EIS-0113_Section_9 - Hanford Site
EIS-0113_Section_9 - Hanford Site
EIS-0113_Section_9 - Hanford Site
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l 004<br />
Secretary Herrington<br />
9 June INN<br />
Secretary Herrington<br />
9 June 1906'<br />
2.5.5<br />
2.2.1<br />
2.2.9<br />
2.2.9<br />
2.2.9<br />
2.2.9<br />
2.2.9<br />
2.2.7<br />
3.1.4.30<br />
reasonable line of argument is unsustainable led ayy in significant part<br />
because of the poor record at <strong>Hanford</strong> and other 00^ instal latlons. Those<br />
charged with the stewardship of the notion's largest inventory of<br />
radioactive waste have done a pwr Job. OOE's plans for future stewardship<br />
are accordingly susyact. Remedial action will not change public<br />
perceptions overnight. But the damage done by history will not diminish<br />
until cleanup is underway at <strong>Hanford</strong>.<br />
In sum, there is no substantial ar9unent for the no-action<br />
alternative as a permagnent course of ac ts on; theeyre has been far too much<br />
cy difficult, but<br />
I e share it ha thedvimNimpl ftp isit dra<br />
to fssuing<br />
<strong>EIS</strong>: the time to e<br />
started is now..<br />
once Fundin gy . The cost estimafes in the draft <strong>EIS</strong> are both large and<br />
rta .9 van the extensive engineering still to be carried out. Even<br />
the least costly action alternative, however, is priced at $2 billion, a<br />
figure that my prove to be conservative.<br />
The high cost of cleanup has blocked remedial action at <strong>Hanford</strong> for a<br />
Ions time. That hurdle is no lower now. surely, with large federal<br />
deficits add increasing yressure an defense appropriations. <strong>Hanford</strong><br />
cleanup still competes with the GOO-shiNavy, deficit reduction, and other<br />
national VVriorlties. Can any programmatic decision resulting fr om the ITS<br />
be funded2<br />
While the one-time cast of cleanup is high, that is an inappropriate<br />
perspective to Co ke on a pro ct that w 11, in any event, take more than a<br />
decade to complete. I urge OOE A to explore with Congress the establishment<br />
of a defense waste trust fund, setting aside a fixed sum each year to<br />
pay for activities at <strong>Hanford</strong> and other federal facilities share past<br />
practices I require remedial action. Alternatively a fixed percentage of<br />
he defense nuclear production budget could be pa {d into the trust fund<br />
each year, with the ay Mutionment set to enable timely completion of<br />
cleanup stall federal installations.<br />
The trust fund app roach would p ro vide g re ater assurance that the<br />
cleanup program can be Brought to a successful conclusion. Moreover, ta the<br />
smaller annual appropriations Into the trust fund would avoid s rk<br />
tradeoffs.<br />
Much additional analysis needs to be done before a trust fund can be<br />
Proposed legislatively. Nonetheless. the issue of financing cleanup should<br />
pe considered at this point. Otherwise, there is a real possibility that<br />
actions will be started but not completed because of cost; that sequence of<br />
events could, in turn, substanttallf magnify the environmental impact of<br />
any decision reached through this <strong>EIS</strong>.<br />
Standards farmimeo circumstances. Under any of the alternatives<br />
that wou .N. ra sac ve ma erla TSTTn place. one could face a striking<br />
anomaly. If a high-level .safe repository were located at <strong>Hanford</strong>, one<br />
would nave long-1 l ved radionuclides buried at great expense 3,000 feet<br />
below the surface, while waterial of similar long-term hazard would be left<br />
30 feet below ground at the defense waste sites. This anomaly cannot be<br />
cured short of the Costliest option, excavating the single-shell tanks;<br />
even then complete clean. p cannot be assured. I believe it sensible,<br />
accordingly, to tackle to issue head on in the final <strong>EIS</strong>.<br />
The essential point is that long-lived wastes at federal facilities<br />
comFri se a ..a unique Is ac So lon as the regulatory regime in force since<br />
1970 at inuesq it whposhe s oul be impossible<br />
for t conditio<br />
created anew.-it regulatory scheme assumes, however, nsatwestes rWdrii l Ee.<br />
created and handled in ways compatible with regulatory objectives. TMs is,<br />
not true of the wastes at <strong>Hanford</strong>,. hovever. Pttemptin y to restore nearsurface<br />
Conditions near the single- shell tanks to a state compatible with<br />
today's regulatory standards may be impossible. economically<br />
infeasible, managerially imprudent. or techni all al<br />
At the current state of technical knowledge, however, neither the<br />
ultimate level of cleanuC attainable nor the cost of aproaching or<br />
achievin g this level is known with confidence. For tha t reason, selecting<br />
any single action alternative appears insppropr;ate since the basis of a<br />
sound c nice is not .Yet developed. Enough in on does seem to be in<br />
hand, however, to rule out the no-action alternative. This partial<br />
decision can and should be made. now.<br />
-<br />
In addition. it may be useful to set an upper bound on<br />
occupational exposure resulting from cleanup, for the purpose. of guiding<br />
additional work.<br />
With that policy in place, cleanu p should begin, with<br />
ri_m..taa projects to prepare the Sr and Cs catsules for geologic<br />
Pffi —fo'excavate watt. from a near-surface tank; and to stabilize<br />
waste We ear-surface. tank. The ob j ective of these experiments wouldbe<br />
to improve WE'S understanding of the engineering and cost implications of<br />
the rated al paths available.<br />
The results of those experiments should then be discussed in a public<br />
document updatin g this <strong>EIS</strong>. public comment on that document, from the<br />
state of Rashtn9ton and other interested parties. should then form the<br />
basis of an another decision. That decision could, in turn, extend.<br />
experimental work in directions guided by experience. -<br />
This approach differs from the one implicit in the <strong>EIS</strong> process in<br />
three important resVects. First, implementation would begin without a<br />
final decision on tits remedial option to be chosen so that experience can<br />
influence future decisions. Second, those future decisions .would be<br />
subject to public review at decision points, the first of which wo uld be<br />
specified in the final <strong>EIS</strong>. Third, an important objective of remedial<br />
action in this initial stage is to improve our understanding of 'best<br />
available technology' for cleanup, rather th.n to proceed. as if that<br />
technology were known.<br />
The approach recommended here assumes that learning is transferable<br />
to later stages of cleanup, and that the pace of learning will be rapid<br />
enough to result in more effective dean.N lower occupational exposures,<br />
and lower costs. It is sea tY to believe that lessons will be learned from<br />
proceeding with cleanup. It is less clear that learning will be rapid, nor<br />
that lessons will be applied. That is why public review at later<br />
milestones isimperative so that confidence in DOE's technical program can<br />
betested and (one hopes] augmented.<br />
The seeing target of best available technology raises the Ossibility<br />
of revisiting tanks and other facilities cleaned up in earlier pRsacs of<br />
the program. Such repetitions should not beruled out. It is Worth<br />
noting, however, that setting a guideline on occupational exposure yeerr<br />
increment of environmental hazard reduction would establish a reasonable<br />
imit on repea e c eanups. a s ecay se. as the technology improves,<br />
2.2.11<br />
3.3.4.1<br />
3.4.1.1<br />
3.3.4.1<br />
2.3.2.3<br />
2.5.3<br />
2.5.3<br />
2.5.3<br />
2<br />
. 3 -