![]() ![]() ![]() Because the NRC review was based on a conceptual design, the PSER did not result in an approval of the design. The PSER is the NRC`s preliminary evaluation of the safety features in the PRISM design, including the projected research and development programs required to support the design and the proposed more ยป testing needs. ![]() The design includes passive reactor shutdown and passive decay heat removal features. The reactors utilize a metallic-type fuel, a ternary alloy of U-Pu-Zr. Each module is located in its own below-grade silo and is co to its own intermediate heat transport system and steam generator system. The standard plant design consists of dim identical power blocks with a total electrical output rating of 1395 MWe- Each power block comprises three reactor modules, each with a thermal rating of 471 MWt. The PRISM reactor desip is a small, modular, pool-type, liquid-mew (sodium)-cooled reactor. This policy provides for the early Commission review and interaction with designers and licensees. The PRISM conceptual desip was submitted by the US Department of Energy in accordance with the NRC`s ``Statement of Policy for the Regulation of Advanced Nuclear Power Plants`` (51 Federal Register 24643). This preapplication safety evaluation report (PSER) presents the results of the preapplication desip review for die Power Reactor Innovative Small Module (PRISM) liquid-mew (sodium)-cooled reactor, Nuclear Regulatory Commission (NRC) Project No. ![]()
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