ML17339B194

Semiannual Radioactive Effluent Repts for Jan-June 1978

ML17339B194
Person / Time
Site:	Turkey Point
Issue date:	08/30/1978
From:	FLORIDA POWER & LIGHT CO.
To:
Shared Package
ML17339B193	List: L-78-285, Forwards Semiannual Radioactive Effluent & Environ Monitoring Repts for Jan-June 1978.W/o Environ Monitoring Rept ML17339B194
References
NUDOCS 8007240086
Download: ML17339B194 (41)

Text

. ~

SEHIAiPiiUAL REPORT OF RADXOACTEVE EFFLUEifT RELEASES PTP UNITS 3

& 4 1/78 6/78 Entroduction All liquid and airborne discharges to the environment during this reporting period were analyzed in accordance with Technical Specification requirements.

The minimum fzequency of analysis. as.required by Sazety

~

. Guide 21 has been met or exceeded.

Li uid Releases Aliquots of representative pre-release samples were either isotopically analyzed for gamma emitting isotopes on a multichannel analyzer, or evapo-rated and analyzed for gross beta-gamma activity in a 2n gas flow propor-tional counter.

The efficiency of the gas flow proportional counter is adjusted so that the activity determined by gzoss beta-gamma analysis approximates the isotopic activities determined by gamma spectrum analysis and selected beta determinations, exclusive of tritium and dissolved gases.

The above procedure was followed for all releases rom the asta disposal system and for secondary system batch releases.

Frequent periodic sampling and analysis were used to conservatively estimate the quantity of radioactivity released via the steam generator blowdown system.

The following comments will aid in the interpretation and evaluation of the liquid release data presented in Table E, pages 1 through 6:

1.

The reported values in Table E,

page 1, include in their computation the quantity of radioactivity released from both the waste disposal system and the secondary system.

The secondary system releases occurred when contaminated water was blown down from the steam generators during primary to secondary leakage conditions, or when the generators weze drained for zepair or refueling, or during lancing of the generators.-

1/78 - 6/78 2.

The reported values in Table I, pages 2 and 3 are the total quantities of radioactivity for individual nuclides released from the waste disposal system and the secondary system together The values in Table I, page 4 are for the waste disposal system only and page 5

is for the secondary system only.

During primary to secondary

leakage, release of several short-lived nuclides occurred from the secondazy system.

These short-lived nuclides are not generally detected in batch releases from the waste disposal system due to the long holdup time of processed water.

3.

Only those isotopes that were detected in the secondary system releases were reported.

All non-detectable isotopes are listed as

():

4.

Weekly and monthly composite samples for the waste. disposal system were prepared to give a proportional weight to each liquid release made during the designated period of accumulation.

The composites were analyzed for gamma emitting isotopes on a multichannel analyzer attached to a high resolution Ge(Li) detector, and for Sz-89 and Sr-90',

using a chemical separation and subsequent beta determination with a 2m gas flow proportional counter.

Tritium was determined by use of liquid scintillation techniques.and gross alpha radioactivity was detezmf.ned by use of a 2m gas flow proportional counter.

All concentrations for radioactivity determined from analysis of a composite were multiplied by the total represented volume of the liquid waste released to determine the total quantity of each isotope and of gross alpha activity released during the compositing n

period.

1/78 6/78 5.

At least one representative batch of liquid effluent. from the waste disposal system was analyzed monthly for dissolved fissSon and activation gases by use of gamma spectrum analysis.

The resulting isotope concentrations were multiplied by the total vo3.ume released for the month in order" to estimate the total dissolved gases released.

Zf more than one batch of effluent was analyzed, the concentrations were we'ighted Sn an appropriate manner.

The results are totaled on a monthly basis S.n Table I, page 6.

Dissolved gases from secondary t

system releases were determined from the samples of the individual releases.

Esotopic concentrations were multiplied by the volume released to determine the quantity of radiogas nuclides released.

6.

Representative samples of secondary system batch releases were analyzed individually for gamma emitting isotopes and by analysis of a representative composite for tritium, gross alpha and selected beta emS. tters, 7.

The applicable limit for release of radioactive material in liquS.d waste is five curies per quarter excluding tritium and dissolved gases.

8.

The following notes have been added to help explain some of the results in Table I which have been superscripted with a lower case letter:

Su erscri t Notes The Q/iPC for this release was 0.21.

The Q/NPC for this release was 0.077.

No primary to secondary leakage was occurring; therefore, most short-lived isotopes were not present.

1978 Table X

Report of Radioactive Effluents:

Liquid Li uid Releases Feb rua March June Gross Radioactivit

1. Total Release mCi 1.07 E&3 2.

Avg Concentration During Releases(3iCi/ml) 7.1 E-09

3. Av Concentration for Month (3iCi/ml) 5.8 E-09

4. Max Concentration Rel ased iCi ml 1.66 E+03 1.0 E-08 7.Ii E-09 b

4.62 K+01 3.01 E+OI 1.8 E-09 8.3 E-10 2.2 E-10 8.9 E-11 3.3 E+

6.5 E-10

1. 3 E-10 4

E-F+

5.6 E-10

8. 3 E-ll

5. Percent of Technical Specification Limit for Total Activit Released 5.55 E+01 1.73 E+00 t3. Tritium

1. Total Release (ci)

2. Avg Concentration During Releases(uCi/ml) 3.

Avg Concentration for Month (uCi/ml) 6.19 E+Ol 8.61 E+01 4.1 E-07 5.3 E-07

3. 3 E-07 3.9 E-07 4.42 F+01 1 ~ 56 E+02 9.08 E+01

l. 7 E-06

4. 3 E-06

1. 7 E-06 2.1 E-07 4.6 E-07 3.4 E-07 1.16 E+02 2.9 E-06 4.3 E-07 C. Dissolved Noble Gas

1. Total Release (mci) 6.02 F+00 4

~ 10 E+Ol 3.27 E+00 3.71 E+02 3.25 E~O2 7.43 8+00

2. Avg Concentration During Releases(pCi/ml)

3. Avg Concentration for Month (pCi/ml) 4.0 E-11 2.5 E-10 1.3

. E-10 3.2

. H-ll 1.8 E-10 1.S F.-ll 1.0 E-08

6. 3 E-09 1.1 E-09 1.2 E-09 1.9 E-10

2. 8 F.-ll D. Gross Al ha Radioactivit (mCi)

2. Av Concen tra tion Durin. Releases (uCi/ml) 1.49 H-02 9.9 E-14

(<1. 2 E-08) (<l. 1 E-08)

(<7. i F.-20) (<<.3 E-19)

(<l. 7 E-O8)

(<<i. 7 E-19)

(<2. 2 E-08)

(<1.0 E-08)

(<4.2 F.-19)

(<2.5 E-19) 3.

Av Concentration for Month (tjCl/ml) 8.0 E-14

(<5.4 E-20) (<5.2 E-20) (<5.0 E-20) (<8.3 E-20)

(<3.7 E-20)

E. Volumes Vol of Li uid Waste to Dischar e (Liters) 1.21 E+07 7.84 E446

2. Vol of Dilution Water During Rel (Liters) 1.SO E+ll 1.62 E+11 1.45 E+06 1.57 E&6 2.25 E+06 2.S7 E+N 3.64 E+10 5.3.9 H+10 1.5Ii E+OG 3.97 E+10

3. Vol of Dilution Water for Month (Liters) 1.86 E+11 2.23 E+ll 2.11 E+11 3.39 E+11 2.6G E+ll 2.70 E+11 t

Z ~ 4 l o- ~

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1978 Table I Report oX Radioactive Lffluents:

LiquM Total Pape 3

Isoto e

Sr-90 Unit mCi Januarv

(<3.1 E-09)

- 7ebruarv Harch c

(<3.1 E-09)

(<3.1 H-09)'

ril

(<3.0 E-09) slav c c

June 2 '

E-02 '(<3 '

E-09)

Zr-95 Unidentified mCi mGi 6.54 E-01 5. 84 E+00.

3.26 E-Ol 3.33 E&1 2.02 E+Ol 1.68 E+01 1.44 E+Ol 1.19 E+01

=Total mCi 1.07 E&3 1.66 E+03 4.62 E+Ol 3.01 E+01 3.39 E+01 2.23 EW1

'>l'E:

Numbers in iiarentheais represent maximum senaitivitv in nCi/ml.

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19 78 Table I Re ort of Radioactive Effluents:

Linuid Secondar S stem Pa e

Isoto e

Co-58 Co-60 Cs-134 Cs-136 Cs-137 Cs-138 F-18 I-131 I-132 I-133 I-134 I-135 Hn-54 Na-24 Sr-89 Sr-90 Zr-95 Unidentified

'nit mCi mCi mCi moi

'mCI mCi mCi mCi mCi mCi mci mCi mfi mCi mCi January 5.2 E-01 5.5D r+oo 1.33 E+Ol.

3.13 8+00 1.53 E+01

'4.49 E+Dl

'1.'37 E+02 3.22 E+02 6.66 E+01 2.63 E+02 2.33 E+Dl 1.DO r+O2 3.47 E+Ol 4.06 E+DO

(<3.1 E-09) 6.54 E-Dl 5.84 E+00 February 2.42 E+00 2.79 F+00 2.I1 E+Ol

3. 25 ER-Dl 9.13 E+01 3.27 E+02 2.26 F+02 1.22 El-02 3.19 E+02 5.36 E+Ol 1.85 E+02 3.7 E+DD 1.02 Ed')2 1.96 E+OD

(<3.1 E-09) 3.33 F+01 Harch 1.18 E+00:

5 '6 E-ol 1.24 E+00 2.52 E+00 4.21 E+OD 9.5 E-02

(<3.1 E-09) 2.02 E+01 April 1.68 E+Ol Hay 3.0 E-Ol 2;65 E+00 1.44 E.NI June 6.88 E-02 6.5 E-ol 1.21 E-02 1.19 E+01 Total mCi 1.04 E+03 1.52 E+03 3.00 E+01 1.68 EW1 1.74 E+Dl 1.26 -E+01

'DTE:

Numbers in parenthesis represent maximum sensitivity in liCi/ml.

Table 1

Report of Radioactive Effluents:

Liquid Dissolved Gas Page 6

Total Kr-85m mCi January February

(<2. 1 E-08)

(<3.0 E-08 Harch April

(<1.8 E-OQ)

(<2.9 E-08) ofay 1.04 El-00

~

June

(<1.6 E-.08)

Xe-133 mCi 3.88 E+00 3.93 E+01 2.66 E+90 3.61 E+02 2.70 ERO2 7.14 E+00 Xe-133m I

Xc -135 mCi

(< 2. 5 E-07.)

2.14 E+00 1.71 E+00 6.05 E-Ol

(<2.S E-07)

(<l. 7 E-07) 6.12 E+00 3.45 E&0 8.76 E+00 4.5 E+Ol

(<1.6 'E-07) 2.89 E-01 IA~ste Dis osal System Kr-,'>Sm Xe-133 mCi mCi

<2.1 E-08) 4.46 E-01

(<3.0 E-08) 3.36 E+01

(<1.8 E-n8 2.66 E+00

<2.9

.E-08 3.61 E+02 1.04 E+00 2.70 E.N2

<1.6 E-08 7.14 E+00 Xe'-133m mCi

(<2.5 E-07)

(<2.5 E-07)

(<1.7 E-07) 6.12-E+00 8.76 E+00 ~<1.6 E-07 Xe-135

~ mCi

(<2.8 E-08).

8.16 E-01 6.05 E-Ol 3.45 E+00 4.5 E+01" 2.89 E-01

'econdarv System Xe-133 Xe-135 3.43 E+00 2.14 EWO S.71 E+00 8.95 E-01

'<oTE:

Numbers-in parenthesis represent maximum sensitivity in pCi/ml.

1/78 -6/78 Airborne Releases Airborne releases to the atmosphere occurred from release of gas decay tanks, via the instrument bleedline, containment

purges, and from the secondary system during conditSons of primary to secondary leakage.

The techniques employed in determining the radioactivity in airborne releases are:

a)

Gamma spectrum analysis for fission and activation gases.

b)

Removal of 'particulate material by filtration and subsequent gamma-spectrum

analysis, Sr-89-90 determination, gross alpha

analysis, and gross beta-gamma analysis.

c)

Absorption of halogen radionuclides on a charcoal filter and subsequent gamma-spectrum

analysis, and d)

Condensation of water vapor in a gas sample followed by analysis for tritium using 1S.quid scintillation techniques.

All sporadic gas releases from the plant which were not accounted for by the above methods were conservatively estimated as curies of Xe-133 equivalent by use of the plant vent process monitor recorder chart.

The maximum rated capacity for the hogging jets and the maximum measured flowrate for the condenser air egectors, and an estimate of the rate of exhaust from the atmospheric dumps were used to conservatively estSmate the airborne releases from the secondary system whenever applicable.

The following comments will aid in the interpretation and evaluation of the airborne release data presented in Table II.

1.

Calculation of total radioactivity of noble gases, I-131, and particulates is based upon detectable radionuclides only, 2.

The applicable, limit for release of total radioactive materials in gaseous waste is 0.012 Ci/sec when averaged over the calendar quarter.

1/78 - 6/78 The percent of the applicable limit for total gaseous release was computed as follows:

Total curies released in aseous waste durin ouarter x 100K

(.012 Ci/sec)

(seconds in quarter) 3.

The applicable limit for the release of I-131 and pazticulate radio-nuclides with half-lives greater than eight days in aizborne waste is:

3 th

'E

< 10,000,where Q

= zelease rate of i

nuclide, i

Ci/sec and MPC

~ maximum permissible concentration i

of the ith nuclide.

The release rate, Q, was determined by dividing the total activity i'eleased in Ci, for the i nuclide (tl/2

> Sd),. during the calendar th quarter by the seconds in the,quazter.

MPC values were obtained from Appendix B, Table.II, Column 1, i

10 CFR 20.

The W~C chosen was the most conservative value of either the soluble or insoluble NPC for each isotope.

The percent of the applicable limit was determined as follows:

Qi E

x aooX Ci '

of Limit 10,000 m /sec 4.

The maximum gaseous release rate for each month is listed -'n Table II, page 1, under section A, line 3.

The applicable limit for.

maximum allowable release rate is 6.7 3+04 pCi/sec.

l/78 6/78 5.

All values reported in Table II, pages 2 and 3, include the particulate,

gaseous, and/or halogen activity released from the containments during purging, aumLliary building (leakage from pumps, valves, etc),

the gas waste disposal system and the secondary system during conditions of primary to secondary system Leakage.

If a minimum detectable activity value was not calculated for an isotope, it will be listed as

().

1978 Table II Report of Radioactive Effluents:

Airborne Page 1

January February March April Hay June A. Fissidn and Activation Gases

1. Total Relea. e (Ci)

2. Avg Rel Rate for Period(liCi/sec) 1.22 E+03 1.'23 E+03

4. 5 E+02

5. 1 E+02 1.88 E+03 7.0 E+02

9. 4 E+02

7. 7 E+02 2.43 E+03 2.09 E+03 1.30 E+03 5.0 E+02

• 3. Max Rel Rate for Period(pCi/sec) 5.0 E+04 2.3 E+04 6.6 E+03 2.0 E+04 3.5 E+04 4.3 E+04 "Maximum airborne release rate averaged over one hour for each month.

Technical Specification limit is 6.7 E+04 ljCi/sec averaged over one hour.

B. Iodine 131

2. Av Rel Rate for Period UCi sec 5.6 E-02

1. Total Iodine 131 Ci 1.5 E-01 9.1 E-02 3.8 E-02

2. 7 E-O2 1.0 E-02 6.5 E-02 2.5 E-02 7.9 F.-03 2.9 E-03 2;3 E-03 8 8 E-Ol C. Particulates

1. Particulates with tl/2>8d (Ci) 5.35 E-03

2. Avg Rel Rate for Period(pCi/sec) 2.0 E-03 2.60 E-02 1.'1 E-0?

1.85 E-02'.9 E-03 6.98 E 04 2.7 E 04 2.34 E-04 8.7 E-05 1 14 E 04

4. 4 E-05

3. Gross Alpha Radioactivity (Ci) 1.7 E-07 8.6 E-08 6.2 E-08

<3.2 E-09)

6. 3 E-09 1.9 E-09 D. Tritium

1. Total Release Ci) 5.74 E-01 1.50 E~OO 7.29 E-02 1.61 E-01 1.72 E-0 2 2

2. Av Rel Rate for Period iCi sec 2.1 E-Ol

6. 3 E-01

2. 7 E-02

6. 2 E-02 6.4 E-02 '. 7 E-02

1. Fission and Activation Gases (Z)

2. I-131 and Part. (tl/2>8d)

(X) uarter I 4.6 E+00 3.5 EROO

6. 2 E+00 9.6 E-ol NOTE:

Numbers in parenthesis represent maximum sensitivity in pCi/cc.

19' 8 Isoto e

Unit January

.February Harch A ril Hay

.Tune Ap-110m Ba-1 4i0 Ce-liil Ce-144 Ci Ci Ci Ci

(<4. ]

(<2 ~ 7 3 ~ 9 3 ~ 5 r;-1 3)

E-1 2)

E-05 r.-o5 1.5

(<9 ~ 4

( <4 ~ 8

(<2 ~ 1 E-04 E-12 )

r;-13)

E-12 )

3 ~ 6 E-05 2 ~ 3 E-05

(<8 ~ 6 E-1 3)

(<4. 8 E-14) 3 ~ 2 E-05

( <2.li E-1 4[)

(<1. 8 E-12)

(<2. 1 E-13)

(<1.0 E-l3)

(<8 ~ 8 E-3 3)

(<9. 1 E-14)

(<4. i E-14)

~

< 2 ~ 6 E-14

(<2.9 E-13)

(<2 ~ 7 E-14)

(<1.3 E-13)

- Co-5 7 Co-5 8 Co-60 Ci Ci 7 ~ 1 1 ~ 8

2. 8 E-OG E-O 3 E-o 3 4 ~ 2 1 ~ 8 3 ~ 5 r;-oS F.-O 2 E-o 3 3 ~ 2 E-05 1 ~ 3 E-02 2 ~ 8 E-03

(<3.0 E-14) 4.6 E-Oii 1 4 E Oli

(<1 3

E lli) 6.0 E-05 4.2 E-05

(< 1. 7 E-14) 2 ~ 4 E-05 6.6 E-05 Cr-5 1 Cs-l34 Cs-1 36 Cs-1 37 Ci Ci C5, 1 ~ 2 E-0 4 E-05 5 ~ 9 E-06 3 ~ 1 E-O5 2 ~ 6 1.0

(<6 ~ 1 2 ~ 7 E-0 3 E-0 5 E-13)

E-05 1 ~ 4 E-03 3. 5 E'-05 1.2 E-05

5. 2 E-OS

(<4 ~ 8 E-13 2 ~ 5 E-05

(<6. 1 E 14) 5 ~ 3 E-05

<2.6 E-3 2.0 E-05

(<5 ~ 5 E-14) 3 ~ 2 E-05

<1.6 F.-13 4 ~ 2 E-06

(<2. 2 E-14) 8 ~ 7 Fe -59 I-131 La-140 N)-95 Ci Ci Ci Ci

(<6 ~ 5 2 ~ 2

(<1. 1 7.6 1.5 E-13)

E-05 F.-1 3)

E-05 E-0 4 2 ~ 0 9 ~ 9

(<2 ~ 3 Ii ~ 8 3.8 E-0 4 E-05 E-l3)

H-oIi E-04 1.4 E-O4 3 ~ 2 E-05 2.0 E-05 3 ~ 6 E-04 2.4 E-04

(<1 ~ 5 E-13)

(<5.4 E-14)

1. 1 E-05

(<8. 3 E-14)

(<S.6 E-14) 2;6 E-O5 2.9 E-06

(<4.0 E-14)

(<3 ~ 1 E-14i) 3 ~ 9 E-06 1 ~ 8 E-06

<1.9 E-14)

Bu-103 1 ~ 5 E-0 4

(<8 ~ 1 E-1 3)

(<6 9 E-13)

'(<7, 1 E-14)

<4 ~ 0 E-14

<1 ~

E-4 Sb-1 24 Ci

<2 ~ 5 E-1 3) 2 ~ 7 E-04 1 ~ 5 E-04

.,(<8

~ 9 E-lii)

(<2.O F.-14

< 1 ~ 4 E-14 Sb-1 25 S r-89 Ci

<5

~ 8 E-1 3)

E-06 1 ~ 3 6 ~ 9 E-0 4 E-O 6 1 ~ 1 E-05 1 ~ 7 E-06

(<1. 7 E-12)

(<1 ~ 9 E-13)

(<9 ~ 8 E-14) 2.9

'E-06

(<5 ~ 4 E-14)

~

2 ~ 7 E-07 S r-90 Zr-9 5 Ci Ci 6 ~ 7

.9 ~ 1 E-05 4. 4i 1.5 E-0 7 E-o 4 1 ~ 6 E-08 1 ~ 3 E-'0 4

(<2 ~ 5 E-16)

(<1 ~ 2 E-1 3) 1.4 E-07

(<5 ~ 4 E-14

(<2 ~ 5 E-1G)

<3.0 E-14 5 ~ 35

'I'o ta 1

'I'i'0, 1 Mew@>>v>> 0>>>>>>vn>> thnc 4 o vohvoooh I E-o 3 2 ~ 60 E-o 2 1. 85 E-02 mo~imiim conc% [.4tr4 iv <n uCT Irc.

6 ~98 E-04 2. 34 E-04 1.14 E-04

19 78 Fission and Activation Gases Table II Airborne Releases Gaseous Page 3

Isotope Unit January February Harcli April Nay June hr-41 Kr,-85 Kr-85m Ci 2.27 E+00 2.45 E-Ol 1.86 E+00 3.31 E+OO 1.34 E+OO 2.87 E+00 4.08 F:H30 2.49 E-O2 9.53 E-02 1.3S H+Ol 4.03 E-Ol 2.8 E-01 4.30 H-Ol 2.70 E-01 5.56 E+OO 4.01 E400 1.70 F.-ol

(<3.6 E-05)

Kr-87 Kr-88 Xe-131m Ci Ci Ci 1.94 E+OO 2.29 E+OO 4.97 E+OO 3.10 H+00 3.57 E+OO 1.18 E+OO

(<1.0 F.-OG) 3.38 H-02 1.07 E-Ol 1.21 E-01

(<3. 7 F.-07)

(<2.6 E-06) 3.35 H-Ol 1.37 E+OO 1.S5 E-Ol 1.17 E+00

(<3,0 E-06). (<2. 7 E-07)

Xe-'133 Xe-133m Ci 1.18 F+03 3.99 E+00 1.18 E+03 2.29 E+OO 1.87 E+03 3.4 E-01 2.41 E+03 1.01 E~OO 2.07 F+03 4.13 H+OO 1.28 E+03 3;19 E+00 Xe-135 Xe-135m Xe-138 Ci 1.32 E+Ol 3.41 E+OO 1.96 E&O 1.78 E+Ol 6.05 EWO 3.72 E+OO 1.77 E+OO

(<5. 8 E-07) 5.32 F+OO 1.74 E-01

(<8.4 E-07)

(<1.1 E-05) 8.98 E+OO 6.37 E400

(<1 ~ 4 E-06)

(<1.6 E-07)

(<8.4 E-06)

(<2.7 E-07)

Total Ci..

1.22 E403 1.23 E&3 1.88 E+03 2.43 E+03 2.09 H+03 1.30 E+03 Halo ens Gaseous

'Isoto e

'I-l33 I-133 Unit Ci Januar 1.5 E-01 3.5 F.-02 February 9

~ 1 E-02

2. 8 E-O2 Harch 2.7 E-02

l. 2 E-02 A ril 6.5 E-O2 2.1 E-02 Hav 7.9 H-03 1.8 E-03 June

2. 3 E-03 6.8 H-04 I-135 Br-82

- Total Ci Ci 7.3 E-03 3.0 E-04 1.9 E-Ol

l. 1 E-02 2.5 E-04

'1.30 E-01 2.2 E-03 E-04 4.2 E-02 7.6 E-03 1.0 E-03

(<1. 2 H-13) (<1.4 E-13) 3.0 E-04 1.00 E-02 NOTE:

Numbers in parenchesis represent maximum sensitivi,ty.in MCi/cc.

REGULATORY INFORMATIOfv DISTR IBUTIOtd SYSTEM

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DISTRIBUTION FOR INCOMING MATERIAL 50- /5i'.-

'5'EC:

OREILLY J rP NRC ORG:

UHRIO R

E FL PMR

~~ LIGHT DOCDATE: 08/30/78 DATE RCVD:

09/07/7'O:

Yr'E:

LETTER NOTARIZED:

NO COPIES RECEIVED SUBJFCT.

LTR 1

ENCL 23 FORWARDItiiG CQi Y O.-

- ~UBJFCT r ACILITY"-

EMIANNUAL RADIOACTIVF EFFLUENT REPT At>>> 978 THROUGH JUNE AQ 4 A7A PLAiNT f'.Af'iE: TURKEY PT O'URKEY PT 04 REVIEWER INITIAL:

X if!

DI - TRIBUTER INITIAL:g74J DISTRIBUTION OF THIS. MATERIAL IS AS FOLLOWS +4'-~-"'-++<++++<++++4<

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( OL STAGE ).

(DISTRIBUTION CODE A007)

FOR ACTION:

BR ORBNi BC+4M/7 ENCL ItvTn~iv'A.:

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8. E~i~rW/2 ENCL ENVIRO SPEC BR++M/ENCL RAD ASSFSSMENT BR+4rW/ENCL NrRC PDR~<N/ENCL EBp<<N/LNCL EFFLUENT TREAT SYB>N/ENCL KASTNER"~4'rW/ENCL EXTErih ~:

I PVR MIAMI, FL++M/ENCL TLRA~"~W/ENCL NS IC++Ld/ENCL ACRS CAT B'.-.-V/ECCL DI&]tv I&I

~ P ~'elf SIZE:

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~

~ IzW I l"tv'~l,~0 Ruin CONTROL NBR:

782490099

P.O. BOX S29100 MIAMI,FLA 33152 FLORIDA POWER 5 LIGHT COMPANY August 30, 1978 L-?8-285 Mr. James P. O'Reilly, Director, Region II Office of Inspection and Enforcement U. S. Nuclear Regulatory Commission 101 Marietta Street, Suite 3100 Atlanta, Ceorgia 30303

Dear Mr. O'Reilly:

Re:

Turkey Point Units 3 and 4 Docket Nos.

50-250 and 50-251 Semi annual Radiol o ical Re orts Two copies of the Turkey Point Semiannual Radioactive Effluent Report and Semiannual Environmental Monitoring Report for the period January 1,

1978 through June 30, 1978 are attached.

These reports are submitted in compliance =-with Technical Speci fication 6.9.4.

Very truly yours,

~

~

Robert E. Uhrig Vice Pres'.dent REU/MAS/ms Attachment cc:

Director, Office of Inspection and Enforcement (6)

Director, Office of Nuclear Reactor R gulation

( 17)

Robert Lowenstein, Esquire PEOPLE... SERVING PEOPLE

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DISTRIBUTION FOR INCOMINGMATERIAL 50-25

~

.'FC:

KREITMAN A QRG:

TtJCKER W S DOCDATE: 08/01/78 S FL WATER NGMT DIST FL PWR 'Kc LIGHT DATE RCVD: 08/08/78 COPIES RECEIVED

)QCTYPE:

LETTER NOTARIZED:

NO

SUBJECT:

ORWARDING GROUNDWATER NONITOR ING PROGRAM DATA FOR AUGUST I r 78 FOR WELLS

~

~

S ID-A t <ROU61 I ID-E L-1 THROUGH L-6 6-7 6-21 6-8 6-5 X -1 AND X-2... W/ATT I'.NTERCEPTQR DITCH PROGRAM DATA FOR JULY 1978' LABORATORY ANALYSIS OF

~ROUND-WATER SAMPLES TAKEN FOR +/78 Mu~ mrs~ ~v cN

-.LANT NAME: TURKEY PT N3 TURKEY PT 44 REVIEWER INITIAL:

XJN DISTRIBUTER INITIAL:~

='>-:~+++'~~~+++++++4++ DISTRIBUTION OF THIS MATERIAL IS AS FOLLOWS ++4++www+w+++www++

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< DISTRIBUTION CODE A007)

FOR ACTION:

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EXTERNAL:

BR CHIEF ORBS 1 BC4+Wf7 ENCL

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++W/2 ENCL ENVIRO SPEC BR+<WfENCL RAD ASSESSMENT BRHW/ENCL LPDR S MIAMI'L+4W/ENCL TERA~~W/ENCL NSIC4+W/ENCL ACRS CAT B~~W/ENCL NRC PDR+4W/ENCL EEB~~W/ENCL EFFLUENT TREAT SYS<+W/ENCL KASTNER~~W/ENCL

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782210334 THE END

529100 33152 P.O. BOXgg3450, MIAMI, FL ~~

FLORIDAPOWER II4 LIGHTCOMPANY August 1, 1978 Mr. Abe Kreitman, Director Groundwater Division Resource Planning Department

'outh Florida Nater Management District Post Office Box V Nest Palm Beach, Florida 33402

Dear Mr. Kreitman:

Re:

FPL/FCD Cooling Canal System Agreement

.Turke Point, Plant, Dade Count Enclosed please find the Groundwater Monitoring Program data for August 1978 for Nells ID-A through ID-E, L-1 through L-6, G-7, G-21, G-28, G-35, X-1 and X-2.

Also enclosed is the Interceptor Ditch Program data for July 1978, and the laboratory analysis of the ground-water samples taken for the August 1978 monitoring period.

Sincerely,

(

-'c -~j P~

W. S. Tucker, Manager Environmental. Affairs y[$gf+ VI Og>jgq s 4.t, M'~~

Enc.

cc:

Mr. J.

P. Reilly, USNRC (Docket No. 50-250/251)

(Control No.

8728)

~

Mr. Victor Stello, Jr.,

USNRC

)

GHOUND WATER hlONITOBI(I)G PROGRAM FCD WELL SERIES TURKEY

POINT, FLOIIIOA WELL ID Gl-

~

(l-4)

TliVIE (20-23)

CHARACTERlSTl 0 CAS)b)G ELEVATlON [FT.MSL)

GiROU AD

)YATER LEVELS (FT)

(OEPTH BELOW CASING)

I t30-33)

O

-P P MONTH-VV (40-48)

WATER ELEVATION IFTI GNOUNO

/.

DATE (MN/DD/YY)

CHECKED BY

')/~'1 t >0-)7)

RECORDER KQ (25-27)

GATE SURFACE (35-38)

SURFACE DEPTH BELOVJ CAS}WG (FT)

CQNO.

'"IU,'<IHOS/Ci'iil TE('~1P.

C)

DEPTH BELOW C'ASlblG

{FT)

Ca(ln.

IUiilHOS/Cjsli TEMP.

(

C)

DEPTH A <<BELOVl*'ASING (R)

,COND.

I Ui'iII'OS/O'8I TEi"AP.')

d 8

g.l 7

18::/8'0 jjP~

(6}

'12) gl'<)

(22)

(26)

(32)

(42) 0 (46)

(52)

MIELL lD (l-4)

TlME QIIQ~ l~]

(20-23)

CHARACTERlST1 C GRQUIIQ WATER I'>>IQiUITORING PROGRAM FCD V/ELL SERlES TURKEY

POINT, FLORIOA GROUND WATER LEVELS (FT) mEPTR GELOW QASIRGI (30-33)

DATE (MN/DD/'YY)'HECKED BY

'QASliiIG,ELEIIATIQiI IFT.IiISLI (10-1 J)

RECORDER (25-27)

DATE

~($g/c SURFP,CE (35-38) u

- g g MONTR-VV (4Q-46)

MATER ELEVAT)ON (FY)

GROUP/

SURFAC-DEPTH BELOW CAS)NG tFT)

Cai')O.

(O'THOS/C'8)

- TEMP.

( C)'EPTH BEL'OVJ CASING tFT)

COND.

( UMHOS/CN)

T:EMP. "'

(

C)

,DEPrH, BELOW'ASlNG (FT)

'"COND.

l UMHOS/Ct>>tl TEMP.

C)

Z7 T7 I- 0 27 g

Cj 30 37 GOO'DL'i

>>O QQ.

'7!0 l:.y (2)

(6)

(t2)

.;7l w 7 gi g'~0 (22)

(26)

(32)

(42)

(46)

(52)

SELL IQ ggjg

( I-.4)

TIME j/lip (20-23)

CHARACTEBIST(C (40-46)

GROUii}D (30-33)

WATER ELEVAI'IQN IFTI

~GOO O

~

w ~ ~

i I ~ V ~ fi

~ V ~ ~ ~

~ i %J

~

~ IV4I i IPV III FCO SELL SERIES TURKEY

POIiXT, FLORIQA DATE (MN/DD/YY)

CHECKED BY CASliiiIG ELEVATIOiV IFT.blSLI

( I 0- I 7)

BECQB DEB

'jhtATER LEVELS (FT)

IOEPTH GELO'iV CASING)

(26-27)

DATE MONTH-YY SURFACE (35-38)

SURFWC:

DEPTH BELOW CASli')G

"(FT)

COII)D, lUiiiHOS/Ci'iU TEMP.

(

C)

DEPTH BELOVI CASli'lG (FT)

CO>JD.

t 051HOS/CMi TEMP.

(- C)

DEPTH 8ELOVI CASli>JG (FT)

COixn.

' UiAHOS/CMi TEMP.

(

C) 7+

I2'Q'

( '/7 I g.o'I g

') gl::

(2)

(6)

(12)

(22)

(26}

(32}

(42)

(52) ill ETC

btfUUi9U

')YATER 510N)TQRliIJG PROGRAM FCD WELL SERlES

'II TURKEY

PDINT, FLORIDA WELL ID goOg

(>-c)

TlME

~io r (ZO-23)

CHARACTERISTIC GROUND I'o 8

(30-33)

DATE (AN/'DDlYY)

CHECKED BY CASING ELEVATION IFT.IIISLI (1 0-1T)

RECORDER V/ATER LEVELS {FT):

IDEPTH BELOW CAflNGI (25-27)

DATE

// $'b SURFACE (35-38)

, U 6 - $

MONTH-YY (40-46)

MfATER ELEVAT)ON (FT)

GR UN SURFACE DEPTH BELD'8 CASJN 6 (FT)

COND.

lUMHOS'/CtA]

TEhilP.

(

C)

DEPTH GELOMI CASING (FT)

COND.

(UMHOS/Ci'8i TEMP.

t')

DEPTH BELOIIY CASliXG (FT)

COi'J D.

I UMVOS/CW fEib) P.

C) 2 y[Q3 2T 3

77 p n I

? /.Q~

>9 ~'o 9agi'>0 col

'/7 T': I5'I 3.

q/~

$ (

3P C OQ 7

rt Cg (2)

(6)

(12)'22)

(26)

(32)

(~2)

(46)

(62)

~

Oi GRQ UND bYATER MObJITOR ING P ROB RAM FCD

)YELL SERIES TURKEY

POliiJT, FLORIOR VlELL ID gong (1-4)

Tli~nE (20-23)

CHARACTERISTIC CASING ELEVATION (FT.I'ASL)

GROUND WATER LEVELS (FT)

(DEPTH BELQVJ CASING)

(30-333 (40-46)

MONTH-YY V/ATER ELEVATION (FT)

GROU J DATE (i'AN/DD/YY)

CHECKED BY o 7/a-'t gg (So-SZ)

RECORDER (25-27)

DATE SURFACE (35-38)

URFACE DEPTH 8ELO'/It GAS le G

(FT)

COHO.

'UMHOS/CMi TEMP.

(

C)

DEPTH BELOVJ CAS)i'JG (FT)

COi)D l UMH0s/ cMi TEMP.

(

C)

DEPTH

-BELD~(Yi CAS)NG (R)

.COND.

l UMiiOS/CM>

TEMP.

C) 27 Q 2T 7'

0:gP f t:gg (1:y

2g g GvQ 32 OO 7.'t'/

C

,2 7 000 (2)

(6)

(12)

(22)

(26)

(32)

(42)

(46)

(52)

VJELL, ID (1-4)

TII'AE loOvg (20-23)

CHARACTERISTIC GROVNO WATER MONITORING PROJaBAi'A FCD WELL SERIES TVRIYEY

POINT, FLORIOA GROUND (30-33)

DATE (IYlbl/DD/YY)

CHECKED BY CASING ELEVATION IFT:bISLI (10-3 7)

RECORDER IiVATER LEVELS IPTI (DEPTH BELOVJ O'ASING)

(25-27)

DATE

,C-'~ g Sun FACE (35-38)

(40-46)

MOIXTLI-YY VIATER ELEVATION (FT)

GROUND

/r Df S.URFAC=.

DEPTH BELD'iV CASIN6 (FT)

COiNO.

IUMIIOS/C'II

.TE~I/IP;

(

C)

DEPTH

'":HELOT/"

CASli~)G (FT)

~COND.

IOIiIHOS/Cbl1

-'TEMP.

(

C)

,DEPTH 8 EL'QN CASlNG l FT)

"CQHD.

I uMI.OS/CMI T MP.

l C) zing

)

og.:

g~/ g 3P.

27/

ZjQy

='/ ">> g 2lo f/ D g i l8

'AID 0:I (12) goo O

OO 0

/ oa3 3'/ 4 T'0 l22) l26)

(32)

(42) 7 gF (46)

Q 0;

~

5i GROUIIO Yi/ATER MONITORINB PROGRAM FCD WELL SERIES TURKEY

POINT, FLORIOA NELL ID

( 1-4)

TINE 0

3>

(20-23)

CHARACTERISTIC CASI}XB ELEVATION (FT.MSL)

GROU }IlD VlATEB LEVELS (FT)

(DEPTH SELOVJ OASfnG)

(30-33)

DATE (}Yl)/DD/YY) CHECKED 8Y /~l" ) (10-17) RECORDER ~a (25-27) GATE }/'- 2'7 SURFACE (3S-3S) AL} G -lQ 52 MONT>I-YY {40-46) NATEB ELEVATION (FT) GR Ubg ./. SURFACE DEPTH BELOW CAS)N G (FT) CO}I)D. ilJ!hHOS/C!A} TEMP. ( Cl DEPTH

DC).OUI CAS(NG (FT)

,COND. iUMHOS/Cih}} --TEMP... ( C) DEPTH ABEL'0'/V CASti~lG fFT) iCOIXD. }0th}}OS/Cia TEMP. ( C) 7 0/ (2) O:25. l () 2) (22) (26) (32) (42) (46) (5 2)

~ h VlELL lD (1-4) Tli>lE [Iilg (Z0-23) CHABACTERlSTl0 DATE (i'll/DD/YY) CHECKED BY o > I~1 (10-17) (Z5-Z7) DATE CASlNG ELEVATlQi9 (FT.h)SU 1 GROUND M/ATEB LEVELS (FT) IOEPTH BELOIlll CASING) (50-33) JO il Cv Q 'g MONT'I-YY (40-463 WATER ELEVAT(QN (F(') GRQUND. ~2/ GROUiiIO WATER IlilONITORING PROGRAi)JI FCD VlELL SERIES 'O TURKEY POIJJIT.

FLORIOA, SURFACE (35-38)

SURFACE DEPTH BELOW CASING (FT) CQNO. IUMHOS/Cthi TEMP. '('C) DEPTH

BrLOVJ,

'GAS(i~!6 (FT). COND. IUMHOS/CMi DEPTH TEMP.,< z >BELOg, ( C) CASING (FT) .COND. I UihHOS/C thi TEi'AP .(. c) , 0:. g OQ:g 7 (2) (6) () 2) (22) (26) (j)2) (46) (52)

GRQUi'IO WA'TER MOIiIITORIiiIG PROGRAliA FCQ WELL 'SERIES TURKEY

PGliilT, FLGBIOA NELL ID (1-4)

T>>nE [//iJ (20-231 CHARACTERISTIC u6-l (40-48) Gi8,00ND (30-33) G SPY[ DATE (Mi'J/DD/YY) CHECKED BY CASliUG ELEVATIQi'I IFT MSLI (10-17) RECORDER VJATEB LEVELS (FT) IOEPTH BELOW CASINGI (25-27) DATE MIATEB ELFVAT)oi~l {FT) SURFACE (35-38) SURFACE DEPTH BELOW CAS}i)G (FT) COi'30 iUFi)HOS/CtiU TEMP.- C) DEPTH BELOW CASING)G (FT) ~COIJD. lUil)HOS/C iiii) iTEMP. ( C) DEPTH BELOW CAS!il}G (FT} 'COND. i UM)iOS/Cil) TEMP. ( C) 7+ O!2 -7:' ~ - 0. /'/oI7 0 Pj, (2} (12) (22) (26) (32) (42) (46) (52)

GROUiiIO IiYATER MONITORING PRO RAM FCO WELL SERIES TURKEY

POINT, FLORIOA VJELL lD

{1-4) TliVIE (20-23) CHARACTERISTI C (40-48) GIROU ND >VATEB LEVELS (FT) (DEPTH BELOVJ CAS( 8) (30-33) GROUgiO , DATE (M)~l/DD/YY) CHECKED BY 0.0 / 2 j CASING ELEIIATION (FT.iiISLI (10-] 7) RECORDER (25-27) DATE maTER ELEVSTIaN (FT) I SURFACE (35-38) SURFACE DEPTH 8ELO'iV CASI I')9, (FT) COiI)0. CUMHOS/C)A) TEMP. C) DEPTH 'BELOVJ" CAS) RIG (FT) .COND. iUMHOS/CM) .TEMP. ( c) DEPTH BELIOSV CASli'4G (FT) .COi') D i UMHOSIC'8) TEMP. (a C) 7+ n I'O oo /9O I oIo(S'o (i::o lb~ n7 I 3 2 0 0 'I I'1 (2)

@ I So (6) 5

) (12) (22) (26) DDG oo3 (32) (42) (46) (52)

VJELL ID (1-4) TliAE gT~g (20-2S) CHARACTERISTIC (40-46) ~ ~ ~ i ~ a ~ ~ iiiV i ' i ~ Vi ~ ~ ~ J V ~ ~ iVV ~i Ii FCD WELL SERIES TURKEY

POINT, FLOBIOA '

(30-30 f BBOUP~ f. DATE (I'(libel/DD/YY) CHECKED BY I I / CASliXB ELEUATION IFT.MSLI ~('1'0-'1'7) RECORDER.. MtATEB LEVELS (FT) (DEPTH BELOVJ CASIILJG) '25-27) DATE INATER ELEVATION (FT) SURFACE (35-3S) SURFACE DEPTH BELO'iY CASli'I6 (I:T) COi'lD. tUMHOS/CMi TEMP.') DEPTH BELOVJ CASIii)G (FT) COND. IUMHDS/ChU TEMP. C) DEPTH BELOW CASING tFT) COIND. I UMHDS/CM) TEMP.

t. c) i gr Cg L( L(

TI 0 -(I i'~ ( (~o ( Ci (6) (12) (22) (28) (32) (42) gC't g (52) Pl ATC lI

GROUi4Q WATER MONITORING PBOGBAiiiI FCO WELL SER(ES TURI<EY

POINT, FLOBIQA 0/ELL

)D (1-4) T)))))E [oars/ (Za-23) CHARACTER) ST) C (40-46) DATE (M)il/DD/YY) CHECKED BY O7/>5 (10-17) RECORDER gQ (25-27) DATE MONTH-YY GRQU)i}D WATER LEVELS (FT) IQEPTH BELOW CASINGI (30-33) SURFACE (35-38) ELEVATJQN (FT) . GROUND SURFACE CASlillG ELEVATION IFT.>ASLI ~ Ae ai a~i '.=;--.,-/ DEPTH BELOSV CAS)HG fFT) COND. lUMHOS/CM) TEMP.," .t C)'EPTH BELOVl CAS)iilG (FT) 7 7 I I 2~I ! '2'lI CO)I)0. lUMHOS/Chi) O) TEMP. C) DEPTH BELOW 'ASlNG (FT) n CORD. l UM),OS/CM) TEMP. ( C) 0 3 7 2C 27l 4 1'I 37 38I 7. ),(3::P f2) {6) (12) (22) (26) (32) (42) (46) (52)

GROUND )I)VATER MON)TORI())6 PROGRAM FCD I/ELL SER)ES TURKEY

POINT, FLORIOA VlELL ID (1-4)

T1ME ~OSo~ (20-23) CHARACTER)ST(C (40-46) GilOUND (30-33) MONTH-YY RATER ELEVAT)ON (Ff) GAROU)HD. QiOQ DATE {MN/DD/YY) CHECKED BY 7 / 0 j CASINO ELEVATION IFT.MSLI {10-17) RECORDER SA('ER LEVELS (FT) IOEPYH BELOW CASINGI (25-27) DATE SURFACE (35-38) SURFACE DEPTH BELQS Ct)IS I)')G (FT) COND. tUMHOS/C)r)) TEMP; ( C) DEPTH BELQVJ CASlil)G (FT) COND. lHMHQS/C)r)) TEMP. ( C) DEPTH ~BELQN; CAS))NG (FT) COND. lUMH))S/CM) TEMP. C) r <::)s ~ogO 7 7 DD LI 2 ,n (/ o&~, L. ~ ~ og cj (2) (6) () 2) (22) (26)o6i (32) (42) (46) (52)

u~uui~u vvA) LH MON)TOHING PROGRAM FCD VlELL SERIES TURKEY

POINT, FLORIDA GROU i%)D RATER LEVELS (FT) mEPTR RELOW CARI>>RI (30-33)

Vi/ATER ELEVATION (FT) GROU5D V/ELL ID DATE (ilia/'DD/'YY) CHECKED BY CASING~)6 ELEVATION (FT MSL) (1-4) (10-17) TlME RECORDER lgoOX Iscng (20-23) (25-27) CHARACTERfSTIC DATE ,Q LI g 9 '%m MQNTII-YY (40-46) '; SURFACE (35-38) SURFACE n PTH 8ELO'~V CkSING (FT) . COND. iUMHOS/CPIl) f)EPTH (IELOW 'C'kSliI)G (FT) TEMP. /II(lo*C) P COND. tlJMHOS/CSl TEhlP. ( C) OEPTH SELO'iY 'ASING (FT) CONn. tohlHOS/CMi TEi'AP C) >c 2 .2 Cj I 7 ltd:'ICT (2) (6) 3 (>2) /' 7 gF QI f g (zz) (z6) (32) (42) (46) (52I

VlELL IO (1-4) Tli)IE io (20-23) CHARACTERISTIC r'I ~~r,'ATE (Mit)/DD/YY) CHECKED BY o 9/~ '10-.17) RECORDER (25-27) DATE + 0'/ CA-SING ELEVATION (FT.MSL) GROUND MfATER LEVELS (FT) (DEPTH BELOW'ASI~G) (30-33) RATER ELEVATION (FT) GROUiiIO Iii/ATER MOi'IITQRING PROGRAM FCO WELL SERIES TURKEY

POINT, FLORIOA SURFACE (35-3 &)

SURFACE (40-48) DEPTH BELOW CASING (FT) COND.'UMHOS/CM) TEMP. (C)'EPTH BELOVl 'AS)NG (FT) '~COND. t t)MHOS/Chl) TE)'JlP (.c) DEPTH 'BELOW CASli~)G (FT) 'COi JD. tUMHOS/CM) TEMP t C) 3-/ 3I 37 n 4 1:oooo (2) (6) (12) $ 7/ (22) (2S) (32), (42) (46) (52)

GROU}AD WATER MOil)TORING PROGRAM FCD V/ELL SERlES TURKEY

POINT, FLORIDA~

CHECKED BY CASI}i]G ELEVATIGN,-(F.T.MSL) GRG0 ii)D VJATER LEVELS (FT) (DEPTH BELGVJ CASING) . oI (30-33) WATER ELEVATIGN (FT)

GROUND, WELL IO DATE (Mii)/DD/YY)

EIIII ' l-4) (l O-l 7)

TIME, RECORDER (20-23)

(25-27) CHARACTERISTIC DATE U 6 -g 7'OMYii-vv (ca-46):; SURFACE (35-38) SURFACE DEPTH BELO'8 CASING ~ (FT) COND. }U}V}}}OS/CN} TEMr.' c) DEPTH

BELQ'~'j

~ CASlN6 (FT) CQNO. lUtA}}OS/Ct}} TEMP. t.c) DEPTH 'BELO'sY'ASliilG (FT)

CON O.

( Ui'8}}OS/C}A} TEih P. (. c) 33. g)3 I oo:. 2/- 27-O::29-3/ g::q( 9:. 7 9). 5 Q jg (2) (6) (12) 9.G, (22) (26) (32) (42) (46) (52)

GROUNO WATER MONITORING PROGRAM FCD VIELL SERfES TUB;<EV

FOINT, FI.OBIOA GiROU ND MtATER LEVELS {FT)

(DEPTH BELQVJ CAS)NG) (30-33) GROU)P VlELL ID DATE (MN/DD/YY) CHECKED BY 2 .-:CASING ELEVATION 'IFT.MSLI (1-4) ('l 0-17) Tilt))E RECORDER (20-23) (25-27) CHARACTERlST)C DATE yg g WATER ELEVATION IFTI (40-46) SURFACE (35-38) SURFA CE DEPTH BELOW CASlN G (FT) COED. lUMIIOS/C AI TEMP. ( C) DEPTH 8ELOVJ CPS) IHG (FT) - =COND. l UMHOS/Ci'8) 'cT'EMP. C)" DEPTH 'BEL'OMf CASlIXG (FT) 'Cavo. l UMUDS/CMi TEMP; ( C) 7+ C /So gi- !29- !2'7. (i+ (2) (6) ()2) IO (22) (26) (32) (42) (46) (52)

GROUNDWATER MONITORING PROGRAM FCD WELL SERIES TURKEY POINT PLANT CHLORIDE.DATA OF.AUGUST 1978 WELL DESIGNATION SAMPLE DATE DEPTH IN FEET CHLORIDE IN PPM X-1 X-2 G-7'-21 G-28 G-35 L-1 L-2 'L-3 L-4 L-5 L-6 7-24-78 7-24-78 7~25-f8 7-25-78 7-25-78 7 78 7-25-78 7-25-78 7-2'4 7-24-78 7-24-78 7-24-78 50 38 60 60 60 60 48 45 50 60 49 32 21,691 21,591 799 399 6,697 8,196 16,943 19,792 19,"092 18,442 17,393 15,793 ZD-A ZD-B ID-C ID-D ZD-E 7-24-78 7-24-78 7-24-78 7-24-78 7-24 40 50 60'5 31 20,691 20,541 20,391 18,892 19,292

5ATER LEVELS LEVEE BlI CANAL 3'2I INTERCEPTOR DITCH INTERCEPTOR DITCH PROGRAM MONTH/YEAR CINE A LINF 8 LINF C LIII'8' LINE F 4 V 4 4 gL L iII IV II 4 s I4 4 VI L ~ I L ya IO ~f I5 /$p ado / /W /.PD O.Q 0 3II.Bl. /. D.3'.a O..R /0 < IF L-3 MINUS C-32 IS LESS THAN 0.2 FEETI TH9l COAfPl.ETE NEXT TIVO COLUMI"IIS FLORIDA PO//ER 8 LIGHT CO. 1 Ol ttATK 4.4

. ~ ~.<<<<\\ ~ Ko<< SATER LEVELS-LEVEE Bl, CAIVAL32, INTERCEPTOR DITCH INTERCEPTOR DITCH PROGRAM AIONTH/YEAR~M~~ c ~ C/NZ A CINE 8 C@'FC'INEf ~ II cq ~V L L I I ~l ll L 4 L Ivu ~ ~ IL g II Q L ~ 4 I<< v IL ~ lf I4 WL I 4 Cl h I IC + P I. Ill 4 IB 20 al 22 II 23,( 2~.C/ l.>7 /.'/S as / 0 /.2O 26/ /,Op / 21 ~ /.3', h.I ze.>5 /// /.5'3 2S.S3 gy /SZ ao.5'/ I.e .CS >> /XCl l. /.A'/c ov/ %/o A5P C. o/ 0.>~ 0.0> o.cO c /4 .ot. D.9 IP',I/el /.CD /.'/~ IC>/ /.5C .c /.S) /-3/ /. ~~E /./g l.~/ /.I/ /.G// // /.S I /I20 t33 I.3D /-'/2 0,;)I o3 oX o.z/ Il./S'.m O. /lI 0.'/2 O./2 '.II3 0./Y O.V/ A/

d. Il

/ I.I..I /.6" ,/ S'.<C I,I.3 t.'IO I.IM,I/2 ./0 IN, .5'p .//'/8 /.~>> l. 0 l 27 l."-n /80 n. n/I o,e'C. O. 37 O./7 DD I> '/'m~ .0/5'.d /y /-og O~ 0,.~3 /.// /.<!~j I.dg df', g.4 /.>r I,EI'7 d.~7 /.Q I.g> I.I). 0, 7 /.Sg I.O5 I,l~/ 0.9/ /.iC I.VS I./C O//Cl e.e I.s.,'/ /.'Iu I.I'? O.>> /Z2 Ila D&~/l /l 0 ~)o .'/~l <<r o I I-/ //D o./v /.~ /.ss'~ /-~ir /~,> / g.', /.a/ /.3/ I~ I.&i /Xb /.OII C I 99 0.'p 7 /.09 /./0 G, a.>>'3 n.PC O.I,S'>. ~H 4 IF L-Sl MlhlVS C 32 IS LESS THAN 0.2 FEET, THEN COMPLETE hfEXT TWO COLUMNS 1 4 FLORIDA PAVER 8 LNHT CO, 2 4f tllII i,l

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