ML19296D398

Annual Nonradiological Environ Operating Rept, 1979

ML19296D398
Person / Time
Site:	Farley
Issue date:	02/29/1980
From:	ALABAMA POWER CO.
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ML19296D394	List: ML19296D393 ML19296D398
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Text

9 ALABAMA POWiR COMPANY JOSEPH M. FARLEY NUCLEAR PLANT - UNIT NO.1 .

MMTM OP fI g 9 PERIOD ENDING DECEMBER 31, 1979 11 8 0030 40

Joseph M. Fa:-ley Nuclear Plant Unit tb. 1 Non-Radiological Annual Environmental Operating Report Table of Contents Section Title I Non-Radiological Water Monitoring II Chemical Discharges III Inspection of Transmission Line Rights-of-Way IV Herbicide Application of Transmission Line Rights-of-Way V Miscellaneous Reports as Required by Section 5.6.la., Part A

INTRODUCTION This annual report is submitted pursuant to Section 5.6.1.a, Part A of the Environmental Technical Specifications, Appendix B , to Operating License NPF-2. This report stmnarizes the Environmental Surveillance Program for the Joseph M. Farley Nuclear , Plant for the reporting period of January 1 - Decenter 31, 1979.

w u e

SECTION I NON-RADIOLOGICAL WATER MONITORING This Section is submitted to fulfill the requirements of Sections 2.1 and 2.2 of the Environmental Technical Specifications for Farley Nuclear Plant.

I-NON-RADIOLOGICAL WATER MONITORING I. In troduction The purpose of this report is to provide the results of analyses which were perfoned for certain parameters as required by the NPDES permit and Environmental Technical Specifications for the Farley N uclear Plant. This report consists of data provided to EPA and/or AWIC.

II. Discussion A. Thermal The temperature of once-through cooling water and service water by-pass was monitored once per week during the months of June, July, and August at the combined discharse prior to mixing with other waste streams as required by the NPDES pennit. See Attachment I.

The flow of once-through cooling water and service water by-pass was monitored continuously at the combined discharge prior to mixing with other waste streams as required by the NPDES perunt.

See Attachment I.

The temperatum of the cooling tower blowdown was monitomd once per week during periods of maximum expected temperatures at the discharge from the cooling tower blowdown prior to mixing with other waste streams as required by the NPDES permit. See Attachment II. The flow of the cooling tower blowdown was monitored once per day at the discharge from the cooling tower blowdown prior to mixing with other waste streams as required by the NPDES permit. See Attachment II.

B. Chlorine To prevent any possibility of releasing waste water with chlorine concentrations above the NPDES permit limit, the blowdown is closed during chlorination. The blowdown remains closed until the chlorine concentration has decreased to a concentration below the' maximum permissible discharge level. The blowdown can then be opened as necessary. If the blowdown is not opened on the day the analysis is run, then an analysis may be reported when the flow is zero. See Attachment II for the chlorine analyses for the cooling tower blowdown. Chlorination did not necessarily occur on a weekly basis.

C. pH Samples were taken prior to mixing with other waste streams and were analyzed at the indicated frequency for pH as required in the NPDES permit for the following waste streams:

Monitoring NPDES Discharge Attachment Waste Streams Frequency Serial Number Number Cooling Tower Blowdown Once per week 002 II Turbine Building Sump Once per week 004 III Settling Basin

• Once per week 005 IV Sewage Treatment Plant E ffi tent Once per month 007 V Metal Cleaning Wastes Once per week 008 VI III. Conclusion The parameters of flow, pH, chlorine, and temperature were monitored as required by the NPDES pennit and the Environmental Technical Specifications. Non-compliance reports for violations which occurred for these parameters were provided to EPA and/or AWIC. Copies of these reports may be found in the attachments.

Other miscellaneous non-compliance reports for NPDES violations are given in Section V.

• In November,1978, the Neutralization Tank Waste (DSN 005) and the Demineralization Filter Backwash (DSN 006) were combined and are

- - referred to as Settling Basin (DSN 005).

7-.-

ATTACHMENT I Once Through Cooling Water and Service Water Bypass (DSN 001)

Flow and Temperature *

• Temperature for June, July and August

AL AD AM A POW ER COM P ANY FARLEY NUCLEAR PandR PLAtiT AL-0024619 JANUARY. 19/9 DISCliARGE 001 : ONCE THROUGH C00LIrlG - UNIT I DATE FLod TEMP AVG MAX --- ---

UtilT :sGO DEG F FREO CONT 1/.1K I I4.35 2 25.66 -

3 23.12 4 2/.59 5 30.70 6 30.48 7 34.53 8 0.2/

9 1.45 10 4.88 11 4.25 .

12 5.63 13 2.83 14 9.34 15 21.08 16 28.10 17 28.36 18 36.61 19 28.09 20 25.//

21 34.04 22 16.69 23 19.09 24 24.18 25 26.33 26 28.45 27 27.08 28 22.01 29 22.21 10 24.60 31 33.72 _

AVG 21.54 9

e ALABAM A PariER Col.iP AUY FARLEY NUCLEAR POWER PLANT AL-0024619 FE3:lU ARY , 19/9 DISCHAllGd 001 : ONCE TilROUGH COOLING - UNIT I DATE FLO.i TEMP ~

AVG MAX UNIT i.lGD DEG F FREO CONT 1/WK I 27.76 2 2/.19 3 28.Il 4 25.33 27.02 5

6 30./3 7 27.30 8 26.68 9 29.00 10 28.41 11 31.12 .

12 22.35 13 22.56 14 34.42 15 ~

25.92 16 30.58 17 22.1/

18 21./3 19 31.09 20 33.03 21 29.30 22 2s.3/

23 28.26 24 2/.14 25 25.03 '- ' -

26 26.35 27 27.07 28 2 /.44 AVG 2/. /3 .

. F o

~

ALABAl(A POWdR COMPAt1Y FARLEY fiUCLEAR POWER PLAtlT AL-0024619 MARCH, 19/9 DISC lfARGE 001

• 0.?tCE THROUGli COOLING - UNIT 1 DATE FLON TEMP AVG --

MAX UNIT MGO DEG F FREQ Colir i/HK 1 26.43 2 2/.28 3 23.02 4 22.13 5 22.13 6 33.24 7 37.16 .

8 31 .21 9 30.26 10 35.48

!! 3d.12 .

12 33.14 13 26.52 14 31.49 15 31.38 16 32.59 17 30.50 18 0.95 19 24.87 20 20.98 21 34.35 22 13.31 23 5.92 24 1.04 25 2.49 .

20 2./3 27 5.20 28 /.21 29 4.30 '

30 5.13 31 4.91 AVG 20.82 9

ALAB AMA PorlER COMPANY FARLEY NUCLEAR POWER PLA:IT AL-0024619 APRIL. 19/0 DISCHARGE 001

• 0:lCE THROUCH COOLING - UNIT 1 OATE FLod TEMP AVG MAX ---

UNIT MGD DEG F FREO CO:IT I/WK 1 0.89 2 3.46 3 5 .85 4 11.62 5 0.08 6 2.94

/ 6.10 8 2.20 9 0 .21 10 1.67 11 9.19 . ,

12 23.12 13 23.05 14 27.46 I5 15.51 16 24.29 II 23.11 18 21.44 19 2. /0 20 5.77 21 /.55 22 1.13 23 3.61 24 2.01 25 6.33 ~ ~~

26 13.63 2/ 10.98 28 11.04 29 1. /5 30 6 . 16 AVG 9.35

- - - - ~.

ALABAMA POWER COMPANY FARLEY illlCLEAR POMER PLANT AL-0024619

..t A Y , 1919 DISCHAdGE 001 : Ot4CE T'lROUGH r C00LIrlG - Ut1IT I DATE FLOW TEMP AVG -- --

MAX -- --

UtlIT 4GD DEG F FREO Cot 1T 1/WK 1 13.86 - .

2 16.48 3 13.81 4 13.49 5 11.00 6 8.16 7 15.82 8 28.01 9 27.96 10 26.36 11 28.87 -

12 26.66 13 27.16 14 20./6 15 10.22 16 2 / .0 /

17 24.62 18 28./0 19 24.58 20 22.92 21 27.03 22 2 s .1 /

23 21.20 24 26.15 25 25.97 26 24.14 27 18.48 28 28.6/

29 12.77 30 0.

31 25.95 AVG 2I.29 9

ALABAMA POWER COMPANY FARLEY NUCLEAR POWER PLAtlT AL-0024619 JUtlE, 19/9 OISCHARGE 001 : UNCE THROUGH COOLING - UNIT I DATE F LO.1 TEMP AVG ---

MAX ---

UtlIT MGD DEG F FREQ CONT 1/WK

.I 32.5/ 80 .6 2 23.25 3 23.54 ~

4 21.52 5 31./8 6 23.26 '

7 23.06 -

8 25.49 9 24.41 10 24.99 82.4

. 11 25.19 .

12 26.34 13 26.90 14 25.31 15 1/.54 82.0 16 18.89 I/ 26.13 18 13.63 19 8.66 20 13.68 21 22.51 22 25.33 23 20.88 24 18.14 82.0 25 20./9 26 27.40 2i 34.61 28 40.11 84.0 29 29.45 30 21.60 AVG 23.90 82.2 9

..m_ -. -~. --

ALAdAMA PO.iER COMPANY FARLdY llVCLEAR PonER PLANT AL-00246I9 JULY, 19/9 OISCHARGd 001 : GNCE THROUGH COOLING - UNIT l OAT 5 FLo <i TEMP AVG --

4AX --

U:!IT MG0 DEG F JRE3 CONT l/dK I 19.95 14.83 2 82.9 3 15.24 4 16.2 7 5 31.21 6 32.41 7 30.92 8 30.71 9 34.18 82.0 10 32.61 e di 34.8/

I2 31.34 13 22./5 14 25.32 15 25.1/

16 2d.46 11 24./O 18 33.80 19 2/.68 ~

_20

~

26.79 35.I 21 30.26 22 35.19 23 2 t . /6 88.0 24 33.60 25 40.32 2o 44.66 24 43.14 2 ts 41.15 29 45.32 30 46.51 31 41.43 S /.1 A '!G 3137 d5.0

I ALABA..fA PonER COMP uY F ARLEY t!UCLEAR PonER PLA.lT AL-OO24619 AUGUSr. 19/9 OISCHA.fGE 001 : ONCE THROUGH COOLING - UNIT I i

JATE FLO;i TE3tP AV"

.i1.4 -- --

UNIT  !.(GD DEG F M R E'] CollT 1/dK I 36.94 2 36.86 3 40.41

, 4 46.71 5 43.54 6 43.52

/ 4/.65 32.9 8 46.6d 9 45.32 10 43./2 -

' ~il 41.43 12 35.03 13 30.12 14 29.21 15 30.04 34.9 16 32.95 ii 39.5/

18 28.41 -

19 30.94

- 20 27.74 21 29.68 89.6 22 34.16 23 23.63 24 32.50 25 29.34 26 28.13 2/ 30.14 28 3 7. 77 29 2 9.16 96.9 30 3I.35 31 29.40 AVG 35.55 95.1

.- I

. s

.  ;

i

.- J ALABAMA P0HER. COMPANY FARLE NUCLEAR POWER PLANT SEPTEMBER, 1979 DISCHARGE 001 : ONCE THROUGH CCX) LING - UNIT I DATE FLOW TEMP AVG MAX UNIT MOD - DEG F FREO CONT 1/WK I 32.38 2 3.l.41 3 26.91 .

4 25.54 5 27.32 6 31.69 7 38.58 8 37.l3 9 29.41 10 38.60 11 32.55 ~

12 30.94 13 32.Ii 14 32.79 15 32.94 16 33.60 17 33.66 18 33.16 .

19 . 34.14' 20 34.88 21 33.25 22 29.43 _

23 28.72 24 39.83 25 37.30 26 35.24 27 31.11 .

28 38.26 29 39.67 30 35.26 . . . . . . . ~ - -

AVG 33.26

ALABA14A POWER COMP ANY FARLEY NUCLEAR PontiR PLANT AL-00246I9 OCTOBER, 19/9 OISCHARG'd 001 : ONCE 'DIROUGH CCXJLING - UNIT I -

DATE Flud TEMP . . .

AVG MAX UNIT MGD DEG F FREO CONT 1/WK I 39.41 2 36.23 3 39.39 4 39.97 5 . 42.15 6 36.19 7 2 /. /l 8 30.//

9 36.98 10 40.39 11 32.08 ,

12 15.86 13 2 /.69 14 27.56 15 28.47 16 28.19 17 3I.00 18 25.09 '

19 28.35 20 28.01

• s.

21 28.19 22 28.61 23 21.3/ s 24 2/.03

• 25 27.97 26 27.23 2t 18.00 28 38.00 29 28.38 30 42.62 31 17.12 AVG 30.(4

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

ALAdAMA POWER COMPANY FARLEY NUCLEAR 20rlER PLANT AL-0024619 NOVEMBER, 1979 DISCHARGE C01 : GNCE THROUGH COOLING - Ur(IT I DATE FLod TEMP AVG MAX UNIT MGD DEG F FREQ CONT 1/WK I 23.60 2 23.2/

3 34.66

'4 25.53 5 26.88 6 22./5

• 1 21./3 8 33.17 9 44.90 10 44.86 II 44.74 12 44.17 -

13 46.09 14 41.84 15 40.56 16 43.65 17 31.98 18 32.90 19 33.13 20 32./6 21 33.8/

• 22 33.53

• 23 2 /.81 24 '33.4/

25 25.46 26 22.69 27 18.17 28 21.01 29 35.32 30 27.66 AVG 32.5/

.. ALABAMA PU 1ER COMPANY -

FARLEY NUCLEAR POWER PLANT .

AL-00246I9 DECEMBER, 19 /9 -

ISCHARGE 001 : ONCE THROUGH COOLING - UNIT 1 .-

ATE FLod TEMP .

AVG , .

'AX 4

' LIT MGD . DEG F .

REO CONT 1/WK 1 28.35 2 '

26.74 3 27.83 4 27.71 5 31.99 6

• 33.69 7 33.60 -

8 33.29 - '

9 33.$2 10 30.49 11 2 /. /O 12 30,06 13 27.24 .

14 , 26.84 .

15 24.66 .

16 25.96 . .,

17 33.79 ,

18 33.// - .

19 . 23.61 .

20 2/.08 21 30.56 22 .30./5 23 . 21.46 24 21.42 ~

25 29.97 .

26 33.44 .

27 21.//

28 3/.20 29 32.64 -

30 29.00 .

31 30.68 AVG 29.65

.e we =~ .. - - - - - . - - - --

ATTACHMENT II Cooling Tower Blowdown (DSN 002)

NOTE: Them were no thennal readings taken when the flow was zero. Som chlorine analyses were performd when the discharge flow was zem.

These madings were taken to insum that any subsequent discharges were in compliance with the NPDES pemit.

ALABAMA PodER COMPANY FARLEY NUCLEAR PariER PLANT AL-0024619 JANUARY, 19/9 DISCilARGE 002 : COOLING TO.1ER BlodoonN - UtlIT I DATE FLO.i TEMP pH CL FREE CL ,

AVG ---

6-9 ---

.2 MAX ---

6-9 ---

.5 UtIIT MGD DEG F S.U. MG/L MG/L FREO 1/0AY 1/dK(1) 1/dX 1/WK I/dK 1 8.64 2 3.24 3 6.00 < 0.10 < 0.1 4 S.64 5 3.48 6 8.64 7 8.64 78.1

• 8 6./5 9 4.46 10 0.20 < 0.10 < 0.1

!! 6. 75 8.22 .

12 5.35 77.0 13 6. /5 14 6.75 15 8.64 < 0.10 < 0.1 16 3.95 17 1.53 18 3.89 19 4.11 20 l.80 21 8.64 72.9 .

22 5.64 /.98 23 d.64 < 0.10 < 0 .1 24 3.00 25 8.64 66.9 8.20 ~

26 5.04 27 4.18 28 8.64 29 8.64 < 0.10 < 0.I 30 1.li 31 1.35 68.9 8.20 AVG 5.75 12.8 8.15 < 0.10 < 0.1

.--n.--,me.n . - - , . - - -

ALAB AMA PO',iER COMP ANY FARLEY NUCLEAR PariER PLANT AL-0024619 FEBRUARY, 19/9 OISCHARGE 002 : C00LI'lG ToriER BLOWDOWN - UNIT 1 OATE F LO.1 TEMP pH CL FREE CL AVG -- 6-9 .2 MAX -- -- 6-9 --

.5 UNIT MOD DEG F S .U . MG/L MG/L FREO 1/ DAY I / >VK ( 1 ) I / biK I/HK I /rf K 1 8.64 2 5.13 3 6.15 -

4 8.64 5 8.64 /3 . 4 8.14 o 5.40 < 0.10 < 0.1 7 8.64 8 8.64 9 6.06 10 3.64 11 8.64 '

12 8.64 < 0.10 < 0.1 13 2.82 14 8.64 7.92 15 8.64 16 6.39 94.9 17 8.64 I8 3.64 19 5.94 20 2.20 < 0.10 < 0.1 21 5.94 22 5.94 84.2 8.02 23 3.83 24 3.83 25 5.94 - ' "- ~ ~

26 5.94 72.0 7.99 2/ 4.50 < 0.10 < d.!

28 5.94 AVG 6.63 78.6 8.02 < 0.10 < 0.1 SIGNATURE OF RESPONSIBLE OFFICI AL . . . _ _

w . . . . - .

ALABAM A Poi 1ER COMPANY FARLEY NUCLEAR POWER PLANT AL-0024619 MARCH, 19 19 DISCHAdGE 002 : C00LIrlG TOWER BLO.100WN - UNIT I DATE FLOW TEMP pH CL FREE CL AVG -- 6-9 .2 MAX --- 6-9 --

.5 UUIT DEG F S.U. MG/L MG3 ,4G/L FREO 1/UAY 1/dK(1) 1/WK 1/WK 1/WK 1 5.94 2 3.49 3 5.94 4 5.94 5 5. 74 70.0 7.73 < 0.10 < 0 .1 6^

1.48

,t O.

8 0.

9 0.

10 5.52 _

i1 0. ,

12 0.

13 0.

14 0.

15 0.

I6 0.

17 0.

I8 0.

19 0.

20 0.

21 0.

22 0.

23 0.

24 0.

25 O.

26 0.

27 0.

28 0.

29 0.

30 0.

31 0.

AVG 1.10 /0 .0 /./3 < 0.10 < 0 .1 9

.+

t ALAB AMA P0 DER COMP AlfY FARLEY tlUCLEAR POWER PLAtiT AL-0024619 APRIL, 19/9 DISCHARGE 002 : C00LI.1G TOWER BlonDonti - UllIT I DATE FLod TEMP pH CL FREE CL AVG 6-9 .2 MAX -- --

6 -9 -- .5 UtlIT .40 0 DEG F S.U. MG/L MG/L FREO 1/DAf 1/WK(1) 1/MK I/WK 1/WK I 0. .

2 0.

3 0.

4 0.

5 0.

6 0.

7 0.

8 0.

'9 0.

10 0.

11 0. -

12 0.

13 0.

14 0.

15 O.

16 0.

17 O.

18 0.

19 0.

20 C.

21 0.

22 0.

23 0.

24 0.

25 0.

26 0.

2 't O.

28 0.

29 0, 30 0.

AVG tio DISCHARGE

ALABAM A PodER COMPANY FARLEY tlUCLEAR Porter PLAtlT AL-0024dl9 l4 A Y , 19/9 DISCHAdGd 002 : C00LIrlG toner BLOWDONfl - UtlIT I DATE FLod TE.4P pH CL FREE CL AVG -- --

6-9 .2

!4AX --

6-9 .5 UtlIT MGD DEG F S.U. MG/L MG/L FRE3 1/ DAY 1/dK(1) I/dK I/WK 1/WK .

1 0.

2 0.

3 0.

4 0.

5 O.

6 0.

7 0.

8 0.

9 0.

10 0.

11 0. .

12 0.

13 O.

14 0.

15 0.

16 0.

17 0.

18 C.

19 0.

20 0.

21 0.

22 0.

23 0.

24 0.

25 0. .

26 0.

27 0.

28 0.

29 0.

30 0.

11 0.

AVG NO DISCHARGE

ALABAMA PodER COMPANY FARLEY NUCLEAR ParlER PLAi4T AL-0024619 jut 1E , 1979 DISCHARGE 002 : COOLING TO,1ER BLOWDOWN - UNIT I DATE FLOW TEMP pH CL FREE CL AVG --

6-9 .2 MAX 6-9 .5 UNIT A0D dig F S .U . MG/L MG/L FRE] 1/ DAY l/dK(l) 1/HK 1/r:K 1/dX 1 0.

2 0.

3 0.

4 0. ,

S 0.

6 0.

7 0.

8 0.

9 0.

10 0.

I1 0. ,

12 0.

13 0.

14 0.

15 O.

16 0.

Ii 0.

18 0.

19 0.

20 0.

21 0.

22 0.

23 0.

24 0.

25 O. .

26 0.

21 0.

28 0, 29 0.

30 0.

AVG NO DISCHARGE

. . , - - . - . . - - . _ .~

ALASA!.i A PodER Col.lP AtlY

'FARLEY tluCLEAR POWER PLA:lT AL-0024619 JULY, 1979 DL53 ARGE 002 2 COOLING TodER BLodDOWN - Ut1IT I DATE FLO.1 TEMP pH CL FREE CL AVG 6-9 .2

1AX --

6-9 .5 UNIT t.lG O DEG F S .U . MG/L MG/L FRdC I/ DAY I/drC(l) 1/,dK 1/r1K 1/ elk I 0.

2 0.

3 0.

4 0.

5 O.

6 0.

/ 0.

8 J.

9 0.

10 0.

13 0.

14 0.

15 O.

16 0.

I 'l 0.

18 0.

19 J.

20 0.

9I 0.

22 0.

23 0. .

24 0.

25 O. ~

26 0.

2t O.

28 0.

29 0.

30 0.

31 0.

AC ila DLSCliARUd

ALABAl.tA P0aER COMPUlY FARLEY NUCLEAR POWER PLA.4T AL-0024619 AJ3 DST. 19/9 OISCHAdGd 002 : C-)oLI:lG TOWER BlodOOdN - UllIT I DATE FLod TElid pH CL FREE CL AVG 6-9 --

.2

.4 A X 6-9 .5 UJIT JGD DEG F S .U . MG/L MG/L JRda 1/0AY l //14 ( I ) I /,iK I /t4K I /.iK i 0.

2 0.

3 0.

4 0.

5 0.

6 0.

0.

o 0.

9 0.

10 0.

i _ :.1 0.

I2 0.

I3 0.

14 0. ,

!5 O.

16 0.

I7 0.

I8 0.

I9 0.

_.,2 0 0.

21 0.

22 0.

23 G<

24 0.

25 0.

26 0.

2t O.

28 0.

29 0.

30 0.

31 0.

AVG N0 JESCHARGE

ALABAM A POWER COMPANY FARLEY NUCLEAR P0HER PLANT SEPTEMBER, 1979 DISCHARGE 002 : COOLING TOWER BlodDOHN - UNIT 1 DATE FLON TEMP pH AVG 6-9 MAX 6-9 '

UNIT MGD DEG F S.U.

FREO 1/ DAY 1/WK(1) 1/WK 1 0.

2 0.

3 0.

4 0.

5 O.

6 0, .

7 0.

8 0.

9 0.

10 0.

11 0.

12 0. -

13 0.

14 0. (

IS 0. .

16 0.

17 0.

18 0. '

19 0.

20 0.

21 0.

22 0.

23 0.

24 0.

25 O.

26 0.

27 0.

28 0.

29 0.

30 0.

AVG NO DISCHARGE

ALA8A/4 A P(b1dR Col 4PANY FARLEY NUCLEAR PouER PLANT AL-0024619 GCTodER, I9 19 DISCHARGE 002 : COOLING TO.1ER BLOWDOWN - UNIT I -

DATE FLO.i TEMP pH CL FREE CL AVG d-9 .2 MAX 6-9 .5 UNIT MGO DEG F S.U. MG/L MG/L FREQ I/ DAY 1/WK(1) 1/WK I/WK 1/WK I 0.

2 0.

3 0.

4 0.

5 O.

6 0.

7 0.

8 0.

9 0.

10 0.

11 0.

12 0.

13 0.

14 0.

15 O.

16 0.

I7 0. ,

18 0. .

19 0.

20 0. . 3 21 0.

22 0.

23 0.

24 0.

25 O.

26 0.

21 0.

28 0.

29 0.

30 0.

31 0.

AVG NO DISCHARGE

.__ _. .. - - - . - ~ . . . - - . - ..

ALABAMA PodER Cot 4PANY FARLEY NUCLEAR PunER PLANT AL-0024619 NOVEMBER , 1979 -

DISCHARGE 002 : COOLING Tor!ER BLorlDOHN - l> NIT I DATE FLod ' TEMP pH CL FREE CL AVG 6-9 .2 MAX - 6-9 .5 ~

UNIT MGO DEG F S.U. MG/L MG/L FREO 1/ DAY 1/WK(1 1/dK I/NK IA1K 1 0.

2 0. .

3 0.

4 0. . . .

5 O.

6 0.

7 0, 8 1.75 75.9 < 0.10 < 0.1 9 5. /6 7.82 10 2.20

~

!! 0.

12 0.

13 0.

14 0. '

15 O. '

16 0.

17 0. .

18 p.

19 0.

20 0.

21 0. .

22 0. .

23 0. < 0.10 < 0.1 24 0.

25 3.0 / 82.0 8.23 75.2 26 5.76 7.84 27 2.90 .

28 0. < 0.10 < 0.1 29 0.

30 0.

AVG 0. /2 / /. i /.96 < 0.10 < 0.1 i

• ---=-e- + . .. __ ,

. ALABAMA POWER COMPANY FARLEY NUCLEAit PariER PLANT AL-00246I9

)ECEMBER, 19/9 0 (SCHARGE 002 : COOLING TOWER BLOWLOWtl - UNIT 1 0 E FLud TEMP pH' CL FREE CL VG 6-9 .2

^X 6-9 .5 U. V' '

MGD DEG F S.U. MG/L MG/L FL.d I/ DAY I/NKCI) 1/WK I/WK 1/NK 1 O.

2 O.

3 2.22

-4 3.85 5 O. < 0.10 < 0.1 6 O.

7 O. .

8 O. ~

9 O.

lO 3.18 < 0.10 < 0.1 *

(1 4.13 '

12 J.98 78.8 8.26 13 .5.76 14 5. /6 (5 5 .76

6 5. /6 f7 D. -

18 O.

l9 0.38 .

< 0.10 < 0.1 20 '

5. /6 71.6 S.27 21 3.20 22 3.33' 23 5.76

5. 76 L~4 '

3.41 *

{6 0.48 < 0.10 < 0.1 17- 5.76 18 2.64 19 2.28 30 5. /6 73.4 7.88 ltl 5.76 NG 2.86 74.8

• ATTACHMENT Ili Turbine Building Sump (DSN 004)

e i

. ALADAMA POWER COMPANY 400 NOR T H 187 H ST R C ET _ P. O. Do n 264 8 DLRIAlteCHAM. ALADAM A 21221 - (2r 3 3-2,$341 June 15, 1979 Mr. Robert W. Ruch, Chief AL/MS Compliance Group .

Water Enforcement Branch U. S. Environmental Protection Agency 345 Courtland Street, N. E.

Atlanta, Georgia 30309

Dear Mr. Ruch:

Re: Farley Nuclear P1 ant NPDES Permit No. AL 0024619 In accordance with Part II .A.2 of the referenced permit, we are submitting a non-compliance that occurred as indicated by analysis performed on June 7,1979, for the turbine building sump effluent (Discharge Point 004). Analysis of the effluent showed a pH value of 9.13. Approximately 10,550 gallons  :-

of this waste water was discharged after being diluted with .

145,100 gallons of once through cooling water.

The cause for this non-compliance was an error in sampling and analysis prior to the discharge. Steps have been taken to insure that this violation does not recur.

If you have any questions, please contact me.

. Yours very truly,

/Jpr:. k

/Te$y99 rr .finold, Manager

'ronmental and Research Services FVD/y cc: Alabama Water Improvenunt Conmission p.

Il c L P I N G D cVCL0 P AL A D A M A

._ m e sem

~ ~ ~

em.

ALADAMA POWER COMPAfJY SOS NoR T H 18 7H S T R C C T - P. o. 80 s '6 41 SIRMINcHAM. A1.A SAMA 321 - (205) 32J 5J41.

July 12, 1979 Mr.' Robert U. Ruch, Chief AL/MS Compliance Group Water Enforcement 3 ranch U.S. Environmental Protection Agency 345 Courtland Street, N.E.

Atlanta, Georgia 30309

Dear Mr. Ruch:

as -

Re: Parley Nuclear Plant.

NPDES Permit No. AL 0024619 In accordance with Part II.A.2 of the referenced permit, we are submitting a non-compliance that occurred as indicated by analysis performed on July 6, 1979, for the turbine building sump ef fluent (Discharge Point 004). Analysis of the effluent showed a pF. value .

of 9.27. Approximately 24,900 gallons of this waste water was dis- -

charged after being diluted with approximately 400,000 gallons of once through cooling water.

'Ihe cause for this non-compliance was that the procedure governing the discharge from the turbine building sump was not clear enough to *~ .

ensure proper analysis and treatment of this water prior to discharge.

• Although steps were taken af ter the June discharge to climinate the problem, further steps to clarify the procedure are currently underway.

If you have any questions, please contact me. -

. Yours very truly, A ~1 M Environment

/ Ind Research Services FVII/j .

cc: Alabama Water Improvement Commiscion II E t. P i N Q D C'V t L0 t* A t. A 0 A M A G

ALABAMA POnER COMPANY FARLEY NUCLEAR POWER PLANT AL-0024/)19 JAtlUARY. 19/9 DISCHARGE 004 : TUR3I.'IE BUILDING SUMP - UNIT I DATE FLord pH TSS 0&G AVG ---

6-9 6.3 3.1 MAX 6-9 20.9 4.2 UNIT MGD S.U. PPD PPD FREO 1/,4K I nfK 1/WK I AiK 1 0.0206 /.83 2

3 '

4 5 1.33 0.68 6

7 8

9 10 0.0195 7.53 1.14 0.42 11 12 13 14 15 16 17 0.0253 9.00 0.21 0.36 la 19 20

. 21 22 23 0.0200 6.93 0.1 / 0.38 24 25 _ _ _ _

27 28 29 30 31 0.0280 ./.45 0.23 0.61 AVG 0.022 / 7.75 0.60 0.48

ALABAMA POWER CON.P ANY FARLEY tlUCLEAR POWER PLAffT AL-0024619 FEdRUARY, 1979 -

DISCHAHOE 004 : TURSIi1E BUILDIrlG SUMP - UtlIT I .

DATE FLod pH TSS 0&G .

AVG 6-9 6.3 3.1 MAX 6-9 20.9 4.2 UNIT 14G0 S.U. PPD PPD FRE3 1/dK 1/.iK t /.1K 1/hK 1 .

2 3

4 5 0.0169 /.30 0 . 10 0.23

• 6

/

8

> -9 10 11 12 13 14 15 '

16 .

1I

_18 0.0211 8.66 < 0.lv 0.40 19 20 0.0278 8.13 < 0.23 0.60 21 22 23 24 25 26 2/

28 0.0190 7.63 0.48 0.55 .

AVG 0.0212 l.93 0.35 0.45

ALABAMA POWER COMPAtiY FARLEY tlUCLEAR POnER PLAtlT AL-0024619 M A!fCil, 19l9 .

D I Scil /.RGc 004 : TUR6IrlE BUILDIrlG SUMP - UtlIT 1 DATE  :: Lod pH TSS O&G AVG 6-9 6.3 3.1 MAX --

6-9 20.9 4.2 UriIT MGD S .U . PPD PPD FREQ 1/dK 1/WK 1/dK 1/WK 1

2 3

4 5 0.0222 /.80 4.01 1.70 6

7 8

9 10 12 13 14 0.01o9 7.55 2.25 .O.77 15 to Ii 18 19 20 21 0.0253 4.37 I.69 0.44 22 23 24 25 26 0.0210 7.78 0.53 0.23 2/

28 29 30 31 AVG 0.0213 7.63 2.13 0.79

ALABAMA PoiiER COMPANY FARLEY tlUCLEAR POWER PLAtlT AL-0024619 Ar)R I L , 1 > t9 DISC!iARGE 004 fUridl.'IE dUILDING SUMP - UtlIT I DATE FLO.i pli TSS 0&G AVG 6-0 6.3 3.1 MAX 6-9 20.9 4.2 UNIT MGD S .U . PPD PPD FREO 1/riX 1/WK 1/WK 1/NK I

.2 3

4 0.0169 7.83 < 0.14 0.I7 5 <

6 7 . ,

8 9 0.0289 /.49 0.48 0.34 10 11

' T2 -

13 14 15 16 .

17 18 0.0190 7.50 2.54 0.95 -

19 20

~

-21 22 23 0.0230 /.10 1.15 0.50

-24 25 ' '

26 ' ~~~~

21 28 29 ' ~

30 0.29 WG 0.0219 l.48 1.06 0.45

" - ~ = ew-- . _ ,

ALABAMA PodER Col.tPA11Y FARLEY NUCLEAR POWER PLAtlT AL-0024619 MAY, 19/9 OISCHARGE 004 : TURilINE BUILDIrlG SUMP - UNIT I DATE FLOW pH TSS O&G AVG 6-9 6.3 3.1 MAX 6-9 20.9 4.2 UtlIT 4G3 S.U. PPD PPD FREO 1/.dK I/dK 1/WK 1/WK I 0.0211 6.61 2.11 2

3 4

5 6

7 0.0232 7.32 0.77 < 0.19 8

9 10 11 12 13 14 15 16 17 0.0232 7.65 15.49 1.45 18 19 20 21 22 0.0103 / .10 0.60 0.09 23 24 25 26 27 28 29 30 31 0.0210 8.92 7.36 0.86 AVG 0.0198 /.52 5.2 / 0.64 9

ALAB AM A POWER COMP Ally FARLEY NUCLEAR POWER PLAtiT AL-0024619 JUtid, 19/9 DISCHARGd 004 : TURUIrlE dUILDING SUMP - UNIT I DATE Flad pH TSS 0&G AVG --- 6-9 6.3 3.1 MAX 6-9 20.9 4.2 UtlIT MOD S .U . PPD PPD FREO 1/;1K 1/dK 1/dK 1/WK I

2 3

4 5

6 7 0.0230 9.00 1. /3 0.54 8

9 10 11 0.0251 t.69 1.4 / 0.23 12 13 14 15 16 1/

18 19 20 21 0.0164 6.85 1.09 0.22 22

. 23 24 25 26 0.0359 8.88 1.20 < 0.30 2/

28 29 30 AVG 0.0251 8.11 1.31 0.28

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

ALABAM A P0 DER CO..iPAtlY FARLdY tlUCLEAR POWER PLANT AL-0024619

. JULY, 1979 DISCHARGd 004 : TUR3IrlE SUILDING SUMP - UtlIT I DAT:_ FLod pH TSS 0&G AV5 --

6-9 6.3 3.l

.d A X 6-9 20.9 4.2 If*l IT  :.10 0 S.U. PPD PPD

-3920 1/ iK 1/.lK I/ JK 1/aK I

2 3

4 5

6 7 0.0169 d.95 0.70 0.25 8

9 0.0263 1.33 1.27 < 0.21 10 L ^l 12 13 14 15 16 D .014 8 /.28 0. /4 0.20 I/

I8 I9

~~

20 21 22 23 24 0.0232 9.00 I.36 0.62 25 _

26 27

.28 29

^30 0.0200 t . /3 I.00 0.40 3i AVG 0.0233 8.06 1.01 0.32

ALABA!4A Poster CO..iP At1Y FARLEY .'luCLEAd P0aER PLAi4T AL-00216I9 A d'JJS T , 1919 OI3 CHARGE 004 : TJil3I;'1E SUILDIrlG SUMP - Ut1IT I OATE FLO.i pH TSS 0&G AVG --

6-9 6.3 3.1

.4 A,( 6-0 20.9 4.2 UtilT r4GD S.U. PPD PPD 14E3 I /.lK 1/;iK I /,1K 1/,1K I

2 3

4 5

6 7 0.0001 8.53 0.00 0.00 a

V 10 f --I 12 13 14 0.0220 /.32 0.92 0.24 15 16 17 18 19

---2 0 0.0210 i.07 0.83 0.19 21 22 23 24 25 26 27 26 0.1946 /.14 1.54 3.85 29 30 31 A VG 0.0569 I .~52 V .83 I .O /

ALABAMA POWER COMPANY FARLEY NUCLEAR PONER PLANT SEPT 948ER, 1979 DISCHARGE 004 : TURBINE BUILDING SUMP - UNIT I .

DATE FLOW pH TSS 0&G AVG 6-9 6.3 J .1 MAX 6-9 20.9 4.2 -

UNIT MGD S.U. PPD PPD

.. FREQ 1/dK 1/WK 1/WK I/WK .

1 2

3 -

4 5

6 -

7 8 0.0200 7.'32 < 0.I7 0.20 9

10 II O.0190 7.40 0.79 0.22 12 -

13 14~

15 16 17 18 0.0200 8. 5'l O.33 < 0.17 19 .

20 21 22 ~

23 24 0.0200 8.98 2.17 0.59 25 26 '

27 28 29 30 AVG 0.0199 8.05 0.85 0.27 --

ALABAMA PanER COMPANY FARLEY NUCLEAR POWER PLAM AL-0024619 OCTOBER, 1979 DISCHAROE 004 : TURSINE BUILDINO SUMP - UNIT I .

DATE FLod pH TSS 0&G AVO 6-9 6.3 3.1 MAX 6-9 20.9 4.2 UNIT MGO S .U . PPD PPD FREO I/dK 1/WK 1/nX 1/nK I 0.01 l9 1.71 0.30 < 0.1$

2 3

4 5 .

6 7

8 0.0243 8.63 < 0.20 < 0.20 .

9 10 -

II 12 13 14 15 0.0200 7.12 0.67 0.11 16 17 18 19 '

20 21 22 0.0169 1.68 0.14 < 0.14 23 .

24 25  %

26 27 28 -

29 0.0211 8.53 0.35 0.25 30 31 AVG 0.0200 7.95 0.31 < 0.11

.~ ..

ALABAM A PONER COMPAtlY FARLEY NUCLEAR PonER PLAffT AL-00246I9 NOVE.4 DER , 1979 DISCHARGE 004 : TURSINE BUILDING SUMP - UNIT 1 DATE FLuit pH TSS 0&G AVG 6-9 6.3 3.1 MAX 6-9 20.9 4.2 UNIT MGO S .U . PPD PPO FREO I/dK I/WK 1/WK I/WK I

2 3

4 5 0.0221 8.56 1.51 0.28 6

i 8

9 l' O ll 12 0.0253 7.67 0.85 < 0.21 -

13 14 15 16 11 18 19 0.0190 8.80 2.22 0.24 20 21 22 23 24

~

25 -

26 0.0190 8.21 2.38 1.16 21 28 29 30 AVG 0.0215 8.31 1.74 0.45

f

.. ALADAMA POWER COMPANY .

FARLEY NUCLEAR POWER PLAffT

• AL-0024639 DECEMBER, 1979 .

DISCHARGE 004 : TURBItiE BUILDIllG SUMP - UNIT 1 InTE Florf pH TSS 0&G AVG ,

- 6-9 6.3 3.1 MAX 6-9 20.9 4.2 UNIT MGD S .U . PPD PPD -

FREO 1/WK ,

1/dK 1/siK 1/WK 2 -

3 0.0232 7.40 1.16 < 0.19 4

5 .

• 6 - -

7 .. . . .

8 9

0 0.0190 8.21 1.27 1.19 -

11 12 13 , . .. . .

14 15 16 '

17' -

16 0.0001 7.53 ' O.00 0.00 19 -

20 .

21 -

22 .

23 24 0.0001 6.'69 v.0f 0.01 25 . .

26 21 .

28 29 30 31 0.0001 6.70 WG 0.0005 1.31 0.49 ,

0.26 9

ATTACHMENT IV Settling 3asin (DSN 005)

NOTE: Occasionally pH reading was not determined because the flow at the time of analysis was zero.

ALABAMA POWER COMPANY F ARLEY flVCLEAR POWER PLANT AL-0024619 JA:1U ARY , 19/9 DISCHARGE 005

• SETTLI?l0 BASIN DATE FLod pH TSS 0&G AVO 6-9 50.0 25.0 14 A X 6-9 16 /.0 33.4 UNIT MGO S.U. PPD PPD FREO I/dK 1/MK 1/dK 1/WK 1 0.1250 8.05 6.26 2

3 4

5 6

7 8

9 10 0.13/O 8.00 28.09 . 1,72 il

~

12 13 14 15 16 17 0.0780 7.40 2.60 < 0.65 18 19 20 21 22 0.18/3 /.50 28.09 < l.56 23 24 25 26 27 28' 29 -

30 31 0.1080 7.60 20.73 1.08 AVG 0.13/0 t . /1 17.15 < l.14

o ALABAMA PuddR COMPAtlY FARLEY tJUCLEAR POWER PLAffr AL-0024619 FEBRUARf, 19/9 DISCHARGd 005 : SETTLIfl0 BASIN DATE FLod pH TSS 0&G ' -

AVG 6-9 50.0 25.0 MAX --- 6-9 167.0 33.4 UNIT MGD S.U. PPD PPD FREO 1/.lK 1/dK 1/rlK I/HK I

2 3

• 4 5

6 7

8 0.18/0 /.// 39.01 < l.56 9

r0 11 '

12 0.18/0 /.68 39.01 < l.56 .

13 LA 15 to 17 18 49 '

20 0.0/80 /. /0 /.16 0.85 "

21

• 22 23 24 25 ~ ~ ~ -- ~

26 46./3 1.99 27 0.1000 7.55 28 AVG 0.1400 7.68 31.20 < 1.17 endW l

ALABAMA POeiER COMPANY FARLEY NUCLEAR P01ER PLAtlT AL-0024619 MArtCH, 19/9 DISCHARGE 005 : SETTLItto BASIN DATE FLOW pH TSS 0&G AVG --

6-9 50.0 25.0 MAX -- 6-9 161.0 33.4 UIIIT AGD S .U . PPD PPD FREO 1/i1K 1/nK 1/ riX I/WK I .

2 3

4 5 0.1250 /.90 26.08 1.25 6

/

8 9

10 '

11 .

12 13 0.18/0 l.36 1/.I / < l.56 14 15 16 11 18 19 20 21 22 0.1080 7.74 1.80 1.80 23 24 25 26 0.1870 7.19 10.92 2.34 24 28 29 30 31 AVO 0.1516 7.55 13.99 1.54 e

ALABAM A POWER COMPANY FARLEY NUCLEAR POWER PLANT AL-0024619 APRIL, 19 /9 DISCHARGE 005 : SETTLINO SASIN DATE FLod pH TSS 0&0 AVG 6-9 50.0 25.0 MAX ---

6-9 16/.0 33.4 UNIT MGD S.U. PPD -

PPD FREO 1/aK 1/WK 1/WK 1/WK I

2 0.0530 /.56 4.42 < 0 .44 3

4 -

5 6

7 8

9 0.0255 S.28 1.49 0.23 10 11 ,

12 13 14 15 16 17 0.0533 7.71 8.01 1.25 18 19 20 21 22 23 0.0187 7.86 2.18 0.27 24 25 26 27 28 29 30 0.018/ /.80 1.09 AVG 0.0338 7.84 3.44 0.44 u-e

. - . ~ . . . . .. _

- ;

ALABAMA POWER COMPAtlY FARLEY NUCLEAR Poi 1ER PLANT AL-0024619

..t A Y , 1979 DISCHARGE 005 : SETTLING BASIN DATE FLO1 , pH TSS 0&G .

AVG 6-9 50.0 25.0 MAX --

6-9 16/.0 33.4 UNIT MGO S.U. PPD PPD FREO 1/.1K 1/riK 1/.1K 1/WK 1 1.05 2

3 4

5 6

7 0.1440 8.03 7.21 < l.20 8

9 10 11 .

12 -

13 14 0 0131 /.89 0.33 < 0. l !

lb 16 17 18 19 20 21 0.0336 7.78 1.40 0.28 22 23 24 25 ~

26 27.

28 0.018s /.58 1.25 0.22 29 30 31 AVG 0.0524 /.82 2.55 0 .44 a

S

ALAUAl4 A PariER C0i4PAfiY FARLEY t1UCLEAR POWFR PLAttT AL-0024619 JUttd. 1979 OISCHARGE 005 : SETTLING BASIN DATE Floei pH TSS 0&G AVG -- 6-9 50.0 25.0

!4AX --

6-9 16/.0 33.4 UNIT MGD S.U. PPD PPD FREQ l /.1K 1/ 31K I /biK 1/i1K l

2 3

4 0.0336 t .8 / < 0.28 < 0.28 5

6 7

8 9

10 11 0.1080 7.65 4.51 1.35 ,

12 13 14 15 16 17 18 0.018/ /.50 0. /8 < 0.16 19 20 21 22 23 24 25 0.0336 7.12 0.56 < 0.28 _

26 27-28 29 30 AVG 0.0485 7.54 1.50 0.43 9

9 ALABAMA P(nldR COMP ANY FARLEY NUCLEAR 90'. DER PLANT AL-00246I9 JULY, 19 /9 OISCriAdGd 005 : SdTTLING BASIN DATE FLO,3 oH TSS 0&G AVG 6-9 50.0 25.0 MAX 6-9 167.0 33.4 iltlIT MG0 S.U. PPD PPD 2Rs0 \ /;iK 1/,iX  :

\ /'1K \ /viK 1

2 3

4 5

6

/ 0.0650 /.01 4.34 < 0.54

-o 9 0.0053 t . 3.1 0.22 < 0.04 10 i - Li 12 13 14 15 lo 0.0065 7.72 D.22 0.05 It Id 19

~

20 21 22 '

23 0.0053 l.94 < 0.04 < 0.04 24 25 26 21 26 29 30 0.0131 7.97 0.!! 0.16 3i AVJ 0.0190 7.59 0.98 < 0. L6

m. uma,ew ww--eum-, = hoe w=MW "

L ...1 .

ALAB Al4 A PonER CaliP Ai!Y FARLEY tl3 CLEAR 90nER PLAr4T AL-0024619 AUGUST. 19/0 OISCdARGe DOS : S.iTILIl1G BASIN DATE FLO,i pH TSS a&G AVG ---

6-9 50.0 25.0

.4 AX 6-9 167.0 33.4

-U.I I T .4G0 S.U. PPD PPD FRd3 I / >lK 1/uK 1/,1K 1/FiK I

2 3

4 5

6

/ 3.0533 I.82 1.33 < 0.44 a

9

' MO 11 12 13 14 l5 16 l ~l la

-19 0.

20 0.0001 d.55 21 0.0055 8.55 0.14 < 0.05 22 23 .

24 25 26 27 0.0055 8.15 0.19 < 0.05 28 29 30 31 WG %0129 3.27 0.33 < 0.11

ALABXMA POWER COMPANY >

' ~

FARLEY NUCLEAR POWER PLINT ,

SEPTEMBER . 1979 .

DISCHARGE 005 SETTLING BASIN (FOR 275 & 276)

DATE FLOW pH TSS 0&G ~

AVG 6-9 50.0 25.0 MAX 6-9 167.0 33.4 -

UNIT MGD S .U . PPD PPD FREO 1/WK 1/WK 1/dK 1/WK I

2 J 0.0187 8.50 0.16 < 0.16 --

4 5

6 ,

7 8 .

9 10 11 .

12 . --

13 14 15 16 0. I 17 0.0029 8.52 0.17 < 0.02 18 ,

19 20 21 22 ~~

23 24 25 ,

26 27 28 0.1870 7.95 9.36 < l.56 29 30 AVG 0.0521 8.32 2.42 < 0 44

k -

ALABAMA POWER COMPAf!Y FARLEY NUCLEAR PonER PLANT AL-00246I9 ocr08ER, 1979 .

DISCHARGE 005 : SETTLING BASIN DATE FLod pH TSS 0&G AVG 6-9 50.0 25.0 MAX 6-9 167.0 33.4 UNIT' 1400 S.U. PPD PPD FREO 1/.tK 1/rtK I/nX 1/11K I

2 0.0187 S.39 0.4 / < 0.16 3

4

. 5-6 7

8 0.1080 8'.13 0.90 0.90 9 .

10 11 12 13 14 15 16 I7 0.0533 7. 10 0.44 < 0.44 18 19 20 21 22 0.0650 7.85 0.54 < 0.54 23 ,

24 25 26 21 28 29 0.0650 9.21 1.08 0.60 30 31 AVG 0.0620 8.06 0.69 < 0.52

,,9

~

ALABAMA PorfER COMPAtlY FARLEY NUCLEAR PariER PLAffT AL-0024619 NOVEMBER. 1979 .

DISCHARGE C05 : SETTLING 3ASIN DATE FLO.1 pH TSS O&G AVG ~6-9 50.0 25.0 MAX 6-9 . 167.0 33.4 UNIT MGD S.U. PPD PPO FREO 1/WK 1/nK 1/WK 1/11K I

2 3

4 -

5 0.0180 ./ 88 _ 5.21 < 0.65 6

7 8

9 '

10 ,

il 12 13 14 0.1870 7.90 ,

4.68 .< l.36 .

15 16 17 ,

18 19 0.2120 7.68 23.00 < 1./l 20 21 22 23 24 25 26 04018/ l.81 0.94 < 0.16 27 28 ,

29 30 AVG 0.1239 7.82 8.46 < l.03

^

A f

ALABAMA PariER COMPANY -

FARLEY NUCLEAR POWER PLANT -

. AL-OO24619

~

DECEMBER, 1979 SISCifARGE 005

• SEITLING BASIN .

IATE FLori pH TSS O&G .

AVG 6-9 50.0 25.0 MAX 6-9 167.0 33.4

' NIT MGO S.U. PPD PPD REO 1/WK 1/r(K I /'.iK 1/WK ,

I _

2 -

3 0.0187 1.31 0.31 < 0.16 4 >

S -

6 -

7 . .

8 9

10' O.0255 7.31 2.55 0.45 II 12 13 .

I4 ~

15 '

16 . -

17 '

18 I9 20' O.000I /.20 0.00 O.00 21 22 23 24 25 26 0.0336 6.40 0.84 0.62 27 28 29 30 31 AVG O.0195 /.06 0.93 0.29

4 ATTACHMEKT V Sewage Treatment Plant Effluent (DSN007)

d

~

ALABAMA POWER COMPANY FARLEY NUCLEAR POWER PLANT AL-0024619 JANUARY, 19 /9 OISCHAilGs 03 / SddAGE PLANT DATE Flo,i 800 pH TSS CL FEC COLI AVG 30 6 -9 30 200/100 MAX 45 6- 9 45 400/100 UNIT '

..fGD l4G/L S.U. MG/L MG/L COL /ML

.FREQ 1/MO 1/MO 1/Mo 1/Mo 1/WK 1/0TR I 13.10 2 13.10 3 '

4 5

6 7

8 9

10 36.0 7.20 24 1.20 0.

11 .

12 13 14 15 - '

16 15.30 I/

18 19 20 0.0220 6. 72 21 22 23 .

24 25 26 2.50

- ~

21 28 29 30 17.80 31 AVG 0.0220 36.0 6.96 24 10.50 0.

9

ALABAi4A POWER COMPAtlY FARLEY NUCLEAR POWER PLANT AL-0024619 FEdRUARY, 19/9 -

DISCHA!!GE 00 / : SE.IAGE PLANT DATE FLOW BOD pH TSS CL FEC COLI AVG 30 6-9 30 200/100 MAX 45 6-9 45 400/100 UNIT 24G0 MG/L S .U . l4G/L MG/L COL /ML FREO 1/MO 1/MO 1/MO 1/MO I/WK 1/0TR .

I 2

3 4

5 6

7 8

, _9 10 11 12 13 '

14 , 19.60 .

15 16 17 18

~T9 20 5.0 7.10 15. 28.50 0.

21 22 '

23 24 0.0180 7.05 25 .. .

27 25.40

~

28 AVG 0.0180 5.0 7.08 15. 24.50 0.

ALABAM A POWER COMPAtlY FARLEY NUCLEAR Po.iER PLANT AL-0024619 M A RCil, 19/9 DISCHAdGd 001 : SdriAGE PLANT DATE FLod 800 pH TSS CL FEC COLI AVG 30 6-9 30 200/100 MAX ---

45 6-9 45 400/100 UNIT 4GD  :.tG/L S.U. MG/L MG/L COL /ML FREQ 1/,40 I/MO 1/MO 1/MO 1/WK 1/QTR I

2 3

4 5

6 16.15 7

8 9

10 11 12 13 14 15 16 2.40 17 18 19 20 2 8.50 21 50.0 7.30 17. 2.30 0.

22 0.0250 23 24 25 26 1 .60 2 '/

28 29 30 3l .

AVG 0.0250 50.0 7.30 17 10.19 0.

O

ALABAMA POWER COMPANY FARLEY NUCLEAR POWER PLANT AL-0024619 APRIL, 19/9 DISCHARGd 007 : SdWAGE PLANT DATE FLO;1 300 pH TSS CL FEC COLI AVG 30 6-9 30 200/100 14AX 45 6-9 45 400/100 UNIT t4GD l4G/L S.U. l4G/L MG/L COL /ML FREO 1/MO 1/MO 1/MO 1/MO 1/WK 1/0TR 1

2 17.40 3 .

-4 5

6 7

8 9 11.50 10 11  !!8.0 t.10 845. 0.50 0.

12 13 '

14 15 16 17 0.0230 6.87 10.50 18 19 20

• 21 22 23 3.10 24 25 - -

26 2/

28 29 30 4.00 AVG 0.0230 118.0 6.99 .845. 7.83 0.

9

ALABAMA PorfER COMPANY FARLEY NUCLEAR PoriER PLANT AL-0024619 4AY. 19/9 DISCHARGE 00 / SEiiAGE PLANT DATE FLod BOD pH TSS CL FEC COLI AVG 30 6-9 30 200/100 MAX 45 6-9 45 400/100 UNIT 4G0 MG/L S .U . MG/L MG/L COL /ML FREO I/MO 1/MO I/MO I/MO 1/,1K I/0TR I

2 3

4 5

6 7 1.50 8

9 1O I 1.0 6 . 70 18. 2.00 0.

II 12 I3 14 5. /0 15 -

l6 17 I8 19 20 21 3.35 22 23 24 25 0.0160 6.44 ' ~

26 27 28 1.30 29 30 31 AVG 0.0160 11.0 6.57 18. 2 . 73 0.

9

ALAB AM A POWER COMP ANY FARLEY NUCLEAR POWER PLANT AL-0024619 JUNd, 1919 DISCHAfsGE 00 / SEdAGE PLANT DATE FLod SOD pH TSS CL FEC COLI AVG --

30 6-9 30 200/100 MAX 45 6-9 45 400/100 UNIT MGD 4G/L S .U . MG/L MG/L COL /ML FREQ 1/40 1/MO I/MO 1/MO 1/WK 1/0TR I

2 3

4 11.20 5

6 7

8 9

10 il 12 5.00 13 14 15 16 17 18 18.30 19 20 21 12.0 6.70 9. 1.50 0.

22 23 24 25 5.50 0.0300 26 6.88 27 28 29 30 AVG 0.0300 12.0 6.79 9 8.30 0.

4

ALABAM A P0;1ER COMP ANY FARLEY NUCLEAR PodER PLANT AL-00246I9 JULf, 19/9 DISCHARGE 007 : S$dAGE PLANT DATE FLad SOD pH TSS CL FEC COLI AVG 30 6-9 30 200/100 MAX 45 6-9 45 400/100 UilrT MGD MG/L S .U . MG/L MG/L COL /.wL FREO 1/40 I/MO 1/MO 1/MO 1/dK 1/CTR I

2 2.80 3

4 5

0 .

7 6

9 8.40 10 g ll 12 13 14 I5 16 5.30 I7 i4.0 6.55 4 2.90 0.

I8 I9 71 22 '

23 0.0300 6. 77 0.60 24 '

25 20-27 28 29

-30 23.30 31 AVG 0.0300 14.0 6.66 4. 7.22 0.

e ALABAMA P0riER COM? Ai!Y FARLEY NUCLEAR PonER PLA;fT AL-0024619 AnJUST, 1979 DISCHARGE 00 / : SEsiAGE PLANT DATE FLO.i SOD pH TSS CL FEC COLI AVG 30 6-9 30 200/100 dAX 45 6-9 45 400/100 U :Ir 4GO l4G/L S.U. ;4G/L MG/L COL /All 0 250 I /t40 I/MO I/:40 I /Ato 1/.iK I/0TR I

2 3

4 5

o

/ 2.50

'd 9

10 -

r -41 12 13 3.10 1+

15 '

lo II IB 19 JO >0.0300 6.42 4.40 21 22 >0.0300 8.0 6.30 t04. 1.20

.23 24 25 26 2I 3 .80 28 29 30 31 AVG >J.0300 CO 6.36 l 0'4 3.00

N ALABAMA POWER COMPANY -

FARLEY NUCLEAR POWER PLANT SEPTEMBER, 1979 DISCHARGE 007 : SEWAGE PLANT ,

DATE FLON BOD pH TSS FEC COLI -

AVG 30 6--9 30 200/100 MAX 45 6-9 45 400/100 UNIT MGD MG/L S.U. MG/L COL /ML FREQ 1/MO 1/MO 1/Mn 1/Mo I./MO I

2 3

4 5 -

6 -

7 8

9 10 11 12 -

13 14 15 <

16-17 18

• 19 8.0 6.90 . 6. .

20 21 22 23 ~

24 25 0.0050 7.12 26 '

27 28 29 30

~

AVG O.0050 8.0 7.01 6.

a l

ALABAM A POWER COMPAtiY FARLEY tlUCLEAR PonER PLANT AL-0024619 OCTOBER, 1979 DISCHARGE 007 8 SEWAGE PLANT DATE FLod 800 pH TSS CL FEC COLI AVG 30 6-9 30 200/100 MAX 45 6-9 45 400/100 MGD MG/L S.U. MG/L MG/L. COL /ML UNIT FREO isGlo 1/MO, 1/MO 1/MO- 1/WK 1/QTR I 4.9 2

3 0.0550

• 6.89 4 ~

5

• 6 7

8 13.4 9 ,

10 11 12 13 14 15 15.0 16 '

II 18 19 20 21 22 13.5 23 6.0 7.60 10. .0.

24 25 26 27 28 29 9.3 30 31 AVG 0.0550 6.0 7.25 10. 11.2 0.

'^ n

. ALABAMA Po.1hR COMPAtlY FARLEY NUCLEA? PonER PLAtlT AL-00246I9 .

NOVEMBER, 1979 DISCHARGE 00/ : SEdAGE PLANT -

DATE FLO.f 600 pH TSS CL FEC COLI AVG 30 6-9 30 200/I00 MAX 45 6-9 45 400/I00 UNIT :4GD .4G/L S.U. MG/L MO/L COL /dl -

FREQ 1/MO 1/MO 1/40 1/M0 1/rdK 1/0TR 1

2 -

3 -

4 -

5 9.50 6 - -

7 - .

8

.9 10 .

Il 12 5.80 13 14 15 26.0 7.40 1. 3.00 0.

16 -

11 ,

18 .

19 6.40 20 21 22 23 .

24 .

25 26 6.90 27 28 0.0100 6.92 29 30 AVG 0.0100 26.0 '7.16 1. 6.32 0.

<T ,

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t . ;. .- .

, , s. >r .,-,- .

.-  :: s -

• ALABAMA POWER COMPANY f J

FARLEY NUCLEAR POWER PLAtlT

• AL-0024619 DECEMBER, 19/9 .

[SCHARGE 007 : SERFAGE PLANT -

DATE FLolf BOD pH TSS CL FEC COLI AVG -

30 6-9 30 -

200/I00 MAX -

45 6-9 45- 400/100 UNIT MGD MG/L S.U. MG/L MG/L COL /ML FREQ 1/Mo 1/MO 1/MO l/MO 1/WK 1/0TR i -

- 3 4

7.00 "

5 .

6 .

~

1 . .-

.8 g

.IO .- 39.50 II 12 .

13 . 45.0 6.50 23. O.

14 -

15 .

16 . .

17 -

.- . l- .

18 ',~

19' -

20 0.0060 '

6.37 21

• 22 '

23

. 5,50 24 .. - *

• 3.40 25 26 - - .

2.7 28

• 29 30 -

31 WG 0.0060 45.0 6.44 23. 13.85 -

. 0.

e t

.%%.

• eW'e=

l ATTACHMENT VI Metal Cleaning Wastes (DSN008)

• e" , .,

. - *. * ' A1.ADAMA POWER COMPANY 404 NONTH ISTH STI1E ET - P. O co n 264 8

• *. DIAMINCHAM. AL. AGAMA 31231 g73) 323 3341

- . ~ - . .

~

~'

,E Decenter 17, 1979 .

Mr. Jams W. Warr, Chief , -

Alabama water Impmvenent Comission Perry Hill Office Park ....

' - - 3815 Interstate Court . . .

Montgomry, Alabama 36109 .

Dear Mr. Warr:

.Re: Farley Huclear Plant .

~

,- . NPDES Permit No. AL0024619 .

- In accordance with Part II.A.2 of the referenced permit, we -

are ' submitting noncompliance reports for the Steam Generator Blowdown ..

- and for the l'etal Cleaning Maste. Mr. Fred Brown of this office -

) ' notified Mr. J. P. Martin of these violations by telephone on

- December 14, 1979. . .

Analysis of the steam generator blowdown sample ta' ken Hovember 27, 1979, and analyzed December 7,1979, gave concentrations

'of 1.2 ppm copper and 5.4 ppm iron. This noncompliance occurred when

. ~.

the reactor and associated systems underwent a planned sequence of ,

'startup tests which resulted in a number of plant shutdowns and power -  ?"

- - ascalations/ reductions. This noncompliance should correct itself.

.once the unit has retumed to normal operation. - - - ..

On December 9, 1979, 540,000 gallons of mtal cleaning waste '

~

were pumped from the netal cleaning waste holding pond to an area which.

- - receives ground runoff and yard drainage at the Farley Sice. The volume *

.. -..i.o f water in this area was est mated i to be approximately 500,000 gallons.

- p rior to the addition of the water from the holding pond. This area is *

. impounded so that approximately 200,000 gallons of the combined watars remain landlocked while the remainder has been discharged to the Chattahoochee River. Inflow into the area will eventually cause the

, discharge of this water to have varying degrees of dilution. . .

~

Analyses of the samples taken from the holding pond are as following. -

Date of Sample . 12-9-79 12-9-79 Tim of Sample 0035 OG15 Phosphorus (mg/1) 1.7 1.8 Oil and Grease (mg/1) 119.8 30 . .'

Iron 1.25 -

,1,05 Total (mg/1)Su:; pended Solids (mg/1) 42 .

1 14 11 c L P i N 'o DEVELOP A 1. A D AM A

.._.am

..

• Mr. James W. Warr, Chief '

• - Page 2 ,

Decorher 17,1979 *

~ '

A There were three reasons why this violation occurred. Fi rst, -

plant personnel assumed that there was insufficient capacity remaining .

• -'in the holding pond to receive the waters frcm the chemical cleaning of Farley Unit #2. The water in the pond was then pumped from the holding pond to provide the necessary storage for the chemical cleaning waste. Second, the assumption was made that the chemical cleaning pond

' did not contain any waste from chemical cleaning activities but contained only flush water. Third, even though analyses were made, the individual '

perfoming the analyses was unaware of the limits placed en discharges .

- from this pond. - --

The probability of a recurrence of this type activity will .

be minimized by improving the training of the personnel involved. ',"

Yours truly. -

p -

p -

- . . . . rry/ . rnold, Manager En ronmental and Research Services '

f/

a

• .e t

, d t .

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4

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. n

. De e

$ b

ALABAMA POWER COMPANY FAULEY NUCLEAR POWER PLANT AL-0024619 JANUARY. 19/9 DISCHA.4Gd 006 : c.tdTAL CLEANING MASTES DATE FLud pH TSS T PHOS 0&G CU FE AVG 6-9 30 I.0 15 I .0 I .0 MAX ---

6-9 100 1.0 20 1.0 1.0 UNIT r.tGD S .U . MG/L MG/L MG/L MG/L MG/L FRE] I/0AY 1/WK 1/dK 1/nK 1/rf K 1/WK 1/rf K I 0.

2 3 '

4 5

6 7

8 0.

9 10 -

11 12 13 14 15 O.

16 17 18 19 20 21 22 0.

23 24 25 26 -

27 28 29 0.

30 31 AVG NO DISCHARGE t

.; .

f ALABAMA Poller COMPANY FARLEY NUCLEAR PonER PLA'lT AL-0026619 F Ed.-tV AR Y , 19/9 DISCHARGE 0;D1 : METAL CLdANIflG FIASTES DATE FLord pH TSS T PHOS 0&G CU FE AVG 6-9 30 1.0 15 1.0 1.0 JAX 6-9 100 1.0 20 I .o 1.o UNIT MGD S .U . MG/L 4G/L MG/L MG/L MG/L FREO 1/ DAY 1/ elk 1/rf K 1/nK 1/rfK 1/l1K 1/dK I .

2 3

4 5 O.

6 7

8 s -9 10 11 12 0.

13 14 ,

15 16 17

._la 19 0.

20 21 22 23 24 25 , _. .

26 2 't O.

28 AVG NO DISCHARGE M

t

<N&

<Mr 'hg3 t h 3, se%a, "a v ,%ib l4 f k IMAGE EVALUATION 'NY TEST TARGET (MT-3) 1.0 5 m Ed y f;} EM u L"2 E 3 M

l.25 1.4 1.6

< r >

MICROCOPY RESOLUTION TEST CHART n

?'

/?. +

+ ,y<

&},p

.a-.. . . . .

o ALAMAMA P0HER COMPANY FARLEY NUCLEAR POWER PLANT AL-0024619

4 A rtCH , I V /9 DISCHARGE 003 : 4ETAL CLEAtlING WASTES DATE F LO.i pH TSS T PHOS O&G CU FE AVG 6-9 30 1.0 15 I.0 1.0 MAX ---

6-9 100 I.0 20 I .0 I.0 UNIT 4G0 S.U. MG/L MG/L MG/L MG/L MG/L FREO I/ DAY 1/WK I/WK 1/WK 1/dK 1/AK I/WK I

2 3

4 5 O.

6 7

8 9

10 11 12 0.

13 14 15 16 1i ,

18 19 0.

20 21 22 23 24 25 - ~-

26 0.

2/

28 29 30 31 AVG NO DISCHARGE 9

a 6

ALAB Aid A POWER COMPANY FA9 LEY tlUCLEAR POWER PLANT AL-0024619 A. t. , I9 19 DISCHARGE 008 : 4ETAL CLEAtlING WASTES DATE FLord pH TSS T PHOS O&G CU FE AVG 6-9 30 I.0 15 I.0 I.0 MAX 6-9 100 i.0 20 1.0 1.0 UNIT MGD S.U. MG/L t4G/L MG/L MG/L MG/L FREQ 1/ DAY 1/WK 1/dK 1/WK 1/dK 1/MK 1/dK 1

2 0.

3 ,

4 '

5 6

7 8

9 0.

10 11 12 13 14 15 16 17 18 19 20 21 22 23 0.

24 25 ..

26 27 28 29 30 AVG NO DISCHARGE t

ALABAMA POWER COMPANY FARLEY NUCLEAR POWER PLANT AL-0024619 r.! A Y , 19/9 DISCHARGd 008

• idTAL CLEANIrlG WASTES DATE FLO61 pH TSS T PH03 0&G CU FE AVG 6-9 30 1.0 15 1.0 1.0 MAX 6-9 100 I.0 20 1.0 1.0 Uf1IT MOD S.U. MG/L MG/L MG/L MG/L MG/L FREQ 1/ DAY 1/WK 1/WK 1/WK IA1K 1/dK 1/WK 1 0.

2 3

4 5

6 0.

7 8

9 10 11 12 13 0.

14 15 16 17 18 19 20 0.

21 22 23 24 25 . . .

27 23 0.

29 30 31 AVG NO DISCHARGE

ALABAM A Por1ER COMPAff t FARLEY N'JCLEArt POWER PLANT AL-0024619 JUNh, 19/9 ,

DISCHARGE 008 : c.ibTAL CLEANIt!G rlASTES DATE FLord pH TSS T PHOS 0&G CU FE AVG 6-9 30 I.0 15 1.0 I.0 MAX --

6-9 100 1.0 20 I .0 1.0 UtilT MGO S.U. MG/L MG/L MG/L MG/L MG/L FREO I/ DAY I / >iK 1/ >1K  !/WK 1/WK 1/WK 1/slK I O.

2 3

4 0.

5 6

7 8

9 10 11 0.

12 13 14 15 16 17 18 0.

19 20 21 22 23 24 25 O. '

26 27 28 29 10 AVG NO DISCHARGE 9

e ALABAAIA PodER COMPA.'iY FARLEY NUCLEAR P0.tER PLAriT AL-0024619 .

JUL(, 19/9 JISCHARGd 003 : ASTAL CLEANING riASTES DATF FLod pH TSS T PHOS O&G CU FE A V'3 6-9 30 1.0 15 1.0 I .O

.ii> X 6-9 100 I.0 20 I.0 I.O U:l '. [ MGD S.U. MG/L i.tG/L ..\G/ L MG/L MG/L f REO I/ DAY l /',1 K I/1K i /,1 K 1/4K I/WX i/rlK 1 O.

2 0.

3 4

5 '

6 1 -

8 9

10

' ~Tl 12 13 14 15 16 0.

i/

Id -

19

-20 21 22 23 0.

24 25 2$

27 26 29 30 0.

31 ,

AVG i10 DISCHA.4Gd

a ALABA'4 A PodER Cot 4P AtlY FARLEY t!UCLEAR PonER PLANT AL-00245I9

.AJGUSf, 17/9 DISCHARGE cod .4ETAL CLEA?IING IAASTES DATE FLO.i pH TSS T PHOS 0&G C3 FE AVG 6-9 30 1.0 15 1.0 1.0 MAX ---

6-9 100 I.O 20 I.0 1.0 U:1IT .1G0 S.U. l4G/L MG/L MG/L MG/L MG/L 4 252 I/DAf 1/'1K 1/dK 1/MK 1/dr( 1/tiK 1/dK 1 0.

2 3

4 5

6 O.

7 a -

9 10 1 41 .

12 13 0.

14 15 16 i/

le 19

--20 0.

21 22 23 24 25 2o 2/ O.

28 29 30 31 AV3 Ilo Uf5C lARGE

~

ALABAMA POWER. COMPANY a

~

~

FARLEY NUCLEAR POWER PLANT SEPTEMBER, 1979 DISCHARGE 008 : METAL CLEANING WASTES _

DATE FLod pH TSS O & G PHOSPHATE CU FE AVG 6-9 30 15 I0 1.0 I.0 MAX 6-9 100 20 1.0 1.0 1.0 UNIT MGD S.U. MG/L MG/L MG/L MG/L MG/L FREQ 1/ DAY 1/WK I/WK 1/NK I/WK 1/WK I/WK 1 .

. 2 3 0. _,

4 5

6 7

8 9

10 12 _.;

13 14 15 .

16

-17 0.

18 ' '

19 20 21 22 23 ~

24 0.

25 -

26 27 '

28 29 30 0.

AVG NO DISCHARGE --

S

ALABAMA P0 DER COMPANY FARLEY NUCLEAR Porter PLANT AL-00246I9 OCTOBER. I 9 /9 DISCHARGE 008's METAL CLEANING NASTES DATE FLod pH TSS 0 & G PHOSPHATE CU FE AVG 6-9 30 15 1.0 1.0 1.0 MAX 6-9 100 20 1.0 1.0 1.0 UNIT MG0 S.U. MG/L MG/L MG/L MG/L MG/L FREQ 1/DAf 1/.1K 1/dK 1/WK 1/WK 1/nK 1/WK I

2 3

4 5 .

6 7

8 0.

9 10 Il 12 13

• 14 IS 0.

16 17 -

18 '

19 20 21 22 0.

23 24 25 26 2/

28 29 0.

30 31 AVG NO DISCHARGE

ALAB AM A Polf ER COMP ANY FARLEY NUCLEAR POWER PLA.fr AL-OO24619 NOVE48ER, 1979 DISCHARGE 008 : METAL CLEANING WASTES DATE FLon pH TSS 0 & G PHOSPHATE CU FE AVG 6-9 30 15 1.0 1.0 1.0 MAX -- 6-9 100 20 1.0 1.O I.O UNIT MGD S.U. , MG/L MG/L MG/L MG/L MG/L FREQ I/ DAY I/dK 1/wK 1/itK I /.1K I/dK 1/dK 1 0. ,

2 3

4 5 O.

6 7

8 9

10 11 12 O.

13 14 15 16 -

17 18 19 O.

20 21 22 23 24 25 26 O. .

27 28 29 '

30 0.

AVG NO DISCHARGE

.e

'cJ-

• ALADAMA POWER COMPANY

. /

. FARLEY NUCLEAR P0HER PLAliT AL-0324619 iECEMBER, 19/9 - -

.SCHARGE 008 : METAL CLEANING NASTES '(See Note) ,.

JE FLod pli TSS T PitOS O&G CU FE

.YG 6-9 30 1.0 15 1.0 I.0

AX -

6-9 100 1.0 20 1.0 I.0

!]T MGD S.U. MG/L MG/L MG/L MG/L MG/L

EQ 1/ DAY I/WK 1/WK I/WK 1/WK I/WK ,

1/WK 1 .. '

2 3 0.

4 .

5 '

~

6 .

f ,

8 - -

9 0.5400 /. 84 78. l.750 15 .1 < 0.01 1.15 10 11 12 .

13 .

14 15 .

16

' *~

l7 0.

IB ~

19 .

20 -

• 21 .

22 23 -

24 0. ..

15 . .

26 -

27 28 29 30 .

31 0, sVG 0.1080 I.84 /8. l.750 75.1 < 0.01 . I.15 0

N

a SECTION II CHEMICAL DISCHARGES

~~[

, II-CHEMICAL DISCHARGES In accordance with Section 3.1.1(a)-1 of the Farley Environmental Technical Specifications, the following chemicals, which will be listed in FPC Fonn 67, were used in thit No.1 operations during 1979:

Sulfuric Acid (93%)

Sodium Hydroxide (50%)

Hydrazine (3S%)

Chlorine Amonium Hydroxide Nalsperse 7348 Dispersant

9 SECTION III INSPECTION OF TRANSMISSION LINE RIGHTS-0F-WAY

Inspection of Transmission Line Rights-of-Way I. Introduction The purpose for this surveillance program is to insure that measums relating to the control of erosion and the maintenance of screens along transmission line corridors associated with the Farley Nuclear Plant, as specified in Section 3.1.1(b)-4 of the Farley Environental Technical Specifications, are implemented.

II. Discussion The Farley Snowdoun 500 Kv T.L. was inspected in October,1979, for erosion and highway screening. See attachment for a detail description of the inspection.

Erosion is under contml on all parts of the line. Erosion control repair work performd by divisions has corrected even the most serious problems. Planted grasses and natural veget tion are establishing a good cover crop. This is a final inspectico for reporting to the N.R.C. All further inspections will be perfomed by routine aerial or ground patrol.

Road semens am established where necessary. Some screens have been judged unnecessary due to agricultural and topographical conditions . Such screens will not be maintained. All necessary s creens are under management and are in good conditionr. This is a final inspection for reporting to the N.R.C. All further inspections will occur during the nomal maintenance cycle.

III. Conclusion Erosion is under control on all parts of the line and road semens am established where necessary. This is the final report as required by Section 3.1.1(b)-4.

4 ATTACHMENT

SCllEENING AND EROSION IIm m i10N FAHLEY-SNOWDOUN $C0 El T.L. -

Tower #2 Erosion under control; ground cover establishing natnmily. No further inspection necessay.

Tower E3 Erosion under control; ground cover establishing na+nm117 No further inspection necessary.

Tower #3 to #h Parley Side - Natual screen t*ing over; no planted Station 32+63 pines needed; screen f4114 g in naturally. No fu.%er Alabana Highway 895 inspectio2 necescary.

Tower #7 Erosion u2 der control; g:cund cover establishing naturally. No further inspection necessary. -

' Tower 81h Erosion under centrol; ground cover establinh4ng naturally. No ibrther inspection necessa n . .

Tower #16 to #17 Farley Side - Planted pines and natural screen +*dag Station 215+68.2 over. No further inspection is necessa n.

County Paved Head -

Tower #27 Erosion under control; vegetation slowly establishing ground cover. No ihrther inspection necessary.

Tower 828 Erosion under cont:ol; vegetation slowly establinhi g ground cover. No further inspection necessary.

' Tower #29 Eronien under centrol; vegetation slowly establishing g=ound cover. No further inspection necessary.

Tower #29 to #30 Erosion under centrol; vegetation slowly establishing

~

Sround cover. No further inspection necessa:7 Tower #40 Erosion under control; ground cover establishing naturally. No further inspection necessary.

. Tower gh1 to #h2 Farley Side - Swanp-no screen necessary. No further Station #5hl+77.5 inovection necessary.

County Paved Road Snowdoun Side - Swamp-no screen necessary. No further inspection necessary.

Tower 842 "

Erosion under control; vegetation slowly receeding.

No further incpection necessary.

Tower #h6 to #h7 Snowdoun Side - Planted pines and natural vegetation Station 601+61.5 alowly establichl=g screen. No further incpection Alabana Highway #134 neconoary. ,

Tovar 848 Excellent otand of grano; erocion undor control. No further inopoetion accoccary.

.g

- 2.-

Tower 853 Natural vegetation slowly, establishing ground cover; erosion under control. No further inspection necessary.

Tower 85h Erosion under control; ground cover establishing natum117 No ibrther inspection necessary.

Tower 555 vegetation slowly establishing g:ound cover; erosion under control. No further inspection necessary.

Tower 860 to #61 Farley Side - No screen needed due to cut of road.

Station 788+07.1 No further inspection nee-ssary. ,

County Paved Road -

Tower f61 to !62 Snowdoun Side - Natural screen slowly bei=g established.

Station 790+83 7 No further inspection necessary. .

U.S. Highway #h31 Tower f62 3rosion under control; ground cover establishi=g na+m-al l y. No further inspection necessary.

Tower f63 Erosion under centrol; md cover establinh4 g naturally. No further inspectic.1 necessary. .

Tower #67 Erosion u= der control; g:ound cover estaw14 =h4 g naturally. No further inspection necessary.

Tower #72 Erosion under control; g:ound cover establishing -

natmm11v. No further inspection necessazy. _

Tower #72 to #73 Erosion under centrol; ground cover establishing nahm117 No further inspection necessary.

Tower #73 Erosion under control; g:cund cover establishing naturally. No further inspection necessary.

. Tower 877 to #78 Farley Side - Cultivation; no screen possible. No Station #1006+09.4 further inspection necesca:7 Snowdoun Side - Cultivation; no screen possible. Ho -'

further inspection necessa:y.

Tover 891 Erosion under control; ground cover establishing na+m-2117 No further inspection necessary.

Tower 891 to 892 Eresion under control; ground cover establinhi"g naturally. No further inspection necessary.

Tower 893 Erosion under cent:ol; ground cover establiehing naturally. No further inspection necessary.

Tower #97 to 898 Erosion under control; ground cover establishing naturally. No further inspection necessary.

Tower #105 to #106 Erosion under control; ground cover establich.ng naturally. No it--thor inspection necessary.

Tower #109 Erosion under control; ground cover establiching naturally. lu) further inspection necessa:y.

A -~ - .~ - -. .. . ,

Tower fill Erosion under control; ground cover establishir.g naturally. No further inspection necessa 7 Tower 8112 Erosion under control; g:cund cover establishing natu- W . No further inspection necessary.

Tower #116 Erosion under control; ground cover establishing naturally. No ihrther inspection necessary.

Tower #118 Erosion under control; ground cover establishing naturally. No 1E % r inspection necessa n.

Tower #119 Erosion under cont:ol; ground cover establishing naturally. No itrther inspection necessa n .

Tower 8120 Erosion under control; ground cover establishing naturally. No further inspection necessa n.

Tower #121 Erosion under cont:ol; ground cover establishi=g naturally. No further inspection necessary.

Tower #125 to #128 Erosion under control; g:cu=d cover estab11ah4 5 nathm177 No further inspection necessa q . ,-

Tower #128 Erosion under cont:ol; g:cund cover establinh4 g natu W. . No further inspection necessa n.

Tower #129 to #130 Snowdoun Side - Natural screen re-establishing slowly.

Station 1658+6h.3 No further inspection necessary. -

County Paved Road Tower #129 Erosion under control; ground cover slowly establish-ing. No further inspection necessary.

Tower #130 Erosion under cont:ol; ground cover slowly establish-ing. No further inspection necessa n.

Tower #131' -

Erosion under control; ground cover slowly establish-ing. No further inspection necessa n. --

Tower #136 Erosion under control; swund cover slowly establish-ing. No further inspe.: tion necessar; .

Tower #136 to #137 Parley Side - Natura' screen +*4rg over. No ihrther Station 1736+66.h inspection necessa g.

County Paved Road Tower #1h7 to #1h8 Snowdoun Side - Natural screen slowly taking over.

Station 1871+59.9 No further inspectica necessary.

County Paved Road Tower #1h9 to #150 Snowdoun Side - No screen recoc= ended due to increase Station 1903+02 in elevation. No further inspection necessary.

County Paved Road -

O D

t

,A -.

-u-

o Tower #158 te #159

• Farley Side - Pasture; no screen possible. No further Station 2012+8h.5 inspection necessary.

County Paved Road Snowdoun Side - Pasture; no screen possible. No further inspection necessary.

h wer 8162 to #163 Farley Side - Cultivated ' field; no screen possible.

Station 2075+57 8 No further inspection necessa n.

County Paved Road Snowdoun Side - Ne screen reco=nended; increase in elevation. No further inspection necessa n.

Tower 8166

• Erosion under control; ground cover establishing -

naturally. No iW ther inspection necessary.

Tower #170 Excellent stand of grass; erorion under control. No 1\trther inspection necessary.

Tower #180 Erosion under control; natural vegetation establishing ground cover. No further inspection necessan.

Tower #182 to #183 Farley Side - Cultivation; no screen possible- No Station 2331+03 6 .htrther inspection necessary.

Snowdoun Side - No screen necessary; increase in elevation. No further inspection necessan. ,,,

Tower #192 to #193 Farley Side - Pasture; no screen possible. No farther --

Station 2h61+615 inspection necessa:.y.

Ainb -n' Highway #10 Snowdoun Side - No semen necessary; increase in elevation. No further inspection necessa n .

Tower #199 to #200 Parley Side - Pasture; nn screen possible. No further Etation 2563+00 inspection necessary.

Co: .ty Paved Road Snowdoun Side - Pasture; no screen possible. No ,

, . further inspection necessary.

Tower 8200 Erosion under control; natural vegetation establishing _,

cover. No further inspection necessary.

. Tower #200 to #201 Erosion under control; natural vegetation establishing cover. No further inspection necessary.

Tower #201 Erosion under control; natural vegetation establishirg cover. No further inspection necessary.

Tower #201 to #202 Erosion under contzol; natural vegetation establishing

. cover. No further inspection necessary.

Tower #202 Erosion under control; natural vegetation establishing cover. No further inspection necessary.

Tower 82014 Erosion under control; natural vcgotation establishing cover. No further inspection neccesary.

Tower #205 Erocion under control; natural vegetation establiching covor. No further inspection nececoary.

% a W

_5 .

Tower 8210 to #211 Erosion under control; natural vegetation establishing cover. No further inspection neccesarf."

Tower #215 Erosion under control; natural vegetation establishing cover. No further inspection necessary.

1.

., V

. Tower 8229 Erosion under control; natural vegetation establishing ground cover. No further inspection necessary.

S'over #230 Erosion under control; natural vegetation establishing ground cover. No further inspection necessary.

Tower #238 to #239 Farley Side - Cultivation; no screen possible. No Station 3060+36.7 further inspection necessary.

U.S. Highway #29 Snowdoun Side - Cultivatien; no screen possible. No further inspection necessary.

Station #306h470.h Farley Side - No screen possible due to highway righ,t County Paved Road of way. No further inspection necessary.

Snowdoun Side - Screen established. No further

. inspection necessary.

~

Tower #2h1 Erosion under control; ground cover is bei=g established.

Ro further inspection necessarf. - -

Tower 82h2 Erosion under control; ground cover is bei=g established.

No further inspection necessary.

Tower #2h5 -

Erosion under centrol; ground cover in being established.

No further inspection necessarf.

. Tower #251 to #252 Parley Side - Increase in elevation; no screen Station 3239+02.8 reco=nended. No further inspection necessary.

Alnhn-n Highway #223 Snowdoun Side - Increase in elevstion; no screen ,

recomnended. No further inspection necessarf.

Tower #261 Erosion mader control; ground cover is being established by natural vegetation. No 1E % er inspection necessary.

Tower 8263 Erosion under control; ground cover is being established by natural vegetation. No further inspection necessarf.

Tower 8265 to #266 Erosion under control; ground cover is being establiched by natural ve6etation. No 1E-ther inspection necescarf.

'e 9

- 9 9

0 0

, - . - 4-

Site stabili:cd. Naturni vegetation gradually Tower #277 No further inspection necessary.

' reseeding.

Tower #279 Repair work and resceding performed in 1978 has stabilized crosion problems. No further inspection necessary. .

Tower #280 Site stabilized. Naturni vegetation gradually

'resceding. No further inspection necessary.

Snowdoun side - No screen needed. No corridor Tower #299 to #300 No further in-offect due to hilly terrain.

-(Screens) -

. spection necessary.

Tower #304 to #305 Excellent stand of grass established on con-struction road. No further inspection *

- necessary.

Tower #311 to #312 Access road reseeding naturally. Site under control. No further inspection necessary.

' Parley side - Naturni screen developing. No Tower #311 to #312

,(Screens) further inspection necessary.

• Snowdoun side - Natural screen developing.

No further inspection necessary.

Tower.#312 to #313 ,

Screen not possible due to tower site. No (Screens) further inspection necessary.

Access road resceding naturally. site under Tower #315 to #316

- control. No further inspection necessary.

Tower #320 to #321 Exec 11cnt stand of grass resceding in borrow pit and on access road. No further inspection necessary.

Tower #322 to #323 Exec 11cnt stand of grass in front of gate.

No further inspection necessary.

1 7-Tower #323 Excellent stand of grass on road. No further inspection necessary.

Tower #330 Site stabilised. Natural vegetation gradually ecsecding. No further inspection necessary.

Tower #331

• Site stabilised. Natural vegetation gradually resceding. No further inspection necessary.

Tower #338 Site stabilized. Natural vegetation gradually reseeding. No further inspection necessary.

Tower #339 - #340 Excellent stand of grass on construction road.

No further inspection necessary. .

Tower #352 Excellent stand of grass around tower site.

No further inspection necessary.

Tower #352 to #353 Excelle,nt stand of grass on construction road.

No further inspection necessary.

. Tower #356 to #361 Excellent stand of grass on construction road.

No further inspection necessary.

• W O

4 4

4

_m. wee d , . .*me e=., ' -. -

SECTION IV HERBICIDE APPLICATION ON TRANSMISSION LINE RIGHTS-OF-WAY This Section is submitted to fulfill the mquirement of Section 3.1.1(b)-5 of the Environmental Technical Specifications for Farley Nuclear P~f ant.

Note: No herbicides were applied during the 1979 calendar year

SECTION V MISCELLANEOUS REPORTS As required by Section 5.6. la. , Part A Note: These reports wem sent to EPA and/or AWIC as requimd by NPDES Permit.

I A1.ADAMA POWER COMPANY

- 600 NORTH 187H STR E CT - P. O. Dos 2641 emuincanu. ausau4 nm - non u>ma

. IApril 4,1979 -

Mr. Robert W. Ruch, Chief [.

. . AL/MS Compliance Group -

~

Water Enforcement Branch

,. ; U. S. Envi onmental Protection Agency .

345 Courtland Street, N. E. .

.* , Atlanta, Georgia 30309, -

Dear Mr. Ruch:

. .Re: Farley Nuc1 ear P1 ant s HPDES Permit No. . AL- 0024619 .

.c .

In accordance with Part II.'A.2 of the referenced pennit, we are submitting a non -:mpliance that occurred as indicated by analysis 29, 1979, for the sewage treatment plant effluent

- p(erformed on MarchDischarge Point 007). Analysis of the effluent showed a BOD of 50 m .

Recently, Farley Nuclear Plant had a temporary increase in

.the number of employees because of refueling operations. This increase in the number of personnel resulted in a waste water flow increase which

-.- caused the treatment facility to exceed its capacity. This is a

. temporary problem which should correct itself after the temporary

. employees leave the site on May 10, 1979. .

~

If you h' ave any questions, please contact me. -

• You ery truly,

, }p erry Arno d, Manager Environmen and Research Services TGA/Dy cc: Alabama Water Improvement Cornnission I

• ~

HELPlNO DEVELO P ALAD AM A

' ~

( (

f. ALABAMA POWER COMPANY 400 NORTM te T M STRE C T - P. O. Go a 25 41 mama.cmw. w4= smi - con m un Ap,ril 20.1979 Mr. Robert W. Ruch, Chief '

AL/MS Compliance Group .

Water Enforecmer:t Branch U. S. Environmental Protection Agency 345 Courtland Street, N. E. .

Atlanta. Georgia 30309

Dear Mr. Ruch:

i .

Re: Farley Nuclear Plant ~

NPDES Pemit No. AL 0024619 In accordance with Part II.A.2 of the referenced pemit, we are submitting -the non-ccmpliances that occurred as indicated by the analyses of the sewage treatment plant effluent (Discharge Point 007).

The analyses of the effluent gave the following:

._ Date Parameter Value (mg/1) ,

April 12,1979 TSS 845 April 17,1979 BOD 118 As indicated by my letter, dated April 4,1979, Farley Nuclear Plant has had a temporary increase in the number of employees because of refueling operations. This increase in the number of personnel has resulted in a waste water flow increase which has caused the treatment facility to exceed its capacity. This is a temporary problem which should correct itself after the temporary employees leave the site.

~

If you have any questions, please contact me. _.

Yours very truly, crry G, no d, Manager

..Environmentay' Research Services TGA/Dy ,

cc: Alabama Water Improvement Commission ll CL Pi N G DcVcL oP A L A D A M A

v' ..

A1.ABAMA POWER COMPANY 400 NORTH ISTH STR E ET - 88, o. Oos 2541 seauincHM. A&A8 m A MM - (m) 2.u4 August 28, 1979

~

Mr. Robhrt W. Ruch, Chief ,

AL/MS compliance Group - ' -

Water Enforceacat Branch . .1 U.S. Environ = ental Protection Agency "

345 Courtland Street, N.E. -

Atlanta, Georgia 30309 .

Dear lir. Ruch:

Farley Nuclear Plant ,

NPDES Permit No. AL 0024619 '

.l In accordance with Part II.A.2 of the referenced permit, we are .I submitting a conce=pliance report for the sewage creat=ent plant effluent

.(Discharge Point 007). The analysis of the ef fluent on August 22, 1979, gave a total suspended solids concentration on 104 MG/L.

Utis noncocpliance was caused by the outage of the surge tank air lif t blower. With this blower out of service, the surge tank could no longer serve as a buffer during periods of high flow. During these periods of high flow, the treatment facility would temporarily have its flow capa-city exceeded. A new blower should be in operation by August 29, 1979.

If you have any questions, please contact me. -

Yours truly, i l

A G/ , Manager Environmen and Research Services M /j '

cet Alabama Water improvement Commission r

l r

b b

P h

i I

. r e

HELPlN Q DEYEL0P ALA 8 AM A C -- .. _ ,

l

- ~- '-

--.v.--. _ _ , . _ - __ _ _ . _ _ _ __ __

i

>< 3 ALADAMA POWER COMPANY 500 NORT H 187H STRE ET - P. O. Don 2641 StRMINGHAM. ALADAMA 35291 - (2051 323-5341 January 10, 1980 Mr. James W. Warr, Chief -

Alabama Water Improvement Commission Perry Hill Office Park 3815 Interstate Court Montgonary, Alabama 36109

Dear Mr. Warr:

Re: Farley Nuclear P1rn NPDES Permit No. lo. 0024619 In accordance with Part II.A.2 of the referenced permit, we are submitting a report on a non-compliance that occurred as indicated ,

by an analysis performed on January 3,1980, for the steam generator blowdown (discharge point 003). Analysis of the effluent showed an i ron concentration of 1.8 mg/1.

-The plant is continuing to recover from the extended outage which ended November 5,1979. During the first sixteen days of December, the ur.it underwent various tests and experienced equipment

- f ailuras which resulted in a number of power escalations and reductions.

These unusual operating conditions are apparently the cause of this .

violation.

The iron' concentration has dropped from 5.4 mg/l for the November sample to 1.8 mg/l for the December sample. The iron concentrations should continue to drop as the unit continues to recover from the extended outage.

Yours v truly, O M g ~

Env , nment nd Research Services FVB/y -

HEL P1 N'G D EVCL0P ALA D A M A .

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