Advanced Light Water Reactors

The first generation of power reactors was designed by the vendors and offered to the [Pg.213]

Render reactor lubcrilical Reactor protection system Render reactor subcritical Reactor protection system Standby liquid control sy.stein [Pg.214]

Scrub radioactive materials Suppression pool Containment spray system Scrub radioactive materials Suppression pool Containment spray system [Pg.214]

Severe events with a frequency of lE-6/reactor-year to result in 25R (0,25 sieverts) a half-mile from the reactor [Pg.214]

Greater than 87% availability averaged on the [ilant lifetime [Pg.214]

Forsberg, C. W., D. L. Moses, E. B. Lewis, R. Gibson, R. Pearson, W. J. Reich, G. A. Murphy, R. H. Staunton, and W. E. Kohn (1989). Proposed and Existing Passive and Inherent Safety-Related Structures, Systems, and Components (Building Blocks) for Advanced Light Water Reactors. Oak Ridge, TN Oak Ridge National Laboratory. [Pg.140]

Golay, M.W. and N.E. Todreas Advanced Light-Water Reactors, Sci Amer.. 82 (April 1990). [Pg.1124]

High-pressure water electrolysis (HPE) Advanced light water reactor (ALWR) Yes... [Pg.344]

Fig. 3-2 Pros and cons of an advanced light-water reactor (ALWR), from [52]...

To conclude from these four case studies, it appears that requirements for managing specific risks associated with new nuclear build in liberalized markets with new advanced light water reactor (LWR) technologies are so important that there is a natural selection of industrial organization... [Pg.146]

SECY-89-013, January 19, 1989, Design Requirements Related to the Evolutionary Advanced Light Water Reactors (ALWR). [Pg.26]

The advanced light water reactor (ALWR) passive plants, employ safety grade passive decay heat removal (PDHR) systems in order to enhance the capabihty (relative to current plants) of maintaining the plant in a safe shutdown condition following non-LOCA events. [Pg.27]

EPRI (1990)-NP 6780, Advanced Light Water Reactor Utility Requirements Document. [Pg.32]

Forsberg, C.W., et al. (1989) Proposed and existing passive and inherent safety-related structures, systems and components (building blocks) for advanced light water reactors , ORNL-6554, Oak Ridge National Laboratory. [Pg.32]

AR152 Status of advanced light water reactor designs 2004, No. 1391, 29 July 2004. [Pg.256]

VALIDATION OF THERMAL HYDRAULIC COMPUTER CODES FOR ADVANCED LIGHT WATER REACTOR... [Pg.131]

PANDA is a large scale facility, which has been constructed at the Paul Scherrer Institute for the investigations of both overall dynamic response and the key phenomena of passive containment systems during long term heat removal phase for Advanced Light Water Reactors. [Pg.139]

PERFORMANCE OF OPERATING AND ADVANCED LIGHT WATER REACTOR DESIGNS IAEA, VIENNA, 2001 IAEA-TECDOC-1245 ISSN 1011-4289... [Pg.186]

Safety approach Similar to advanced light water reactors (ALWRs)... [Pg.2727]

Additionally, several, much-larger advanced light water reactor (LWR) designs, such as the 1000-MW Safe Integral Reactor (SIR) [5], claim that no operator action would be required for up to 72 hours following any design basis accident event. Also, the reactors on nuclear submarines routinely operate for patrol periods of about 70 days without outside assistance. [Pg.31]

The remaining 348 issues were considered to be applicable to the design of Advanced Light Water Reactors. Further review was performed by Combustion Engineering, Inc. to determine the subset of issues applicable to the System 80+ Standard Design and the following two categories were established ... [Pg.15]

EPRI, "Advanced Light Water Reactor Utility Requirements Document", Electric Power Research Institute, Chapter 11, April 1989. [Pg.274]

Advanced Light Water Reactor Requirements Document... [Pg.280]

INTERNATIONAL ATOMIC ENERGY AGENCY, Status of Advanced Light Water Reactor Designs 2004, IAEA-TECDOC-1391, Vienna (2004). [Pg.15]

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