Nuclear waste disposal crisis
What to do with spent fuel and high-level radioactive waste generated by nuclear power plants? The advantages and disadvantages of current U.S. nuclear waste disposal policies are thoroughly examined along with the three primary treatment paths: reprocessing, disposal, and interim storage. This insightful book reveals why spent fuel reprocessing failed in this country, why spent fuel disposal is an unattainable goal under the current approach, and why spent fuel interim storage represents an imminent crisis of understated proportions.
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The Nuclear Power Industry
The Nuclear Fuel Cycle
Boiling Water Reactors
10 other sections not shown
accident boiling spent fuel decay heat December design basis dry storage drywell evaluated event failure federal FPCS fuel assem fuel damage fuel handling fuel pool cooling fuel pool water fuel rods heat loads interim storage irradiated fuel assemblies license Light Company located loss of spent makeup NRC's nuclear fuel cycle nuclear power industry nuclear power plants Nuclear Regulatory Commission Nuclear Waste Pennsylvania Power piping plutonium pool boiling pool cooling system postulated Power & Light Power Company PP&L PWR spent fuel radiation radioactive waste reactor building reactor core reactor pressure vessel refueling floor released repository reprocessing facility reprocessing plant secondary containment SFP level SGTS skimmer surge tank spent fuel assemblies spent fuel pool spent fuel risk spent fuel storage SSES storage of spent storage racks stored Susquehanna concerns transfer Unit 1 spent uranium hexafluoride utilities West Valley Yucca Mountain