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Status and practicality of detritiation and tritium production strategies for environmental remediation
Author(s) -
H.H. Fulbright,
A.L. Schwirian-Spann,
V. Van Brunt,
K.M. Jerome,
B.B. Looney
Publication year - 1996
Publication title -
osti oai (u.s. department of energy office of scientific and technical information)
Language(s) - English
Resource type - Reports
DOI - 10.2172/548663
Subject(s) - environmental remediation , tritium , portfolio , environmental science , environmental restoration , groundwater , environmental economics , waste management , business , environmental planning , environmental resource management , engineering , contamination , ecology , physics , finance , nuclear physics , economics , geotechnical engineering , biology
Operation of nuclear facilities throughout the world generates wastewater, groundwater and surface water contaminated with tritium. Because of a commitment to minimize radiation exposures to ''levels as low as reasonably achievable'', the US Department of Energy supports development of tritium isotope separation technologies. Also, DOE periodically documents the status and potential viability of alternative tritium treatment technologies and management strategies. The specific objectives of the current effort are to evaluate practical engineering issues, technology acceptability issues, and costs for realistic tritium treatment scenarios. A unique feature of the assessment is that the portfolio of options was expanded to include various management strategies rather than only evaluating detritiation technologies. The ultimate purpose of this effort is to assist Environmental Restoration and its support organizations in allocating future investments

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