EIS-0113_Section_11 - Hanford Site
EIS-0113_Section_11 - Hanford Site
EIS-0113_Section_11 - Hanford Site
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0 8 9 0 .6<br />
223 223<br />
Washington state<br />
Office of Radiation Pntstion<br />
Review of Hanfon Defense Haste M<br />
ae of <strong>Hanford</strong> Oefeme Haste FZS<br />
gage z<br />
0 9 6 1926 0<br />
a<br />
(O<br />
ko<br />
4.2 . 55<br />
3 .1.4.22<br />
3.5.5.39<br />
Page Omnact<br />
1.6 som e ... wastes will resin radimotive for . tens<br />
of thousands of years. Should be hundiais of thnnsands of<br />
yams, 91VW the half-life of R 239 at 24,00D year.<br />
1.9. Ho.2 Fat ce Took Wastes. Fuatem, tanks are Cited. Future<br />
tank w wastes should include the eight nun Taws in AP tank<br />
farm, fens tank In the planner Ag tank farm, and the four<br />
w eight in t he placed AT tank £aim.<br />
1.<strong>11</strong> ere Health Hazen Index for Selectai Radionuclides cited<br />
In Table 2 is. In the coex ntt ased . ma3ninpl.. A<br />
detailed explanation of the methodology for determining,<br />
that Inez is na.Hed.<br />
1.<strong>11</strong> mcws alternatives weer mnsidexad, three were<br />
3 .3.5.2 selected . There shddd be a discussi on (brief) of these<br />
alternatives disaned.<br />
3.13 •come would to very Uttle. . .treatment of wastes. . .•<br />
3.1.8.19 In-aity vilification Is tzeatvant and has mean iced<br />
for IRO sites. Clarification 0r definition of -treatmentin<br />
named.<br />
2.2 Classification of wastes s hould include undat hosamd transfor<br />
lines not have. i in facility closure plans, i.e.;<br />
2.3.1.14 tank farm M tank farm sc ooted pipelines. Significant<br />
ei ideal activity remains in these lines, and has, in neny<br />
cams, looked to the soli or eno se^rnt.<br />
2 .3.1.14<br />
3.2 Ieewgh not cows ai in this onviromnmrtal Intact statement,<br />
to -level wa to originating fun the processes desalbal<br />
m Pape 3.2 and 3.3 should at least le mentioned. sin ce<br />
they make up most of to volume of waste originating free<br />
the pivrn sus. Also not dissmaccd is the MU waste that<br />
has been disposed of in lee-level liquid sites Wt is wt<br />
havers by this <strong>EIS</strong>. soil sites tlo4m for inclusion in<br />
this <strong>EIS</strong> wee done m basal on Wu . maomtatim. Inny .<br />
oth¢ sites contain significantly higher inventories of<br />
Ing , hot as not diswssed. How is the long face intact<br />
fun Close situ^, to be andmessN4 Amitf onal discussion<br />
I. soured under each of these proeasas.<br />
3.4 See pmavicua oament.<br />
3.5 FXisting tank waste. IM last sentence of the first<br />
3.1.4.22<br />
leragaph in that section says that residual liquids and<br />
sl=ime are contained in 14 new= tans of double shell<br />
mmchv Lion, and that l4 double shelled tanks are<br />
ass igned W future Purer Plant waste storage. Me the 14<br />
AJO<br />
double shelled tanks assipnsd to £urns stoaw the sane<br />
14 Tanks citai in the pervious s entence Q axe they tanke 3.1.4.22<br />
fiat a re sea wwtxuction and/or in the planning<br />
s.,w=?<br />
3.6 See cement on Page 2.2. W Table 3.1, the numb¢ M TRU<br />
wntemlested mil sites isgiven at M. Given the<br />
un nwas In waste disposal and past <strong>Hanford</strong> pacti ces, Mum 3.1.3. 3<br />
axe the inventories kscwn wall e sc ape to estumta how easy<br />
MU sites these ale? An Exclamation is nestled.<br />
3. 7 Under section 3.2.2, FUtnxe'fnnk Haste. in the second fall<br />
pardgrmph of that section, it says that cladding waste.<br />
eMiM ing in 1935, will M PrOLCS9ed for awitioal lRp<br />
xe ov before being neutxalizn. Since it 1s nw, 1986,<br />
has this prates al ready begun, or is it still plmmei for<br />
fee. future? An update a this parngmph is retied.<br />
3.1.7. 4<br />
3.8 Under Smtim 3.3.3 1 Shentice eM C ciue Capsules, it<br />
mays that cesium Wald b , empaated met in the implace 3.1.2.4<br />
stabilisation end disposal altenetive for single shelled<br />
tank wastes. llmu is this W be amompllstmed? If it is<br />
described e35ewt¢e in the E . that azes should be<br />
reference d. If sct th en a discussion I. mewed.<br />
3.8 In section 3.2.4, it 1s cited that recetmtly, Classifi estied<br />
for MU waste has been change! fhne tea' na .I. a 31 3.1.3.1 3.1<br />
MU per gram to 100 manaa¢ies IRU pet Dam and the cite-<br />
Tien given is a WE domment. In this choose in classifimtlon<br />
aaceptm industry. vide (including Mvirmmnmrtal<br />
Protection Agency and Nucl ear Regmistmy commission) or is<br />
this purely an internal WE classificati on . A little mote<br />
dsscriptim of that common is neared.<br />
3.9 <strong>Section</strong> 3.2.5, discusses the disposal of plutonium fn<br />
low-level liquid vats, sites, and says that plutonium 3.1.3.20<br />
centxatiw doeses ^ with depth, and gives a voles a<br />
hantemfnatm mil of 32,00D CUse meters. Has hanslder-<br />
Sims been giv en W flare sites that receive fairly high<br />
ameaKations of acid waste which may have not.<br />
ppIconies off' in the moil, and thus encaltel in a<br />
tiu= volume of antamimatai MU mil. TM questi on a<br />
- diversion boxes and udergmomd waste transfer lines<br />
snstid elm M amr^mad.<br />
3.9 In <strong>Section</strong> 3.2.6, Pre-19?9 MU Uuried So<strong>11</strong>d Waste, the<br />
2.3.1.13<br />
types of containers are vestio i in the shallow land<br />
burial l the . One of the most irp rt t typne of<br />
container originally used for disposal, mho here mealy<br />
mvexed under tM category a "OHOr containers". w as the<br />
woolen box, which has created a roman an for as co ve-imrs<br />
ere s s¢nm. Hosdm boxes, in particular, shold lave 3.1.3.<strong>11</strong><br />
ce<br />
A-31