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Management of Commercially Generated Radioactive Waste - U.S. ...

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131<br />

RISK PERSPECTIVES<br />

Draft p. 3.1.41, 64-74--We note with considerable interest the following: Each year<br />

55,000 persons lose their lives on highways. Although tragic to families, this does "not<br />

represent a significant societal loss to a population <strong>of</strong> 200,000,000." On conservative<br />

bases and even at relatively imprecise levels <strong>of</strong> knowledge, the annual loss <strong>of</strong> life from a<br />

waste repository will be "a small fraction <strong>of</strong> one." (emphasis added). We agree completely<br />

with this analysis. But one must then ask why waste disposal has not been put in proper<br />

perspective. The risk associated with the disposal <strong>of</strong> nuclear waste has been exaggerated<br />

out <strong>of</strong> all proportion-by many orders <strong>of</strong> magnitude. DOE should come right out and state this<br />

obvious fact. (154)<br />

Draft p. 3.1.65--The relative toxicity <strong>of</strong> plutonium and lead should be more widely pro-<br />

mulgated. Although it does not mean that concern for plutonium be reduced, it does put the<br />

problem in better perspective. (32)<br />

The statements which point out the advantage radioactive wastes have over toxic chemi-<br />

cals should be emphasized. (166)<br />

Draft p. 1.16, Table 1.3--This comparison is superfluous and misleading. (30)<br />

Draft p. 1.16, Table 1.3--Comparison <strong>of</strong> lethal doses from a postulated all nuclear<br />

economy is absurd. This number should be reduced. (147)<br />

Draft pp. 1.16--There appears inappropriate comparisons <strong>of</strong> the lethal doses from a<br />

variety <strong>of</strong> toxic materials and lives lost in auto accidents with deaths caused by nuclear<br />

waste disposal. The real question is whether a considerable area <strong>of</strong> water shed will be con-<br />

taminated. (40)<br />

Draft p. 1.16--The fact that we run a greater risk <strong>of</strong> lethal contamination from the<br />

environmental presence <strong>of</strong> arsenic or cyanide than from high-level radioactive wastes will<br />

not assuage the public's concern over the safe disposal <strong>of</strong> these wastes. (41, 170)<br />

Draft p. 1.16--Your figures are misleading because some <strong>of</strong> the chemicals cited are not<br />

lethal if diluted; others are not lethal when in certain chemical compounds. (128)<br />

Draft p. 1.16--The statement is made that--"The conclusion is that the available<br />

lethal doses in radioactive wastes are far less than the available lethal doses in toxic<br />

nonradioactive chemicals now being handled routinely by society as shown in Table 1.3."<br />

Chlorine, phosgene, and ammonia are unstable in contact with the atmosphere and consequently<br />

do not persist in their uncombined state. Inclusion <strong>of</strong> these substances in that table<br />

negates its credibility. Radioactivity, <strong>of</strong> all types and in all forms, leaves a persistent<br />

trace in cell structures and its ambient strength is eternal relative to the human span <strong>of</strong><br />

life. The listed chemicals combine with other elements and become harmless. (144)<br />

Draft p. 1.16--The statement--"<strong>Radioactive</strong> wastes decay with time whereas toxic chem-<br />

icals have no half-lives and hence their quantities remain unchanged with time."--seems also<br />

to be a distortion <strong>of</strong> the nuclear question in that it equates chemical toxicity with radio-<br />

activity. As I understand it, they are two separate phenomena. (145)

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