EIS-0113_Section_11 - Hanford Site
EIS-0113_Section_11 - Hanford Site
EIS-0113_Section_11 - Hanford Site
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22;3 2^3<br />
TESTINDNy ON HANFORD DEFENSE WASTE D<strong>EIS</strong><br />
July 15. 79 <strong>11</strong>6<br />
Dick Nelson<br />
Hy new is Dick Nelson. I represent the 32nd Legislative District<br />
of Seattle in the Washington State Legislature. and i serve as a matter<br />
^.._ e va, t<br />
poses require that we assume the risk and the responsibility for the<br />
generation and storage of a significantly increased quantity of highlevel<br />
waste.<br />
of the State's Nuclear Waste Board. 9 wish to comment on several<br />
issues either not addressed in or not adequately covared by the D<strong>EIS</strong>.<br />
1 also would like to indicate that I subscribe to the comments p re -<br />
viously made by a representative of the Nuclear Waste Board.<br />
Quantity of TRU in Various Storage <strong>Site</strong>s<br />
The D<strong>EIS</strong> . provides only approximate values for the quantity of TRU<br />
radionuclides in the several <strong>Site</strong>s. g iven the .great diversity of waste<br />
3.1.3.9<br />
2.5.<br />
6<br />
Future Plutonium Production and Military Waste Generation<br />
The D<strong>EIS</strong> assures that the N Reactor and PURE% will be operated<br />
until 1995, producing tank wastes frets. this and other DOE sources<br />
forms and materials contaminated with TRU, and their sources, it is<br />
understandable that precise measuremeoU of TRU activity and weight<br />
have been difficult over the years in which TRU has accumulated.<br />
Estimating techniques were presumably employed to arrive at the values<br />
(Il<br />
O<br />
CT<br />
corresponding to the processing of 32,00 t of N Reactor fuel. The<br />
D<strong>EIS</strong> take, into account the precassing of an additional 2D.000 t of<br />
irradiated uranium beyond 1995 'in response to national defense or<br />
research and development needs' (section 3:2.2). The D<strong>EIS</strong> does not<br />
discuss the military necessity for the future production of plutonium.<br />
in Table 3.1 and Appendix A. One is led to the inescapable conclusion<br />
that there must be c.osid,rable uncertainty in the values listed. What<br />
is the probable range of activity and weight of TO for each site? The<br />
final <strong>EIS</strong> should-indicate the probable error in the quantities of TRU<br />
estimated and exactly nor these quantities wore re asn re d or estimated.<br />
3.3.5<br />
or alternatives in meeting the need which would not result in mare<br />
waste being generated. The final <strong>EIS</strong> must add re ss the need for more<br />
plutonium by taking into t weapons systemthat are under develt<br />
or am candid t for deyelopeent.and which cannot be armed by<br />
either our current plutomium stockpile or by recycling plutonium in<br />
obsolete warheads. This most be addressed for two mesons important to<br />
r<br />
.7 the eitixens a Washington: (I) The total .lone of waste will determine<br />
the need for a second geologic repository for commingled military<br />
and comvercial waste. (2) We he. a right to know what military pur-<br />
C 12<br />
rams X0<br />
Lon g-Tarr Impacts Foll.ino Postulated Disru ptive Events<br />
The D<strong>EIS</strong>.. does not adequately address possible climatic changes<br />
resulting from increased carbon dioxide and trace gases in the earths<br />
atmosphe re (the 'greenhouse effect'). Current and predicted increases<br />
in these .gases (produced by deforestation and cambustion of fossil<br />
fuels) could lead to the malting of the puler ice caps, a significant<br />
inc re ase in sea level and groundwater levels, and major cli ma tic<br />
changes. Inc re ase in precipitation would inc re ase the expected groundwa<br />
ter recha rge, which uld speed time migration of radioactivity<br />
wo<br />
into<br />
C-13<br />
3.5.6.1