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This book presents a critical review of designing, siting, constructing and demonstrating the safety and environmental impact of deep repositories for radioactive wastes. It is structured to provide a broad perspective of this multi-faceted, multi-disciplinary topic: providing enough detail for a non-specialist to understand the fundamental principles involved and with extensive references to sources of more detailed information. Emphasis is very much on "deep? geological disposal - at least some tens of metres below land surface and, in many cases, many hundred of metres deep. Additio
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Nuclear power plants --- Safety measures. --- Cement composites. --- Radioactive waste repositories --- Materials. --- Nuclear waste repositories --- Geological repositories --- Radioactive waste sites --- Radioactive waste disposal in the ground --- Cementitious composites --- Cement --- Composite materials
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Environmental protection. Environmental technology --- Nuclear energy --- Radioactive waste disposal in the ground. --- Radioactive waste disposal in the ground --- Burial of radioactive wastes --- Ground radioactive waste disposal --- Underground radioactive waste disposal --- Hazardous waste sites --- Waste disposal in the ground --- Radioactive waste repositories
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Radioactive waste sites --- Radioactive waste disposal --- Radioactive waste disposal in the ground --- Radioactive waste disposal in the ground. --- Licenses --- Law and legislation --- Licenses. --- Law and legislation. --- Burial of radioactive wastes --- Ground radioactive waste disposal --- Underground radioactive waste disposal --- Dumping sites, Radioactive --- Radioactive dumping sites --- Radioactive waste disposal sites --- Radioactive waste facilities --- Hazardous waste sites --- Waste disposal in the ground --- Radioactive waste repositories
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Radioactive waste disposal in the ground --- Engineering geology --- Geochemistry --- Hydrogeology --- Géologie appliquée --- Géochimie --- Hydrogéologie --- Geohydrology --- Geology --- Hydrology --- Groundwater --- Engineering --- Civil engineering --- Geology, Economic --- Burial of radioactive wastes --- Ground radioactive waste disposal --- Underground radioactive waste disposal --- Hazardous waste sites --- Waste disposal in the ground --- Radioactive waste repositories --- Chemical composition of the earth --- Chemical geology --- Geological chemistry --- Geology, Chemical --- Chemistry --- Earth sciences
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Radioactive waste disposal in the ground. --- Spent reactor fuels --- Deep-well disposal. --- Deep-well injection --- Deepwell disposal --- Deepwell injection --- Waste disposal in the ground --- Burial of radioactive wastes --- Ground radioactive waste disposal --- Underground radioactive waste disposal --- Hazardous waste sites --- Radioactive waste repositories --- Storage.
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Radioactive waste disposal --- Radioactive waste disposal in the ground --- Contamination (Technology) --- Environmental management --- Environmental aspects --- Safety measures --- Environmental stewardship --- Stewardship, Environmental --- Impurities (Technology) --- Industrial contamination --- Particulate contamination in industry --- Burial of radioactive wastes --- Ground radioactive waste disposal --- Underground radioactive waste disposal --- Nuclear waste disposal --- Environmental sciences --- Management --- Factory sanitation --- Hazardous waste sites --- Waste disposal in the ground --- Radioactive waste repositories --- Nuclear engineering --- Radioactivity --- Refuse and refuse disposal --- Radioactive pollution
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Shrader-Frechette looks at current U.S. government policy regarding the nation's high-level radioactive waste both scientifically and ethically. What should be done with our nation's high-level radioactive waste, which will remain hazardous for thousands of years? This is one of the most pressing problems faced by the nuclear power industry, and current U.S. government policy is to bury "radwastes" in specially designed deep repositories. K. S. Shrader-Frechette argues that this policy is profoundly misguided on both scientific and ethical grounds. Scientifically-because we cannot trust the precision of 10,000-year predictions that promise containment of the waste. Ethically-because geological disposal ignores the rights of present and future generations to equal treatment, due process, and free informed consent. Shrader-Frechette focuses her argument on the world's first proposed high-level radioactive waste facility at Yucca Mountain, Nevada. Analyzing a mass of technical literature, she demonstrates the weaknesses in the professional risk-assessors' arguments that claim the site is sufficiently safe for such a plan. We should postpone the question of geological disposal for at least a century and use monitored, retrievable, above-ground storage of the waste until then. Her message regarding radwaste is clear: what you can't see can hurt you.
Radioactive waste disposal in the ground-- Environmental aspects. --- Radioactive waste disposal in the ground --- Civil & Environmental Engineering --- Environmental Engineering --- Engineering & Applied Sciences --- Environmental aspects --- Risk assessment --- Environmental aspects. --- Risk assessment. --- Burial of radioactive wastes --- Ground radioactive waste disposal --- Underground radioactive waste disposal --- Hazardous waste sites --- Waste disposal in the ground --- Radioactive waste repositories --- Déchets radioactifs --- Elimination dans le sol --- Aspect de l'environnement --- Evaluation du risque --- Radioactive waste disposal --- american history. --- consent. --- due process. --- ethics. --- geology. --- government. --- half life. --- health and safety. --- legal issues. --- liability. --- morals. --- natural history. --- natural world. --- nevada. --- nuclear power. --- nuclear waste. --- political. --- politics. --- pollution. --- public health. --- radioactive waste. --- radwaste. --- respiratory illness. --- science. --- scientific. --- united states history. --- us government. --- us history. --- yucca mountain.
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