ML20126G992
| ML20126G992 | |
| Person / Time | |
|---|---|
| Site: | Framatome ANP Richland |
| Issue date: | 01/09/1981 |
| From: | Estey H SIEMENS POWER CORP. (FORMERLY SIEMENS NUCLEAR POWER |
| To: | Shum E NRC OFFICE OF NUCLEAR MATERIAL SAFETY & SAFEGUARDS (NMSS) |
| References | |
| 18250, NUDOCS 8104020839 | |
| Download: ML20126G992 (35) | |
Text
-.
1 LPoe 7s-M EQON NUCLEAR COMPANY,inc.
i
- 1 2101Hom RapikReal P. O Baz 130, Richland. Washington 91052 Phone: (SO9) 375 8100 Telex: 15-2878 January 9, 1981 E
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E. Y. Shum
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Uranium Process Licensing Sectid "
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O Uranium Fuel Licensing Branch il
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$G Division of Fuel Cycle and JMiP
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N,27 of
' Material Safety
'.Q MAIL SicTrop U.S. Nuclear Regulatory Commissio6 Washington, D.C.
20555
-) D00cr ctay Gentlemen:
Reference:
Your letter of October 8,1980.
Enclosed are two copies of Exxon Nuclear's responses.to comments and questions of sections 1, 2 and 3 of the enclosure to your October 8, 1980 letter. Our res'ponses to comments'and questions of sections 4.5,6 and 7 will be transmitted in the near future.
This partial response is being transmitted to allow your evaluation of our environmental information to continue in a timely manner.
If you have any questions or comments, please call me on (509) 375-8537.
Sincerely, H.
aul Estey, Manager Licensing & Compliance, Operating Facilities.
HPE/cle cc:
Dr. F. Wimpey 1710 Goodridge Drive P.O. Box 1303 McLean, VA 22102
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3 Enclosure Responses to Questions Related to Environmental Information Submitted in Connection with Exxon Nuclear's License Renewal Application (SNM-1227, Docket No. 70-1257) 1.
General 1.1 Commes:t What is the current census and population diatribution within a 50-mile radius of the site?
Resoonse The 1980 census information is not yet available.
However, data presented in Table 11-1.2-3 of Exxon Nuclear's " License Application for Special Nuclear Material:
Experimental Test Facility", August 1979, Document No. XN-EL-29, Rev. 2 (which were used by the Staff our plutonium fabrication plant {)gf natural phenomena relative to in their analysis of the effect
) have been appropriately updated with data contained in a recent WPPSS document, " Projections and Distributions of Populations in. 50-Mile Radius of Tri-City Area by Compass Direction and Radii ~ Intervals 1970-2030", January 1980.
A The l
copy of the WPPSS report has already(been provided to the NRC.
updated data are given in Table 1.1 attached).
- 1. 2 Comment What are the prejseted population greaths in the next S-and t,0-year periods?
Resoonse
?,e projected population distribution data for 1990 previously furnished in Table II-1.2-4 of XN-EL-29, Rev. 2 (previously cited),
have been appropriately updated with data contained in the previously cited WPPSS report, and are provided in Table 1.2-2 (attached).
An estimate of the projected 1985 population distribution data was obtained by comparing Tables 1.1 and 1.2-2 and applying expected are presented in Table 1.2-1 (attached) population distribution data modifying factors. The projected 1985 (1) Letter from L.C. Rouse to R. Nilson, dated March 13, 1980, 1
1S.50
3 i
l
- 1. 3 Commer.:
What is the current land :ae patter". of the area vithin a 50-nite radius of the site?
Response
The current land use pattern of *.he area within,a 50-mile radius of the Exxon Nuclear site is shown 'n Figures 1.3-1 through 1.3-3.
- 1. 4 C. nent Is the land use pattern eape:ted to change in the next 5-ar.d 10-year periods?
Response
Significant changes occurred in the uses' of adjacent lands' in the
~
last 5 years as a result of increased construction activity on the Hanford Reservation, new industrial development in the Tri-Cities, and expansion in irrigated agriculture near the Tri-Cities.
Most major new irrigation developments occurred south of the Tri-Cities area in the Hermiston-Boardman area in Oregon and in the Plymouth area in Washington.
Other new developments were in the hills adjacent to the Snake River east of Pasco, along the Yakima River west and north of West Richland, and in the hills northwest of the Hanford Reservation.
Significant new irrigation development is expected soon in the Horse Heaven Hills southwest of the Tri-Cities (about 300,000 acres) and in the Columbia Basin Project north and east of the.
Columbia River (about 470,CCO acres).
- 1. 5 Comment What is the location of che nearest racider.ce:
a.
to the site bourlary?
b.
to an cahaust stack?
c.
doin:uind of an exhaus: stack based on the prevailing vir.da?
N O
j i
Response
a.
1.8 miles to the southeast (141* east from north).
b.
2.4 miles to the southeast (140 east from north).
c.
The distances to the nearest residence in each of the three major downwind directions are provided below:
Direction from stack
% of time wind in this direction Dist. to Resid.
f4E 20.3 3 Miles itW 16.7 30 Miles.
SE 16.4 2.4 Miles
- 1. 6 Coment Fihat is the most recent compilation of effluent hiatorj?
Response
The anounts of radioactive materials discharged in gaseous and liquid effluent streams since 1975 are~ tabulated below:
uCi Uranium to Uranium to Pluto.ium to Plutonium to Year Atmosphere Sewer Atmosphere Sewer 1976 11.2 5370(8) 0.37 0.17 1977 14.6 2660(a) 0.21 1978 125.2 2740(a)
<0.15 1979 39.6 3820(a) 0.05 1980(c) 26.2 (b) 0.02
- 0.-
(a) These values have been rounded from values reported to the flRC per 10 CFR 70.59..
Furthermore, the values are based on some "less than 0.1 ppm" values.
(b)
Starting in 19'30, only positive values are used.
(c) First 3 quarters, only.
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- 1. 7 Comment Has the area's vildlife status changed in the tact 5 years or is it expected to change in the ne=t 5 years?
Response
No, to both parts of this question.
1.8 Comrent Are there any endangered species chich live in or migrate through the area?
Response
The bald eagle (Haliaetus leucocephalus) is the only threatened specie (Federal designation) to occur routinely'in the area. The population on the Hanford DOE Site has. increased over the years from five (5) birds in the 1960's to over 15 'cirds in the late 1970's. Eagles generally arrive during mid-!&vember, with a peak abundance occuring in late November through early February, and begin to depart in mid-February. They do not nest in the area.
The American peregrine falcon (Falcon peregrinus anatum) is an endangered specie (Federal designation) which may at times appear along the corridors, although the exact ranges are not known.
- 1. 9 Comment Have tocal meteorological cor.ditions and radiation and radioactivity levate in bachground been affected by the volcanic activity of Mt.
St. Helens?
Response
No lasting measurable impact has been either determined or detected.
l However, there has been speculation that " seeding" of clouds by ash I
from the eruptions has caused some increased local rains.
1.10 Comment What is the site cafety record regarding radiological accidenta and retcases (on and off site)?
l
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I i
~
Resconse The site safety record regarding radiological ' accidents has to be considered good. Within the broadest possible definition, accidents.
involving radioactive caterials that have occurred at the plant are itemized below.
a.
In past years, leaks of chemical-uranium liquid waste from the liquid waste storage-evaporation lagoons have occurred into the soil beneath the lagocas.
These leaks are further discussed in the response to question no. 6.6.
b.
In February, 1971, a UF transfer line became disconnected g
i during the processing of a cylinder of UF, releasing a few kgs of uranica to the U0 building.
Nomhasurableuranium 3
escaped the building.
There has not been a reoccurrence of t
this type of incident.
c.
In July,197*, the liquid waste transfer line between the UF -UO conversion cuarantine tanks and the liquid waste g
7 storage-ev5poration lagvons broke at a point above ground-level. Approxir.ately 14 grams of uranium were discharged to the ground, but subsequently recovered and disposed of as solid radioactive waste.
Tnis break was repaired immediately, and there has not been a reoccurrence.
d.
In May,1975, a faulty check-valve caused the. liquid waste neutralizaticn tank to overflow to the ground.
Approximately 470 grams of uranium were discharged to the ground, but subsequently recovered and disposed of as solid radioactive waste. This situation was corrected promptly, and there has not been a re-occurrence.
e.
In September,1976, a UF gas transfer line was broken during a UF cylinder hobkup operation, releasing a few kgs of g
uranium to the UO, building.
No measurable uranium escaped the building. ThEre has not been a reoccurrence of this type of incident.
f.
In De ember,1976, approximately 40 kgs of UF were released to '.ne UO building when a UF gastransferihnewasdetached from a UF$ cylinder whose valhe was stuck open.
Approximately 2.3 grams of uranium were released from the building.
There has not been a reoccurrence of this type of incident.
No uranium was detected offsite, i
1
g.
In May, 1977, the liquid waste transfer line between the UF -
g UO conversion quarantine tanks and the liquid waste storage-7 evaporation lagoons was found to be leaking. The contaminated soil was removed and disposed of as solid radioactive weste. The line was replaced at that time, and a recent pressure test of that line confirms that it is presently not leaking.
1.11 Comment Have there been any changes in uater quality standarda or requirementa?
Response
No.
1.12 Conment Is there any change in the site's energy requirement =?
Response
The amount of electrical energy consumed at the site for the past 4-3/4 years has increased as shown below:
Year Million Kilowatt-Hours 1976 20.32 1977 20.78 1978 24.36 1979 29.03 1980 (1st 3 quarters) 20.66
~,
I a
s 1.13 Comment Hou is the neu LCO-acre tract of lar.d to be used?
Response
The second quarter-section (160 acres) of land purchased by Exxon Nuclear is contiguous to the western boundary of the original site.
Exxon Nuclear has no immediate plans to build anything on this land.
1.14 Comment Does this land additicr. inroduce any neu environmental iscues such as vildlife, terrain, hyi-clogy, or meteorciogy?
Response
No -- not even when developed.
1.15 Comment What is the industrial popu~ tior. distribution out to a S-mile radius in one mile in:rcmen:a?
Resoonse The industrial population distribution within five miles (by compass sector and distance) of the Exxon Nuclear site is provided in Table 1.15 (attached).
1.16 Commerf Are meteoroligical db:: gathered / maintained at the E:lC site? If so, please provide dh:c for the past 2 years.
Resoonse No.
However, Exxon Nuclear does subscribe to the BattelIe Climatological Data service, which reports climatological data collected at the Hanford Meteorology Station.
Copies of monthly reports for 1980 (January through October), and annual reports for 1979 and 1978 are provided in Enclosure 1.16 (attached).
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1.17 Comment
-In the cuent it became necessary for ENC employees to evacuate a building / area, are there any mear.s for enabli y such employees to determine an upvind position from the accidental release point?
Response
Currently, the wind direction at the Exxon Nuclear site can be readily determined by observing any of the following:
a.
Flag (during daylight hours, only),
b.
Steam plume from the UO building steam-generating facility, 2
c.
Trees on site.
However, in the first quarter of 1981, Exxon Nuclear plans to.
install an elevated wind direction indicating vane near the mobile command post.
1.18 Comment Is there a contingency plan for the protection of the UF storage g
area (if so, please provide copy) in the event of severe range fire, such as has ocauvred in the area in the past?
Response
No.
The area surrounding the UF cylinder storage area is void 6
of flammable materials.
)
9 0
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t I:
s TABLE 1.1 Estimated Pop'ulation Distribution (1980) Within 50-Miles of the Exxon Nuclear Site (By Compass Sector and Distance) i.
Compass Miles Sector 0-5 5-10 10-20 20-30 30-40 40-50 TOTAL N
0 0
140 520 1,350 1,050 3,060
't tit 1E O
20 250 530 4,450 1,420 6,670 NE O
130 700 1,500 1,220 550 4,100 Et1E 50 150 500 180 270 250 1,400 E
100 200 250 250 150 550 1,500 ESE 120 2,700 4,260 420 650 900 9,050 i
SE 2,730 3,780 48,880 2,600 1,160 690 59,840 SSE 13,750 13,030 15,160 410 1,920 1,900 46,170 S
13,710 5,680 4,550 4,670 11,680 3,030 43,320 SSW 960 320 450 260 2,600 1,200 5,790 SW 1,120 240 880 51 0 320 410
- 3,480 WSW 170 1,750 1,360 6,200 10,240 810 20,530 W
250 430 1,020 1,650 15,450 17,510 36,310 WNW 0
0 0
1,280 1,300 2,670 5,250 tiW 0
0 0
110 590 1,160 1,860 fir 1W 0
0 0
10 300 1,580 1,890 f
1 TOTAL 32,960 28,430 78,400 21,100 53,650 35,680 250,220 l
~
TABLE 1.2-1 Projected Population Distribution (1985) Within 50-Miles of the Exxon Nuclear Site (By Compass Sector and Distance)
Compass Miles.
Sector 0-5 5-10 10-20 20-30 30-40 40-50 TOTAL N
0 0
180 560 1,500 110 3,350 NNE O
30 320 570 4,750 1,530 7,200 NE O
150 840 1,560 1,350 610 4~,510 ENE 70 170 51 0 180 280 270 1,480 E
150 300 390 300 150 570 1,860 ESE 280 2,950 4,400 430 670 930 9,660 SE 4,250 5,300 58,600 3,100 1,450 720 73,420 SSE 16,000 15,500 18,200 500 2,020 2,000 54,220 S
16,500 6,600 5,300 5,850 13,300 3,400 50,950 SSU 1,750 340 540 350 2,750 1,280 7,010 SW 1,200 250 950 600 330 430 3,760 WSW 170 2,000 1,500 7,600 10,550 830 22,650 W
260 450 1,080 1,750 16,800 18,800 39,140 WNW 0
0 0
1,650 1.230 2,800 5,780-NW 0
0 0
110 620 1,200 1,930 NNW 0
. 0 0
10 320 1,660 1,990 TOTAL 40,630 34,040 92,810 25,120 58,170 38,140 288,910 e
~
TABLE 1.2-2 Projected Population Distribution (1990) Within 50-Miles of the Exxon Nuclear Site (By Compass Sector and Distance)
Compass Miles Sector 0-5 5-10 10-20 20-30 30-40 40-50 TOTAL N
0 0
220 590 1,650 1,170 3,630 flNE O
30 380 600 5,010 1,630 7,650 NE O
170 980 1,620 1,500 680 4,950
',600 1
ENE 100 200 530 190 290 290 E
200 350 470 340 160 590 2,110 ESE 370 3,150 4,520 440 700 970 10,150 SE 5,540 6,460 63,370 3,51 0 i,660 760 81,300 SSE 17,200 16,890 20,470 580 2,120 2,100 59,360 S
17,840 7,390 5,920 6,920 14,110 3,650 55,830 SSW 2,290 360 630 430 2,880 1,330,
7,920 SW 1,230 270 1,020 710 340 450 4,020 WSW 180 2,020 1,580 8,660 10,780 850 24,070 W
280 470 1,130 1,820 17,470 19,310 40,480 WNW 0
0 0
1,940 1,360 2,920 6,220 NW 0
0 0
120 650 1,230 2,000 NNW G
0 0
10 330 1,740 2,080 TOTAL 45,230 37,760 101,220 28,480 61,010 39,670 3T3,370
s i
FIG'RE 1,3-1 LAND USE WITHIN 50 MILE RADIUS OF EXXON NUCLEAR SITE
+
(Cities. Towns t. Residential Areas)@
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FIGURE 1.3-2 LAND USE WITHIN 50 MILE RADIUS OF EXXON NUCLEAR SITE (Agricultural Areas) Q
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F10' RE 1.3-3 J
LAND USE WITHIN 50 MILE RADIUS OF EXXON NUCLEAR SITE i
(Reservations. Reserves. 'tes.reational Areas f. Parks) @
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a, TABLE 1.15 Industrial Population Distribution (1980) Within 5-Miles of the Exxon Nuclear Site (By Compass Sector and Distance)
Compass Miles Sector 0-1 1-2 2-3 3-4 4-5 TOTAL
'N 0
0 0
0 0
0 NNE O
100 100 0
0 200 NE 0
2445 465 0
0 2910 ENE O
120 0
0 0
120 E
O 1620 0
0 0
1620 ESE O
1140 0
0 0
1140 SE 0
750 20 0
0 770 SSE 0
630 325 60 0
1015 S
0 0
40 30 0
70 SSW 0
0 0
5 5
10 SW 0
0 0
5 5
10 1
WSW 0
0 0
0 0
0 W
0 0
0 0
0 0
WNW 0
0 0
0 0
0 NW 0
0 0
0 0
0 NNW 0
0 0
0 0
0 TOTAL 0
6805 950 100 10-7865 t
m
1
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ENCLOSURE 1.16 O
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CBane!!e HANFCPO METEOROLOGY STATION
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Octob a 1980 CLIMATOLOGICAL DATA tiviruoc 4.o w.. m airu n itse w w. corum. naemi m rrrr g] ~ alN D iso FT. LEVEL) i FRON Ts AND WisC, PH ENQld Et4 A 6 tuntmA unt for.s rv.L evrL i i p e r cip I
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csae st:
i CLIMATCLOGICAL DATA vrirvoc u. w
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~
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August 1980 CLIMATCLOGICAL DATA umocc u. w.i.. m my:
n,. w.... com.i n eu oms,ter i g j mo in 77. ttvru raents Aso wise. PMENoMEN A f
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CLIMATOLOGICAL DATA urira:: u. 3c..,o.mu:
w w a.. tu, ares,"m:u n iss rcer Jul7 1980 ii 3. j ~ l alN o 143 8 7. L EVELs l
r ActiTS AND Mtsc. PMENOMEN A
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v H."*. 7. ^..3."".'.~ ~m OGY STm' ""' ON s. CLDIATOLCGICS.L SUM"_;I.? FOR THE YEAR l':79 4 i i
- R,a een hundred seven:y'-nine was a year of contrast.
January n ei for the 4th colfes: since records began in 1913 w.:h an ave Ir.e :e.rcerature :f 14.0'F Ili.4 ? belcw nor a_), wh:. ' e a a r;ng cf 30 consecutive days (;;1y 15 to Augus
- 13) crnrred v:.n =ax. runs of 9 0 ? Or above. :sovember was coif, we: E.d u_ - - - _ %.
- a. r..p e a *m " - a a ve _-a c, = '.', 4. 2 F ' ( 6. 0 *.'.M_ '.,w '.....a l,' w v_n the last 11 days averaging 13 F below no'=a*.; 1.3E inches rf rainf all-were reccrded (70% arove normal) ; and fog o_s re: cried on 17 days. The temperature extremes f:r 197'- were frn -12*? on February.' to 110*? on Julv 20. Tre foll: wing daily ext eme temperature records vere br: ken in. _..... ( o.m. Maxi = I Minimum I Hightst Lowest Michest I nest __= _ ! - l _' ' ', 1.0,'.. - ) 1 t z 9
- i_3, 193_/; i l
i
- ns 10
. 68 (65, 1955) 1 .i i j 30 3 D. _, _~ c : ~ ) } ~ I _r 19 77 (76, 1960) l 6 5s.:: 16 [ 65 (63, 1967) 5=. 1 8 3, 61 (60, 1962) Sep-2 5
- 61 (60, 1952+)
_.a .l l 13 r_3, _v g c.u. ) .~.. s i \\ 2.e: 14 l 48 (45, 1917) 1 (Previous reccrd and da:e of occurrence' Pre-ipi:1:icn for 1979 totaled 5.56 inches which was 141 belew
- nal.
May, June and. July rainfall totaled only 0.19 _nches c.,,,.. _ f l,d % o.... _ _..;a l (_'.73 inches) .# o r ...a...a.._ d. .......... -e-2 T:s. e were three majer fust stens during 1979, -.e worst of v:2:n oc:ured on July 4 when vis.bility was reduced to 'ess than ~ -d'= and winds gusted to 63 ph. The other two st: =s en Kir 26 c:d June'18 reduced visibility to near 5 -iles n :h vini . :.3:s of 39 moh and 4 5 roh resr. e::.tvelv.. x ._u
RECE!VED APR 111979 L A. BISPING
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v 4 HANFORD.h..0?.0 LDH STATION ~~ -'G.TOLOGICAL 5*2CG.F.? T 2 THE YEAR 19 7 8 Te pe ar:res during 19 i avera ed 1.3 F below normal. a ch were s;: if::artl" above normal wh.;e Ian:17*# J May, Iepts:ler, November and s:stber were well belev
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" '- a .- a c - v =._- a b oken'du_=..: '. = ~ = - -+ Ei:Les: Max. l Lowes: F.12., Highest Min. Lower: Eit. i Jan. 2 i -9 I-1, 1516] i June : ' 101 '..FE, 19 5 9+] I t 8 July li, 77 [ ~7 5, 1957]l Cet if l l 21 12', 19;9] t Nov - t 6 : ~.1 -, c.3.., ] r Nov 2-- i 14 *,: , g.: a _. 1-., i Dec 21 l -9 I-1, 29i3m] [ Pre._ pus record and dans of ::::rrance] Frecip_ta ::n for 1978 :::aled 5.37 inches which is 11 above :ccral. January, Fscrua y and November accountei for iPt of the total pre::.picati:2 for the year while ne. 5epte =er t d October ace:=:ei f:r only 3%. Normally !an -= y, Fsbruary and Nevs.ier wculd have 36% of the : al and rute, September and 0::Ober, 25% of the annual prsc pi-tatic. Cc November lE sed 19, li78 a record 24-hour snow-fall r nrred. Durin~g -ha 2-day storm, 9.1 inches of snow was rerrri.sd and 8.3 inch =s of.l.is total was recordei .n a 2 4-h:::r -;eriod. The previcts 24-hour snowfall recc:d was ~ 1 irches set in Jan ary 1954. (Period of record l _ 9 e _ ~. 3 There were three major dus: st:: s during 1978. On A_ril 79, p+.n v d gusts reacred 5 4 =h and visibility wa r, re-duced to n e-half mile t+:ause f blowing dust. Visit lity
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P, s,..:.-. Exx:n b: lear is :rco: sin:; at th's "me to eliminate the pri.ary (fir's; stage) GA 'il:ers frca tre i AC systar exhaust 4ng 'roon eir fuci fabrica.':n frc, tme fuel -od hadir._:/waldin: :ci of the '.'O - he fad - d icadir.;; and navr-loading p$ rations, as wil plant.
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n carr :4 er of rc1sture Tro ;1cu:" :,; ;ggars in the process ofg.as exPa;5: air s.cte" #:r :~e-ital :ce attes. In such systees, the primi y HEPA #dl; irs fre.ar,tiy pe::me satura:ed with moisture c.a "s.: -,-, =. r a "...." '...r=. u..=. ' t.= .W. re., ui ri ng t ha t th e r =. c.+..-".. r =. Hc.:: :,.. rs.e. ,e...,. a. s.. E x e.:' % : lear in ands to ::ntin_e : e ;%f :,.o-stage HEPA fihra-t i .= ~.. = n a e.+..- d n a l l r.+ P. s.e.. u.>. -~ P k n = .r
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f:i*.c'e or pecb*e-s.r*:n ::.-ir.e --&.:-:v.ar. e :ni :peration: Res:onse Exxon fluclear will eva'ma ( tr.e nu: er of. stages of HEPA f' 1:rdon to be installed in each syrem on a case.by-case basis, anc sigie-s ige..EPn, 711tration w'1
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where the potential for cc:.mina:i: ; of exhaust air is icw, were the filter life expectam:y 's lon;, and where there. is no ns: 3r bad-up filtration (e.g.., n the eeE.: of equipment' failure Or pr:blems with routine n ei:nr>ance i. : coeraticn). ..~~..a i'*~,1 :h8 ph'J35 : 200:~~::": :l The ~~?A l5L:Cr2.'?222:5502; :l ?2 n*Z"12
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~ Resoonse As centioned in tne rencre to trent number 2.1, Exxon ha:har ir ends to reacve the pirinry HE?A #ilters frcr the HVAC s,is r ex.austing rcoa air Tr r te Tuel d,ioading/<,elding room cf me ,s,,.. ruel Tabrication p,..an. F: owe.t, the exhaus: air,,pic:. - : pctnts will not ce altare:. c:a len: T il be increased by ::ne a:n.. tion _he num.oer or.r. .3 filter ~ u i n of the two exhaus: air.sym.s ter:':ned in the response t d. .. =ent Also, whe.m _:..tc 1. uc;3ar,s.as cccNe:ed depos1:1:r n nt cer 2.1. the plutonium inventory an as uru'un operations are expamde:in the MOSSF plant, changeas h the r..mner of stages of HEPA f*ilt ion eralcyed, as well as tmeS :nysica~ locations, will be maca. , : ~. 2:.,
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no O' e) Relocated the Packaged Radicanive ' ate 'ils St nge bildSg frca it's original location nuc ::. :*iE serehouss to i.ew location adjacent to the eva?r 'ra:;:r. ~1gxr.s ' asst ide). 2. v..: .n..~..,-,. + 9.e zh.i -"en; r2 quire ~ent3 cl :':*. = '.~i :r CC :e ~~: ir*.:'? E:"5 ?
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s.r ~ -;. n. -.J.. :. ~q,.- s p :. e, - e e. 4 3 o. .s. -w NO, EXCept' fer ICW-level Solid rad !a:ti'e viis!Es. F " thise wir:es, shipment delays have been en~Jur..a.e: :s:Euse :f c.r: lens irasived with licensed low-level ric' sac" re vaste si:Es.
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,5 ~..rw Res:cnse .r. n. ..r. :. e., E: 9.a p rs:nna* requirercer. of Ys: f d R :h:r.;aisiv.n i:.: ini:*:~ :peraticv.? Resconse I i Yes, There has been a slight incres.e (,3~T. in the : eri '[g perscnr.el requirements for the open 'on: 1m:Ived ove-tra re uired l during initial operations as experitnre dni ed the ried f;r ~ additional r.anual coverage. H:=ever, the operating personnel rer 're r:I will ir.: eass fur.er (. Ei over the current level) whet :ne sica : ::nversi:n' i'.e is i i. ir.3 alled within the existing faci" y. l ' L. Q-.(-..,* J J 8 ,W" q -}}