WM2020 Conference, March 8–12, 2020, Phoenix, Arizona, USA
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INTRODUCTION
Beneficial reuse supports the US Department of Energy (DOE) Office of Legacy Management (LM) mission
to fulfill DOE’s post-closure responsibilities and ensure the future protection of human health and the
environment. LM achieves this mission in part through its Beneficial Reuse Program, which supports the
strategic goals of sustainable management and optimization of the use of land and assets and the
protection of public health and the environment. Beneficial reuse also promotes stewardship of natural
resources and allows DOE to actively participate in achieving the economic development vision of the
surrounding communities.
When a site is no longer needed for its current or future mission, LM will make the site available for
beneficial reuse by others. LM encourages the beneficial reuse of its sites through a variety of reuse
opportunities, including agricultural, community reuse, conservation (habitat protection), cultural
resources, commercial and industrial, disposal, and renewable energy.
As of September 2017, 45 properties were available for reuse, with more than 95% of available LM sites
in reuse (see the LM beneficial reuse website).Two examples of successful property transfers for
beneficial reuse are the Wayne and New Brunswick, New Jersey, sites. The 2.6-hectare (6.5-acre) Wayne
site had been used in the 1940s for processing monazite sand to extract thorium and rare-earth metals.
Later, the site was also used as an interim storage pile. In 1982, the US Environmental Protection Agency
(EPA) added the site to the National Priorities List (NPL). The property was remediated and, in 2006,
transferred from DOE to Wayne Township for park and recreational use under the National Park
Service’s Land to Parks Program. The township has constructed a public playground and dog park on the
site. EPA deleted the site from the NPL in 2012. The 2.2-hectare former New Brunswick Laboratory site
was used for nuclear reactor and weapons programs from 1948 to 1977. By 2001, the property was
remediated by DOE and, in 2009, was sold to a private owner. This property is currently undergoing
redevelopment as a 6,689 square meter (72,000 square foot) waste transfer station.
DOE has other reuse partnership programs, such as a long-standing partnership known as
Reindustrialization, with the Community Reuse Organization of East Tennessee. The partnership
accelerated the cleanup of a former gaseous diffusion plant in Oak Ridge and created a 486-hectare
(1200-acre) mixed-use private sector industrial/business park. The area is a prime example of
redeveloping a former DOE facility. Many of the property transfers were completed under Title 10 Code
of Federal Regulations Section 770 (10 CFR 770), “Transfer of Real Property at Defense Nuclear
Facilities for Economic Development,” known as a “770 transfer.”
The DOE process for property transfers under a 770 transfer is very similar to the Department of Defense
process to document parcels of real estate made available through the Base Realignment and Closure
process. Both processes comply with Section 120(h) of the Comprehensive Environmental Response,
Compensation, and Liability Act (CERCLA) with respect to documenting the environmental suitability of
a property for transfer.
The Middlesex South site, in the Borough of Middlesex, New Jersey, is undergoing remediation by the
US Army Corps of Engineers (USACE) in the Formerly Utilized Sites Remedial Action Program
(FUSRAP). FUSRAP was established in 1974 to identify, investigate, and clean up or control sites that
had become contaminated while performing nuclear work for the Manhattan Project or Atomic Energy
Commission. Under FUSRAP, when USACE completes remediation, the long-term surveillance and
maintenance responsibilities revert to the DOE Office of Legacy Management. The Middlesex south site
is one of four FUSRAP sites that are owned by the United States of America; the other sites are the
Maywood (New Jersey), Colonie (New York), and Niagara Falls Storage Site (New York) sites.