Text

1989 Annual Radiological Environ Operating Rept
	ML20042F141
Person / Time
Site:	Crystal River
Issue date:	12/31/1989
From:	Boldt G, Johnson S; FLORIDA POWER CORP.
To:	; NRC OFFICE OF INFORMATION RESOURCES MANAGEMENT (IRM)
References
	3F0490-11, 3F490-11, NUDOCS 9005070276
	Download: ML20042F141 (59)
	v • d • e

,

_.=

conronatson April 30, 1990 3F0490 11 U.S. Nuclear Regulatory Commission Attention: Document Control Desk Washington, D.C.

20555

Subject:

Crystal River Unit 3 Docket No. 50 302 Operating License No. DPR-72 Annual Radiological Environmental Operating Report

Dear Sir:

Florida Power Corporation hereby submits the 1989 Annual Radiological Environmental Operating Report in compliance with Crystal River Unit 3's Technical Specification, Appendix A, Section 6.9.1.5(c).

The report contains the data obtained from the radiological environmental surveillance program conducted for the Crystal River site for 1989.

Sincerely, G.L. Boldt Vice President Nuclear Production REF:wla Attachment xc:

Regional Administrator, Region 11 Senior Resident inspector 9005070276 89123?.

PDR ADOCK 05000302

/

R PDC Post Office Box 219 + Crystal River, Florida 32629

Telephone (904) 7953802 I

l A Florida Progress Company

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FIERER IDER GEREWrim mifB E L RIV M IMIT 3

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19e9 AIGERL RAD 11MOGICAL BWIRESENEL OREWEDC 35!lRRP i

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I ARamed By: M O[A A

Mariager, Sitsi Nucleh Services Whal#o _

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TABLE OF 00tm NIS I

i NN F3GE I.

Sunnary Description of Radiological Dwirtrumental Manitoring Program...................

1 1

II.

lard Use Census 11 i

III.

EPA Intarlaboratory ocuparison Pawtaru.

12 h

IV.

Analytical Results...................

15 A.

Airborne Pathway..................

15 Statistical Sumary.................

16 i

B. Direct Radiation..................

25 Statistical Summary.................

26 s

C.

Waterborne Pathway.................

29 1.

Seawater.....................

29 Statistical Sumary...............

30

2. Ground Water..................

29 Statistical Sumary...............

34 3.

Drinking Water.................

29 Statistical Sumary...............

37 l

l 4.

Shorelina Am h ant...............

29 Statistical Sumary...............

40 D.

Ingestion Pathway 43 1

1. Carnivorous Fish................

43 l

Statistical Sumary...............

44 2.

oysters 43 Statistical Sumary...............

47 3.

Broad Laaf Vegetation 43 Statistical Sumary.

50 4.

Watermelon ard citzus 43 Statistical Sumary...............

54 l

1 i

l DmOCUCTICli

'Ihis report is subnitted as reqpired by Weal Specification 6.9.1.5(c) to l

Crystal River facility Operatig License No. DPR-72.

In accordance with this specificatico, the following information mst be included in this report l

Sumaries Interpretations Unachievable LIIE's ard An analysis of i.t eds of the results of the radiological environmental studies and prwvious anrmal reports.

An ammaarmant of any cheerved igact of the plant operation on the envitw.w.t.

M If harmful effects or evidence of irreversible damage are detected by the monitoring, the report shall provide an analysis of the problem and a planned ocurse of action to alleviate the problem.

s Sumarized ard tabulated results, in the format of Regulatory Guide 4.8 (Dooseber 1975), of all radiological envirurnental sanples taken during the riport period, e

m: If scue results are not available for inclusion, the report shall 3

note and explain the reason for the missing results.

'Ihe missirg l

results shall be subnitted as soon as possible in a supplementary report.

A sumary description of the radiological environmental monitoring program.

A map of all sanpling locations keyed to a table giving distances ard directiona frca the reactor.

Unavailability of milk or fresh leafy vegetable sanples zwquired by Table 3.12-1 of Technical Specifications.

'Ihm results of lard-use censuses.

Results of Interlaboratory Omparison Psvgam.

11

l l

I.

SUMMARY

DESCRIPTION OF RADIOLOGICAL ENVIRONMENTAL MONITORING PROGRAM 1

The analytical results of the Crystal River Unit 3 operational radiological environmental program (REMP) for 1989 are contained in this report. The 1

operational program began on January 1, 1977, just prior to initial j

criticality, which was achieved on January 14, 1977.

Sampling of the environs around the facility is done by the State of Florida, Department of Health'and Rehabilitative Service, Office of Radiation Control (hereinafter, the State), and the University of Florida's Department of 1

Environmental Engineering Sciences, Radiological Health Section (hereinafter, the University).

The State and University also do the required analyses.

Each of these organizations participate in the EPA's Interlaboratory Comparison Program, the results of which are included in this report.

The annual land use census is done by the State.

Sample station locations are given in Table I-1 and Figures 12, 3, and 4, Sample frequency and analysis type may be determined from Table I 2.

Figure l

I l illustrates the relevant exposure pathways.

Except for air sample gross 8 results and direct radiation met.surements most of the analytical results are below the lower limit of detection (LLD) of the sample.

Sample LLDs are generally much lower than the required "a priori" LLD. When measurable results are reported, the values are also usually less than the required "a priori" LLD.

The results of the 1989 REMP have been compared to previous years results.

]

This comparison, in part illustrated by the trend graphs of Section IV, shows no evidence of increasing radionuclide build-up in any of the sample media.

Additionally, these results verify the effectiveness of in plant measures for controll;og radioactive releases. When combined with dose calculation resultsW (based upon actual release data and a hypothetical individual residing at the site boundary) the REMP data indicate that the environmental impact of CR-3's operation is not significant.

(1) For 1989 releases, the whole body dose commitment to the maximum individual was calculated to be 0.36 mrem.

TAB 2 I-1 FICRIIA 10WDL CORP. - CR3 - 1989 SAMPE STATICH LOCATIONS

{

SAMP2 MEDIA SIATION ID DIRDCTICN DISTANCE TLD C60 N

4400 Pr.

C61 NNE 4400 C62 NE 5300 C63 DE 4400 C64 E

4400 C65 ESE 1740 C66 SE 1600 C67 SSE 1480 l

C68 S

1500 C69 SSW 1780 i

C41 SW 2100 i

C70 WSW 4400 l

C71 WNW 3600 C72 NW 2400 C73 NNW 2000 C27 W

3400 C18 N

5.2 MI.

C03 NNE 5.3 C04 NE 6.3 C74 INE 5.5 C75 E

4.2 C76 ESE 5.4 C08 SE 3.5 C77 SSE 3.2 C09 S

3.2 C78 WSW 4.1 C14G W

2.8 Col NW 4.9 C79 NNW 5.0 C47-Cbntrol NNE-52 I

2

TABIE I-1 (CX3ft' D)

FifRIDA ICWER CORP. - CR3 - 1989 i

i l

SAMPLE FIATION 10CATICHS l

SAMPLE MEDIA STATION ID DIRDCTICH DIStrMICE i

AIR C07 ESE

.7.5 MI.

C18 N

5.2 i

C40 E

3.5 C41 SW 0.4 C46 N

0.4 C47-Control INE 52 WATER SEAHATER C14H NW 0.1 C14G W

2.8 C13-Control WSW 3.4 GROUND WATER C40-Control E

3.5 l

IRINKDM WATER C07-Cbntrol ESE 7.5 C10-Control ESE 5.9 C18-Control N

5.2 l

SHORELINE SEDIMDff C09-Control S

3.2 C14H NW 0.1 C14M W

1.2 C14G W

2.8 l

l l

FISH & OYSTERS C29 N

2.0 C30-Control WSW 3.6 M TION C48A N

0.8 C48B NNE 0.8 C47-Control NNE 52.

1 1

WATERMEION C04 INE 6.3 CITES C19 INE 8.5 3

r l

TABLE I-2 FIIRIIA ICWER CORP. - CR3 - 1989 SAMPLING AND ANALYSIS PROGRAM I1)

SAMPIE MEDIA

OF STATIONS FRD2UENCY ANALYSIS LID TID 30 Quarterly Y Dose Air Iodine 6

Weekly I-131 0.07 pC1/m3 Air Particulate 6

Weekly Gross #

0.01 Quarterly Y Spec :

Cs-134 0.05 Cs-137 0.06 Seawater 3

Monthly Tritium 3000 pCi/L Monthly Y Spec :

Mn-54 15 Fe-59 30 Co-58 15 00-60 15 2n-65 30 i

Zr-Nb-95 15 I-131 1

Cs-134 15 Cs-137 18 I

Ba-la-140 15 i

"a priorM' @

MV MM

/

4

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'IABE I-2 (Cont'd)

FLORIIA KWE:R CORP. - CR3 - 1989 SAMPLING AND ANAIX3IS Pf0 GRAM SAMP2 MEDIA

OF SIATIQ4S FREQUD Cl ANALYSIS LID Ground Water 1

Samiannual Tritium 2000 pC1/L s miannual Y spec :

(2)

Drjnking Water 3

Quarterly Tritium l

Quarterly Y spec 2 (2)

(2) t Shoreline Sediment 4

Semiannual Y Spec :

Cs-134 150 pCi/kg Cs-137 180 carnivorous Fish 2

Quarterly Y Spec :

and oysters l

Mn-54 130 pCi/kg l

Fe-59 260 00-58 130 Co-60 130 Zn-65 260 Cs-134 130 Cs-137 150 l

(2) Same as seawater Y Spec 1

l 1.

TABLE I-2 (Cont'd)

FIIRIIA POWER CCRP. - CR3 - 195i9 SAMPLING AND ANEfSIS._MOGRAM SAMPII MEDIA

OF STATICNS FREQUDCl ANALYSIS L1D Monthly (3)

Y Spec :

Broad Imaf 3

Vegetation I-131 60 pC1/kg Cs-134 60 Cs-137 80 Citnis 1

h (4)

YW:

(5)

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Wate:anelon 1

Annual (4)

YW

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(5)

(5) l I3) When available h ing harvest 5

Same as broad leaf vegetation t

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e FIGURE I-1: Dwiad Aal Media and W Pahys 7

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FIGURE I-3: Dwirunantal Manitoring TID Icontions (Site Boundary)'

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FIGURE I-4: Dwimnmental Itnitoring IIcstions (5 Miles) l 10 1

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II.

LAND USE CD4 SUS A land use census, to identify the nearest residences, vegetable gardens, and potential milk prtxhacirq animals within a five mile radius of the nuclear plant, was corducted in June.

'Ihe distarson in miles and bearing in degrees for end receptor type in each of the six-teen sectors is masnarized below.

NEARESFI' NEAREST NEAREST SECIOR RESIDENCE GARDEN MIIX ANIMAL N

4.4 9 2' 4.5 9 2'

!@iE 3.8 9 15' 4.5 9 13' NE 3.8 9 55' 4.3 0 52' D4E 3.4 0 60' 4.2 9 61' 4.3 0 70' E

3.5 0 97' 4.1 9 93*

ESE 4.2 9 101' 4.2 0 101' SE 4.4 9 136' SSE 3.4 6 150' S

SSW SW WSW W

WWW NW 4.6 9 319' NNW 4.5 9 338' 4.5 9 339'

None 1

}

- All sectors around the plant whid are not exclusively water or marshlard might occasionally have milk-producing animals at the plant bourdary.

Most of the land adjacent to the plant site is woodland; however, mach of the land in the imediate i

area is pasturulard for cattle and a few horses. Stray cattle are often seen in the wooded areas adjacent to the plant sita.

'Ibese cattle are raised for beef or veal.

'Ibere may be fresh females in these herds, at Hman, but these animals roam freely and are not milked.. A few goats have also been located at residences within the survey area.

Nene of these cows or goats are known to be providing milk for human use, and the owners are not willing to make sar1ples of milk available.

11 J

!!!. EPA INTERLABORATORY COWARISON PROGRAM i

P FLORIDA DEPT. OF BRS - EPA INTERLABORATORY CROSS-CBBCK PROGRAM DATA s

January through June, 1989 l

Media Nuclide Collection EPA Units Normal. Mean of N.D.K. Acticn Mon Day Yr Known Range Analyses Leve).

FILTER Alpha 03 31 89 21 pCi/F 0.118 23.67 0.92 FILTER Beta 03 31' 89 62 pCi/F 0.237 59.00- -1.04 FILTER Cs-137 03 31 89 20 pCi/F 0.118 22.33 0.81 FILTER Sr-90 03 31 89 20 pCi/F 0.790 17.00

-3.46 1

1 MILK Cs-137 04 28 89 50 pCi/L 0.237 50.00 0.00 MILK K

04 28 89 1600 mg/L 0.074 1613.33 0.29 t

MILK 3r-89 04 28 89 39 pCi/L 0.000 33.00

-2.08 i

MILK Sr-90 04 28 89 55 pCi/L 0.395 48.00

-4.04 2

WATER Alpha 01 20 89 8 pCi/L 0.000 7.00

-0.35 WATER Alpha 05 12 89 30 pCi/L 0.222 26.67

-0.72 WATER Beta 01 20 89 4 pCi/L 0.118 5.33 0.46 WATER Beta 05 12 89 50 pCi/L 0.711 49.67

-0.12 WATER Cr-51 02 10 89 235 pci/L-0.025 236.33 0.10-s WATER Co-60 02 10 89 10 pCi/L 0.118 10.67 0.23 WATER Co-60 06 09 89 31 pCi/L 0.237 31.67 0.23 WATER Zn-65 02 10 89 159 pCi/L 0.111 167.33 0.90 WATER Zn-65 06 09 89 165 pCi/L 0.070 176.00 1.12 WATER Ru-106 02 10 89 178 pci/L 0.165 173.00

' 0.48 WATER Ru-106 06 09 89 128 pCi/L 0.775 127.00

-0.13 WATER Ba-133 06 09 89 49 pCi/L 0.000 48.00

-0.35 WATER Cs-134 02 10 89 10 pCi/L 0.000 10.00 0.00 WATER Cs-134 06 09 89 39 pCi/L 0.000 38.00

-0.35 WATER Cs-137 02 10 89 10 pCi/L 0.118 10.33 0.12 WATER Cs-137 06 09 89 20 pCi/L 0.000 21.00 0.35 WATER H-3 02 24 89 2754.pCi/L 0.000 2960.00 1.00 WATER H-3 06 23 89 4503 pCi/L 0.039 4736.67 0.90 l

WATER I-131 02 17 89 106 pCi/L 0.162 106.00 0.00 WATER Sr-89 01 06 89 40 pCi/L 0.474 35.00

-1.73 WATER Sr-89 05 05 89 6 pCi/L 0.237 5.00

-0.35 1

WATER Sr-90 01 06 89 25 pCi/L 0.395 22.67

-2.69 WATER Sr-90 05 05 89 6 PCi/L 0.395 4.67

-1.54 ACTION LEVEL:

(1)

Causes Erroneously over estimated chemical recovery of stron-tium carrier.

Corrective action: Try to improve purity of isolated strontium carrier.

(2)

Cause: Erroneously over estimated chemical recovery of stron-tium carrier.

Corrective action: Try to improve purity of I

isolated strontium carrier.

i i

12

I FLORIDA DEPT. OF RRS - EPA INTERLABOHATORY CROSS-CRECK PROGRAM DATA l

July through Decernber, 1989 Media Nuclide Collection EPA Unit"

'lormal. Mean of N.D.K. Action e

Mon Day Yr Known Range Analyses Level s

FILTER Alpha 08 25 89 6 pCi/F 0.118 6.33 0.12 FILTER Beta 08 25 89 pCi/F NA FILTER Cs-137 08 25 89 10 pCi/F 0.118 10.67 0.23 FILTER I-131 08 25 89 pCi/F NA WATER Alpha' 09 22 89 4 pCi/L 0.118 4.67 0.23 WATER Beta 09 22 89 6 pC1/L 0.000 12.00 2.08 WATER Co-60 10 06 89 30 pCi/L 0.118 32.33 0.81 1

WATER Zn-65 10 06 89 129 pCi/L 0.273 132.67 0.49 e

WATER Ru-106 10 06 89 161 pCi/L 0.370 163.00 0.22 WATER Ba-133 10 06 89 59 pCi/L 0.197 58.00

-0.29 WATER Cs-134 10 06 89 29 pCi/L 0.237 28.67

-0.12 WATER Cs-137 10 06 89 59 pCi/L -

0.237 63.33 1.50 WATER H-3 10 20 89 3496 pCi/L 0.212 3563.33 0.32 WATER I-131 08 04 89 83 pCi/L 0.222 83.67 0.14 e

i NOTES:

Normal.: Normalized range.

As defined in " Environmental Radioactivity Range Laboratory Intercomparison Studies Program Fiscal Year 1981 -

1982", Environmental Monitoring Systems Laboratory., U.

S.

Environmental Protection Agency, P. O.

Box 93478,:Las Vegas, Nevada, 89193-3478.

EPA-600/4-81-004, February, 1981.

N.D.K.:

Normalized deviation of the mean from the known va.lue, as defined in EPA-600/4-81-004.

NDP:

No data provided.

No data was provided to EPA for inclusion i

in their report.

NA:

Not available.

Due to problems in preparing cross-check sample.

Please see attachments.

0 t

i 13

EPA CROSS CHECX - RADIOLOGICAL LABORATORY QUALITY ASSURANCE SEQ TYPE COLLECTION RESULTS UNITS MEAN OF EPA VALUE 3-SIGMA ANALYSIS D

RETURNED 3 ANAL.

LIMIT

___i_________;___ ATE ______;_________j.___l________l________j._______

1 1-131/H2O 2-17-89 3-14-89 PCI/L 102.4 106.0 21.57 2

H-3/H2O 2-24-89 3-25-89 PCI/L 2879.7 2754.0 823.68 3

BETA /H2O 5-12-89 6-9-89 PCI/F 173.4 30.0 22.53

4 CO-60/H2O 6-9-89 6-19-89 PCI/L 29.8 31.0 8.61 5 ZN-65/H2O 6-9-89 6-19-89 POI /L 149.67 165.0 34.38 6 RU-106/H2O 6-9-89 6-19-89 PCI/L 114.33 128.0 40.92 7 CS-134/H2O 6-9-89 6-19-89 PCI/L 33.93 39.0 9.87 8 CS-137/H2O 6-9-89 6-19-89 PCI/L 20.23 20.0 6.69 9

H-3/H2O 6-23-89 7-14-89 PCI/L 5329.0 4503.0 1152.39 10 1-131/H2O 8-4-89 8-23-89 PCI/L 75.03 83.0 22.74 11 CS-137/F 8-25-89 10-30-89 PCI/F 8.31 10.0 5.88 12 H-3/H2O 10-20-89 10-30-89 PCI/L 4 04 3. 7 3496.0 1107.2

Cause of error unknown.

P INCI L INV T

P OJECT MANAGER ft l

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f a

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j I

IV-A AIRBWNE PATHWAY i

Air sanples are taken at five locations in the vicinity of the plant.

The control location is 52 miles NNE of the plant.

j i

Table IV-A.1 provides a statistical sunnary of the analytical results for 302 gross beta sanples and 306 iodine sanples.

j The results for tan gross beta sanples were not reported for the following l

l reasons:

C41 1/6/89 Data irh#dy reported.

l C41 2/16/89 Power not restored to punp.

~

l C41 3/24/89 Sanple not collected.

t C41 6/16/89 Power not restored to punp.

7 C41 12/29/89 Sanple discarded before analysis.

l l

l C47 1/6/89 Data incorrectly reported.

C47 2/10/89 Power not restored to punp.

C47 3/24/89 Sanple not collected.

i C47 8/5/89 Power not restored to punp.

I C47 12/29/89 Sanple discarded before analysis.

of 302 particulata sanples analyzed for gross # activity, 285 had measurable activity.

The a indicator concentration was 14 pCi/1000m3 with a range of 4 to 32 pCi/1000m.

The average indicator concentration during 1987 was 16 pC1/1000m3 and 6 pCi/1000m3 for 1988.

The results for six iodine sanples were not reported for the following reasons:

C41 2/16/89 Power not restored-to punp.

C41 3/24/89 Sanple not collected.

C41 6/16/89 Power not restored to punp.

i C47 2/10/89 Power not restored to punp.

C47 3/24/89 Sanple not collected.

C47 '8/5/89 Power not restored to punp.

Three hundred and six sanples were analyzed for iodine activity, with none having measurable activity.

Tables IV-A.2 and IV-A.3 provide the results for each weekly air sanple.

Second quarter ocuposita data (Table IV-A.4) for stations C41 an:1 C47 were lost during data transfer.

b 15

TABLE IV-A.1 4

R ADIOLOGICAL ENVIROWNENT AL MOWITORIns PROGRAM SUwwART CRYSTAL RIVER UNIT 3 DOCKET NO. 5-302 CITRUS COUNTY, FLORIDA jam #ARY 1 TO DECERBER 31, 1989 ANALYSIS ADO NUweER OF NEDIUM OR TOTAL NUNSEE LOWER LIMIT ALL INDICATOR LOCAff0#5 LOCATION WITM WiGNEST #EAN CONTROL LOCATION moeROUTimE PATNUA?

0F ANALYSES OF DETECTION MEA #

NAME MEAN NEAu REPORTED SAMPLED PERF0ENES (LLD)III RANGE DISTANCE & SEARING RA#GE RA5GE WEASUREnteTS (UNITS)

AIRectNE Y Spec 306 IODINE (pci/m3)

I-131 0.0058

<LLD

<LLD 0

N AIRSORNE Gross # 302 3

14(246/255)

C41 15 (40/47) 13 (39/47)

O PARTICULATES (4 - 32) 0.4 a 230' (4 - 32)

(6 - 51) 3 (pci/1000m for V Spec 24 Gross A, 3

pCE/1000m For Cs-134 2.68

<LLD

<LLD 0

Spec)

Cs-137 2.65

<LLD

<tto 0

(1) The "a priori" LLD which meets or exceeds the requirements of Tebte 4.12-1 of CR-3 Technical specifications.

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)

N w

w w

w N

w w

w w

w e

w w

w 4

O O

O O O O O

O O

O e

O O

O y

e e

v v

s y

v v

W l

e.

G G

m N

e N

W M

C N

4 N

W e

w W m e=

O ** **

N O

O e=

N M

O *=

N N

O N

e o

e e

a e

e e

a e

e u

e e e e N

N N

N to 80 to 40 W

O O

b O

O O

O

a ee Ou om en em e

em e=

w e

w e=

e=

o=

e=

4 O

O O

O e

O O

u o

e e

o e

e e

to y

y v

v v

v e

v v

b e=a w

i

=

m e

a f

)

e M

a w

er

==

C U

W te w

e=

u e

M W

v e*

O e

N 4L e

3 4

N

& m N

40 4 M C

N 4

N to m

w 40 e

W O

O e=

N O

O N

M C

e-N N

O e=

e=

N

' O O

W e

e e

a e

u a

e=

m e e e 4

N N

>= >=

40 eD 40 to D

u O

O O

e er O

W w

O

.e W

3

==

w

=e O

O tj 4

M u

to E

e=

W C3 em U

et (L

O me W

N M

M N

N M

N N

N M

N N

M M

4 O

O O

O y

e e

o e

e e

e o

e e

e o

e e

y v

v v

v v v v

O N

M M

N M

N N M

N M

N N

N M

N N

M M

4 O

O O

O u

e e

o e

e e

y v

v v

v v v

v v

v v v v

v v

v W

N M M N

M N

N M

N M N N

N M

N N

M M

w O

O O

O O,

O O

u e

e e

e v

w v

v v

v N

N M

M N

N M

N N

N M

N N

M M

C C

O O

O u

e e

y v

v v

e 1

W e-Ee aO

=

emu W

w W e N

O to N D 4

M O N 4

w N

4 e=

40

=#

O O **

N M

O w

ea N

O e*

N M

O

=

N N

.s e

e o

e e

e O

e e e en a N

N

>=

N N

e W

W W

W D

O O

O O O O

O O

O O O O

O O

O 18

e N

e.

e=

en en en e=

e.

e=

se en en e.

,=

e.

,=

em 4

O O

O O O O.

O O

u e

e e

e o

e e

e W

W W

W V

W v

v v

v W

e=

4 O

3

=

40 M

N 4 to N &

N M

& N N

=

EO M

N O

O O

e=

N N O

=

ca N

O O

o=

N O

O ea N

N m

e e

a e

e e

e.

O O

- *= +=

N.

N N

u o

O O

e=

ea e=

e=

s=

e=

e*

e o=

e=

W

e nel Ou e=

ea e.

osa e.

e=

o.

e.

om

+=

e*

e=

e.

e=

e.

e=

em d

O O

'u o

e e

e o

e e

e O

V W

W V

V V

W W

W Y

Y v

v v

v V

D N

==

a e

a D

e M

a es a

==

C u

W o

e u

e M

e w

O 4

N 4.

e 3

N O

M M

do N

4 N

4 O

N 9

= to M

N e

a O

O O

w N

N O

- *=

N O

e=

- N O

O

=

N N

e O

w on e

o e

e e

i e

e o

e e

u a

S c

O O

O

=

e*

==

e=

N N

N

==

u O

O O

e=

e'

=

v=

e=

e*

en e=

e=

e*

I em W

D w

w O

=.a w

3

==

a

=e O

O O

A M

u 4

E d

O

e=

=

u" 5

.J b

N 4

N N

N M

N N

M N

N M

M 4

O O

O W

e e

o e

e e

o e

e e

o e

e e

e v

v v

V V

V W

I C

N 4

N N

N kt N

N M

M N M

N M

N

}

1 4

O O

O I

y e

e e

a e

e o

e a

e e

V W

W W

V W

W W

W v

v 40 N

4 M

N N

M N N M

M N M N

M N M

N e=

0 O

O O

Q O O

O O

y e

e e

e a

V V

W W

W v

v V

V V

V W

v N

N 4

N N

N M

N N

N M

N O

O O

O.

O O

O u

o e

e e

e V

V V

V W

W W

W V

V V

V' W

W W

W emW G

S

.O.

e=u W

M o=

to M

N 4

M O

N 4

s=

00 4

.J O

e=

N O

O

=

N M

O e=

N N

O e=

=

N s

e e

e a

e e

s O

D D S O

O O

+=

ea

=

e-N N N N

y C

O O

O e*

e'

- ** *=

e=

e'

= **

e=

19

P*

e C

e=

O a0 e

N >=

to a0 e

4 M

4 ed e

,= *=

N e

fv **

=

e v

v

=

v W

e e

W em 4

O 3

M D N M

O 4

4 M

=

0 4

o*

>=

4

eo O.

O

- *=

N O

- *=

N O

N N

M O

+=

N N

m e

e e

e a

e e

a=

o=

e*

=

em N

N N

N M

M M

4 4

W O

O O

w ed see Ou e=

a N

O O

M 80 e

N 4

e N

O ed e

e=

=

N N

e M

v e'

W W

N U

e e

W W

O" w

y e

W N

M M

N S

4 4

M O

N

=

4 O

O O

N O

O N

O O

=

N M

O e=

N N

==

e e

e a

e e

e g

3 e=

e=

N N

M M M M

M 4

4 4

=#

g

=

U C

O O

O-0 0

O O

O y

4 e

O e

y u

s ce

.O w

U me "a

U g

8 O

M 4

to

~ O so O

4 M

N 00 4

=

= "

e=

N

= **

= ** **

=

e=

M q

U

~

n 0-e b

O 80 P

M O

M N

N N

4 4

N N

4 M

4 e-N e=

+=

p e=

o=

m

=

e=

e-

,=

W i

a0 in P.

A N o P.

4 so O

N M

e N

M N

= ** *= "

+=

W

>=

>= e6 4

N e

em N

00 N.

> eo e e=

O p.

M,=

O

= *=,= *=

ea v

,=

u e

W

>=

4 O

E O

e.

e=

W W

M

$ >= M C

M C

>=

M O

N D >=

4

-e O

O

=

N M

C

=

N N

O

=

N N

- *=

N a

e e

O e=

= += *=

e=

N N

M M

A

e at 4

W O

O O O O O

O O

O e

O O

O

TABLE IV-A.3 (cont'd)

FLORIDA POWER CORP. - CR3 - 1989 3

pCi/1000m GROSS S fu AIR COLLECTION DATE COT C18 C40 C46 COLLECT!OW OATE C41 COLLECT 105 DATE C47 05-01 17 17 13 15 05-04 11 05-05

<5 05-08 16 16 18 16 05-12 12 05-12 16 05-15 21 21 32 28 05-19

<6 05-18 12 05-22 14 14 17 14 05-25 12 05-25 11 05-30 15 15 23 17 06-02 14 06-02 11 06-05 12 7

13 11 06-08 16 06-08 51

[3 06-12 18 18 20 20 06-16 06-16 13 06-19 20 21 28 20 06-23

<8 06-23 9

06-26 13 15 16 14 06-30 8

06-30

<6 07-03 6

6 9

11 07-07 19 07-07 11 07-10 7

9 11 11 07-14 12 07-14 12 07-17 13 12 12 12 07-22 14 07-22 14 07-24 6

10 5

11 07-28 20 07-28 17

)

07-31 8

11 6

9 08-05 17-08-05 08-07 14 14 12 14 08-11 10 08-11 11 08-14

<10 11 10 14 08-18 13 08-18 10 08-21 11 to 5

9 08-26 9

08-25 8

08-28

<10 5

10 5

.u..

TABLE IV-A.3 (Cont'd)

FLORIDA POWER Co#P. - CR3 - 1989 3

pCi/1000m gross A tu AIR COLLECTION DATE COT C18 C40 C46 COLLECitos DATE C41 COLLECTIDs SATE C47 09-05 4

6 6

8 09-02 to 09-01 6

09-11 6

8 8

8 09-09 9

09-08 7

09-18 8

11 8

12 09-15 13 09-15

<11 09-25 7

6 6

6 09-23

<12 09-22

<8 09-29 10 09-29 6

10-02 6

6 4

7 10-09 11 18 14 17 10-08 13 10-08 1T 10-16 15 19 20 17 10-12 28 10-12 26 10-23 9

10 12 12 10-19--

14 10-19 11 10-30 17 19 16 18 10-27 18 10-27 17 11-04 19 11-03 14 11-06 14 24 29 20 11-10 19 11-09 18 11-13 12 27 29 13 11-17 21 11-17 8

11-20 18 20 15 17 11-23

<11 11-22

<10 4

~

11 19 14 14 11-27 12-01 to 12-01 13 12-04 14 19 13 14 12-08 24 12-08 18 12-11 12 17 13 17 12-15 15 12-15 12 12 16 15 15 17 12-22 14 12-22 10 12-26 14 21 17 21 12-29 12-29 m

m m.

TCOLE IV-A.4 FLORIDA POWER CORP. - CR3 - 1989 3

pCi/1000e Y EMITTERS IN QUARTERLY COMPOSITES OF AIR PARTICULATES STQTION NUCLIDE FIRST GUARTER SECO#D OUARTER TNIRD OUARTER FOURTN OUARTER C07 se-7 104 103 98 71 E-40

<14

<12

<t3 10 Cs-134

<1

<0.9

<0.9 Cs-137

<0.7

<0.8

<0.6

<0.6 C18 se-7 108 126 96 125 K-40

<14 415

<14 31 Cs-134

<0.9

<0.7 Cs-137

<0.7

<0.8

<0.6

<0.7 C68 se-T 100 99 61 51 K-40

<15

<11

<15

<14 Cs-134

<0.8

<0.9

<0.6 Le Cs-137

<0.8

<0.7

<0.7 C43 se-7 102 122 62 85 -

K-40

<13

<14

<15

<13 Cs-134

<1

<0.9

<0.8 CS-137

<0.7

<0.6

<0.7

<0.7 C41 Th-232 0.7

<0.2 0.3 Re-226 1.2 0.6 0.4 Cs-t34

<0.1

<0.1 Cs-137

<0.2

<0.1

<0.1 C47 Th-232

<0.3

<0.2 0.6 Ra-226 0.9

<0.2 0.3 Cs-134

<0.1

<0.1 Cs.137

<0.1

<0.1 2:

~

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.,,.,,...-,---.-.....-v,

IV-B. DIRECT RADIATION Direct radiation-naasurunants (using TLDs) were taken at sixteen locations within a one mile of the plant, 'at thirteen locations ranging frm 2.8 to 6.3 miles frm the plant, and at one u.nhul location, 52 miles fra the site.

The highest on-site dose was 51 mrent yr at station C65 (ESE 91740 feet). 'Ihe

/

highest off-site dose was 52 mrenVyr at station C18 (North 9 5.2 miles).

'Ihe control station (C47) dose was 45 mrenVyr. 'Ihe average for all stations was 35 1

mrenVyr.

j First quarter results for station U79 and third quarter results for stations j

C65 and C78 are not available since the TLD packages were missing at collection j

time.

l First quarter results for stations C72 and C78, second quarter results for stations C18 and C72, and third quarter results for stations C27 and C76 were j

not reported as the TIDs were determined to be bad (having either high i

background or erratic readings).

I i

i i

p t

25

7 4

E S.

F C T

C DQ I

T E E R U T M E O R E B R O R 0

M N P U U O E S N N R A E

R a

N w

O a

I T

A

)

C E

) 1 O N G 4 6 L A N

/

m.

E A 4 -

L M R

(

O 2

R 5 3 t

T 4

(

w N

O C

)

n

) 7 a

9 E

3 5 m.

8 N

N G

/

9 A

A N 3 -

E E A

(

1

, M M R 0

1 4 T

5

(

1 Y

S 3

R E

2 A

H G

=.

0 R

M G

N 3

E M

B

,I I

U H

R 5

M S

A E

C N

E M

o E

T B

A I

1 N

D R

W 0

G a

T o

1 R

O C

O N

E 1

E T

K P

I E N a

C 1

O T

M A G

A A T 5

3 D

Y N

C N S 6

+

R I

O I

C 0 A

R U

L D

O N

T 8

A I

J V

N O

S I

M N

E O

L L

I 8

A T

T A

A N

T C

E O

3 M

L N

T O

R E_

)

I R

O N G 7

N I

T A N 0

U V

A E A 1

A

. C M R

/

N R

D E

I 7

E I

V R

D 0,

+

L O

N 1

=

I A

I w

R L

(

C w

F I

L L

5 G

L 3

A O

A T

Y L

m S

T O

Y N

~.

I R

U D

C O

N u

A T O C

R I I S

M T I C U

R L E T

T R E )

5 m

I C

E D D 1

W L

O F L L O (

O R s

N E S i.

A 8 E 1

M S D 1

S U Y E 1

I N L M S

A R E

Y L N O S

m L A A F O

e.

A T R

D N O F E A T O P Y

~

R N

)

O O r Y D

)

I y

~

M A E S T T /

U W L T C A s I

H P I

E I

e D T M N R D r E A A U I

A a M P S

(

D R

(

N

-{

i TABIE IV-B.1 FIIRIIA POWER CORP. --CR3 - 1989 mtwVyr Y Dose TID STATION Quarter:

1 2

'3 4

)

001 28 13 18 48 CD3 31 21 25 43-004 29 19 17 43 CD8 19 21 17 40 C09 29.

24-24-47 C14G 21 32 17 58 C18 51 47 58 C74 22 26 18 40 C75 35 26 23 45 C76 21 21 47 C77 22 33 18 42 C78 41 52 C79 16 16

-47 C27 42 32 49 C41 37 26' 43 54 C60 21 26 15 44 I

C61 33 25 25

-44 C62 36 34 20

~49 C63 41 23 22-53 C64 37 20 22 49' C65 56 40 57 C66 36 24 19 49 C67 45 26 24 48 C68 41 15 28 51 C69 42 30 29 42 C70 47 41 29 53.

C71 41 32 21 54

~i C72 24 58

[

C73 28 19 16 40-1

\\

C47 (CONIROL) 54 34 32 61 i

?

i i

27

=

,i i

1 FIGURE IV.8 l

1 EXTERNAL RADIATION TRENDS 8

. =

6 c.y..

... =..

.+

.,m 1

...m e

V: ad- :..: r-i

..u,--

2~

~ :. l

'..&Q-

t I

1 a

(..

l P

-.J.-

_t..

j g

l s

r,

... -...n.

s

_,v,.

... ~... _...{.~

......4 i

..e-.

4_

..a ese'.*-

..w*ep.

w

+M e..$%

.e e..,,

I.

l 1

2 10 : _

.... g. ~

y

)

i i

4 I

i i

g

(

6 I

l

.\\: l

.l

._,__+4 d -.

h..,..

+

. h.

g I,

i

.~_._i_...

M*

.___..x...__.

t,,

a l

4

, =

l._ _

_j r__..

1 1Og,

.____s___.

i i

i i.

i 3 i

,......__q_...__.

..-_p_-....

I:,

i i

.. 1+

..- m 3.

N.' :.i.

l l

.L.. _.

1 i.

g

. j j, _.

i 3

i

. '.. L.

_4 r

4

.. _ +,.

i I

a..

I 1

3

_--_..__i..

+ _.

l

. r; a.

_ :.a.:=/esi-m i -....

.._....._...._.i_..

.. _.. _. _..._....=..._r.._____._...... _........ _..... _..

.4.__

. ~.

.... _ -.- L _....

..-t......

....m

......a..._.....

.a...

t-.

. e _

.w 1

l 17&

im'""..... 19.,80..a 81 82 83 84 85 86 51 88 89 90 l

28 l

/

V'

IV-C. NATERBCRNE PATHWAY-7b evaluate the waterborne pathway seawater, gruuld water, drinking water, and shoreline M=nt samles are taken.

~

q 1.

Monthly seawater grab samles are taken at two locations in the discharge canal, and one control location naar the mouth of the intake canal.

Of twenty-one indicator sa::rples, one had a measurable amount of tritium.at a level of 1708 pCi/L.

One samle taken at the control location, Cl3, indicated a measurable amount of tritium at a level of 836 pCi/L.

Gama spectral analysis was performed on thirty-six samples. Manganese-54 was identified at a level of 3 pCi/L in the April-C13 samle and at a

-level of 3 pCi/L in the March C14H sagle. Cesium-137 was identified at a j

level of 2 pCi/L in the November C14G sagle. These values are very close to the lower limit of detection and therefore may be false positives.

2.

Semiannual ground water samles are taken at one location, station C40.

{

Gama spectral and tritium analyses are preformed on both samles.

All results were less than the sagle LID - (130 pCi/L).

Since plant start-up all results, except for the results of' one 1985 -tritium analysis, have been less than LID. As indicated by Figure IV-C.2, the 1985 tritium value of 170 pCi/L is less than the typical LID, arx1 nuch less than the required "a priori" LID of 2000 pCi/L.

3.

Quarterly drinking water samles-are drawn from three locations:

Crystal River Public Water Plant (C07), Indian Waters Public Water Supply (C10),

and the Yankeetown City Well (C13).

All samles.were collected and analyzed for gama emitters and, tritium.. nnhalt-58 'was identified at a level of 2 pC1/L in the fourth quarter sample of station ~ C07 - (Crystal River Public Water Sugply).

Zirconium-95 was ' identified in; the ' first quarter samle of station C10 (Indian Waters Public Water Supply) at a

-}

level of 5 pCi/L.

4.

Semiannual shoreline

=H =nt sagles are taken at three indicator location in the discharge canal (C14H, C14M, C14G) ard ~ one control location-(C09), at Fort Island Gulf Beach. Of the eight samles analyzed, none had measurable amounts of G-134 and G-137.

Maryanese-54 was identified in two samles taken in the discharge canal (see footnotes to Table IV-C.4.a).

No other gama emitters attributable to CR-3 were found in measurable quantities.

e 1

TABLE IV-C.1 RADIOLOGICAL ENVIRONMENTAL MONITORING PROGRAM

SUMMARY

CRYSTAL RIVER UNIT 3 DOCKET No. 5-302 CITRUS COUNTY, FLORIDA JANUARY 1 TO DECEMBER 31, 1989 ANALYSIS AND WUMSER OF MEDIUM OR TOTAL NUMBER LOWER LIMIT ALL INDICATOR LOCATIONS LOCATION WITH NIGNEST MEAN CONTROL LOCATION NONROUTINE PATHWAY OF ANALYSES OF DETECTION MEAN NAME MEAN MEAN.

REPORTED SAKPLED PERFORMED (LLD)(13 RANGE DISTANCE & BEARING RANGE RANGE MEASUREMENTS (U3ITS)

SEA WATER Tritium 36 668 1708 (1/24)

C14G 1708 (1/12) 836 (1/12) 0 (pCf/L) 2.8 a 275*

Y Spec 36 Mn-54 2.3 3 (1/24)

C14H.

3 (1/12) 3 (1/12) 0 0.1 a 315*

Fe-59 4.0

<tLD

<LLD 0

Co-58 2.4

<LLD

<LLD 0

Co-60 2.4

<tLD

<LLD 0

Zn-65 4.8

<tLD

<tLD 0

Zr-Nb-95

'2.4

<tLD

<LLD 0

1-13,1 3.0

<LLD

<tLD 0

Cs-134 2.4

<LLD

<LLD -

0 Cs-137 2.7 3 (2/24)

C14H 3 (1/12)

<LLD 0

0.1 a 315*

Ba-La-140 5.2

<LLD

<LLD 0

(1) The "a priori" LLD which meets or exceeds the requirements of Table 4.12-1Lof CR-3 Technicet Specifications.

. ~ _. -. - -

I I i i n

TABLE IV-C.1.a FLORIDA POWER CORP. - CR3 - 1989 pCi/L Y EMITTERS AND TRITIUM IN SEAWATER' STATION MONTH Mn-54 Fe-59

- Co-58 Co-60 2n-65 Zr-Nb-95 I-131 Cs-134 Cs-137 sa-La-140 N-3 C13 JAN

<2

<5

<3

<6

<3

<7

<3

<9

<693 FE8

<2

<5-

<2

<5

' <2

<3

<2

<3

<5

<T35 MAR

<653 APR 3

<5

<3

<5

<3

<6

<2

<3

<8 836 MAY

<2

<5

<2

<5

<3

<4

<2

<3

<6

<604 JUN

<2

<5

<3

<2

<5

<2

<3

<2

<3

<6

<630 JUL

<2

<4

' <2

<2

<4

<2

<23

<699 AUG

<2

<3

<1

<4

<2

<3

<576 SEP

<2

<5

<2

<4

<2

<4

<2

<5

<493 OCT

<1

<4

<2

<3

<2

<3-

<2

<5

' <477 w

<3 -

. <2

<2

<1

<2

<4'

<575

>=

- Nov

<1

<3

<1

<2 DEC

<2

<4

<2

<3

<1

<2

-<3

<2

<14

<130

<585

'5

<3

<5

< 2 --

<3

<T

<693 C14M JAN

<3

<5

<3

<2 FEs

<3

<5

' <3

<2

<6

<3

<6

<3

<8

<T35 MAR 3

<6

<3

<6

<3

<13

<2

. <3

<12

<653 APR

<3

<5

<3

<2

<6

<3

<7

<2

<3

<9

<T16 MAY

<2

<5

<2

<3

<5

<3

<4'

<2

<6

<604 JUN

<2

<5

<2.

<2

<6

<3

<2

<5.

<630 JUL

<2

<4

<2

<3

<5

<2

<24

<699 AUG

<1'

<3

- <2

. <2

<4

<2

-<2-

<2-

<2

<4

<576 SEP

' <2

<5-

<2

<4

<2

<4

<2..

<2

<5 4493 oCT

<2

<4

- <2

<2

<4

<2

<3

<2

<5

<477 Cov

<1

<3

<2

<4

<2

<4

<5 75 DEC

. <2

<3

<1

<2

<4

<2

< 2,

<3

<585 m...,,fam

-i-e2-

%iM-a.,..--e

=*N---

-=*+- ---

= ^ - **-

~

c> ' M

/

TABLE IV-C.1a (CONT'D)

FLORIDA POWER CORP. - CR3 - 1989 pCi/L Y EMITTERS AND TRITIUM IN SEAWATER STATION

'MONTN Mn-54 Fe-59 Co-58 Co-60 2n-65 Zr-Mb-95 I-131 Cs-134 Cs-137 so-8,o-140 W C14G JAN

<2

<5

<3

<6

<3

<S

<3

<7

<693-FEB

<2

<5

<3

<5

<3

<4

<3

<6

<T35' MAR

<3

<6

<3

<2

<5

<3

< 13 '

-<2

<3

<14

<653 APR

<3

<5

<3

<2

<5

<3

<7

<2

<3'

<9

<716 MAY

<2

<5

<2

<5

<3

<4

<3

<6

<604 JUN

<4

<7 54

<4-

<8

<4

<5

<4

<9

<630 JUL

<2

<4

<2

<3

<4

<2

<2.

<2

<23

<699 AUG

<2

<3

<2

<4

<2

<1

<2

<4

<576 SEP

<2

.<5

<2

<4

<2

<4

<2

<6

<493 oCT

<2

<3

<1

<2

<3

<2

<3

<2

<5

<477 Nov

<1

<3

<2

<1

<3

<1

<3

<1 2

<4 1708 w

DEC

<2

<3

<2

<4

<2

<3

<585 M

.4 a

%-me a w4-

--2==*-

"h-----^'

^ ' * " '*

"""d-

^ ' " " " " ~ ' ' ' - ' '

r c

q ir

y 1

...~.

ya 1

m -

FIGURE IV.C 1<

?

SEAWATER NUCLIDE TREND $

.i J ". o

.n.

l o

t

..._,..r m. _ r. ; r....-. p - : :q.... m.m n ::.-n --:. -

. p-- ::n - = r=t sa.. T. = r - -

4 r ;.

g 6

~

-_.- _[

.- bf,,

,..g.---.-..-.

J

..-l

\\

i

~ -

~_. -.-

i 1

\\"

-t 9-

[

b.. [

3.m ; q / _

QF;. : s.:.(

y --

- --. r

~+

. _.., g,

., ~

..._._.._t

.t.7.

t

.~

.:r l

._-L_-....

.~..._

.,.,i.

i

-. +

[

-l r

u.

. - 4.I.....

.m

-p

_ __..g.~

.. -_~..

>{

10),

_. m..._.

I i

1-

/

.... q.....

L

. n -.. _

m

= ;. n.-

s i

n.:,

6

.5,Q: .m -i.

,. n. y

. eer

. {.

.~[

i c

a-

.c.-

_5 t.

g.._

-I j-~

2 p-.

.a ;..

.m i s..

..g i.

~; n i 2

2.

l.

e.4 w. r-

'a T-i : ;

=

3 I

- ~~~;-NGJ.h. : ~;{.'~.NF.b- $i 5N;l-N[-b.. ESA'

- Y...

____._m_..

i i

1

~

y_...,.

-+

..e....

L 4

a _..,_

.... i.

pgAs, t.LD i

n

-t

.i r

i s

N-3' O

F S =M.P -

w P= = i r.1 s_

A r - - --. - '

-l.--

'-- - i i

'- Cs-134 D

E

(,

Cs-137 0

8 - 4. _.'

... a.

-.i. -

t

. - +.- P - ' 4. :.t.a. t.: :..

t. _.. u.

y..T..

_;-;;C. :.r :4.-[. ! c....-l B..: +r..r_. :41... I.

L,,

g I

,. 4.:n:..

2.--...c - _x.;r._ r _r

.r..'...

i

. ~

_.. -. ~. ~. ~ ~ ' _ ~ ~ '. '.

.. ~. ~. -.. '....,.

2

--~

. _. ' '.. ' ' ' '. ~ ~. ' ' -. ' '

1 t

-pa

._... !. _ p.-.

l L.

/

M t

/

M i

i

_. ~

s i

l

_r i.

+

_. g

.A_

l g.

f. ---

-. 4 - ~ p. e.uc u.s,,,firi w-c.-

e:. :_.-E

..... _..._. _ _: p. _. Z.....

.i

- 1, l'

n..

m 2

. =.... _ __.4.___.

__,L...

4 i

l

_.._.7.

.y... _ _ _. _...

100.

l.._

y...._. _ s

..__..-i___.

t-

-l 4 - -i w w'1980 81 82 83 84-85 86 87 88 89 90 6

1 33

.n

I 4

TABLE IV-C.2 RADIOLOGICAL ENVIRONMENTAL MONITORING PROGRAM

SUMMARY

CRYSTAL RIVER UNIT 3 DOCKET NO. 5-302 CITRUS COUNTY, FLORIDA JANUARY 1 TO DECEMBER 31, 1989 ANALYSIS AND NUMBER OF MEDIUA OR TOTAL NUMBER LOWER LIMIT ALL INDICATOR LOCATIONS LOCATION WITH HIGNEST MEAN CONTROL LOCATION NONRDUTINE PATHWAY OF ANALYSES OF DETECTION MEAN NAME MEAN

.NEAN REPORTED j

SA% PLED PERFORMED (LLD)(I)

RANGE DISTANCE 8'8 EARING-RANGE

. RANGE MEASUREMENTS-(U ITS)

GRCUND Tritium 2 230 None

<LLD 0

WATER (pCi/L)

YSpec 2 Gs Jh Mn-54

- 4.0 None

<LLD 0

Fe-59 8.0 None

<LLD 0

Co-58 4.0 Mone

<Lte.

0-Co-60 4.0

-None

' <LLD 0

t Zn-65 8.0 None

<tLD 0

Zr-Nb-95 7;0 None

<LLD 0

I-131 5.0 None

<tLD 0

Cs-134 5.0 None

<LLD 0

Cs-137 4.0 Mone

<tLD 0

Ba-La-140 11.0 None

<LLD~

O (1) The "a priori" LLD'which meets or exceeds the requirements of Tabte 4.12-1'of.CR-3. Technical-Specificatiot.s.

4

-~,

x, 7

+

s F

L A

N D

0 2

5 2

3 5

5 4

2 2

4 N

3 O

1 C

E S

N :

R E

T AW D

9 N

8 U

9 O

1 R

P G

N 3

I R

a.

C M

+-

U 2

I T

F L

C I

P R

A H

V R

T I

O 0

4 0

5 4

0 T

7 4

5 T

T 3

1 1

C D

E N

S 1

R L

R A

I B

E F

A W

S T

O R

e P

E T

A T

D I

I M

R E

O L

Y f

L

/

i Cp a

0 5

4 9

1 4

7 E

4 9

8 0

5 b

1 3

3 a

D 5

5 5

6 6

N 3

1 1

L I

3 1

L n e o o n r

s s

a C

H M

F C

C 2

Z I

C C

B U

N W

N O

I 0

T 4

A C

T S

e 0" a

s i

k n

..e..

A g

l FIGURE.IV-C.2-

/f'".

l GROUN,0 M TER NUCl.IDE TRENDS...

. zi

.y

.. n.. y..

....j._...~

r-..::- p p_...=......:-.

i, j

L ij = = :

I"

!i-W.

?5 2d.1T N =-i:N ". r 1

.: -fi-F i

i.

r~., _,.

~__ -,.

1 i

r. :

4 p'

e r

, = -.

. d. = +9.

1 i

W.

m. - h mi.- b 4

.y 3

" - :.-...c ::-.

1;

}

."t" :.

.;;'.__._.3...

: 1 t------

- - ~ ~

.....a...

..n.~._...

_...t.,...

._.w.,

,m.,

...t_.._-

I

.. p l

w.-

._ y, -

p.v 9

..H. _.

I i-i i

.. N., - -

. t n.. - t

l...

r

.,..Q.3 4.. -

. /:.- {, 7-h!.'

.~ ' j, 4 j.',

f

-l

+. -,,,.

i

. 1*

s n._

w.

. }. - _.

I

\\

e

.n

{

g l

b-u.

a-

.... w u

\\

T r:r. e.:.

-. g..

.c a u ar.

0

',- l..L:.. :.-d 2 h...; =. :..~ :..u...~s.. ::

3.-

' J-d,*

u:

~.

4?h. :i. -ih. ~ _. _. _.

. _. ~...

~....-.i5. 2_..

T.:.E%. W. ::. - 5.' ~

l.

l g

.. +.. _....

I

_.._ g.

...,.4.,..

n.....

i 4

m_

.~ :

~,_..*y

,,.4..

I.

w

.,.L.-

.~. _... _.

j

.}

Og,

[\\

\\

"5 i

i

\\

l \\

s

~..

1 3

.o a

Jk j

.P.

-k

.k 1

3....

.\\

.\\ = f l mi 4

i 1

5

.a --.

Y l

4 t m.-

=

j

%.N J

b.

N

.m-

a 2.

1 i

- 3 r

Y

~ i.; # ^ 7 h ~ ~T.

E-3Y~5:$ - ::r --N[5 $.*

U.

--f

+i

. ~. '.: ;....:,.;..

.....:. :...'..a

.....-.t'.....,

f'

^

.w.

.1.......

e 4

1 l.

.....3.

, i.

j m

-....I....

i d

[

. g.

i

..I_.,

p....

q

~.a..

100-t g

s i

i

. i,

.l._

I 3,,,_l t.

- i

_I EAS.

l.i D e

i i

H-3 O

O

.a.

+

g j.

i 1

3

. +.:==2 w..

L.:

Cs-134 D

E

..:..c.. --- -__-".c...;..

.,i

. Z1 T ~'

t

--~

Cs-137 o

e

. 4

..=. _..

..a.__.._..

,._..r.........t_.

m.....

. _.. ~..

,j t

._...a..

i

{_ -...~...,. I 10-1'

-"u

1980.., 81 82 83-84 85 86 87 88 89 90 I

~I e-3 TABLE IV-C.3 RADIOLOGICAL ENVIRONMENTAL MONIT9 RING PROGRAM

SUMMARY

,e CRYSTAL RIVER UNIT 3 DOCKET NO. 5-302 CITRUS COUNTY, FLORIDA JANUARY 1 TO DECEMSER 31, 1989' ANALYSIS AND NUM?ER OF.

MEDIUM OR

. TOTAL NUMBER LOWER LIMIT ALL INDICATOR LOCATIONS LOCATION WITN WIGNEST MEAN CONTROL LOCATION NONEOUTINE PATHWAY OF ANALYSES' OF DETECTION MEAN NAME MEAN,

MEAN REPORIED SAMPLED PERFORMED (LLD)III RANGE DISTANCE & BEARING

-RANGE RANGE MEASUREMENTS (UNITS)

DRINKING Tritium 12 668 None

<LLD 0

WATER (pci/L)

Y Spec 12 I$

in-54 2.3 None

<LLD 0

Fe-59

. 4. 6 None

<LLD 0

co-58 2.4 None

_2 (1/4) 0

~

Co-60 2.4 None

<tLD 0

2n-65 5.3-None ~

-~

<Lto O

5 (1/4) 0 2r-Mb-95 2.4 None 1-131 3.0 None

<tLD 0

Cs-134 2.7

'Mone

<LLO O

<tLD.

0 Cs-137

.-2.9 None Ba-La-140 5.4 None

'4 ELD 0

(1) The "a priori" LLD which meets or exceeds the requirements of Table 4.12-1of CR-3 Technicat specifin;tions.

m_-.

2_

.m_..

~

..~

~

TABLE IV-C.3.a FLORIDA POWER CORP. --CR3 - 1989

^

pCi/L Y EMITTERS AND TRITIUM IN ORINKING WATER STATION 'buARTER Na3 Mn-54 Fe-59 Co-58 Co-60 2n-65 2n-Nb-95 I-131 Cs-134 Cs-137 so-La-140 4

C07 1.

<668

<2.3

<4.8

<2.6

<2.4

<5.6

<2.8

<0.7

<2.4

<3.1

<9.4 2

<604

~ <2.5

<4.7.

<2.1

<4.8

<2.6

<0.5

<2.2

<2.7

<12.3 3

<572

<1.7

<3.7

<1.7

<2.8

<4.4

<1.7

<0.6

.<1.9

<1.6

<i9.6 4

<486

<1.5

<4.3 2.3

<1.5

<4.0

<1.8

<0.4

-<1.6

' <2.1

<6.5 4

CIO 1

<668

<2.3

<4.8

<2.6

<2.4

<4.8~

4.5

<0.7

<2.4-

<2.7

'<8.8

,..M 2

<604

<2.7

<5.1 42.7

<2.8

<6.1

<3.6

<0.6

<3.1

-<3.2

<6.5 3

<572

<1.6

<3.7

<1.6

<2.3

<4.5

<1.7

<0.6

<1.7

. <1.7

<21,2 4

<486

<1.7

<3.5

<2.0

<1.8

<4.0~

<2.1

<0.3

<1.7

.<2.0

<5.9 4

t C18 1

<668

<2.3

<5.6

<2.6

_- -<2. 51

<4.9

<2.8

<0.6

< 2. 4"

<2.9

-<9.9 2

.<604

<2.4

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k TABLE IV-C.4.a FLORIDA POWER CORP. - CR3 - 1989 pCi/kg Y EMITTERS IN SHORELINE SEDIMENT STATION PERIOD Cs-134 Cs-137 K-40 Ra-226 Th-232-C09(1)

First Metf

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<14 4

IIIC09 is the control station at Ft. Gulf Island Beach.- C14H, M,

& G are discharge-canal stations.

(2)MM-54 identified at a level of 19 pCi/kg.

(3)MM-54 identified at a tevet of-*3 pCi/kg.

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A

IV-D. INGESTION PADMAY

% evaluate the' ingestion pathway fish, oysters, citrus, and watermelon sa@les are taken.

1.

Quarterly carnivorous fish samles were taken at two locations, C29 at the-

[-

and of the discharge canal and C30, the control location near the mouth of the intake canal. : Cesium-137 was identified in the second quarter C29 l

samle at a levelL of 13 - pC1/kg.

%ree of four control samles had I

measurable amounts of cesium at an average _ level of 8 pCi/kg.

As indicated by figure IV-D.1 these values are consistent with previous years results.

1 2.

Quarterly oyster sa gles were taken at the same locations as fish samles, C29 and-C30.

%ree of four C29 sa gles had measurable amounts of cobalt-58 at an average level of 23 pCi/kg.

%e fourth quarter samle at C29 indicated mhalt-60 at a level of 16 pCi/kg.

Radionuclides attributable to CR-3 were not identified in the four samles taken at C30, the control station.

3.

Monthly broadleaf - vegetation sagles were taken at two indicator' locations, C48a and C48b, and one control location, C47. - We November sagle at C48b was not taken due to a lack of vegetation.

Fourteen of twenty-three indicator sagles had measurable amounts of Cs-137 with an average cuced.1.ation of 22 pCi/kg and a range of '7 to 49 pCi/kg. Six of twelve control station samles--had measurable amounts of Cs-137 with an average of 14 pCi/kg and a range of_9 to 26 pCi/kg.

4.

Annual watermelon and citrus (oranges) samles are taken at stations C04 and C19, respectively.- Cesium 137 was measured in the watermelon sample at a level of 15 pC1/kg and at a level of 9 pCi/kg in oranges.

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i i.

s. _. :..

4,w:

3 i

i Q,

Qg d

l

i. -

3

..~._.

._ _ J...... _

111

...=..2.. -

__...t..

1

.i

_' CS,1 C

S Cs-137 o

e WEM:E = d "..* {"-

1

+

4

... w........ - - -_ _ _ _ _..

_ _._____u..._.

. _........ __._J.

t

_.4

_... +....

.. _._ g i

1 10 -

i I

.~ w 1980 81 82 83 84 85 86 87 88 89 90 46

j l

I TABLE IV-D.2 RADIOLOGICAL ENVIRONMENTAL MONITORING PROGRAM

SUMMARY

CRYSTAL RIVER UNIT 3 DOCKET NO. 5-302 CffRUS COUNTY, FLORIDA JANUARY 1 TO DECEM8ER 31, 1989 ANALYSIS'AND NUM8ER OF MEDIUM OR TOTAL NUMBER LOWER LIMIT ALL INDICATON LOCATIONS LOCATION WITN MIGNEST MEAN CONTROL LOCATION.. 'WONROUTINE PATHWAY OF ANALYSES OF DETECTION MEAN WAME-ME AN..

MEAN REPORTED' SAMPLED PERFORMED (LLD)III RANGE DISTANCE & BEARING RANGE RANGE MEASUREMENTS (UNITS)

OYSTERS Y Spec 8 (pCi/kg)

Mn-54 6.4

<tLD

<LLD 0

&'d Fe-59 11.6

<LLD

<tLD 0

Co-58 6.0 23 (3/4)

C29 23 (3/4)

<LLD 0

(18.6 - 26.3) 2 a 280*

(18.6 - 26.3)

Co-60 6.1 16 (1/4)

C29 16 (1/4)

< LL D.'

O 2 a 280*

Zn-65 13.4

<LLD

<tLD 0

Cs-134 5.9

<LLD

<LLO O

<LLD

<tLD 0

Cs-137 7.6 (1).The "a priori" LLO.which meets or exceeds the requirements of Table 0.12-1'of CR-3 Technical Specifications.

=_______

L._.

--,-.(

l 1

0 0

0 1

0 0

0 4

3 6

8 8

0 3

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4 8 9 1

9 1

T 3

9 8

4 6

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1 9

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9 9

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w. %m INGESTION PATEST (0VSTER$) NUCLIDE TRENDS-

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.. u"a" ' ~ 1980.o 81 82 83 84 85 86 87 88 89 90 m

m.. a 49 I

TABLE IV-D.3 RADIOLOGICAL ENVIRONMENTAL MONITORING PROGRAM

SUMMARY

CRYSTAL RIVER UNIT 3 DOCKET NO. 5-302 CITRUS COUNTY, FLORIDA

' JANUARY 1 TO DECEMBER 31, 1989 ANALYSIS AND WUMSER OF MEDIUM OR TOTAL NUMBER LOWER LIMIT ALL INDICATOR LOCATIONS LOCATION WITH NIJNEST MEAN CONTROL LOCATION NONROUTINE PATHWAY OF ANALYSES OF DETECTION MEAN.

NAME M E A N --

MEAN REPORTED SAMPLED PERFORMED

-(LLD)(1)

. RANGE DISTANCE & BEARING

~ RANGE RANGE MEASUREMENTS (UNITS)

VEGETATION Y Spec 35 (pci/kg)

I-131 10.7

<LLD

<tLD 0

?$

.Cs-134 8.1

<LLD

<tLD 0

4 Cs-137 10.9 22 (14/23)

C48b 25 (8/11) 14 (6/12) 0 (7 - 49) 0.8 a 30' (7 - 49)

(9 - 26) k 4

4

~

(1) The "a priori" LLD which meets or exceeds the requirements of Tabte 4.12-1.of CR-3 Technical Specifications.

r 4.-

--.f.

TABLE IV-D.3.a FLORIDA POWER CORP. - CR3 - 1989 pCi/kg OF Y EMITTERS-IN BROAD LEAF VEGETATION STATION MONTH I-131 Cs-134 Cs-137 K-40 Ra-226 Th-232 C48a JAN

<24

<15 25 1230 279 73 FEB

<23

<7

'8~

1020 69

<15 1

MAR

<27

<6

<6 947 72 42 APR

<11

<5

' <7

'3070 54

<12 MAY

<18

<17

<19 4520 151 106 JUN

. <13

<5 8

865 52 28 JUL

<21

<7 7

<323' 19

<26 AUG

<6

<4 26 2720 26

<10 SEP

<8

<7

<10 4100 36

<14 OCT

<13

<7

<9 3610 38 31 NOV

<20

<8

~ 23

<341 66 40 DEC

<14

<9 20

'3660 65 42

~

C48b JAN

<27

<16

<19 1090 119

<31 FEB

<14

' <7

<9-754 77 37 MAR

<74

<4

<6 1100 48 27 APR

<14

<8.

29 1830

<17

<18 MAY

<10

<8 49~

2140 80 56' JUN

<15

<7 10.

945 76 42 JUL

<4

. <5 7

<221 8

<20 AUG

<5

<3 20 557 23 17 S,EP

<7-

<5 40 567 41 24 4

OCT

<13

<5 11 1520 46-

<10

~NOV DEC

<12

<8 33'

820 67.

36

T" TABLE IV-D.3.a (CONT *D)

FLORIDA POWER CORP. - CR3 - 1989 pCi/kg OF Y EMITTERS IN BROAD LEAF VEGETATION STATION MONTN 3-131 cs-134 cs-137 K-40 te-226 Th-232 C47

'J AN

<48

<19

<25 3290 142

<42 FEB

<11

<54 9

1730 74

<13 4At

<T6

<55 10 2120

' 102

<12 APR

'<11

<79

<9 1700

'79

<17 MAY

<11

<80

<11 3360 75 45 JUN

<13

<84

<11 2040 71

'48 JUL

<10

<13 13

<1084 28.

<49 AUG

<10

<6 26 3200 70

<14 SEP

<10

<7

<8 3160 59 31 OCT

<17

<9

<10

-2340 64 64 Nov

<23

<8 11 2800 73 50 u,

DEC

<13

<7 15 1660 46.

<16

. N 1

o

~.

,,,.m

.-4

. ~,

,..l.--~

v

--%y~

.,--.,c-.

ah.. _.

i m

FlWRE Iy.0,3 4

M VEGETATION WCLICE TREWS m

m # -

m. =1 i:.~

~.. '

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+

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q

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+=

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=

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a

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55

.)

3F0490-11, 1989 Annual Radiological Environ Operating Rept

Contents

Text

Subject:

Dear Sir:

SUMMARY

a ee Ou om en em e

SUMMARY

SUMMARY

SUMMARY

SUMMARY

SUMMARY

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a E

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3F0490-11, 1989 Annual Radiological Environ Operating Rept

Text

Subject:

Dear Sir:

SUMMARY

a ee Ou om en em e

SUMMARY

SUMMARY

SUMMARY

SUMMARY

SUMMARY

.L-za : <

a w *

a E

Navigation menu

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