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Re: RADIOACTIVE RELEASES FROM NEW JERSEY NUCLEAR POWER PLANTS AND THE LINK WITH CANCER
I have read only the report summary provided by Sandy, and have not
requested the WORD version of the complete report. So I may be going
out on a limb a little here, but I think I'm going out only a little on
what I think is a fairly solid limb.
I strongly suspect that the Gould/Sternglass report grossly
misinterprets or misrepresents radioactive material releases from the
nuclear power plants of interest. The report states that Oyster Creek
emitted 77.0 curies of airborne radioactivity in the period 1970-1993.
However, the report does not state the quantity of Sr-90 released.
Releases of Sr-90 from nuclear power plants, including those of interest
here, are measured carefully and are miniscule both in the absolute
sense and in the relative sense (relative to the inventory of weapons
test fallout Sr-90 deposited in the vicinity of the plants).
The Gould/Sternglass statement regarding levels of "radioactive
chemicals" in Trenton precipitation may also be misleading. That
statement also is not limited to Sr-90. It could well be that the
quantities measured are due primarily to naturally occurring nuclides,
in which case, fairly constant levels, or at least fairly constant
patterns over time would be expected. The observed patterns would then
not indicate that reactors are an important current source of
radionuclides.
Tom Potter
Gould/Sternglass Report exerpts:
> RADIOACTIVE RELEASES
> FROM NEW JERSEY NUCLEAR POWER PLANTS
> AND THE LINK WITH CANCER
>
> By
>
> The Radiation and Public Health Project
>
> Toms River NJ
> April 26, 2001
<snip>
>Radioactive Emissions The Oyster Creek reactor began operations on
>May 3, 1969, making it the oldest of the 103 U.S. reactors still in
>operation. The Salem 1/2 and Hope Creek reactors began operations in
>1976, 1980, and 1986, respectively.
>Oyster Creek emitted 77.0 curies of airborne radioactivity in the
>period 1970-1993, the largest amount of any U.S. reactor.
>Environmental Levels of Radioactivity From 1979 to 1995, the level of
>radioactive chemicals in Trenton precipitation remained relatively
>constant, suggesting that a current source of emissions (nuclear
>power reactors) was supplementing and offsetting the decay of fallout
>from old nuclear bomb tests.
<snip>
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