ML20104A206

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Monthly Rept 65 for Nov 1978,Thermal & Biological Monitoring Programs
ML20104A206
Person / Time
Site: Peach Bottom  Constellation icon.png
Issue date: 11/30/1978
From:
PECO ENERGY CO., (FORMERLY PHILADELPHIA ELECTRIC
To:
Shared Package
ML20104A204 List:
References
NUDOCS 7903020349
Download: ML20104A206 (10)
v • d • e


Text

.

MONTHLY REPORT NO. 65 FOR' NOVEMBER, 1978 THERMAL AND BIOLOGICAL MONITORING PROGRAMS l

PEACH BOTTOM ATOMIC POWER STATION UNITS NO. 2 AND 3 The operation.of PBAPS during the month of November, 1978 was well withih all applicable thermal criteria.

The monthly mean delta T temperature (714 hourly readings) for the state line minus S2 location was 2.90*F higher than the mean of the preoperational experience.

The 5'F delta T above ambient criteria at the state line was not exceeded on an hourly basis due to plant operation.

The daily river flows as measured at Holtwood Hydro-electric Station and the daily generation at PBAPS in thermal megawatts for the reporting period are presented in Table 1.

Table 2 summarizes the hourly Conowingo Pond temperatures and Table 3 shows the impact hours above the November confidence limits.

Figure 1 shows the instrument and survey locations.

Figures 2,'3, 4, and 5'are isotherm plots, which include three (3) horizontal sections of boat surveys made during the November recording period.

Boat survey information is tabulated in Table 4.

Surveys for this period were started at the north end of Conowingo Pond.

The delta T at the state line indicated on the isotherms is calculated by' subtracting the Holtwood Dam temperature and the hourly confidence Limit (applicable to the mid-survey time) from the state line temperature.

This delta T can be interpreted as being caused by PBAPS since ambient hourly variations at the state line have been considered.

'Tr

[h Although the isotherm plots do not cover the entire reporting period on a daily, hour by hour basis and cannot be used as a continuous. indication of temperature variation, they do represent a fair treatment of typical plume charac-teristics.

In addition, they may also be used as an empirical tool in estimating probable plume patterns in advance of certain natural and plant operating conditionc.

/

7903020~5 4 o

e TABLE 1

(

,f i'

HOLTh000 D AIL Y FLOWS (CFS) ANC DAILY THERPAL MEGAW AT15-NOV 1978 065

-Y E AR MONTH DA Y HW_ FLOW Pw_ THERM l'

7'8 11 1

198 CO 6572 2

.78 11 2

19200 6573 3

78 11 3

16400 6564 4

78 11 4

12200 6570 5

78 11 5

13800 6570 6

78 11 6

13500 4907.

7 78 11 7

12600 4198 8

78 11 8

12400 5273 9

78 11 9

11400 6552 10 78 11 10 12500 6417 11 78 11 11 12400 5646 12 78 11

. 12 11100 6261 13 78 11 13 12300-

_ 6474 :

14 78~

11 14

.1 C300 4148 -

15 78 11 15 1C600 5559^ -

16 78 11 16 1C200 6255.

17 78 11

_; 17 5300 6255--

18 78 11 18 94 CO.

4376-19 78 11

- 19 89 00 6351 -

20 78 11 20

. 319 CO 6552 21 78 11.

- 21

.. 138 CO 6571.~ 2 22 78 11

. _-- ; 2 2 1.c.11700 64 69.ri..

23 78 11 23 15700 5570 24 78 11 24 '

15000 562653I.

26 78 11 26

, 15100 6225 25 78

.11 25 15000 5082 27 78 11 27 16000 6162 28 78 11 28 16100 6543-29 78 11 29 16000 7061 30 78 11 30 16900 6528 6

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TABLE 2

SUMMARY

OF NCORLY CONGWINGO POND ATEA TE PPER AT u GE S -f4Gv,19 7e vaRIAeLE

.N NEAN STANDAnL M 1 hlMuM P.4 A IN LM

~

DEVlaTICN vALuE VALuE bd_FLCh 720 13583.33 28be.5J o9 LO.v0 19600.00 MW_THEAM 72 L 5997.00 770.81 414o.00 7.61.C0 52 71%

1).70 1.63 5.is 13.5v 513 71e 12.3 7 1.67 7.3 J 15.00 S134 715 12.00 1.91 o.a.

13.1.

530 716 13.79 2.09 5.o0 13.50 53.8 719 20.55 2.32 13.ov 24.4; 532 71c lo.13 2.1o 12.10

21. 5 '>

D13_2 714 1.66 0.70

-0.30 3.5v D13_13A 715 3.37 0.23 v.3 0 1.3,

031.30 71E 9.76 1.39 5.1 L 11.50 032_30 715 7.34 1.02 4.10 9 63 031_32 71o 2.44 1.02

-2.du 4.9 5135 71e 12.37 1.67 7.5 v 15.00

- 05135_S2 714 1.o6 0.70

-0.30 3.5v 1

Definitione are se follows:

N'- Number of Observacions during the month S - Thermograph Station (e.g., $2 is therzog epn.Statich 2) *

(TIMPERATURES ARE Di MCREES CZNTICRALE)

D - Difference in temperature of the two stations (e.g. D13-2 is the temperature at Station 13 minus the camperature at

{

Scacion 2, in degrees Centigrade)

W. Flow - Holewood Flow in CFS W_ Thera - Total Therma l Output of PBAFS in Megawatts

v

-4 TAh!.E 3 PuAP5 IMP ACI lillDRS ArtlVL HQWE NDE R 'CHNf'80LNC L LlHR IS Bib 5 it Ah HilHill DAY ll0UR 52 5131 DI).2 ilW FLOW HW.IlllRH SIAIUS CLl3_2 lAl3.2 IMP 13.2 1

73 Il 11 3

S.D F.2

1. 4 -

23600 l'R L. UP I.3 0.1 0.18 7

73 Il 11 4

5.8 F.3 1.5 23800 l'R L.UP 1.4 0.4 0 18 3

73 18 Il 13 5.9 7.5 I.6 23800 PRE _HP 1.$

0.1 0.18

?

4 There were no hourly exceptions in November.1978 Definitionea S

= h m ogra g D

= Delta T (0 )

IlWflat

- lloltvood Dolly River Flow (CFS)

MdTHERM = Daily hmal Genergtion of PilAPS (Megawatts)

CL

= Confidence g(C )

it (C )

BI

= Excepilone IMP

= Impact (F*)

b f

.L 6

' 4

f-TABLE 4 BOATSURVEYINFORMAT[0N' SURVEY DATE 11/6/78 11/14/78 11/21/78 11/28/78 TIME:

Surysy Start (EST) 945 0920 1105 1042 State Line (EST) 1048 1027 1410 1330 Surysy Finish (EST) 1215 1145-1530 1520

~

HYDRAULIC DATA:

Psud Elevation Start (Ft.)

107.95 107.6 107.7 106.98 Pcad. Elevation Finish (Ft.)

107.93 107.8 108.6 107.20 N:tural Flow (24 hour2.777778e-4 days <br />0.00667 hours <br />3.968254e-5 weeks <br />9.132e-6 months <br /> ave., CFS) 11950.

9075 17875 16275 11500 9200 12800 15000 C:nowingo Inflow (24 hrs. ave., CFS)

Crnowingo Dan Draft (24 hr. ave., CFS) 15600 13475 18,875 22450 PBAPS Power Output:

Unit 2: Thermal (MW) 3283 1227 3282-3256 Electrical (MW) 1050 181

-1054 1050 g

Unit 3: Thermal (MW) 1624

- 2921 3289 3286 Electrical (MW) 507 897 1037 1042

' METEOROLOGICAL DATA:

[

i Time (EST)

- 0940 (..

7 ~0905'

~

~~44 38 1100 1020 i

. Air TI.mperature (*F)

~. - ' v 54'

~ ~ ' 60 *

~

Rsictive Humidity (%)

62'

~ 66 68 89

~

Precipitation (24 hour2.777778e-4 days <br />0.00667 hours <br />3.968254e-5 weeks <br />9.132e-6 months <br /> total, in)

-~0,

~ ;01 0

.04 Wind Speed (mph).

~ ~ ~~ ~~ 2,

~~ 10

. Partly Full C1tud Over

~ Full'

~

3-5 2-4 Location:

Sta.~7

~ Hazy '

Sta.'7 Sta. 7 Sta. 7 Wind Direction

~ SE ~

S N

SW r

WATER TEMPERATURE (THERM 0 GRAPH)

]{~

' ~l ~

l Dnily Mean: Station 2* (*F) 12!4(54.3)~ 11.3(52.5) 10.5(50.9) 7.5(45.4) i Mid Survey: Station 2* (*F) 12.3(54.1) 11.3(52.5) 10.5 (50.9) 7.5(45.4)

WATER TEMPERATURE (SURVET)

PBAPS Discharge

  • C, (*F) 18.8(65.8) 16.1(61.0) 17.5(63.5) 14.0(57.2)

Intake

'C, (*F) 12.9(55.2)_

11.1(52.0) 10.66(51.2) 6.4(43.5) eT

'C, (*F) 5.9(10.6) 5.0(9.0) 6.84(12.3) 7.6(13.7) l Pond Surface Max.

  • C, (*F)

.19.6(67.3) 16.2(61.2) 17.7(68.9) 14.4(57.9)

Min.

'C, (*F) 12.1(53.8) 10.9(51.6) 10.1(50.2) 5.7(42.3)

-Prod Bottom Max.

'C, (*F) 17.5(63.5) 15.8(60.4) 17.1(62.8) 14.8(58.6)

Min.

  • C, (*F) 11.8(53.2) 10.9(51.6) 10.1(50.2) 5.9(41.9)

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@3. cf C.W. Pumps Operating 4

4 6

6 p

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3

Wo. cf Cooling Towers Operating l

0 Stction 2 is located approximately 1 mile upstream of PBAPS.

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