&EPA
United States
Environmental Protection
Agency
Hazardous Waste Engineering
Research Laboratory
Cincinnati, OH 45268
EPA/600/9-87/007
January 1987
Research and Development
Hazardous Waste
Research Locator
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Table of
Contents
Hazardous Waste Engineering
Research Laboratory
Organization Chart 2
Function 3
Land Pollution
Control Division
Organization Chart 4
Function 4
Containment Branch
Function 5
Releases Control Branch
Function 5
SITE Technology Evaluation Staff
Function 5
Alternative Technologies
Division
Organization Chart 6
Function 6
Thermal Destruction Branch
Function 7
Chemical and Biological
Detoxification Branch
Function 7
Technical
Literature
Ordering Information 8
Superfund 8
RCRA 9
Technical Assistance
Directory
Land Pollution Control Division 11
Alternative Technology Division 11
RCRA 11
Superf und 12
Pilot and Testing Facilities 12
Technical
Contacts
Cincinnati, Ohio 13
Edison, New Jersey 14
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Hazardous Waste
Engineering
Research Laboratory
Organization Chart
Hazardous Waste
Engineering
Research Laboratory
Administrative & Budget
Support Staff
Program Planning
and Support Staff
Alternative Technologies
Division
Land Pollution
Control Division
Thermal
Destruction
Branch
Chem. & Biol.
Detoxification
Branch
Treatment
Tech.
Staff
tzr i
rmal
ch.
aff
Thermal
Processes
Research
Staff
Chem. &
Bio.
Staff
Engineer.
Staff
Containment
Branch
Releases
Control
Branch
Remedial
Action
Staff
I
Pollution
Control
Staff
Pollution
Assess.
Staff
Tech.
Eval.
Staff
Chem.
Staff
Tech.
Develop.
Staff
SITE
Staff
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HWERL
Hazardous Waste
Engineering
Research Laboratory
Director, HWERL
(513)569-7418
Deputy Director, HWERL
(513)569-7896
For FTS calls
dial 8-684 and extension
The Hazardous Waste Engineering
Research Laboratory is responsible for the im-
plementation of engineering research and
development related to solid and hazardous
waste and 'Superfund' within the Office of
Research and Development.
The mission of the Hazardous Waste
Engineering Research Laboratory is to provide
an authoritative, defensible engineering basis
in support of the policies, programs, and
regulations of the Environmental Protection
Agency with respect to solid and hazardous
wastes and Superfund-related activities. The
Laboratory defines and characterizes sources
of pollution, catalyzes advances in the state-
of-the-art of pollution control, provides
engineering concepts for cost-effective
engineering solutions to difficult pollution
problems and provides early-warning of
emerging sources of pollution.
Areas of responsibility include:
• providing the needed test protocols and
engineering capabilities for achieving
effective and minimum cost implementation
of and compliance with regulations for the
disposal of solid and hazardous wastes by
land disposal or destruction/detoxification
• providing practicable and cost-effective
remedial engineering technologies capable of
restoring the quality of public health or
preventing environmental hazards from
orphaned hazardous waste disposal sites or
from spills or other accidental releases of
hazardous materials
• exploring and exploiting high-risk but
potentially high-payoff techniques for solv-
ing environmental problems related to solid
and hazardous wastes
• prompting the development and early com-
mercialization of techniques and technologies
which will reduce the cost and, therefore, the
overall economic burden of attaining en-
vironmental quality goals
• providing technically and economically
feasible solutions to presently intractable
engineering problems of serious concern
because of significant public health
implications or potentially irreversible
environmental impacts
• generating and maintaining a
knowledgeable understanding of the
fundamental scientific and applied engineer-
ing aspects of alternative pollution control
methodologies for solid and hazardous
wastes
• identifying impending new sources of solid
and hazardous wastes, characterizing these
and currently poorly-understood sources with
available or expected techniques
• enhancing the development and
demonstration of innovative technologies at
Superfund sites as alternatives to contain-
ment systems thereby establishing commer-
cial availability via the Superfund Innovative
Technology Evaluation (SITE) Program.
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HWERL
Land Pollution
Control Division
Director
(513)569-7861
Land Pollution
Control Division
Containment
Branch
Releases
Control
Branch
I I —
edial
ion
aff
Pollution
Control
Staff
Pollution
Assess.
Staff
Tech.
Eval.
Staff
Chem.
Staff
Tech.
Develop.
Staff
SITE
Staff
The Land Pollution Control Division is
responsible for research, development, and
demonstration of new and improved methods
to dispose of solid and hazardous wastes to
the land and for the prevention, identification,
control, and abatement of multi-media
pollutants from uncontrolled hazardous
waste sites and from releases of oils and
hazardous materials.The Division provides
data necessary for the establishment of
disposal guidelines which contribute to a bet-
ter understanding and implementation of im-
proved solid and hazardous waste manage-
ment practices. The program includes evalua-
tion of new or improved equipment, devices
and systems for the containment, cleanup,
removal, and ultimate destruction of oil and
hazardous substances released to the en-
vironment from spills and uncontrolled hazar-
dous waste sites.The Division maintains a
close association with municipal, county,
intergovernmental, and industrial organiza-
tions engaged in land disposal of toxic and
hazardous waste. The Division maintains
technical liaison with the Office of Solid
Waste and Emergency Response with
respect to the planning and implementation
of projects keyed directly to support of that
Office's on-going programs. The LPCD for-
mulates, plans, implements, directs, coor-
dinates, and reviews specific programs and
projects (including recommendation of
resources and schedules for their accomplish-
ment) to achieve its assigned objectives. In
support of HWERL and ORD, the Division
assists in managing the development of
broad program plans and priorities and in the
preparation of longer range research
strategies. Using assigned resources, it car-
ries out its work either through its own
capabilities or through contracts, cooperative
agreements, or interagency agreements with
other organizations. Within available
resources, the Division provides technical
assistance and support to Agency com-
ponents and others. It assures that the results
of its work are disseminated according to
ORD guidelines.
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Land Pollution
Control Division
HWERL
Containment
Branch
Cincinnati, OH
Chief
(513)569-7871
The Containment Branch is responsible for
conducting research with respect to the land
disposal of hazardous wastes. This includes
improving design, performance, and evaluation
techniques for land disposal facilities and
developing and evaluating the effectiveness of
long-term remedial measures at existing con-
taminated disposal sites.
Technical information, new control methods,
and facility evaluation techniques are provid-
ed through technical reports, , contribution to
scientific literature, technical assistance to
state and regional regulatory offices, and
guidance to EPA offices developing policy,
guidelines, and regulations on solid and hazar-
dous waste management. In connection with
these responsibilities, the Branch conducts ap-
propriate hazardous waste research for land
disposal facilities in the following categorical
areas: 1) Cover Systems, 2) Waste
Leaching/Solidification, 3) Flexible Membrane
Liners, 4) Clay Soil Liners, 5) Quality
Assurance/Quality Control, and 6) Expert
Systems. Also, research associated with
municipal solid waste disposal facilities is be-
ing performed. Categorical research areas
associated with long-term remedial measures
are: 1) Site and Situation Assessment, 2) Con-
trol Technology, and 3) Technical Support.
Technical assistance related to EJranch pro-
grams and expertise is provided to other com-
ponents of EPA, to other Federal Agencies, and
to State and local government. Results of this
research will support implementation of the
guidelines mandated by the Resource Conser-
vation and Recovery Act (RCRA) of 1976 as
amended by the Hazardous and Solid Waste
Amendment (HSWA) of 1984, and the Com-
prehensive Envrionmental Response, Compen-
sation and Liability Act (CERCLA) of 1980 as
amended by the Superfund Amendments and
Reauthorization Act (SARA) of 1986.
Releases Control
Branch
Edison, New Jersey
Chief
(201)321-6635
The Releases Control Branch is responsi-
ble for conducting national programs of
research and development for the prevention,
identification, control and abatement of
multi-media pollution from spills of hazardous
substances, and from uncontrolled hazardous
waste disposal sites. The programs include
on-site cleanup equipment research and per-
sonnel protection. The development of equip-
ment and techniques is carried out beyond
the point where they are ready for field im-
plementation by the commercial community.
In connection with these responsibilities, the
Branch conducts appropriate source
characterizations to identify and categorize
various solid hazardous wastes and to assess
the applicability of release control alter-
natives. The Branch provides technical
assistance and engineering guidance to EPA
Regions, Program Offices, and Federal, State,
and local agencies for emergency response
actions at spill and waste sites. The Branch
documents the technical and operational
feasibility and cost-effectiveness of various
control options for protecting the water, land,
and air from spills and waste site releases,
and provides environmental control criteria
for the regulatory needs of the EPA. These
activities support provisions of the Resource
Conservation and Recovery Act and the
Comprehensive Environmental Response,
Compensation and Liability Act.
SITE Technology
Evaluation Staff
Cincinnati, Ohio
Staff Chief
(513)569-7877
The SITE (Superfund Innovative Technology
Evaluation) program is jointly administered by
EPA's Office of Research and Development
and Office of Solid Waste and Emergency
Response. The SITE program involves conduc-
ting a demonstration program of the more pro-
mising innovative technologies to establish
reliable performance and cost information for
site cleanup and structuring a development
program for emerging technologies.
The SITE Technology Evaluation Staff is
responsible for the planning and implementa-
tion of the demonstration and development
program. This includes preparation of annual
demonstration and development solicitations,
coordination of review and selection of
demonstration and development projects,
management of evaluation contractors,
development of a comprehensive demonstra-
tion/development evaluation plan for each
project, permitting assistance, coordination of
projects within EPA and with other parties,
development of project reports, development
and implementation of a technology transfer
program, and preparing input for the annual
plan.
The Technology Evaluation Staff reports
directly to the Director of the Land Pollution
Control Division. The primary duties of the
Staff are technology selection and overall
management of the demonstration and
development projects. The Technology Evalua-
tion Staff will manage the evaluation contrac-
tors, set guidelines for conducting demonstra-
tion and development projects, coordinate ac-
tivities with the Office of Solid Waste and
Emergency Response and interact with the Of-
fice of Environmental Engineering and
Technology. The Technology Evaluation Staff
will include technology demonstration project
managers and technology development pro-
ject officers. Via a matrix management ap-
proach, these project managers and project of-
ficers will carry out the technical demonstra-
tion and development projects.
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HWERL
Alternative
Technologies
Division
Director
(513)569-7528
Alternative Technologies
Division
Thermal
Destruction
Branch
Chem. & Biol.
Detoxification
Branch
I ,
I I
Treatment
Tech.
Group
Staff
Thermal
Tech.
Staff
Thermal
Process
Research
Staff
Chem. &
Bio.
Staff
Engineer.
Staff
The Alternative Technologies Division is
responsible for research to develop and assess
technologies which are alternatives to conven-
tional land disposal for hazardous waste. The
scope of the Division's program covers ther-
mal destruction processes such as incinerators
and high temperature industrial processes
which employ hazardous waste as a fuel, and
research into innovative chemical, biological,
and thermal destruction technologies.
Research is conducted to assess the
magnitude of air emissions from hazardous
waste treatment facilities and determine
methods for their control. Conventional treat-
ment systems are also being evaluated as
alternatives to land disposal of hazardous
waste.
The Division conducts its research through
a combination of extramural contracts and
cooperative agreements, as well as through in-
house studies at research facilities in Cincin-
nati, OH and Jefferson, AR. A major purpose
of the research is to provide data to EPA
regulatory offices in support of regulations,
standard setting, permits, and enforcement ac-
tions related to hazardous waste management.
Outputs are provided in the form of research
reports, engineering handbooks, technical
assistance, and at an annual research sym-
posium held in Cincinnati.
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Alternative
Technologies
Division
HWERL
Thermal Destruction
Branch
Chemical
and Biological
Detoxification Branch
Chief
(513)569-7696
The Thermal Destruction Branch is respon-
sible for planning, implementation, direction
and coordination of research to evaluate treat-
ment, and thermal destruction technology for
hazardous waste. A major focus of this effort
is the determination of design and operating
requirements which enable these technologies
to reliably and cost-effectively achieve target
control levels established under the Solid and
Hazardous Waste Act Amendments of 1984.
Treatment research concentrates on the
evaluation existing technology which can be
applied as an alternative to land disposal of
wastes. Bench-, pilot- and field-scale evalua-
tions are conducted to assess process ap-
plicability to wastes which are to be restricted
from disposal and to charcterize treatment ef-
ficiency, residue quality, and possible air emis-
sions. Thermal technology research concen-
trates on assessing the performance of ex-
isting thermal destruction technologies, in-
cluding incinerators, high-temperature in-
dustrial processes, and innovative processes
such as plasma torch reactors. Special em-
phasis is placed upon determining methods to
rapidly detect and control process excursions
from RCRA control standards. The Branch
operates thermal testing facilities at the Center
Hill Facility in Cincinnati, OH and at the EPA
Combustion Research Faciltiy in Arkansas.
Treatment experiments are conducted at the
EPA Test and Evaluation Facility in Cincinnati.
The research is designed to provide data,
handbooks, and engineering manuals in sup-
port of regulations, standards, permits, and en-
forcement actions under RCRA and CERCLA.
Chief
(513)569-7493
The Chemical and Biological Detoxification
Branch is responsible for planning, implemen-
ting and coordinating a national program of
research and development of technologies for
the destruction or detoxification of hazardous
wastes. These technologies include engineer-
ing processes such as supercritical fluid ex-
traction and low-cost naturally occurring ad-
sorbents; chemical methods for the
dehalogenation or destruction of dioxin-
containing wastes and other highly toxic
materials; and biological treatment of waste
streams, dioxin-contaminated; and other
chlorinated hydrocarbons. A part of the pro-
gram is to provide research and development
data on the above technologies and is also
designed to provide an informative base on the
operating characteristics and by-products of
specific waste treatment options. Source
characterization data is also being collected by
the Branch in an effort to predict performance
levels and applicability of new and innovative
treatment technologies. Products of the
research program include research reports,
guidance manuals, handbooks, and seminars.
Technical assistance related to Branch pro-
grams is provided to other components of EPA,
other federal agencies and state and local
governments. The activities of the Branch
specifically support the Agency's Dioxin
Strategy, the Resource Conservation and
Recovery Act, and the Comprehesive En-
vironmental Response, Compensation and
Liability Act.
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Technical
Literature
January 1987
HWERL
Ordering
Information
Superfund
For procuring publications listed here, please use these instructions:
(Please, when ordering, always give full titles and all listed publication numbers.)
Those followed by a number preceded by "PB", contact:
National Technical Information Service
Springfield, VA 22161
(703)487-4650 (for FTS dial 8-703 and extension)
Those followed by "ORD", contact:
ORD Publications
U.S. EPA
Cincinnati, OH 45268
(513)569-7562 (for FTS dial 8-684 and extension)
Those followed by a number preceded by "GPO" contact:
OSW Publications
WH 562
U.S. EPA
Washington, DC 20460
(202)382-3000 (for FTS dial 8-382 and extension)
Those followed by "OSW" contact:
OSW Publications as above
1. Guidance Manual for Minimizing Pollutions from Waste Disposal Sites
EPA 600/2-78-142 PB286-905/BE
2. Compatibility of Grouts with Hazardous Wastes
EPA 600/2-84-015 PB84-139732
3. Review of In-Place Treatment Techniques for Contaminated Surface Soils,
Volume 1-Technical Evaluation EPA 540/2-84-003a PB85-124881
Volume 2—Background Information for In-Situ Treatment
EPA 540/2-84-003b PB85-124889
4. Handbook for Remedial Action at Waste Disposal Sites (Revised)
EPA 625/6-85-006 ORD
5. Handbook for Evaluating Remedial Action Technology Plans
EPA 600/2-83-076 PB84-118249
6. Slurry Trench Construction for Pollution Migration Control
EPA 540/2-84-001 PB84-177831
7. Remedial Response at Hazardous Waste Sites
Summary Report - EPA 540/2-84-002a PB85-121721
Case Studies - EPA 540/2-84-002b PB85-121739
8. Design and Development of a Hazardous Waste Reactivity Testing Protocol
EPA 600/2-84-057 PB84-158807
9. Leachate Plume Management
EPA 540/2-85-004 PB86-122330
10. Modeling Remedial Actions at Uncontrolled Hazardous Waste Sites
EPA 540/2-85-001 PB85-211357
11. Costs of Remedial Actions at Uncontrolled Hazardous Waste Sites
EPA 600/2-86-037 PB86-176344
12. Guide for Decontaminating Buildings, Structures and Equipment at Superfund Sites
EPA 600/2-85-028 PB85-201234
13. Systems to Accelerate In-Situ Stabilization of Waste Deposits
EPA 540/2-86-002 PB87-112306
14. Covers for Uncontrolled Hazardous Waste Sites
EPA 540/2-85-002 PB87-119483
15. Handbook for Stabilization/Solidification of Hazardous Wastes
EPA 540/2-86-001 PB87-116745
16. Dust Control at Hazardous Waste Sites
EPA 540/2-85-003 PB86-190105
17. Field Manual for Plunging Water Jet Use in Oil Spill Cleanup
EPA 600/2-84-045 PB84-158880
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HWERL
Technical
Literature
18. Guidance Manual on Overtopping Control Techniques for Hazardous Waste Impound-
ments EPA 600/2-86-012 PB86-154168
19. Drum Handling Practices at Hazardous Waste Sites
EPA 600/2-86-013 PB86-165362
20. Interim Protocol for Diving Operations in Contaminated Water
EPA 600/2-86-130 PB86-128022
21. Reclamation and Redevelopment of Contaminated Land:
Volume 1, U.S. Case Studies EPA 600/2-86-066 PB87-142121
22. Summary of On-Scene Coordinator Protocol for Contaminated Underwater Operations
EPA 600/D-84-040 PB84-149707
RCRA
Resource Conservation
and Recovery Act
1. Evaluating Cover Systems for Solid and Hazardous Waste
SW-867 GPO 055-000-00228-2
2. Hydrologic Simulation of Solid Waste Disposal Sites
SW-868 GPO 055-000-00225-8
3. Landfill and Surface Impoundment Performance Evaluation
SW-869 GPO 055-000-00233-9
4. Lining Waste Impoundment and Disposal Facilities
SW-870 PB86-192796
5. Management of Hazardous Waste Leachate
SW-871 GPO 005-000-00224-0
6. Guide to Disposal of Chemically Stabilized and Solidified Wastes
SW-872 GPO 005-000-00226-6
7. Closure of Hazardous Waste Surface Impoundments
SW-873 GPO 055-000-00227-4
8. Hazardous Waste Land Treatment
SW-874 GPO 005-000-00232-1
9. Solid Waste Leaching Procedure
SW-924 OSW
10. Soil Properties Classification and Hydraulic Conductivity Testing
SW-925 OSW
11. Hydrologic Evaluation of Landfill Performance (HELP) Model
Volume I: Users Manual EPA 530/SW-84-009 ORD
Volume II: Documentation EPA 530/SW-84-010 ORD
Model Version 1.0 — Model Simulation (includes above 2 volumes)
EPA/DF-85-001 PB85-100725/REB
12. Technical Guidance Document, Construction Quality Assurance for Hazardous Waste
Land Disposal Facilities
EPA 530/SW-86-031 ORD
13. Characterization of PCB Transformer/Capacitor Fluids and Correlation with PCDD's
and PDCF's in Soot
EPA 600/2-87-004 PB87-145785
14. Use of Lined Pits for Disposal of Dilute Pesticide Waste
EPA 600/2-87-003 PB87-145926
15. Technical Resource Document: Treatment Technologies for Solvent Containing Wastes
EPA 600/2-86-095 PB87-129821
16. Technical Resource Document: Treatment Technologies for Dioxin Containing Wastes
EPA 600/2-86-096 PB87-110813
17. Alternative Technologies for Managing Solvent Wastes
EPA 600/5-86-040 PB86-195658
18. Treatment Technologies for Corrosive Hazardous Wastes
EPA 600/5-86-108 PB86-224565
19. Hazardous Waste Treatment Technology
EPA 600/d-86-006 PB86-145539
20. Microbial Decomposition of Chlorinated Aromatic Compounds
EPA 600/2-86/090 ORD
21. PCB Sediment Decontamination Technical/Economic Assessment of Selected
Alternative Treatments
EPA 600/2-86-112 PB87-133112
22. Summary of On-Scene Coordinator Protocol for Contaminated Underwater Operations
EPA 600/D-84-040 PB84-149707
23. Interim Report on the Feasibility of Using UV Photolysis and APEG Reagent for
Treatment of Dioxin Contaminated Soils
EPA 600/2-85-083 PB85-232619
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HWERL
Technical
Literature
24. Destruction of PCBs-Environmental Applications of Alkali Metal Polyethylene
Glycolate Complexes
EPA 600/2-85-108 PB86-105293/AS
25. Sampling and Analysis for Hazardous Waste Combustion
EPA 600/2-84-002 PB84-155845
26. Trial Burn Protocol Verification at a Hazardous Waste Incinerator
EPA 600/2-84-048 PB84-159193
27. Innovative Thermal Hazardous Waste Treatment Processes
EPA 600/2-85/049 PB85-192847
28. Environmental Characterization of Disposal of Waste Oils by Combustion in Small
Commercial Boilers
EPA 600/2-84-150 PB85-105880
29. Incineration and Treatment of Hazardous Waste
EPA 600/9-84-022 OSW
30. Hazardous Waste Incineration in Industrial Processes: Cement and Lime Kilns
EPA 600/D-85-146 PB85-237865
31. Engineering Assessment Report Hazardous Waste Cofiring in Industrial Boilers
Volume 1: EPA 600/2-4-177a PB85-197838/AS
32. Summaries of Research Projects Alternative Technologies Division —Hazardous Waste
Engineering Research Laboratory, November, 1986
Contact Director, Alternative Technologies Division
33. Evaluation of Air Emissions from Hazardous Waste Treatment, Storage and Disposal
Facilities
EPA 600/2-85/007 PB85-203792
34. Evaluation of Emerging Technologies for the Destruction of Hazardous Waste
ERA 600/2-85-069 PB86-128717
35. Treatment Research at the U.S. EPA in Support of the Resource Conservation and
Recovery Act Landfill Ban Provision
EPA 600/D-85-124 PB85-218790
36. Sampling Approaches for Measuring Emission Rates from Hazardous Waste Facilities
EPA 600/D-84-140 PB84-194083
37. Control of Air Emissions from Hazardous Waste Combustion Sources: Field
Evaluation of Pilot Scale Air Pollution-Control Devices
EPA 600/2-86/011 PB86-151677
38. National Dioxin Study Tier 4—Combustion Sources: Sampling Procedures
EPA 450/4-84-014c PB85-172344/REB
39. Evaluation of Hazardous Waste Incineration in Cement Kilns of San Juan Cement
Company
EPA 600/2-84-129 PB84-226935
40. Assessment of Waste Fuel Use in Cement Kilns
EPA 600/2-82-013 PB82-236043
41. Evaluation of the Feasibility of Incinerating Hazardous Wastes in High-Temperature
Industrial Processes
EPA 600/2-84-049 PB84-159391
42. Surrogate Compounds as Indicators of Hazardous Waste Incinerator Performance
EPA 600/D-85-140 PB85-232288
43. Handbook: Dust Control at Hazardous Waste Sites
EPA 540/2-85-003 ORD
44. Performance Evaluation of Full-Scale Hazardous Waste Incinerators
Volumes I-V Including Appendices: EPA 600/2-84-181, a, b, c, d, e
PB85-129500, 129518, 129526, 129534, 129542
45. Practical Guide—Trial Burns for Hazardous Waste Incinerators
EPA 600/2-86-050 PB86-190246
46. Techniques for Testing Hazardous Wastes to Remove Volatile Organic Constituents
EPA 600/D-85/127 PB85-218782
10
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Technical
Assistance
Directory
Thomas R. Mauser, Director
(Acting), Deputy Director
Please see page 17 for full names,
locations and telephone numbers.
Pollution Research Program Hill/Schomaker/Wilder
i vsnuiivsi i Technical Assistance Coordination Harris
DiVISIOn Superfund Innovative Technology Evaluation (SITE) Hill/James
artiatlWO Research Programs and Facilities Dial
LCMiaUVC Thermal Destruction Branch Oppelt
Division Chemical and Biological Detoxification Branch Klee
LABORATORY QUALITY ASSURANCE/QUALITY CONTROL Simes
TECHNICAL INFORMATION EXCHANGE
Case Histories / Computerized File Masters /Griffiths
A- RCRA Faci|ities Schomaker
r ^^ Desjgn & operation Landreth
ACt J Waste Leaching. Roulier
3. Pollutant Migration Roulier
4. Pollutant Control Landreth
5. Flexible Membrane Liners Landreth
6. Soil Liners Grube/Roulier/Dotson
7. Surface Impoundments Wiles
8. Stabilization Processes Wiles/Mashni
9. Volatile Emissions dePercin
10. Municipal Solid Waste Landreth/Schomaker/Wiles
11. Underground Mines Wiles
12. Compatibility Testing Landreth/Grube
a. Clay Liners & Slurry Backfills Grube/Roulier
b. Flexible Membrane Liners Landreth
c. Grouts Grube
13. Construction Quality Assurance/Quality Control Herrmann
14. Hydraulic Conductivity Grube
15. Surface Impoundment Closure , Wiles
16. Mining Sites Hill/Harris
17. Oil Shale Bates
B. Expert Systems Greathouse/Ammon
C. Leaking Underground Storage Tank Research (LUST) Field/Farlow/Tafuri
D. Analytical Services
1. Analytical Chemistry Warner/Gruenfeld/Frank/Krishnamurthy
2. Mobile Analytical Laboratories Gruenfeld/Frank
3. Statistical Design /Analysis Greathouse
E. Thermal Destruction of Hazardous Materials
1. Conventional and "At Sea" Incineration Oberacker
2. Disposal of Hazardous Waste in Kilns Mournighan
3. Non-Flame Thermal Destruction Malanchuk /Wall
4. Disposal of Hazardous Waste in Boilers Oberacker/Licis
5. Innovative Technologies Freeman / Lee / Katz
6. Engineering Analysis of Thermal Destruction Processes Lee
7. Pilot Scale Combustors Staley/Garcia
8. Thermal Destruction Data Base Lee/Katz
F. Nonthermal Hazardous Waste Treatment
1. Air Emissions from Treatment, Storage and
Disposal Facilities Blaney/dePercin/Westfall
2. Biological Treatment of Soils and Sediments Sferra/Glaser
3. Emerging Technologies for Biological Detoxification
of Hazardous Waste Sferra /Glaser
4. Characterization and Management
of Treatment Process Residuals Warner/Grosse
5. Demonstration of Alternative Hazardous Waste
Treatment Technologies Freeman/Olexsey
6. Emerging Technologies for Chemical Detoxification of
Hazardous Waste Rogers/Kernel/Wilson
7. Established Technologies for
Inorganic Wastes Grosse/Warner/Thurnau /Turner/Westfall
8. Established Technologies for Organic Wastes Turner/Westfall/Curran
9. Hazardous Waste Treatment Process
Sampling and Analysis Warner /Thurnau
10. Hazardous Waste Minimization, Reuse, Recycle Freeman/Olexsey
11. Metals Howell/Bates/Durham/Martin
12. Pesticides Rogers
11
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HWERL
13. Physical/Chemical Separation and Concentration of
Hazardous Wastes Howell/Martin/Wilson
14. Physical/Chemical Treatment of Soils and Sediments Rogers/Kernel
15' Pilot Scale Treatability Studies Grosse/Olexsey
-|g Technology Assessments of Established Hazardous Waste
Treatment Technologies Turner/Olexsey
A- Superfund Innovative Technology Evaluation (SITE)
r Administration/Technical Evaluations Hill/James/Lewis, N.
2. Technical Evaluations Freestone/Stinson
3. Administration Frietsch
4. Thermal Processes Lee/Staley
5. Physical/Chemical Treatment Rogers/Thurnau/Westfall
B. Treatment Performance/Cost Studies (BOAT) Thurnau
1. Incineration Mournighan
2. Low Temperature Desorption Thurnau
3. Chemical Treatment Rogers
4. Physical Treatment Traver
5. Solidfication / Stabilization Barth
C. Containment Technology Sanning
1. Barriers (slurry walls) Grube
2. Covers Houthoofd / Hartley
3. Plume Management Barkley/Ammon
4. Bottom Sealing Grube
5. Waste Storage Houthoofd /Wiles
6. Mine Storage Houthoofd /Wiles
7. Encapsulation/Overpacking Wiles/Barth
8. Stabilization / Fixation Wiles / Barth
9. Leachate Control & Treatment Opatken
10. Permeable Treatment Herrmann
11. Fugitive Dust Control dePercin
12. Freezing Technology Houthoofd
13. Impoundments /Waste Lagoons Tafuri /Wiles
14. Floating Spills Griffiths/Farlow
D. In-Situ Treatment Hill/Sanning/Farlow
1. Flushing Traver
2. Freezing Houthoofd
3. Electrokinetic Herrmann
4. Vegetative Sferra/Barkley/Grube
5. Grouting Barkley
6. Thermoplastics Opatken
7. Precipitation Tafuri /Farlow /Opatken
8. Thermal fusion (vitrificatioti) Sanning
9. Sorption Royer/Brugger/Roulier
10. Ion Exchange Tafuri /Traver / Opatken
11. Chemical Rogers /Tafuri
12. Biodegradation Sferra / Lewis, R. / Brugger
13. Photochemical Rogers
14. Delivery & Recovery Methods Traver
E. On-Site Technology Freestone
1. Incineration Technology (Mobile) Freestone/Brugger/Yezzi
2. Incineration Technology (Fixed) Mournighan/Oberacker
3. EPA Developed On-Site Treatment/Control Technologies
(Mobile Soil Washer, Mobile Carbon Regenerator) Brugger/Traver
4. Commercially Developed On-Site Treatment Technologies Stinson/Freestone
5. Mobile In-Situ Containment/Treatment System Traver
F. Personnel Protection Royer/Gruenfeld
1. Protective Clothing and Equipment Royer
2. Underwater Protective Clothing Traver
3. Decontamination/Contamination Avoidance Procedures Royer/Stinson
4. Personal Hazard Detectors Royer
G. Expert Systems Greathouse/Ammon
H. Remedial Action Costs Goddard/Ammon
I. Building & Equipment Decontamination Barkley/Westfall
J. Remedial Investigation/Feasibility Study Process Ammon
K. Canine Olfaction Masters/Wilder
onH Toctinn A- Analytical Services Laboratory (Cincinnati, OH) Warner
dllU IC70UIIV.J B Center Hill Facility (Cincinnati, OH) Huff man/Burkart
C. Combustion Research Facility (Jefferson, AR) Mournighan
D Environmental Emergency Response Unit (Edison, NJ) Wilder/Yezzi
E. Oil and Hazardous Materials Simulated
Environmental Test Tank (Edison, NJ) Griffiths/Farlow
F. Test & Evaluation Facility (Cincinnati, OH) Liberick
12
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HWERL
Technical
Contacts
U.S. Environmental Protection Agency
Cincinnati, Ohio 45268
For FTS calls
Dial 8-684 and extension
Area Code (513)
Ms. Barkley, Naomi P.
Mr. Bates, Edward R.
Mr. Blaney, Benjamin L.
Mr. Cawley, William A.
'""
T^lSPF -IRPlilPspplPsI^: *plJ^ij|4JPf't?«p^!
Mr. dePercin, Paul R.
Mr. Dotson, G. Kenneth
Mr. Freeman, Harry M.
Dr. Glaser, John A.
M&l • *i:yiiJ:i^i.i.^S>3*j1i»a:'iitii
wR'vwH^MMHmP^MHNH
Mr. Greathouse, Daniel G.
Dr. Grube, Walter Jr.
Mr. Hartley, Robert P.
Mr. Herrmann, Jonathan G.
Ms. Houthoofd, Janet M.
KM* i&^yi^ii»*ifrfiiHsiiSii°>'f*vt>
•fpfc" fnpflpwi * .' - flUski&vJK- •
-------
Technical
Contacts
U.S. Environmental Protection Agency
Woodbridge Avenue
Edison, New Jersey 00037
For FTS calls
Area Code (201)
Mr. Farlow, John
Dial 8-340 and extension Mr. Frank, Owe
Mr Griffiths, Richard
Mr. Hiilger, Robert
Mr. Masters, Hugh
. m^- 3 .$ s£# &&w.
Mr. Royer, Michael
.^^W-X.i'M' :&•*# .&&
Mr. Tafuri, Anthony
Mr. Wilder, Ira
14
* U.S. GOVERNMENT PRINTING OFFICE 1987—750-244
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