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The Settled-Bed Fast-Reactor Concept—1 000-MWe Reactor Design

L. Green, M. M. Levine, A. Aronson, W. Bent, D. A. Goellner, J. J. McNicholas, G. Nugent, G. Pancer, H. Susskind, J. Chernick, D. Gurinsky, L. P. Hatch

Nuclear Technology / Volume 1 / Number 2 / April 1965 / Pages 107-130

Technical Paper / dx.doi.org/10.13182/NT65-A20478

An analysis of a conceptual design for a 1000-MW(e) Settled-Bed Fast Reactor fueled with UC and PuC spheres and cooled by liquid sodium has been made to determine its technical and economic feasibility. The study includes a reactor physics analysis, an engineering design and analysis of the thermal and hydraulic characteristics, and a study of the system economics. The study shows that there are no inherent technical problems for a settled-bed fast reactor of this size. Total power-generating costs were shown to be as low as 3.84 mills/kWh for fuel leased from the AEC and 4.14 mills/kWh for fuel that is privately owned.