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Technology Profiles
Ninth Edition
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The SITE Demonstration Program develops reliable engineering, performance,
and cost data on innovative, alternative technologies so that potential users
can evaluate a technology's applicability for a specific waste site.
Demonstrations are conducted at hazardous waste sites, such as National
Priorities List (NPL) sites, nonNPL sites, and state sites, or under
conditions that simulate actual hazardous waste sites.
In the past, technologies have been selected for the SITE Demonstration
Program through annual requests for proposal (RFP). EPA reviewed proposals to
determine the technologies with promise for use at hazardous waste sites.
Several technologies also entered the program from current Superfund projects,
in which innovative techniques of broad interest were identified for evaluation
under the program. In addition, several Emerging Technology projects moved to
the Demonstration Program. To date, 11 solicitations have been completed --
SITE 001 in 1986 through SITE 010a in 1996.
In 1997, the program will shift from a technology-driven focus to a more
integrated approach driven by the needs of the hazardous waste remediation
community. The general solitication for technologies, the annual RFP, will no
longer be issued. Instead, a team of stakeholders will match technologies with
a selected site, which will be identified by the SITE Program. The stakeholders
will evaluate proposals from many technology developers to determine the
appropriate innovative technology for the site. Also, information about
technologies will be continually collected and maintained in a database, which
will serve as a resource to the stakeholders.
The SITE demonstration process typically consists of five steps: (1)
matching an appropriate site with an innovative technology; (2) preparing a
Demonstration Plan consisting of the test plan, sampling and analysis plan,
quality assurance project plan, and health and safety plan; (3) performing
community relations activities; (4) conducting the demonstration (ranging
in length from days to months); and (5) documenting results in an Innovative
Technology Evaluation Report, a Technology Capsule, a Demonstration Bulletin,
or other demonstration documents. A demonstration videotape may also be
prepared.
Cooperative arrangements among EPA, the developer, and the stakeholders set
forth responsibilities for conducting the demonstration and evaluating the
technology. Developers are responsible for operating their innovative systems
at a selected site, and are expected to pay the costs to transport equipment to
the site, operate the equipment on site during the demonstration, and remove
the equipment from the site. EPA is responsible for project planning, sampling
and analysis, quality assurance and quality control, preparing reports, and
disseminating information.
Demonstration data are used to assess the technology's performance, the
potential need for pre and postprocessing of the waste, applicable
types of wastes and media, potential operating problems, and the approximate
capital and operating costs. Demonstration data can also provide insight into
longterm operating and maintenance costs and longterm risks.
The Demonstration Program currently includes 103 developers and 113
projects. These projects are organized into two sections: completed projects
and ongoing projects. The completed projects are presented in alphabetical
order by developer name in Table 1 and in the profiles
that follow; the ongoing projects are presented in Table
2 and in the profiles that follow.
Completed Demonstration Program Projects
- Accutech Remedial Systems,
Inc. (Pneumatic Fracturing Extraction (SM) and Catalytic Oxidation)
- American Combustion, Inc.
(PYRETRON® Thermal Destruction)
- Babcock & Wilcox
Co. (Cyclone Furnace)
- Bergmann, A Division of
Linatex, Inc. (Soil and Sediment Washing)
- Berkeley Environmental
Restoration Center (In Situ Steam Enhanced Extraction Process)
- Billings and Associates,
Inc. (Subsurface Volatilization and Ventilation System [SVVS®])
- BioGenesis Enterprises, Inc.
(BioGenesis (SM) Soil and Sediment Washing Process)
- Bio Rem, Inc. (Augmented
In Situ Subsurface Bioremediation Process)
- BioTrol®
(Biological Aqueous Treatment System)
- BioTrol® (Soil
Washing System)
- Brice Environmental Services
Corporation (Soil Washing Process)
- Calgon Carbon Oxidation
Technologies (perox-pure Chemical Oxidation Technology)
- CF Systems Corporation
(Liquified Gas Solvent Extraction [LG-SX] Technology)
- Chemfix Technologies,
Inc. (Solidification and Stabilization)
- COGNIS, Inc.
(TERRAMET® Soil Remediation System)
- Commodore Environmental
Services, Inc. (Solvated Electron Remediation System)
- Dehydro Tech
Corporation (Carver-Greenfield Process® for Solvent Extraction of
Wet, Oily Wastes)
- Dynaphore, Inc.
(FORAGER® Sponge)
- E.I. DuPont de Nemours and
Company, and Oberlin Filter Company (Membrane Microfiltration)
- ECOVA Corporation
(Bioslurry Reactor)
- ELI Eco Logic International Inc.
(Gas-Phase Chemical Reduction Process)
- ELI Eco Logic International
Inc. (Thermal Desorption Unit)
- EnviroMetal Technologies Inc.
(In Situ and Ex Situ Metal-Enhanced Abiotic Degradation of Dissolved
Halogenated Organic Compounds in Groundwater)
- EPOC Water, Inc.
(Precipitation, Microfiltration, and Sludge Dewatering)
- Filter Flow Technology,
Inc. (Colloid Polishing Filter Method®)
- Funderburk &
Associates (Dechlorination and Immobilization)
- General Atomics
(Circulating Bed Combustor)
- General Environmental
Corporation (CURE®-Electrocoagulation Wastewater Treatment System)
- Geo-Con, Inc. (In Situ
Solidification and Stabilization Process)
- Geosafe Corporation (In
Situ Vitrification)
- GIS\Solutions, Inc.
(GIS\Key Environmental Data Management System)
- GRACE Bioremediation Technologies
(DARAMEND Bioremediation Technology)
- Gruppo Italimpresse
(Infrared Thermal Destruction)
- High Voltage Environmental
Applications, Inc. (High-Energy Electron Irradiation)
- Horsehead Resource Development
Co., Inc. (Flame Reactor)
- Hrubetz Environmental Services,
Inc. (HRUBOUT® Process)
- Hughes Environmental Systems,
Inc. (Steam Enhanced Recovery Process)
- IIT Research Institute/Brown and
Root Environmental (Radio Frequency Heating)
- Ionics/Resources Conservation
Company (B.E.S.T. Solvent Extraction Technology)
- KAI Technologies, Inc./Brown
and Root Environmental (Radio Frequency Heating)
- Magnum Water Technology
(CAV-OX® Process)
- Matrix Photocatalytic Inc.
(Photocatalytic Water Treatment)
- Maxymillian Technologies,
Inc. (Thermal Desorption System)
- Morrison Knudsen
Corporation/Spetstamponazhgeologia Enterprises (Clay-Base Grouting
Technology)
- National Risk Management
Research Laboratory (Base-Catalyzed Decomposition Process)
- National Risk Management
Research Laboratory (Volume Reduction Unit)
- National Risk Management
Research Laboratory and INTECH 180 Corporation (Fungal Treatment
Technology)
- National Risk Management
Research Laboratory and IT Corporation (Debris Washing System)
- National Risk Management
Research Laboratory, University of Cincinnati, and FRX, Inc. (Hydraulic
Fracturing)
- New York State Department of
Environmental Conservation/ENSR Consulting and Engineering and Larsen Engineers
(Ex Situ Biovault)
- New York State Department of
Environmental Conservation/SBP Technologies, Inc. (Vacuum-Vaporized
Well System)
- New York State Department of
Environmental Conservation/R.E. Wright Environmental, Inc. (In Situ
Bioventing Treatment System)
- North American Technologies Group,
Inc. (Oleophilic Amine-Coated Ceramic Chip)
- NOVATERRA Associates
(In Situ Soil Treatment [Steam and Air Stripping])
- OHM Remediation Services
Corp. (X*TRAX Thermal Desorption)
- Radian International LCC
(Integrated Vapor Extraction and Steam Vacuum Stripping
- Remediation Technologies,
Inc. (Liquid and Solids Biological Treatment)
- Retech, M4 Environmental
Management, Inc. (Plasma Arc Vitrification)
- Rochem Separation Systems, Inc.
(Rochem Disc Tube Module System)
- SBP Technologies, Inc.
(Membrane Filtration and Bioremediation)
- J.R. Simplot Company
(The SABRE Process)
- Smith Environmental Technologies
Corporation (Low Temperature Thermal Aeration [LTTA®])
- SoilTech ATP Systems,
Inc. (Anaerobic Thermal Processor)
- Soliditech, Inc.
(Solidification and Stabilization)
- Sonotech, Inc.
(Frequency-Tunable Pulse Combustion System)
- STC Remediation, A Division of
Omega Environmental, Inc. (Organic Stabilization and Chemical
Fixation/Solidification)
- Terra-Kleen Response Group,
Inc. (Solvent Extraction Treatment System)
- Terra Vac (In Situ and
Ex Situ Vacuum Extraction)
- Texaco Inc. (Texaco
Gasification Process)
- Toronto Harbour
Commission (Soil Recycling)
- U.S. Filter/Zimpro, Inc.
(Ultraviolet Radiation and Oxidation)
- United States Environmental
Protection Agency (Excavation Techniques and Foam Suppression Methods)
- University of Nebraska -
Lincoln (Center Pivot Spray Irrigation System)
- WASTECH, Inc.
(Solidification and Stabilization)
- Roy F. Weston,
Inc. (Low Temperature Thermal Treatment System)
- Roy F. Weston, Inc./IEG
Technologies (UVB - Vacuum Vaporizing Well)
- Wheelabrator Clean Air Systems,
Inc. (PO*WW*ER Technology)
- Xerox Corporation
(2-PHASE EXTRACTION Process)
- ZENON Environmental
Inc. (Cross-Flow Pervaporation System)
- ZENON Environmental Inc.
(ZenoGem Process)
Ongoing Demonstration Program Projects
- AlliedSignal Environmental Systems
and Services, Inc. (Biological Air Treatment System)
- Arctic Foundations Inc.
(Cyrogenic Barrier)
- Colorado Department of Public
Health and Environment (Constructed Wetlands-Based Treatment)
- EET, Inc. (TechXtract®
Process)
- EG&G Environmental, Inc.
(NoVOCs In-Well Stripping Technology)
- Electrokinetics, Inc.
(Electrokinetic Soil Processing)
- Geotech Development Corporation
(Cold-Top Ex Situ Vitrification of Chromium-Contaminated Soils)
- Lasagna Public-Private
Partnership (Lasagna In Situ Soil Remediation)
- Lockheed Martin Missiles and
Space Co. and Geokinetics International, Inc. (Electrokinetic
Remediation Process)
- Matrix Photocatalytic Inc.
(Photocatalytic Air Treatment)
- National Risk Management Research
Laboratory (Bioventing)
- Phytokinetics, Inc.
(Phytoremediation Process)
- Phytotech
(Phytoremediation Technology)
- Pintail Systems
Incorporated (Spent Ore Bioremediation Process)
- Praxis Environmental Technologies,
Inc. (In Situ Thermal Extraction Process)
- Process Technologies,
Inc. (Photolytic Destruction of Vapor-Phase Halogens)
- Recycling Sciences International,
Inc. (Desorption and Vapor Extraction System)
- RKK, Ltd. (CRYOCELL®)
- Sandia National
Laboratories (In Situ Electrokinetic Extraction System)
- Sevenson Environmental Services,
Inc. (MAECTITE® Chemical Treatment Process)
- SIVE Services (Steam
Injection and Vacuum Extraction)
- SOLUCORP Industries
(Molecular Bonding System®)
- U.S. Air Force
(Phytoremediation of TCE-Contaminated Shallow Groundwater)
- Vortec Corporation
(Oxidation and Vitrification Process)
- Western Research Institute
(Contained Recovery of Oily Wastes)
- Wheelabrator Technologies
Inc. (WES-PHix® Stabilization Process)