EIS-0113_Section_9 - Hanford Site
EIS-0113_Section_9 - Hanford Site
EIS-0113_Section_9 - Hanford Site
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053 ER<br />
RECEIVED DOE-RL<br />
V<br />
O<br />
3.3.1.1<br />
-Page Two- JUL 14 1986<br />
WM DIVISION<br />
The option that gives us the greatest confidence is disposal at a geologic<br />
repository. That repository too should be chosen on the basis of the greatest<br />
confidence in the ability to protect Public health and safety and the<br />
environment<br />
2.1.1<br />
Lest there be any doubt. it Is our clear and abiding conviction That <strong>Hanford</strong><br />
falls that test.<br />
[<br />
3.3.J 3J<br />
3.3.5.3<br />
3.3.5.4<br />
3.3.5,3<br />
Those principles lead us to these conclusions:<br />
1. The high-level liquid wastes in the double shell tanks can and should be<br />
retrieved, glasified, and moved to a future geologic repository.<br />
Z The high level solidwastes in the single shell tanks should be retrieved<br />
glaied, sif and moved to a future geologic repository.<br />
For Nat to be achieved more imwvath i, technologies than those<br />
considered must be pursued, because of the tremendous cost and needless<br />
radiation exposure to workers.<br />
The Imminent threat to the environment was relieved when Hqulds were<br />
taken from these tanks. That action gives us the time to pursue safe.<br />
cost-effective technologies to retrieve that waste for disposal in a<br />
geologic repository.<br />
We are confidant that we can know if that can be achieved within five<br />
years. Only if that cannot be achieved, would we urge stabilization in<br />
place. Even then the wastes should be solidified and more comprehensive<br />
ergineered barriers adopted. -<br />
3.<br />
3.1,3J . LJ 25<br />
the waste repmi tory being built in New Mexico,<br />
3.1.3.25 '3 . 4. Plutonium wastes produced before 1970 should be retrieved and disposed<br />
Plutonlum wastes produced after1970 should be retrieved and disposed at<br />
at the New Mexico repoiitory.<br />
However those pre-1970 wastes are dispersed and not as safely<br />
retrievable nww. We urge you again to complete s more critical analysis<br />
within five years to avald unreasoned roar and unnecessary radiation<br />
a'"a to workers. Only If a better retrieval option cannot be<br />
achieved. should stabilization be pursued. Even than, higher standards<br />
for protection must be accomplished.<br />
C<br />
3.1. G 2 J<br />
5.<br />
The strontium and cesium wastes encapsulated for medical and irometrial<br />
. use should be shipped to a future geologle repository.<br />
Finally. we recognize that the initiative of U.S. DOE alone will not be enough.<br />
We support Congressional action to:<br />
-Page Three-<br />
RECEIVED COE-RL<br />
JUL 14 1986<br />
WM DIVISION<br />
- Direct that department to comply with federal and state r o ammenR on 2. 3. L 14<br />
waste handling and disposal for chemical and low-level radioactive<br />
waste as well_ and,<br />
- Establish and enforce a descending srtedtle of compliance. 2. 2 . 2<br />
But, even that will not be enough. Congress must he now what it should have done<br />
40 years ago:<br />
2. 2 . 9<br />
Provide funding to dispose of these and future deferes wastes.<br />
Congress demands that Oregonians pay-as-we-go to provide funds for waste<br />
disposal for me commercial nuclear industry. Congress should demand no less of<br />
itself and the U.S. DOE.<br />
2.2.9<br />
Congress should pay now for wastes produced now in its nuclear weapons production<br />
programs.<br />
2.2.9<br />
The cast will be great. But. for 40 years. them wastes have grown as a liability of<br />
this nation. It Is time that debt be paid<br />
Thank You