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EIS-0113_Section_9 - Hanford Site

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M 044<br />

(JI<br />

C)<br />

DOE WASTE SITE SELECTION PROCESS<br />

0644<br />

RECEIVED DOE-RL<br />

JUL 1 4 1986<br />

WMDIVISION<br />

FUNDAMENTAL ERROR IN DECISION PROCESS SHOWN BY<br />

FAILURE TO RECOGNIZE ANISOTROPY OF HANFORD EARTH MATERIALS<br />

Persistent failure i the ticSSlon e making pran..... of the<br />

DOE regartll ng nuclear waste is dan .... to o during at least the<br />

past ten years. The fulurc t<br />

is the iuntlamental<br />

properties of earth materi al= evident from accidents<br />

and<br />

iii lea sn dispomal per;or at H nfartl and from absence of<br />

2.3. 1x12 al ter nets l nu clear waste siteaselection investigations.<br />

2 .<br />

The DOE has not r ..1.I..d the fundamental ...d to select<br />

rite sites in earth materials with the most uniform<br />

la 1 properties di basal and lowest permeability to water flow. Non uniform<br />

properties of Basalt, and sediments at Hanfortl have been ignored<br />

and compared to none of the available alternate options. The<br />

appears to hen an inability, unwillingness or failure at the<br />

ticn e making level to incorporate into the decision making<br />

process the geological expertise for cognize the physical<br />

properties of the v availableearth materials and their<br />

effects upon the h pr4.romance of the waste tlisposal to the land<br />

and water quality-<br />

. CA"L DUMPING AND SPI LL ING OF NUCLEAR WASTE<br />

The result, as described in appendix V of the Draft Et6 and<br />

in data presented by the Washington State Nurlear Waste board,<br />

leaking tanks and contaminated soils and sedimentary ground water<br />

aquifers at <strong>Hanford</strong> as fell ... i<br />

.Oyer 52 million gall... of Solid tank wants<br />

and over 27 million gallons of liquid<br />

with ar 474 million curies<br />

in 141bear<br />

ain'l. well tanks (about '403 l eaking) and 20<br />

double all tanks.<br />

3 million cu. yd. It billion gal.) of<br />

contaminatetl "over<br />

Sail<br />

With over 339,000 curies and 437 pounds of plutonium<br />

In 36 ditches and ponds; 294 cribs, trench es , french<br />

drains and 'unplanned releases' and 10 -reverse walla•<br />

Which were used to pump plutaniuw^9-240,<br />

straintilm-90 and cesium-1S! into the ground water.<br />

. Th e 216-Z-9 trench raguired treatment due to concern<br />

about 'criticality"! p. V 17-19<br />

EXISTING DEFENSE WASTE EXCEEDS COMMERCIAL WASTE VOLUME<br />

Over 622 of all high-level del .... ... te in the<br />

country is dumped at <strong>Hanford</strong> In the above conditions.<br />

<strong>Hanford</strong> 'dafen... ...is in tank. would fill about 4<br />

repositories (at 70,000 yards each, with . co meralal<br />

waste storage) not including contaminated sail and<br />

water malert al a.<br />

0644<br />

RECEIVED DOE-RL<br />

JUL 1 4 1986<br />

WM DIVISION<br />

Existing --defense-- -sate at <strong>Hanford</strong> overehadoes the<br />

need for a commercial repository because of the<br />

w 2.3.1.3<br />

great volume and fluid ch....car of the waste lcomparetle<br />

• to the commercial lo- volume metal-clad solid waste.) e<br />

The g i g' material unli., <strong>Hanford</strong> 1. Cat b" k<br />

Basalt ­11 -- d b and flood corike.ts. The<br />

of<br />

highly variable water flow properties 2.1.1<br />

the basal_ and ...client<br />

make it n n-h....one... and u uitable for a tll sposal or<br />

repositor y ssite.<br />

Just me flow of water through swiss Cheese would be<br />

difficult to predict, a- the Columbia 111.1 Basalt and<br />

the Overlying river channel sediments have many<br />

Channels and v cations in their structure and flow<br />

properties. Rock units with the properties a<br />

diaper are more appropriate to waste disposal. with<br />

the ability toprovic. absorption no containment-<br />

Many preferable geological snits .1 at with homogeneous<br />

rocks properties, law grountl water flow rates and law value for<br />

farming or other lantl. use Granite, shale, volcanic tuff and<br />

salt p a ys been r cognizetl candidate matials, er ..salt zed<br />

stream sediment, o e cent at Hanfortl, have not been proposed as a<br />

Suitable rock material for hunt... waste disposal. Why,<br />

therefore, is the DOE_ continuin g to propose <strong>Hanford</strong> as a<br />

disposal Flt.?<br />

3.3.1.1<br />

The D<strong>EIS</strong> proposed disposal of tank waste in repository<br />

appears to be impassible due to the vo3 ume of tlefense wastes.<br />

The it ern at¢ n place" tlisposal, by c co the tanks<br />

contaminated and<br />

soils with 5 feet of fine Sail SO the only barrier<br />

to water infiltration, Is unlikel y to stay in place as<br />

functional barrier due to into and range ftres on the site and 3.5.1.100<br />

probable climate change. The c.mparaii ve costs pr .... too in the<br />

D<strong>EIS</strong> or. only for immediate transport and disposal casts "in no<br />

3.2.6.7<br />

consideration of long term risks or land use 1055¢5. No<br />

ustification or alternate Options are given, for assuming<br />

°tle dices ti on" of • the Han Portl ell. far r aft time.<br />

23.2 .S t.<br />

Because of theseriousness of the existing "defense" waste<br />

problems at Hartford and the certainly of a level or<br />

radioactive and chemical contamination of the water supply of<br />

the Columbia River valley (If•<br />

the law of gravity persists), the 3.3.2. 1<br />

People of Oregon can not support the proposed 5 fact fine-soil<br />

reap. It 15 too much to impose the m.,.rity of all nuclear<br />

rite in the country lot. the fresh water aquifers Of the<br />

worth west without clean up. Almost any state .4 the art<br />

hazardous waste tlisposal requirements would far exceed the plans<br />

presented in this D<strong>EIS</strong> for these most serious of M1azartlous risk<br />

materials.<br />

'

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