Congressional
interest and support of the Accelerated Site Technology Deployment (ASTD) program has
continued into FY99. ASTD began as the Technology Deployment Initiative with 14 projects
initiated in FY98 for $27 million. The Environmental
Management Office of Science and
Technology (OST) has already realized extensive benefits from the FY98 projects
(consisting of 36 technologies). By the end of FY98, 13 deployments were completed across
nine DOE sites, with some technologies being deployed at multiple sites. Combining the
efforts of both the original FY98 and new FY99 projects, more than 60 deployments are
expected by the end of FY99.
ASTD projects are required to include commitment on the part of a DOE site or facility
to use the proposed technology in actual remediation operations. The purpose of ASTD is to
bridge the gap between development and deployment of new technologies for environmental
cleanup across the DOE weapons complex. Within the ASTD program, DOE sites and OST share
project costs and ownership, including the risks associated with deployment of an
innovative technology. ASTD acts as a catalyst to bring together problem holders,
regulators, developers, and stakeholders to achieve rapid deployment of environmental
cleanup technologies.
In conjunction with focus areas, the ASTD program solicited proposals for new
deployment projects in May 1998. The competitive process involved DOE EM-30 and EM-40, as
well as representatives from the sites and focus areas. In FY99, 32 new ASTD projects will
be initiated (see table).
For additional information on the ASTD program, please contact the DOE-ID Field Program
Manager, Jihad Aljayoushi, at (208) 526- 8297. Another source of information is the ASTD
home page located at http://infoshare.inel.gov/astd/.
Title |
Focus Area |
Site |
Deployment of Innovative Characterization
Technologies and Implementation of the MARSSIM Process at Radiologically Contaminated
Sites |
DDFA |
Brookhaven National Laboratory |
Release of Concrete for Recycle from
Decontamination and Decommissioning Projects |
DDFA |
Idaho National Engineering and Environmental
Laboratory |
Oversize TRU Waste Laser Cutting and Electrolytic
Decontamination |
DDFA |
Nevada |
A Position-Sensitive Radiation Monitoring System for
Surveying Floors in Industrial Areas |
DDFA |
Nevada |
Deployment of the Mobile Work Platform |
DDFA |
Fernald |
Providing the Personal Ice Cooling System |
DDFA |
Fernald |
Accelerated Closure of Building 771 Using
Remote/Robotic Technology |
DDFA |
Rocky Flats Environmental Technology Site |
Remote Size-Reduction and Decontamination in
Large Hot Cells by Deploying Robotic Technologies |
DDFA |
Hanford Site |
Deployment of Highly Selective Nuclide Removal System |
DDFA |
Savannah River Site |
Deployment of Combined Thermal Epithermal Neutron
(CTEN) Prototype at Los Alamos Radio Assay and RANT Facility |
MWFA |
Los Alamos National Laboratory |
Mixed Waste Debris Macroencapsulation Technology |
MWFA |
Oak Ridge |
Advanced Technologies for Stabilization of
Pu-238-Contaminated Combustible Waste |
NMFA |
Los Alamos National Laboratory |
Remediation of Uranium-Contaminated Soils |
SCFA |
Los Alamos National Laboratory |
High Explosives Composting Technology Deployment (Pantex
Plant) |
SCFA |
Pantex |
Deployment of Phytoremediation in the 317/319
Area at Argonne National Laboratory |
SCFA |
Argonne National Laboratory |
Bioremediation and Natural Attentuation for In
Situ Restoration of Chloroethene-Contaminated Groundwater |
SCFA |
Idaho National Engineering and Environmental
Laboratory |
In Situ Sampling of Trichloroethylene at Test
Area North |
SCFA |
Idaho National Engineering and Environmental
Laboratory |
Subsurface Disposal Area Integrated Geophysical
Debris Characterization System |
SCFA |
Idaho National Engineering and Environmental
Laboratory |
Monitoring and Verification of Tank In Situ
Vitrification |
SCFA |
Idaho National Engineering and Environmental
Laboratory |
Implementation of Smart Sampling |
SCFA |
Miamisburg (Ohio) |
Dynamic Underground Stripping and Hydrous
Pyrolysis Oxidation at X701B Plume Site (Portsmouth Gaseous Diffusion Plant) |
SCFA |
Oak Ridge |
Passive Reactive Barrier Collection and Treatment
of Groundwater |
SCFA |
Rocky Flats Environmental Technology Site |
In Situ Redox Manipulation for Groundwater
Remediation 100D Area - The Final Solution |
SCFA |
Hanford Site |
Enhanced Site Characterization System |
SCFA |
Hanford Site |
Phased Source Area Contamination |
SCFA |
Oakland (California) |
Dynamic Underground Stripping |
SCFA |
Savannah River Site |
SRS Vadose Zone Monitoring System |
SCFA |
Savannah River Site |
Purge Water Management System |
SCFA |
Savannah River Site |
Improved Surface Water Monitoring System |
SCFA |
Savannah River Site |
Processing of Vitrification Expended Materials at WVDP |
TFA |
West Valley (Ohio) |
Deployment of a Mobile Tank Retrieval System for
the Emptying of Small Waste Tanks |
TFA |
Oak Ridge |
Maintenance-Free Mixer for Active Process Tanks |
TFA |
Savannah River Site |
DDFA = Deactivation and
Decommissioning Focus Area MWFA = Mixed Waste Focus Area |
NMFA = Nuclear Materials Focus
Area SCFA = Subsurface Contaminants Focus Area TFA = Tanks Focus Area |