase I ana/or Phase II environmental assessments at a variety
of sites in Wisconsin, and nearby stated which include the following:
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I Edwardo's Restaurant Sites, Madison, Wisconsin I Lot 14 -Albrecht Industrial Park, Madison, Wisconsin
Portland Avenue Bridge and Appurtenances, Beloit, Wisconsin ' Baraboo SYSCO, Baraboo, Wiscon'sin
Rock Road Companies Sites, JanestilJe, Wisconsin
Osseo Ford, Inc., Osseo, Wisconsin:
Reynolds Storage and Transfer, Maoison, Wisconsin
Dean Medical Clinic Sites throughdut Wisconsin
' Seven American Automobile Association Sites within Wisconsin
Five Ferrellgas, Inc. sites located in how a, Illinois, and Wisconsin
Eight Shockley Communication Sitbs located throughout Wisconsin and Minnesota I Several radio stations located throughout Wisconsin
Cargill, Inc., site located in Illinois j
American Stores Properties, Inc. several large sites throughout Wisconsin
Flad Development & Investment, si/es located in the Madison area.
Additional Experience' \
• Mr. Wiskes' experience also includes writing standard operating procedures for field ' activities and instrument use, Health! and Safety Plans, Quality Assurance Project Plans, I .
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STEVEN G. WISKES (Continued)
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Field Sampling and Work Pla~s, and Remedial Action Plans for a variety of
investigations, including Superfun1d RVFS's, Pre-Design and Design Investigations, and
leaking Underground Storage Tank Investigations. I
• Mr. Wiskes' experience also inclides test pit operations, surface water and sediment
sampling, stream gauging, well drilling, well installation, hydraulic probe soil and
groundwater sampling, and data lalidation of organics and inorganics. He has also I performed soil gas studies on over 50 sites and performed several underground storage
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tank investigations.
Mr. Wiskes has written an Environmental Assessment for the Wisconsin Air National
Guard at Truax Field for the constiuction at a new petroleum, oil and lubricants facility.
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Mr. Wiskes has also worked on dir emission inventories and permits at Fort McCoy
Army Base in Sparta, Wisconsin and Samuels Recycling Company in Janesville,
Wisconsin. I
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Mr. Wiskes has performed field Jork in Level C protection (respirators) and Level B
(supplied air). I
CERTIFICATIONS:
U.S. EPA Health and Safety Training Program
Interviewing Skills I
Technical Writing .
Field Training Program· I
Red Cross CPR and First Aid I
Certified Hazardous Materials Manager, (CHMM)
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MICHAEL W. KIERSKI
SENIOR ENVIRONMENTAL SCIENTIST
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EDUCATION:
Ph.D., 1991, University of Minnesota, Envir:onmental and Occupational Health
B.A., 1984, St. Mary's College of Minnesotd, Environmental Biology . I
SUMMARY: I I
During his academic career Dr. Kierski bonducted research and lectured on a number of
environmental health issues. Dr. Kierski •~ main research expertise was lead toxicology and
environmental chemistry. In addition to hi~ academic experience, Dr. Kierski has over eleven
(II) years of environmental consulting expt/rience. Dr. Kierski has extensive experience in the ' area of human and ecological health issues. He has utilized this experience within a wide variety ' of projects on which he has worked at Montgomery Watson. Dr. Kierski has the unique
combination of both a thorough knowledge of human health and environmental toxicology
issues, and environmental chemistry. The following is a brief summary by area of the key
projects which Dr. Kierski nas conducted or has assisted.
EXPERIENCE:
Ecological and Human Health Risk Assessment
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Dr. Kierski's main area of interest and Jork has been ecological and human health risk
assessments. He has managed and perfonn~d numerous risk as;essments which have been a
regulatory requirement, and for confidential 6lients seeking infonnation to be used to make cost
effective business decisions'. Dr. Kierski has\ perfonned risk assessments to detennine whether
specific circumstances pose an ecological or human health potential for health risks to occur. Dr.
Kierski has perfonned risk assessments to ddtennine "How Clean is Clean." The following are ' some of the more current risk assessments which Dr. Kierski is perfonning or has perfonned. I .
River Valley Schools, Marion, Ohio (In probress)
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• Working on a human health risk assessmeht for this school site, focusing on health concerns
associated with a fonner Department rif Defense disposal area on-site. The primary
I contaminants detected at the site are polycyclic aromatic hydrocarbons, and chlorinated
solvents. Dr. Kierski's involvement has1 included development of risk assessment work
plans, negotiations with regulatory agenci~s, and presentation at Restoration Advisory Board
(RAB) meetings. , \
Savanna Army Depot Activity, Old Burning Ground Savanna, Illinois (In progress)
• Managing a $800 K ecological assessm)nt for the Mississippi River backwater habitats
associated with the Old Burning Ground (<DBG) using the current U.S. EPA tiered approach
for ecological risk assessment.
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MICHAEL W. KIERSKI (Continued)
• Performing multiple toxicity and bioacculation test to supplement the Tier I analysis that was
previously conducted for metals and exhlosives contamination associated with the OBG. I.
Savanna Army Depot Activity, PCB V~ult Remedial Design/Remedial Action (RD/RA),
I Savanna, Illinois -
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Managing the Remedial Design portiori of the RD/RA for 13 former subsurface transformer
vaults at SVDA.
• Included developing work plans, managing the field/pilot study investigations, developing
remedial design documents, and worl<.ing with construction personnel to implement the
design.
• Oversaw development of construction completion report for RA work. . I
' Savanna Army Depot Ac~ivity, Pesticide ?isposal Area, Savanna, Illinois (In progress)
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• Prepared streamlined risk evaluation for a dinitro-o-cresol (DNOC) disposal area. The
streamlined risk evaluation factored in bbth human health and ecological concerns associated
with the disposal area.
Scott Air Force Base, St. Clair County, Illinois (In progress) . I
' • Developed the Human _Health and Ecological Risk Assessment Work Plan for the remedial
investigation for a former landfill and buhi area at the base.
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I Beloit Corporation, Blackhawk Facility NPL Site, Rockton Illinois (In progress)
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• Conducted a human health and ecological risk assessment for NPL site. The primary
contaminants of concern were chlorinated solvents that were detected in groundwater
down gradient of the site. I
Ino Small Arms Firing Range, Ino, WiscoJsin . I
• Managed the field investigation of a fohner military firing range including client contact,
development of work plans, and development of technical memorandum summarizing the
investigation results. I
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• Developed alternate soil cleanup levels 1for lead contaminated soils, which was ultimately
used within the Feasibility Study to defin6 limits of contamination. , I
Lead Abatement of Commercial Facility, (Confidential Client) \'Visconsin
• Managed a lead investigation and abatemLt project for a confidential client.
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MICHAEL W. KIERSKI (Continued)
I • Included development of work plan, delineation of lead-contamination associated with a sand
blasting operation, and overseeing le~d abatement performed by a subcontracted firm,
preparing investigation reports and neg~tiating closure with the WDNR. I ' Former Manufactured Gas Plant (FMGP) Site, Clinton, Iowa
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• Developed a risk assessment work plan for the FMGP site to address potential human and
I ecological concerns associated with metals and PAH contamination at the site under current
site conditions and likely future land usd conditions.
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American Chemical Services NPL Site, Griffith, IN
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• Conducted a PCB investigation of a w~tland that had received PCB containing wastewater.
The U.S. EPA was requesting biological testing to determine if the sediments would be a
concern to ecological receptors, because jof their potential to bioaccumulate.
• The extent of the PCB contamination w1~s assessed, and a technical argument was presented
to U.S. EPA to defend the position that '.the limited extent of the PCB contamination did not
warrant performing biological testing. I
I I South Branch Shiawasse River, Howell, Michigan
• Conducting a human and ecological riJ assessment for the reach of the River that had been
contaminated with polychlorinated biphdnyls (PCBs) containing oils.
I • Performed the fate and transport analysis of PCBs in the Riverine environment, including
bioaccumulation of PCBs in fish. I
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Former Phosphoric Acid Manufacturing Plant, Confidential Client, Illinois
'
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I ' Conducting a human and ecological risk assessment for the former phosphoric acid plant
waste area. The primary chemicals of coricern are polycyclic aromatic hydrocarbons (PAHs).
The human health assessment is focJing on potential contact of site users with waste
material, and the potential for transfer of~hemicals into fish within the on site ponds.
The ecological assessment is concentrAting on the potential health concern of PAHs to
aquatic receptors in the on site wetlands.
I Goose Island Property, Chicago, Illinois
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• Conducted a human and ecological assessment of a former industrial facility along the North
Branch Canal in downtown Chicago. :
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MICHAEL W. KIERSKI (Continued)
•
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The primary chemicals of concern wer~ polycycli~ aromatic hydrocarbons (PAHs), PCBs,
and petroleum related volatile organic tompounds. The risk assessment followed a tiered
Risk Based Corrective Action (RBCA) dpproach to streamlined the risk assessment process.
Transport modeling was performed to prldict the potential for impact to the canal.
Defense Distribution Region West, Tracy, California
• Conducted a ecological assessment for 1this U.S. Army depot. The chemicals of potential
concern included a variety of organic and inorganic contaminants.
• A multipathway risk assessment was cJnducted which included trophic level modeling of
' chemical transfer. J
• Health risks were estimated for both terrttrial and aquatic receptors in a number of areas on
the depot. I
I Former Manufacturing Facility, Confidential Client, Indiana
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• Conducted an ecological risk assessment for the riverine environment adjacent to the site.
• Predicted the amount of chemical trLsport to • the Eel River, and potential health
consequences to aquatic organisms. l
• I State Disposal Landfill, Plainfield Township, MI
• Conducted a human health and ecological assessment for this NPL site.
• A streamlined risk assessment approach 1was used, since the landfill was to be remediated
under a presumptive remedy. This resultSd in cost saving to the client and facilitated agency
approval of the risk assessments. \
' Sunrise Landfill Site, Gaylord Township, MI
• Conducted an ecological' assessment for a wetland, which has been impacted by the landfill.
The results of the ecological assessment snowed that levels of contamination should not pose
an ecological health concern.
• Performed a Feasibility Study risk analysis to quantitatively distinguish the worker risks
associated with each remedial alternative. I
Wayne Reclamation & Recycling, Inc., ColJmbia City, IN
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• Developed a risk-based a~proach for devei1oping cleanup objectives for soil and groundwater
as part of the RD/RA. · I
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MICHAEL W. KIERSKI (Continued) i
• A fate and transport model was used to develop more realistic and achievable soil cleanup
objectives for volatile organic compounds on-site. ·
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Blackwell Landfill NPL Site, WarrenviIIJ, IL
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• Conducted a human health evaluation \of this unique forest preserve site, which included
multiple contaminants and exposure patryways.
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• Conducted an exposure assessment sur~ey of site visitors and employees to determine site-
specific exposure factors which were used to develop more realistic health risk estimates.
MoMI OU Co'P"ra0on, numerous "";~\station sites, MI
• Developed a risk-based approach for determining whether a service station site poses a health
concern.
• Fate and transport modeling was conducted as an integral part of each risk assessment to
define the migration potential of contamihation.
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American Chemical Services NPL Site, G~iffith, IN ·
• Conducted an Ecological Assessment fJ this Superfund Site. Developed a method to rank
chemicals by their potential to cause he!Jth risks by accounting for their toxicity, chemical
concentration, mobility, and bioconcentrktion potential. This method was used to focus the
ecological assessment on particular chemicals of concern.
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• Provided consultation to other Montgorr{ery Watson toxicologist in the development of the
Human Health Assessment. \
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• Developed alternate soil cleanup approach and criteria for site, and provided technical • I
support during agency negotiations. \
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Automotive Parts Manufacturing Plant, C6nfidential Client, Indiana
• Conducted a health risk assessment whilh was required as part of a RCRA Closure of a
former tank farm area at the faci Ii ty. 1
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• Fate and transport analyses, and health rjsk assessment results were used to show that the
residual levels of contamination would not pose a health concern.
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RCRA Part-B Permit Application, Act)ated Carbon Recycling Facility, Confidential
Client, OK
• Conducted an ecological health risk assessment used :10 demonstrate that the planned facility
operations would not impact nearby ecological habitats.
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MICHAEL W. KIERSKI (Continued)
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Mobil Oil Corporation Service Station, Madison, WI
• Conducted a fate and transport analys1 and health risk assessment for the service station
site. The results of these analyses wer~ used to negotiate a reduced scope of work with the
Wisconsin Department of Natural Resources (WDNR).
Metal Recycling Facility, Confidential Cli\ent, LaCrosse, \'VI
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• Conducted a simple fate and transplrt analysis to develop soil clean-up levels for
tetrachloroethene. The soil clean-up le~el was used to negotiate a no-further action for the
residual tetrachloroethene contaminated loil. ·
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RCRA Corrective Action Plan, Former M,etal Refinery, Confidential Client, Calumet Park,
IL i
I • A health risk assessment was conducted for barium and lead contaminated soil at a former
metal refinery site. Thy results of the adsessment were used to argue for a no-further action
altemati ve at the site. I
Air Toxics
Dr. Kiersk.i has designed and implement air monitoring'plans for specific air toxicants. He has
also had training in air dispersion modeling, ~nd air testing methods. The following are some of
his key air toxics experiences while at Montgbmery Watson:
Hechimovich Sanitary Landfill
I • Williamstown, Wisconsin. Developed and implemented an Air Monitoring Plan for total
suspended particulate matter. j ·
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Deer Track Park
• Watertown, Wisconsin. Developed and I implemented an atr monitoring plan for total
suspended particulate matter.
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The BuckstatT Company I
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Oshkosh, Wisconsin. Conducted an NR445 Air Toxics Reporting Assessment for the
Control of Hazardous Air Pollutants at a rJmiture manufacturing plant.
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Morgan Manufacturing
• Oshkosh, Wisconsin. Conducted an l\'R.445 Air Toxics Reporting Assessment for the
Control of Hazardous Air Pollutants at a dcior manufacturing plant.
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MICHAEL W. KIERSKI (Continued)
Confidential Client
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' • Testing of indoor air concentrations of formaldehyde within a manufacturing plant for OSHA
compliance. I ·
PUBLICATIONS and PAPERS:
• Kierski, M.W.
Engineering.
April 1994. A New Way to Wring Savings from Cleanups, Pollution
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• Kiersk..i, M.W. 1991. -The Bioavailability of Soil-Lead in the Weanling Rabbits.
Thesis. University of Minnesota, Minn~apolis, Minnesota. I .
Doctoral
• Hollenstein, J. M. and Kierski, M.W. t980.
Pesticides in Fish from Pleasant Valle)' Lake. . I
Concentrations of PCBs and Organochlorine
Unpublished Bachelors of Arts Thesis.
LECTURES/PRESENT A TIO NS:
• The Bioavailability of Soil-Lead .
Exposition, December 1994.
Society for Risk Analysis, Annual Conference and
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• Introduction to Health Risk AssessmJnt and Exposure Assessment Modeling (Course I
Instructor). Multiple locations during 1994 for General Science Corporations, Environmental
Modeling Training Division. I
I • Introduction to Health Risk Assessment. Fall 1993, University of Wisconsin-Madison, I .
Environmental Toxicology Center Colloquium Seriek.
ORGANIZATIONS:
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Society for Risk Analysis !
Society of Environmental Toxicology and Ch'emistry
CERTIFICATIONS: · . \
40-hour U.S. EPA Health and Safety Trainind ,
Industrial Source Complex (ISC) Air Modeling Course
OSHA Compliance Training Course
M: \jobs\resumes\ki erski . doc
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MATTHEW C. GROSTICK
Associate Engineer
EDUCATION: I I I
B.S. Civil Engineering, University ofTlnnessee -1996
SUMMARY: I
Mr. Grostick has three years of experielce in Environmental Engineering. He has been
involved in projects in the areas of indvstrial waste minimization, energy use reduction,
and industrial remediation. Mr. Grostick has also been involved in projects relating to
environmental emergency responses, !pesticide decontamination, mercury and lead
remediation, water/wastewater treatment, groundwater extraction and treatment, vapor
extraction and treatment, air sparging,\ dual phase extraction, fuel recovery, oil/water
separation, chrome scrubbers, bio-remediation, groundwater monitoring, system O&M,
environmental sampling, and constructidn QA/QC.
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I EXPERIENCE:
Montgomery Watson, Atlanta, Georgih
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Worked on the Air Force Center for j::nvironmental Excellence (AFCEE), Homestead
Air Force Base Projects. He has worked on the work plans for the over-development of
wells at Operable Unit 26. This work iAvolved over-developing a set of wells to reduce I concentrations of trichlorethane (TCE) in groundwater. Mr. Grostick has assisted
Computer Aided Drafting Designers (CADD) to update the status of the environmental
project map for Homestead Air Force B~se. Mr. Grnstick has also assisted in preparing
and submitting a cost proposal to AFCEE for a bio-remediation/ Air Sparging pilot test at
OU-30. I·
Assisted in preparing final work planl for the Air National Guard (ANG). The
projects are located at Hall ANG Base: in Dothan Alabama. The work plans included
project scopes for a Groundwater Monitoring Program, Soil Management Program, and
Secondary Investigation. Field activitibs include drilling, groundwater sampling, soil
sampling, Geoprobe ,sampling, soil \'!and-farming, well development, and well
abandonment.
Assisted in preparing and scheduling l soil removal action plan at Flint Ink. The soil
removal consisted of removing and disposing of approximately 60 cubic yards of
contaminated soil. The soil became contiuninated during a prior site release. Field tasks
include soil excavation, transporter loadirig, ·soil sampling, and analytical review.
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Hand ex of Georgia, Atlanta, Georgia
Involved with the design and install~tion of one air sparging pilot study, and two dual
phase extraction systems. The systeriis are utilized for BTEX removal in soil and
groundwater media. , The projects ~ere conducted for Amoco and the Georgia
Environmental Protection Department \(GEPD). Mr. Grostick was also involved with
groundwater monitoring, system O & M, and environmental sampling at various Amoco
terminals and GEPD sites. I
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I OHM Remediation Services Corporation, Norcross, Georgia
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Field technical lead for all projects 1lcated at Marine Corp Air Station (MCAS)
' Cherry Point North Carolina funded lby the LANTDIV program. Mr. Grostick has
designed and installed; operated, and monitored six soil vapor extraction systems (SVE).
I Three of the systems »-ere utilized in conjunction with Air Sparging (AS) systems. The
SVE/ AS systems ranged in size from approximately 8 wells to 84 horizontal and vertical
wells. The SVE and AS systems were ptilized for:landfills, prior incineration sites, tank
farms, closed storage lagoons, and fueli~g stations.
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Installed and operated a fuel recovery system. The system utilized three horizontal
wells located under an aircraft hanger a'nd six vertical wells around the perimeter of the
hanger. The fuel and water from the w'ells are separated in an oil/water separator. The
I fuel was stored in a holding tank and then transferred to the base steam plant to be burned
during the steam generation operations! The system was utilized to recover JP-4 fuel
from the soil and groundwater medias! The oil/water separator was installed with an
ozone generator to reduce biological growth.
Installation of three chrome scrubberl for the chrome plating operations at
MCAS Cherry Point. Along with the inktallation and operation of the chrome scrubbers
Mr.Grostick performed two demolition ciperations for chrome plating facilities.
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I Designed, installed, and operated a twelve well groundwater extraction system. The
system was tied into the existing InduJtrial Wastewater Treatment Facility (IWTF) at
Cherry Point. Mr. Grostick installed a groundwater pre-treatment system and upgraded
the existing IWTF air stripper, high-pressure sand filters, and liquid-phase carbon
treatment systems. The wells were utilized to remediate groundwater contamination
within the industrial portion of the base. j .
Performed a Hydrogen Peroxide injedtion at an auxiliary site for Cherry Point North
Carolina. The injection was utilized to remediate a site that had experienced previous
releases from underground storage tanks (USTs). The process consisted of six injection
wells.
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Along with performing design and ittallation of the systems listed above Mr.
Grostick also performed environmental, soil and groundwater san1pling, analytical data
review, well installation, system Operations and maintenance (O&M), flush mounting of
existing monitoring wells, construction hf conveyance systems, constr(!ction supervision,
and construction QA/QC.
Worked with technical staff members to design and install a groundwater collection
and treatment system for Quebecor Prinvng Company.
Worked with technical staff member~ to design and install a groundwater extraction
system for the Corp of Engineers (COE). The site was located at the Memphis Defense
Depot, in Memphis Tennessee. The system was comprised of twelve-extraction wells
and conveyance system that discharged to the local POTW. Unexploded ordinances were
located at the site during sampling and iristallation activities.
Performed cost tracking support for Jrojects in agreement with EPA guidelines.
Onsite duties included: generating re~orts to capture project costs, working with
management to forecast if financial arid operational goals were being achieved, and
worked with field staff performing environn1ental restoration duties. Mr. Grostick
performed these duties at emergency response sites, mercury and lead contaminated sites,
pesticide contaminated sites, and drurri storage sites. Emergency response included
underground hydrogen peroxide explosi~n, tire fire, 'mercury contaminated residence, and
drum over-packing sites. j
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University of Tennessee Industrial Ass~ssment Center, Knoxville, Tennessee
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Member of an industrial consulting team. The teams visited manufacturing facilities
and consulted the facilities on industridl remediaton, energy use reduction, and waste
' minimization. Mr.Grostick evaluated thirteen private companies for energy use and
I waste streams and provided recommendations for energy use savings and waste strean1
minimization. The manufacturing facilities included automobile parts, metal baker racks,
country ham, whiskey; vinyl extrusion! hygiene care products, printing, tooling and
machining, etc. I
PROFESSIONAL CERTIFICATIONS AND MEMBERSHIPS:
40 Hour and 8 hour OSHA trained
P ADI open Water Dive Certification
American Society of Civil Engineers
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JOSEPH WILLI CH, JR., P.E., CHMM
VICE PRESIDENT '
DIRECTOR OF CHICAGO OPERA TI0NS
EDUCATION:
MBA, Indiana University · I.
BS, Construction Technology, Purdue University
AAS, Civil Engineering Technology, Purdub University
SUMMARY:
Mr. Willich has been involved with hazardous waste remediation for 12 years and has progressed
from Project Manager to Director of Chidago Operations. His management of projects has I included Superfund sites on the National Priority List as well as industrial sites. Mr. Willich has
successfully completed individual projects v-!ith values up to $30 million.
Project types include RCRA Subtitle C and D landfill caps, RCRAffSCA landfill construction,
slurry walls, leachate collection trenches, drum removal and hazardous waste stabilization.
EXPERIENCE:
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NPL Site in Northwestern Indiana
Highlights include a 4,700 foot barrier wall construction, a 1,400 foot interceptor collection ' trench, pilot cell (sheet piling) for in-siiu vapor extraction study and wastewater treatment
plant construction.
Waste, Inc. Site in Michigan City, Indiana
' Construction of a 1,800 foot collection irench and barrier wall system, waste consolidation
and multi-layered landfill caps. I ·
CID Landfill in Calumet City, Illinois I
Construct 12,000 feet of leachate collection trench in landfill, landfill cap, consolidation of
100,000 cubic yards of waste and 6,000 fbet of slurry wall.
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Metamora Superfund Site in Metamori; Michigan
Removal of 27,000+ drums of hazardous lvaste and 25,000+ tons of contaminated soil.
Industrial Site in Flint, Michigan I :
Stabilize over 400,000 tons of F006 I listed sludge and soil to pass USEPA TCLP
requirements for lead and chromium. Construct on-site hazardous waste landfill for treated
waste and capped. Dust control was a major issue at this large site including several miles of
haul roads. Water was used as a dust 'suppressant on the haul roads, landfill operation,
excavation areas and treatment facilities. I
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JOSEPH WILLICH, JR., CHMM (Continued)
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Construction of SVE System at Ellswlrth AFB in South Dakota
Four individual well-fields covered an area in excess of twenty acres with conveyance piping
to a central treatment facility that includ~d a thermal oxidizer unit. The construction value
was over $6 million. I
Radioactive Waste Site in Ottawa, llli~ois
Excavation, storage and monitoring bf low-level radioactive waste (Radium-226) for
' transport to a secure site in Utah. Over 20,000 cubic yards was handled at the USEPA site in
Ottawa, Illinois. I
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Norfolk Western Site in Detroit, Michigan
I ' Ex-situ stabilization of 6,000 tons of lead-contaminated soil to pass USEPA TCLP
requirements. Treated soil was shipped io an off-site landfill.
I • Wassau Steel Site in Wassau, Wisconsin
Treatment of 4,500 tons of lead-contariiinated soil via ex-situ stabilization. Treated soils
were disposed at an off-site landfill.
• Lacks Industries Site in Grand Rapids, Michigan
In-situ stabilization of lagoon plating {vaste sludges (approximately 25,000 cubic yards)
contaminated with chrome, lead and zinclto applicable Michigan DNR requirements. Treated
waste was shipped off-site for disposal., In-situ stabilization was accomplished using track I backhoes to mix in a prescribed quantity rr reagent.
CERTIFICATIONS:
• P.E. in Indiana
• Certified Hazardous Materials Manager (Senior Level)
• All OSHA HAZWOPER training I
• Seminars on wastewater treatment and en~ironmental regulations.
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PROJECT SUMMARIES
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Homestead Air Force Base
Homestead, Florida
I PROJECT DESCRIPTIONS
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Montgomery Watson has extensive experience in the development of ecological risk
assessments in Region 4, primarily at Homestead Air Force Base. Working with the Air
Force Base Closure' Administration, 1Montgomery Watson has been responsible for the
development of 15 RI/BRA to evalJa·te human and ecological impacts at a number of I operable units identified at Homestead Air Force Base. Montgomery Watson is presently
involved with an extensive Ecologickl Risk Assessment at the Former Homestead Air
Force Base. The ERA is evaluating :the impacts of the storm water conveyance system
(OU-9 Boundary Canal), the tributary! feeder canals, and the Outfall Canal. The Outfall
Canal is the primary conveyance of storm water from the former AFB to Biscayne Bay I
National Park. Furthermore, prior fo 1983, the Outfall Canal received treated effluent
from the former base :wastewater treat1ent plant. lhe area under investigation is presently
receiving attention from various citizen groups and regulatory agencies, due to the
uncertainty regarding the redevelopmeht of the former AFB. Stakeholders have failed to
reach consensus regarding the extent ahd sources 'for environmental impacts as a result of
I contaminated sediments and sediment transport into Biscayne Bay. Primary chemicals of
concern include semi-volatile organic 6ompounds, mercury, cadmium, chromium, copper,
and silver. I
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Montgomery Watson spearheaded.the formulation of a technical advisory group composed
of USEPA Region 4, FDEP, Miami Dade Environmental Resource Management (DERM),
USEPA Emergency Response Team, arid Air Force Representatives. The goal of the team
is to develop an ecological risk assessmbnt in accor,dance with the USPEA 1997 Ecological
Risk Assessment Process Guidance Doc~ment. It should also be noted that the two primary
USEPA authors (Mark Sprenger and Da~id Charters) are members. I .
Montgomery Watson has provided re~edial inve~tigation and baseline risk assessment
through record of decision at 22 Oper~ble Units. Operable Units have included former
landfills, hardfill areas, a former base s6wage treatment plant and incinerator ash disposal
area, entomology shops, electroplating fricilities, fire protection training areas, underground
storage tank sites, and aircraft washrricks. Contaminants of concern include VOCs,
pesticides, metals, primarily arsenic, and!polynuclear aromatic hydrocarbon compounds.
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Montgomery Watson is presently involv~d with a natural attenuation study of the Flightline
Apron that formerly utilized 26 lateral fuel distribution lines for the refueling and defueling
of military aircraft. The fuel distributiJn lines were decommissioned in 1994; however,
leaks from these lines have resulted in ~eas of localized contamination above regulatory
limits. Restoration of the site will includ~ an interim remedial action program to remediate
two source areas, short-term extraction ahd treatment of approximately 300,000 gallons of
groundwater, and two years of natural attinuation monitoring and reporting. ·
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Montgomery Watson is an active participant in the community relations, developing public ' announcement and fact sheets for distribution. to the community and the restoration
advisory board. Montgomery Watson! is also a member of the Base Closure Team (BCT)
which comprised of Air Force, AFCEE, USEPA, state of Florida Department of
Environmental Protection (FDEP), land Miami-Dade Department of Environmental
Restoration Management personnel. I ·
Cape Canaveral Air Station, Florida!
Montgomery Watson is presently invol~ed with the interim remedial actions at eight launch
complexes at Cape Canaveral Air Station, Florida. The primary purpose of the removal
actions is to minfmize immediate threilt of exposure to PCB impacted soils by ecologi~al ' receptors. Tasks include the delineation of PCB (TSCA vs. non-TSCA) excavation,
transportation, and disposal of more thin 20,000 tons of contaminated soils. In addition, a
gopher tortoise surveys and relocation plan was de~eloped for this effort due to the number
of burrows identified at four of the coniplexes. The relocation plan is pending submittal to
the state and fish and wildlife agency fdr approval.
Engineering Evaluation/Cost Analysi) (EE/CA)
Lead Contaminated Soil I
Savanna Army Depot Activity (SVDA)
Savanna, Illinois
The SVDA is a U.S. Government property selected for closure by the Base Realignment and ' Closure (BRAC) Commission under Public Laws 100-526 and 101-510. The property was
purchased by the U.S. Army in 1917 andJhas been used as a proof and test facility for artillery
guns .and ammunition; ordnance storage ,facilities; facilities for loading and renovating shells
and bombs; receive, store, issue and demilitarize ·conventional ammunition and general
I supplies; manufacture,' procure, and m<\intain ammunition peculiar equipment; and repair
parts for worldwide U.S. Department of E>efense support.
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In an agreement with the Illinois Envi~onmental Protection Agency (!EPA) and the U.S.
Environmental Protection Agency (USEPA), Region V, a Demonstration Project (DP) was
conducted in 1995 whereby approximat61y 20,000 cy of contaminated sandy soil from an
Open Burning Ground were excavated, sc'.reened to remove ordnance debris, and stockpiled in
a Soil Redeposition Area (SRA). I
Five areas were excavated and processedlas part of the DP. Three areas designated El, E2,
and E3, were excavated within a portioh of the OBG site. Additional excavations were
conducted in an area designated S l to I construct a building in which to conduct sifting
operations, and a designated Roadw1y Modification Area (RMA) associated with
construction of the Sifting Plant. Soils rkmoved from El, E2, E3, S l, and the RMA were
' ' segregated and stockpiled in the SRA. The SRA is partitioned to separate soils according to
their source area and is covered with a tarp.
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Toxicity characteristic leaching procedure (TCLP) results from random testing of the SRA
soils performed by the United States Airny Corps of Engineers (USA CE) during August 1996
I indicated lead levels above the USEPA TCLP criteria for hazardous waste (5 mg/L) and the
I ' ~ IEPA 35 lAC Part 721. Based on the 1996 sampling results 17,000 cy of the 20,000 cy were
classified as a characteristic hazardous lvaste. The,USEPA and the IEPA have stated that the
SRA pile constitutes a non-compliant! Resource Conservation and Recovery Act (RCRA)
waste pile. In order to comply with Agbncy directives, the Army proposed a non-time-critical ' removal action to reduce the potential tt\rcat from the SRA lead-soil pile.
The initial project concept (by anothL consultant) involved the on-site stabilization of
17,000 cy of soil to reduce the TCLP ield concentration such that the soil no longer exhibited
the characteristic of a hazardous wastd, and would not be classified as a hazardous waste.
After stabilization, the soil would be disposed off-site at a solid waste landfill.
On behalf of the SVDA and USACE,\ Montgomery Watson performed remedial activities
which included:
• Montgomery Watson reviewed the existing analytical results, and performed
additional sampling and analy~is at one of the five soil stockpiles. Based on these
activities, and the interpretatioh of data presented by Montgomery Watson, four of
the five soil stockpiles were ciassified as solid waste, and therefore did not require
stabilization prior to disposal. I The volurrie of soil classified as a hazardous waste
was reduced from 17,000 cy to 6,300 cy. This revised approach was approved by
' the USEP A and IEP A. I
I . • Prepared an EE/CA Approval lylemorandum.
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• Prepared an EE/CA as required for non-time-critical removal actions. The EE/CA
identified, screened, and evaiudted removal action alternatives.
• Provided community relations and admiriistrati ve record support to the SVDA,
including support during the 30iday public comment period.
• Prepared an Action MemorandJm after completion of the public comment period.
The initial project cost estimate was $2l800,000. ~ased on Mo~tgomery Watson's value
engineering actions, the revised project tost estimate was $1,900,000, a savings of nearly
$) ,000,000. · · I ·
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Site Cleanup and Expedited Removal
American Chemical Service, Inc. I
Superfund Site !
Griffith, Indiana I
Montgomery Watson has been invo!Jed in the project for the last five years, conducting
remedial investigations and feasibility studies, ·negotiating a Record of Decision, and
' providing strategic planning for the PRP Group. An RI/FS Work Plan had been developed
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by U.S. EPA's contractor, however, Montgomery Watson was able to negotiate a reduce
work scope by convincing the agency !that the site could be adequately defined by a .lesser
level of effort. At a later date, the U.S. EPA issued a Proposed Plan to remediate the site,
subsequent to which the Record of Dbcision was issued. The PRPs were then given the ' opportunity to perform the remedy. Montgomery Watson assisted the PRPs through the
following actions: \ ,
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• Prepared comments on the Proposed Plan. . I
• Performed treatabilty studies to evaluate selected technologies.
• Performed supplemental soil sampling.
• Prepared a Good Faith Offer/Statement of Work.
• Negotiated with U.S. EPA. j
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I Montgomery Watson was retained by a group of PRPs to complete the remedial
design/remedial action (RD/RA) phas~s for the cleanup of a solvent reclaiming facility in ' Indiana. The remedy selected by EPA includes excavation and low temperature thermal
' desorption of waste, excavation and disposal of buried drums, dewatering and soil vapor
extraction of contaminated soils, and e)(traction and treatment of contaminated groundwater
' followed by discharge to a wetlands or surface water body. Montgomery Watson's strategy
is to expedite the implementation of th~ relatively low cost components of the remedy, such
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as installing a fence and the groundwater pump and treat system, and then conduct field ' scale treatability tests to evaluate whether or not the high cost components of the remedy
' (i.e., excavation and low temperature thermal desorption) are really feasible for the site.
The treatability tests will also provide information to develop a better estimate for the true
cost for the excavation and low temp~rature thermal treatment. A recent phase of work
involved designing and implementing] a 16-foot deep by 1,200-foot long groundwater
interceptor trench and a state-of-the-art groundwater treatment system. To expedite the ' groundwater pump and treat system, Montgomery'Watson completed this activity using a
Design/Build approach.
By utilizing the Design/Build approach, Montgomery Watson will save the client
' approximately $400,000 in design and construction management costs. Montgomery
Watson saved the client approximately [$100,000 by convincing the agency that extensive
investigation of the lower aquifer was not warranted.
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RI/FS and a CERCLA Removal Action
Industrial Facility Groundwater Problem
Beloit Corporation and Hamischfeg~r Industries, Inc.
I Beloit Corporation's Research and Development and Manufacturing Facility located in
Rockton, Illinois is a NPL site due t6 the presence of VOCs detected at several private
' ' wells in an adjacent subdivision. Three phases of an investigation have resulted in
identifying and characterizing a soufce and plume of VOCs limited to the industry's
property. Groundwater flow was shown not to occur toward the private wells. The lead
agency hypothesized the presence of alpooled DNAPL to explain movement of VOCs at a
right angle to the groundwater gradient. A removal action is currently being implemented ' ' to control the source and contain the plume. The removal action will become a part of the
final ROD. I '
• Successfully negotiated with lthe lead agency to accept the use of cost effective
field screening of VOCs to help evaluate potential source areas through soil gas
' and groundwater screening. Effectively 'screening several potential source areas
and limiting the number of expensive wells and CLP lab samples.
• The remedial investigation idJntified and characterized a source and groundwater -' ~ plume of VOCs on our client's property, and documented that no pooled DNAPL
existed at the site.
• Successfully, negotiated use of a removal action to initiate a removal action for
groundwater containment, pre~ared and submitted the Engineering Evaluation and
Cost Evaluation (EE/CA) -o)ily the third one in Region V. The EE/CA is a
streamlined FS for a removal a'ction.
Elimination of the potential for a pool!d DNAPL,reduces our client's investigation costs
and improves the potential for limiteq remedial ,actions. Implementation of a removal
action allows our client to initiate a remedy several years before completion of the RI/FS,
I ' ROD, and RD/RA process. The benefit of the removal action is: to reduce the costs and
simplify the review and approval process of what will probably be the primary final , I remedy; and to reduce our client's liability for potential off site VOC impacts.
I We utilized technical and regulatory stra,tegy tools to limit our client's liability for actual or
potential off site groundwater contamination. Use of a removal action is being used to
implement a groundwater remedy much\rapidly and for lower cost than under the RD/RA
process. This initiates early control and cleanup of a groundwater plume that was
potentially moving off-site.
M :\jobs\l 242\402\30\wp\rpt\96_Johnson controls.doc
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Table 1 '-Selected (j'.ERCLA Experience
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Project Name RI BIRA FS
Aber Road Landfill* j ✓
American Chemical Services* I ✓ ✓ ✓
Avon Park J✓
Badger Army Ammunition Plant I✓
Barefoot Landfill* ' I✓ ' ✓
Beecher Landfill* :✓
Beloit Corporation :✓ ✓
Blackwell Forest Preserve* '.✓ ✓ ✓
Boundary Road Landfill :✓ ✓
Brockman Landfill* :✓ ✓
Cadillac Industrial I ✓
Carpentersville :✓
Conrail :✓ ✓ ✓
Coshocton Landfill* ** '.✓
Crab Orchard National Wildlife Refuge i
Duell/Gardner Landfill* '✓ ✓ ✓
Fadrowski Drum Disposal Site y ✓ ✓
Fredrick Township I ✓
G & H Landfill* y ✓,
Gaylord Repair Facility y ✓, ✓
Grandville Site y
Great Lakes Container ✓ '✓
H.O.D. Landfill y ✓
Hagen Fann Site* ** ✓ ✓ ✓
Homestead AFB ✓ ✓ ✓
Hunt's Disposal Landfill* I
Hydro Aluminum Bohn V
Janesville Disposal* ** V ✓• ✓
Jefferson-Connor I
Joliet Army Ammunition Plant ' ' Joslyn Corporation V ✓
Kavco Landfill* I
Kempest i"
Kentwood Landfill* !
MacDill Air Force Base V '.
Mainstreet Well Field i
Morrill Electric i" ✓ ✓
Muskego Landfill* ** V ✓ ✓
9th Avenue Dump** -( ✓ ✓
NIROP ,( ✓ ✓
North Bronson ,( ✓ ✓
Omega Hills* ** ,( ✓.
Ott/Story/Cordova Site ,(
Pagel Pit Landfill* { ✓ ✓
Rasmussen/Spiegelberg** I ✓
Page 1
F:\soqs\matrices\hazwasteVCICERCLA.XLS
RD RA
✓
✓
✓
✓ ✓
✓
✓
✓
✓
✓ ✓
✓
✓
✓ ✓
✓
✓
✓ ✓
✓
✓ ✓
✓
✓ ✓
✓
✓ ✓
✓
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Project Name
Refu.se Hideaway*
River Road Landfill
Rose Township Cemetery
Saesertown Industrial Area
Savanna Army Ammuntion Depot
Schnitzer Iron/Metal
Sexton Landfill*
Shiawassee River Site
Soickler Landfill*
State Disoosal Landfill*
Stureis Wellfield
Tar Lake
Tri-Countv Elein Landfills
Verona Wellfield
Wash King Laundry
Waste Inc.
Waukegan Harbor .
Wausau Wellfield
Wayne Reclamation***
Wheeler Pit**
Whitehall
Woodstock Landfill*
Legend:
RI -Remedial Investigation/Site Investigation
FS -Feasibility Smdy
RA -Remedial Action
BIRA -Ba'>elinc Risk Assessment
RD -Remedial Design
.. Municipal Landfill
*"' Industrial Landfill
***Municipal/Industrial Landfill
F:\soqs\matrices\hazwas1e\JCJCERCLA.XLS
RI
I
1✓
\✓
:✓
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:✓
:✓
:✓
:✓
(
Y'
V
Y'
V
I
V
V
V
;/
?
✓
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BIRA FS RD RA
✓ ✓
✓
✓
✓ ✓
✓ ✓ ✓
✓ ✓
✓ ✓
✓ ✓
✓, ✓
: ✓
✓
✓ ✓
✓ ✓
✓ ✓
✓ ✓
✓ ✓
✓ ✓ ✓
✓ ✓ ✓ ✓
✓
✓ ✓