TR - 5184 - 1 INDEPENDENT COMPARATIVE ASSESSMENT OF HLW REPOSITORY SITES 20 March 1985 Prepared for : UTILITY NUCLEAR WASTE MANAGEMENT GROUP Prepared
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A Prototype Performance Assessment Model for Generic Deep Borehole Repository for High - Level Nuclear Waste – 12132 Joon
A deep borehole repository is one of the four geologic disposal system options currently under study by the U.S. DOE to support the development of a long-term strategy for geologic disposal of commercial used nuclear fuel (UNF) and high-level radioactive waste (HLW). The immediate goal of the generic deep borehole repository study is to develop the necessary modeling tools to evaluate and impro...
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Bentonite is a preferred buffer and backfill material for deep geological disposal of high-level nuclear waste (HLW). Bentonite does not retain anions by virtue of its negatively charged basal surface. Imparting anion retention ability to bentonite is important to enable the expansive clay to retain long-lived (129)I (iodine-129; half-life = 16 million years) species that may escape from the HL...
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The Nuclear Regulatory Commission has received the attached report from its Advisory Committee on Nuclear Waste. The report, in the form of a letter, provides comments on establishing a time span for compliance of the proposed high-level waste repository at Yucca Mountain, Nevada, with regulatory standards. The purpose of this letter is to communicate the Advisory Committee on Nuclear Waste's (...
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Fusion devices appear to be a viable option for burning their own high-level waste (HLW). We propose a novel waste management strategy to eliminate (or minimize) the HLW generated by fusion systems. The main source of the fusion HLW includes the structural materials without impurity control, recycled materials, refractory metals, and liquid breeder cleanup and reprocessing systems. The basic id...
متن کاملAssociate Attorney for the Yakima Indian Nation
The enclosed replacement pages correct typographical errors in the "Comments of the Yakima Indian Nation on the Draft Environmental Assessment for the Hanford Site, Washington under the Nuclear Waste Policy Act," dated March 20, 1985. Please duplicate these replacement pages for each copy of the YIN comments you have and use them to replace the same-numbered pages in the orginally-submitted com...
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