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Robert W. Cleary
was a professor of Civil and Geological Engineering at
Princeton University and a Professor of
Geosciences at the University of Sao Paulo,
Brasil. He received his Ph.D. degree in
Chemical Engineering from the University of Massachusetts in Amherst and is currently a
groundwater consultant and an adjunct
professor in the Hydrogeology Field School course of the Earth and Environmental Sciences Dept. of the University of Waterloo. he is a co-author of the first peer-reviewed, chlorinated solvent remediation paper in 1981. His research
interests and practical experience include
all aspects of groundwater contamination,
remediation, hydrology, modeling, site
characterization, litigation support and
remediation strategies. In addition to
numerous technical articles and reports, he has authored book chapters
dealing with groundwater hydrology and
modeling in English and Portuguese. Considered one of the outstanding
teachers in the field, he is
a lecturer in the National Ground
Water Association's MODFLOW course and
Princeton Groundwater Inc.'s Groundwater
Pollution and Hydrology and Remediation
courses in the United States and Brasil. |
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John
A. Cherry
holds geological
engineering degrees from the University of
Saskatchewan and the University of
California, Berkley and a Ph.D. in
hydrogeology from the University of
Illinois. He was a faculty member at the
University of Manitoba for four years before
joining the faculty at the University of
Waterloo in 1971 where his research focused
on field studies of the migration and fate
of contaminants in groundwater and
groundwater remediation. He retired from the
University of Waterloo in 2006 and was
granted the title Distinguished Professor
Emeritus in 2007. He co-authored the
textbook “Ground Water” with R.A. Freeze
(1979) and co-edited and coauthored several
chapters in the book “Dense Chlorinated
Solvents and Other DNAPLs in Groundwater”
(1996). In addition to research concerning
subsurface contaminant behavior, he has
participated in development of several
technologies for groundwater monitoring and
remediation and co-holds several patents. He
is a Fellow of the Royal Society of Canada
and has received awards for groundwater
contamination research from scientific and
engineering societies in Canada, the United
States and the U.K. He held the Research
Chair in Contaminant Hydrogeology at the
University of Waterloo (1996-2006) and is
currently the Director of the University
Consortium for Field-Focused Groundwater
Contamination Research, established in 1988,
and is an adjunct professor in the School of
Engineering at the University of Guelph. |
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Michael
C. Kavanaugh
is Vice President and
the Global Science and Technology Leader for
Geosyntec Consultants. He is a chemical and
environmental engineer with over 35 years of
consulting experience. Dr. Kavanaugh has
been project engineer, project manager,
principal-in charge, technical director or
technical reviewer on over 200 projects
covering a broad range of environmental
issues. He has co-authored over 35 peer
reviewed technical publications, edited two
books, and has made over 100 presentations
to technical audiences, legislative bodies,
and public advocacy groups. He has chaired
two boards under the National Research
Council, the Water Science and Technology
Board from 1989 to 1991 and the Board on
Radioactive Waste Management from 1998 to
2000. Dr. Kavanaugh has a B.S. and a M.S. in
Chemical Engineering from Stanford and UC
Berkeley, respectively and a PhD in
Civil/Environmental Engineering from UC
Berkeley. He was a Peace Corps volunteer in
Guatemala from 1964 to 1966. He is a
registered professional engineer in
California and Michigan and a Board
Certified Environmental Engineer by the
American Academy of Environmental Engineers. Dr. Kavanaugh is also a Consulting Professor
in the Civil and Environmental Engineering
Department of Stanford University. He was
elected to the National Academy of
Engineering in 1998. He was the chairman of the 2013 National Research Council's acclaimed report: Alternatives For Managing the Nation's Complex Contaminated Groundwater Sites. |
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Bernard
H. Kueper
has a Ph.D. from the
University of Waterloo and is a full
professor in the Department of Civil
Engineering at Queen’s University. His
research focuses on the subsurface behavior
and clean-up of dense, non-aqueous phase
liquids (DNAPLs) such as chlorinated
solvents, PCB oils, and creosote. This work
is focused on both unconsolidated geologic
deposits, such as sands and gravels, as well
as fractured clay and rock. Dr. Kueper has
carried out laboratory experimentation,
field work, and numerical modeling to study
the specific processes which govern the
subsurface fate of these liquids, as well as
methods of site remediation. Dr. Kueper has
published extensively in these areas and has
lectured on the topics of DNAPL behavior and
remediation in professional short-courses in
Canada, the U.S.A., Switzerland, Denmark,
and Great Britain. Current work includes the
valuation of waterflooding, surfactant
flooding and alcohol flooding as methods of
in-situ DNAPL removal, as well the
measurement of capillary pressure and
relative permeability curves in fractured
rock. Dr. Kueper is a licensed professional
engineer who also serves as a technical
consultant to private industry. This work
has included providing technical expert
testimony in court and at public hearings,
meetings with U.S. E.P.A. and state
regulatory agencies, oversight of site
investigation activities, and the
preparation of a variety of technical
documents. |
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Murray
D. Einarson
is a Principal Hydrogeologist with Haley & Aldrich in Oakland, California. . He has a B.A. in geology from the University of California, Santa Barbara, and an M.Sc. in hydrogeology from the University of Waterloo. Mr. Einarson has 30 years of experience as an environmental consultant, and is a Professional Geologist in California. His professional interests focus on developing and promoting superior methods and technologies for environmental site characterization and in situ remediation. He is a pioneer in the development and application of expedited site assessment technologies and has co-authored industry and regulatory guidance documents on this subject. He also holds patents on innovative site assessment technologies, including a dual-tube soil coring system and a multi-level groundwater monitoring system (CMT™ multilevel monitoring system). Mr. Einarson is a frequent lecturer to environmental regulators in California and other states. He has authored or co-authored dozens of technical publications and regularly serves as a peer reviewer for several technical journals. He has been an instructor in the Waterloo graduate course in field hydrogeology for the last 10 years. In honor of his many accomplishments in the field of contaminant hydrogeology and groundwater protection, the National Ground Water Association awarded Mr. Einarson its Ground Water Technology Award in 2009. |
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David Kaminski
is Senior Vice President at QED Environmental
Systems. Over the past 25 years, he has
designed and installed ground-water pumping
and sampling systems for sites throughout the
United States
,
Canada
, Europe,
Australia
and
South America
. Mr. Kaminski has developed new devices and
methods for ground-water sampling and
groundwater remediation applications and has
been awarded four
US
patents. He has also published several journal
and conference papers on ground-water sampling
practices and pumping system design. Mr.
Kaminski has presented hundreds of seminars, short courses
and field courses on ground-water sampling for
leading industry professional organizations,
universities and regulatory agencies
worldwide.
He is a
member of the standards organization ASTM
International and was Chairman of ASTM’s
Ground Water Sample Collection committee 1990
– 2008, during which time he co-authored
several standards on monitoring well purging
methods and sampling device selection. Mr.
Kaminski is also a member of the National
Ground Water Association, the International
Solid Waste Association, the Solid Waste
Association of North America, and the
California Groundwater Resources Association. |
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Douglas G. Larson is a Senior Principal Engineer with Geosyntec Consultants in Boston, MA, where he manages the firm's northeast U.S. operations. He has a B.S. in Civil Engineering from Carnegie Mellon University and M.S. and PhD degrees in Civil and Environmental Engineering from the Massachusetts Institute of Technology. He is a Registered Professional Engineer in several states and a Licensed Site Professional (LSP) in Massachusetts. Dr. Larson has worked on hazardous waste site remediation projects since 1985, including projects at dozens of Superfund sites throughout the United States. He has helped advance the full scale implementation of several innovative remediation technologies, and he has designed and managed the application of a wide range of remedial strategies including bioremediation, chemical oxidation, soil vapor extraction (SVE), multi-phase extraction (MPE), air sparging, in situ thermal treatment, groundwater extraction and treatment, and in situ reactive barriers. He is frequently consulted on Brownfield redevelopment projects and projects involving environmental liability transfers. Dr. Larson has taught at Tufts University and the University of Massachusetts Lowell, and he lectures at universities and conferences throughout the U.S. on remediation topics. |
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Richard Rago serves as Vapor Intrusion Practice Leader at
Haley & Aldrich and
has conducted hundreds of indoor air quality
project investigations and soil vapor intrusion
studies at sites contaminated with manufactured
gas plant (MGP) residuals, petroleum
hydrocarbons, chlorinated solvents, pesticides,
and other contaminants. Since
joining Haley & Aldrich in 1991, Rich has long
been recognized for his support for regulatory
agencies and professional organizations,
including technical collaboration with EPA and
ITRC’s PVI team as well as for contributions to
numerous state and federal guidance documents.
He has also directed independent research
studies in support of improved environmental
characterization, including analytical false
positives, indoor air sampling intervals, soil
gas long term temporal stability, and
residential indoor air background. Rich is
currently collaborating with two leading
analytical testing laboratories to complete an
indoor air background study focused on VOCs and
petroleum hydrocarbons in office buildings,
municipal buildings, commercial buildings, and
schools. |
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Rebecca Daprato is a Senior Principal Environmental Engineer with Geosyntec Consultants in Denver, CO, where she manages the firm's Rockies operations. Dr. Daprato has worked in the field of site investigations and remediation for more than 16 years and has worked
for industrial, commercial, municipal, and federal clients under state mandated and voluntary programs and the US EPA RCRA program. Her primary area of expertise is the evaluaion and implementation of bioremediation applications for the remediation of chlorinated solvent inpacted groundwater. She has also designed and managed the implementation of excavation, biosparging, air sparging, soil vapor extraction, in situ chemical reduction, groundwater extration, streambank interceptor trenches, and vapor intrusion mitigation systes. Dr. Daprato obtained her B.S. in Chemical Engineering and Chemistry from Florida State University and her Ph.D. and M.S. in Environmental Engineering from Rice University. She is a Professional Engineer in Colorado, Texas, Missouri, Florida and North Carolina. Dr. Daprato was also a contributing auhor of the Interstate Technology and Reglatory Council (ITRC) Green and Sustainable Remediation technology overview and technical guidance documents and was an internet-based trainer for the Green and Sustainable Remediation Team.
Bart Eklund is a Senior Technical Expert at Haley & Aldrich. He has a BS in Chemistry from the University of Illinois-Urbana and over 43 years of experience. He wrote much of the USEPA guidance for addressing air quality at remediation sites. Mr. Eklund first evaluated vapor intrusion (VI) in 1989 at Hill AFB in Utah. Since that time, he has designed field measurement programs and/or performed data evaluation to address VI for over 350 sites in 43 States plus VI sites in approximately 20 other countries. His other activities include organizing five specialty conferences on vapor intrusion; being an author of the ITRC VI guidance document; contributing to State VI Guidance in Kansas and Georgia; and being the primary author of the ASTM D7663 standard for soil gas sampling. Mr. Eklund is the author of approximately 20 journal articles, 30 US government publications, and 50 papers in conference proceedings. He is a Certified Industrial Hygienist (CIH).
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