Text

1979 Annual Environ Operating Rept for Ets,App B
	ML19322E881
Person / Time
Site:	Oyster Creek
Issue date:	03/31/1980
From:	; JERSEY CENTRAL POWER & LIGHT CO.
To:	;
Shared Package
ML19322E880	List: ML19322E879; ML19322E881;
References
	NUDOCS 8004020386
	Download: ML19322E881 (183)
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OYSTER CREEK l

NUCLEAR GENERATING STATION t

1979 ANNUAL ENVIRCNMENTAL CPERATING REPORT for the OYSTER CREEK ENVIRCNMENTAL TECHNICAL SPECIFICATIONS APPENDIX S 1

DCCKET NO. 50-219 MARC 4 1980 l

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i TABLE OF CONTENTS i

SECTIC3 TITLE PAGE NUMBER LIST OF TABLES iii LIST OF FIGURES iv 1.0 INTRODUCTICN 1

2.0 LIMITING CCNDITIONS FOR OPERATION 2

2.1 Maximum AT Between the Circulating 2

Water Intake and Discharge 2.2 Maximum AT Between the Circulating 2

Water Intake and Discharge During Pump or Intake Ccunponent Failure 2.3 Maximum Discharge Temperature 4

2.4 Use of Dilution Pumps 5

2.5 Rate of Change of Discharge Canal 6

Temperatures 3.0 ENVIRONMENTAL MONI'IORING 14 3.1 Abiotic-Aquatic 14 3.2 Biotic -Aquatic 14 3.3 Onsite Meteorological Monitoring 14 4.0 SPECIAL MONI'IORING AND STUDY ACTIVITIES 15 4.1 Woodborer Monitoring Program 15 4.2 Thermal Plume Measurement Program 16 4.2.1 Introduction 16 4.2.2 Methods 17 4.2.3

'Ibermal plume results 17 4.2.3.1 May 2, 1979 17 4.2.3.2 June 21, 1979 18 4.2.3.3 July 31, 1979 18 4.2.3.4 September 20, 1979 18 4.2.3.5 October 22, 1979 19 4.2.3.6 October 31, 1979 19 4.2.3.7 November 1, 1979 19 4.2.3.8 December 11, 1979 20 4.2.4 Discussion 20 4.2.4.1 Shape codes 20 4.2.4.2 Recirculation of heated water 21 4.2.4.3 Surface and Cross-Sectional Extent 21 4.2.5 Summary 21 4.2.6 References 22 4.2.7 Attachments 30 4.3 Hydrographic Sttx3y 122 4.3.1 Introduction 122 4.3.2 Methods 122 A.

Station locations 122 B.

Field Instruments and 'Ibchniques 122 C.

Data Reduction 122 4.3.3 Data analysis and discussion 123 4.3.4 conclusion 124 l

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..b 4 3.5 Attachrr.ents 167 1A 168 1B 169 1C 170 13 171 2

172 l

4.4 "hemical Inventory 173 4.5 Unusual er Impcrtant Enviremental Events 178 5.0 ATITIO!!AL I!!?CRMATIO:1 179 5.1 Sum: cry of OCETS Hencanpliances 179 5.2 Sumary of Ganges Made to Federal and 182 State Permits ard Certificates 'which Pertain to the Requirements of the OCETS 5.3 Sumary of manges in station Design 182 Which could Involve Environnental Impact 5.4 Stana y of Charges to the OCETS 183 ii l

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LIST OF TABLES TAB *_E T:T'_E PAGE 2-1 Sumry of Discharge Tcaporature Cata 7

4-1 Dates of Taermal Plune Measurements and 23 OCNGS Outages in 1979.

4-2 Meteorological Conditions, Tide, and 24 Crew During hennal Plune Measurenents in 1979.

4-3 CC! LGS Operating Conditions During Thermal 25 Plune Measurements in 1979.

4-4 Shape Codes for the 1979 Thermal Plunes 26 Measured in the Vicinity of OCtGS 4-5 Surface Extent of 1979 Thermal Plunes in 27 Barnegat Bay 4-6 Chenicals Used 176 4-7 Chemical Discharge Frequency 177 M

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LIST OF FIGURES FIGURE TITLE PAGE 4-1 Map of OCNGS and Adjacent Waterways 28 4-2 Oyster Creek Plume Shapes 29 4-3 Oyster Creek Section 1+0 125 O ster Creek Section 3+0 126 4-4 f

4-5 Oyster Creek Section 6+0 127 i

4-6 Oyster Creek Section 9+0 128 4-7 Oyster Creek Section 12 + 0 129 4-8 Oyster Creek Section 15 + 0 130 i

4-9 Oyster Creek Section 18 + 0 131 4-10 Oyster Creek Section 21 + 0 132 3

4-11 Oyster Creek Section 23 + 0 133 4-12 Oyster Creek Section 24 + 0 134 4-13 Oyster Creek Section 25 + 0 135 4-14 Oyster Creek Section 26 + 0 136 4-15 Oyster Creek Section 28 + 0 137 4-16 Oyster Creek Section 31 + 0 138 4-17 Oyster Creek Section 34 + 0 139 4-18 Oyster Creek Section 37 + 0 140 4-19 Oyster Creek Section 40 + 0 141 4-20 Oyster Creek Section 43 + 0 142 4-21 Oyster Creek Section 46 + 0 143 4-22 Oyster Creek Section 49 + 0 144 4-23 Oyster Creek Section 52 + 0 145 4-24 Oyster Creek Section 53 + 0 146 4-25 Oyster Creek Section 55 + 0 147 4-26 Oyster Creek Section 58 + 0 148 4-27 Oyster Creek Section 61 + 0 149 4-28 Oyster Creek Section 63 + 0 150 4-29 Oyster Creek Section 64 + 0 151 4-30 Oyster Creek Section 67 + 0 152 4-31 Oyster Creek Section 69 + 0 153 4-32 Oyster Creek Section 70 + 0 154 4-33 Oyster Creek Section 73 + 0 155 4-34 Oyster Creek Section 76 + 0 156

~ 4-35 Oyster Creek Section 78 + 0 157 4-36 Oyster Creek Section 80 + 0 158 4-37 Oyster Creek Section 81 + 65.82 159 4-38 Nster Creek Section 83 + 50 160 4-39 dyster Creek Section 84 + 50 161 4-40 Oyster Creek Section 85 + 50 162 4-41 Oyater Creek Section 88 + 0 163 4-42 Oyster Creek Section 91 + 0 164 4-43 Oyster Creek Section 94 + 0 165 4-44 Oyster Creek Lagoons 166 iv

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1.0 INTFCDUCTIC:!

3 This dccument is the Annual Envircr.nental Operatirs Feport ( AEOR) for 1979 fcr the Oyster Creek Nuclear Generating Station (CC!;GS) and is submitted in accordance witn Section 5.6.1 of the Cyster Creek Environmental Technical Specifications (OCI~S).

CC!CS is a single cycle, forced circulation, boiling light water reactor f

of 620 lfde maximun (summer) dependable net capability, owned and operated by 0

Jersey Central Power & Light Company and located in Lacey Township, Ocean County, New Jersey. The plant is subject to a Provisional Operating License No.

DPR-16 pursuant to Docket No. 50-219. The date of initial reactor criticality was May 3,1969 and comercial generation of power began on December 23, 1969.

q The 0CETS became effective on June 6,1979, thus this is the first i

annual report and covers only the period from June 6,1979 thrctsh December 31, 1979.

Future annual reports will cover the entire calendar year for which the reports are submitted.

The report is on;anized such that Sections 2.0, 3.0, and 4.0 correspond to those same sections in the CCETS.

However, due to differences in the required reporting dates of various studies conducted in accordance with the OCETS, reports of those studies have been or will be submitted under separate cover and, therefore, are not duplicated in this report. In each of these instances, a confirmation of the filing of the required reports is provided in the appropriate sections of the AEOR. All data which are othe-wise required to be subnitted in the AEOR are incitzied in this report.

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i 2.0 LIMITING CONDITIONS FOR OPERATION This section of the AEOR reports on the data gathered from the monitoring of each limiting condition for operation (ICO).

2.1 Maximum AT Between the Circulating Water Intake and Discharge If0 2.1.1 requires that the maximum difference in temperature ( A T) between the circulating water intake and discharge not exceed 23 *F during normal operation which, for the purposes of this If0, means that all four circulating water intake pumps are operating (operation with less than all four circulating water pumps is covered in Section 2.2).

If this temperature difference is exceeded, corrective action must be taken unless an " emergency need for power" exists as defined by the OCETS.

At no time during the reporting period did the OCNGS exceed its limit of 230F for AT with all four circulatire water pumps in operation.

Werefore, the OCNGS was complied with ICO 2.1.1.

As shown in Table 2-1, Sumnary of Discharge Temperature Data, the 0

2 exceeded 23 F on four days during the reporting period:

September 1, December 17, December 18 and December 21. However, in each instance, fewer than four circulating water pumps were in operation and, therefore, LC02.1.2 was in effect.

Information regarding ICO 2.1.2 and these four occurrences is given in Section 2.2.

For this LCO, as well as the remaining ones in Section 2.0, the data recovery rate satisfied the requirements'of the OCETS.

2.2 Maximum AT Between the Circulating Water Intake and Discharge During Pump or Intake Component Failure or Outage LCO 2.1.2 requires that the OCNGS operate within specified limits for 6 T when less than all four circulating water intake pumps are operating. Specification 2.1.2.1 requires that the

& not exceed 23"F for more than 48 consecutive hours due to preventive maintenance or inspection of the pumps. Specification 2.1.2.2 requires that the AT not exceed 21 F for more than 14 consecutive days due to pump failure, corrective maintenance or intake component failure. Specification 2.1.2.3 requires that at ro time shall the AT exceed 33 0F.

Finally, Specification 2.1.2.4 directs that corrective action be taken if either of the first two specifications are exceeded, unless an emergency need for power exists.

At no time during the reporting period did the AT exceed 230F ( se to preventive maintenance or inspections of the circulating water pu~

nor was the

& limit exceeded for more than 14 consecutive days for reasons of pump failure, corrective maintenance or failure of intake components.

Therefore, the OCNGS complied with Specifications 2.1.2.1 and 2.1.2.2.

%e OCNGS also complied with Specification 2.1.2.3 as the A T never exceeded 33 F.

tere were four instances where the AT did exceed 23 F, however.

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'Ihese incidents are discussed below.

The maximum A T recorded during the reporting period was 26.8'F, which occurred on both December 17 and 18 as part of a pump trip that spanned a portion of both days.

On December 17, one of the four circulating water pumps tripped out-of-service at 1908 hours0.0221 days 0.53 hours 0.00315 weeks 7.25994e-4 months , but was restarted at 2157 hours0.025 days 0.599 hours 0.00357 weeks 8.207385e-4 months . 'Ihe same pump tripped off again at 2208 hours0.0256 days 0.613 hours 0.00365 weeks 8.40144e-4 months , and remained out-of-service until 0625 hours0.00723 days 0.174 hours 0.00103 weeks 2.378125e-4 months on December 18. The cause of the trips was loss of suction due to high pressure differential across the intake screens.

Of the 11 hours1.273148e-4 days 0.00306 hours 1.818783e-5 weeks 4.1855e-6 months and 6 minutes that the pump was out-of-service, the a T exceeded 23'F for approximately 11 hours1.273148e-4 days 0.00306 hours 1.818783e-5 weeks 4.1855e-6 months connencing a few minutes after the pump shut off and continuing until a few minutes after puup restart.

AA T of 26.0'F occurred on December 21, when one of the circulating water pumps was taken out-of-service due to operational problems with the intake screen system.

The pump was out-of-service for approximately 6 hours6.944444e-5 days 0.00167 hours 9.920635e-6 weeks 2.283e-6 months , and during this time, thea T exceeded 23'F for virtually the entire period. As with the incident above, the AT increased very shortly af ter the

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pump shut off and returned to normal (below 23'F) shortly after pump restart.

On September 1, a AT of 23.4'F was recorded when one of the circulating water pumps was out-of-service for approximately 20 minutes.

The trip was due to a loss of suction caused by an intake screen malfunction which caused a high pressure differential across the screens.

Again, the AT increased after the loss of the pump, and exceeded 23'F for most of this 20-minute period.

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s te 2.3 Maximum Discharce Temperature LCO 2.1.3 places limits on the station's discharge temperature.

Specification 2.1.3.1 limits the discharge temperature to 106 F when all four circulating water intake pumps are operating. Specification 2.1.3.2 8

allows the discharge temperature limitation to increase to 110 F for up to 14 consecutive days if one or more circulating water pump is inoperative for reasons of pump or intake component failure.

Specification 2.1.3.3 limits the absolute maximum discharge temperature to 110 F.

Specification 2.1.3.4 requires that corrective action be taken if any of these specifications is exceeded, unless an emergency need for power exists.

Specification 2.1.3.1 was exceeded on five days during the reporting period as discussed below. In each case, an emergency need for power existed, se no violation of the OCETS occurred. Since none of these excursicns lasted for more than 14 consecutive days, and since the discharge temperature never exceeded 110'F, the OCNGS complied with Specifications 2.1.3.2 and 2.1.3.3 at all times.

'Ihe discharge temperature exceeded 106.0'F on portions of five days durirg the reporting period: July 25, July 26, July 31, August 2 and August 3 (Table 2-1).

In each case, an emergency need for power existed, thus the OCNGS discharge temperature was permitted to be as high as 110'F, and no violation of Specification 2.1.3.1 occurred.

The highest discharge temperature recorded during the reporting period was 109.5*F, which occurred on August 2.

A Non-Routine Environmental Operating Report (Report Number 50-219f9-1)wasfiledfortheJuly25and26 period. This exceedance of 106.0 F, while permitted by the OCETS, was not detected while it was occurring because the recording device was out of calibratien (see Section 5.1).

The malfunction was promptly corrected. 'Ihe subsequent times at which 106.0'F was exceeded occurred while the recording device was functioning properly.

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2.4 Use of Dilution Pumps LCO 2.1.4 regulates the minimum operation of the station's three dilution pumps. Specification 2.1.4.3 defines the requirements for minimum use of dilution pumps in warm weather. Specifically, when the water temperature as measured at the U. S. Boute 9 bridge crossing of the discharge canal exceeds 87.0* F, one dilution pmp must be started, unless one is already operating. If the temperature continues to exceed 87.0* F for at least two hours, a second dilution pump must be put into operation.

Specification 2.1.4.2 deals with operation of the pumps in cooler weather.

Once the intake water temperature falls below 60.0 F, two dilution pumps must be in operation.

Specification 2.1.4.3 requires that the third dilution pmp be operated within fifteen minutes of such times as an insufficient number of dilution pumps are operable to comply with Specifications 2.1.4.1 and 2.1.4.2. Specification 2.1.4.4 allows the station to operate with fewer dilution pumps than required for up to 14 days if an insufficient number of pumps are available to meet any of the specifications above despite operation of the third pump.

The dilution pump LCO was complied with during the reportirg period except on portions of five days: July 19, August 1, September 5, October 9, and December 28.

Each incident was reported in a separate Non-Routine Environmental Operating Report (Section 5.1; Reports numbered 50-219/79-3,4, 6, 7 and 8) and was a violatim of Specification 2.1.4.3. The lergth of the five violations ranged from 3 to 92 minutes, with the average length being 27 minutes.

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2.5 Rate of Chance of Discharge Canal Temoerature Durina Winter Shutdowns LCO 2.1.5 requires that, in the event of a controlled reactor shutdown with the intake canal temperature below 50.0*F, the two operatir.g dilution pumps be turned off when the first circulating water intake pump is turned off or upon reaching 70% power, whichever comes first.

The remaining circulatirs water intake pumps snall be removed frcm service when it is safe to do so.

There were no controlled reactor shutdowns when the intake water temperature was below 50.0'F during the reporting period. Therefore, no violations of T.CO 2.1.5 occurred.

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TABLE 2-1 SUhNARY OF DISCHARGE TEMPERATURE DATA OYSTER CREEK ENVIRONMENTAL TECHNICAL SPECIFICATIONS 1979 ANNUAL ENVIRONMENTAL OPERATING REPORT MONTH:

June MINDIUM AVERAGE MAXIMUM MAXIMUM a T

_. DAY TEMPERATURE (*F)

TEMPERATURE (*F)

TEMPERARIRE (*F)

(*F) 6 89 92 92 18 7

90 92 95 18.5 8

94 95 99 19 9

95 98,

100 19 10 96 99 101 19 11 93 97 101 19 12 86 91 93 19 83 86 90 92 19

- 88 91 92 19 15 88 92 95 19 16 92 94 97 19

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17 94 95 97 20 18 92 94 96 19 19 90 92 94 19 20 92 94 100 21 21 55 9Z 99 19 22 92 93 96 19

'3 93 95 96 19 24 92 94 95 19 25 90 92 93 19 26 89 92 94 19 27 91 95 99 19 28 94 96 98 19 29 95 97 100 20 30 97 99 100 20 I

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SUhNARY OF DISCHARGE TEMPERAT'JRE DATA OYSTER CREEK ENVIRONMENTAL TECHNICAL SPECIFICATIONS 1979 ANNUAL ENVIRONMENTAL OPERATING REPORT July MONTH:,

MIND!UM AVERAGE MAXIMUM MAXIMUM a T DAY TDfPERATURE (*F)

TEMPERATURE (*F)

(*F) 1 93 96 98 20 2

92 94 98 19.5 3

90 92 94 19 4

93 94 96 19 5

88 90 92 19 6

86 88 90 20 7

85 88 93 20.3 8

87 91 97 21 9

89 93 97 20 10 91 94 96 19.7 11 91 94 98 21 12 90 92 94 20.5 13 87 94 97 20.5 14 83 90 99 19.9 15 90 93 96 17.2 16 95 98 99 19.1 17 95 99 101 18.8 97 99 100 20 90 96 100 19 20 88 95 101 19.6 21 96 98 101 19.6 22 96 99 103 19.9 23 97 99 101 20 24 98 100 102 20 25 98 101 107 20.5 1

26 101 103 1071 20.5 27 100 102 104 20.S 28 l

100 102 105 20.8 29 100 102 104 21 30 99 101 103 21.4 31 101 103 107 21.3 1

IEmargency need for power esisted; maximum allowable iischarge temperature was 110*F.

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TABLE 2-1 (C:ntinuid)

StMMARY OF DISCHARGE TEMPERATURE DATA OYSTER CREEK ENVIRONMENTAL TECHNICAL SPECIFICATIONS 1979 ANNUAL ENVIRONMENTAL OPERATING REPORT MONTH: August MIND 1UM AVERAGE MAXIMUM MAXIMUM L T DAY TEMPERATURE (*F)

TEMPERATURE (*F)

(*F) 1 103 104 105.9 19 109.5{

2 104 107 20 3

104 105 108.2 19 4

104 105 105.7 20 5

104 104 105.9 19 6

102 104 105.2 20 7

101 103 104.1 21 8

100 102 103.4

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9 100 1 01 102.9 20 10 100 104 105.5 21 11 98 102 103.8 21 12 90 94 97.7 20 13 89 90 91.6 20 14 89 91 94.3 20 15 90 92 94.4 20 16 87 90 93.7 20 17 88 90 94.1 19 3

89 91 93.1 20 19 89 91 93.1 19 20 92 93 94.7 19 l

21 93 94 94.7 20 22 91 94 98.5 20 23 94 97 101.1 20 24 98

'01 102.9 20 25 99 101 103.9 19 26 99 100 103.3 20 27 97 102 105.5 20 28 101 102 104.6 20 29 102 104 105.7 20 30 103 104 105.5 20 31 101 102 103.9 20 Emer gency need for power existed; maximum allowable discharge temperature was 110*F.

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i TABLE 2-1 (Continutd)

SUMMARY

OF DISCHARGE TEMPERATURE DATA OYSTER CREEK ENVIRONMENTAL TECILNICAL SPECIFICATIONS 1979 ANNUAL ENVIRONMENTAL CPERATING REPORT MONTH:

September MINIMUM AVERAGE MAXDIUM MAXDIUM d T DAY TEMPERATURE (*F)

TEMPERATURE (*F)

(*F) 1 1

101 103 105.4 23,4 2

102 1 04 105.4 20.5 3

99

~ 101 103.9 20.3 4

98 100 101.2 20.4 5

100 102 103.7 20.8 6

98 102 104.4 20.8 7

95 97 98.3 20.4 8

95 97 97.4 20.1 9

92 93 95.3 20.2 10 93 95 95.9 20.1 11 i

31 90 95.9 20.2 12

}

80 89 94.4 19.6 13 i

91 93 96.4 20.1 14 i

90 97 102.3 20.5 15 l

91 93 94.4 20.0 16 91 93 93.9 20.6 17 73 84 93.9 20.1 o

18 71 75 83.2 9.7 t

19 j

82 85 87.3 15.9 20 84 87 90.5 19.8 21 6

87 89 91.7 19.8 22 l

88 91 93.1 20.3 23 84 86 88.3 19.8 24 79 82 84.3 19.8 25 i

82 83 84.0 19.9 q

26 81 84 85.3 19.6 27 84 84 85.0 19.5 28

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84 86 88.9 19.6 29 86 90 91.3 19.9 30 88 90 92.7 20.2 1

I i

10nly three circulating water pumps were operating. Maximum AT with four operating circulating' water pumps was 22.6*F.

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TABLE 2-1 (Continuad)

SUSBtARY OF DISCHARGE TEMPERATURE DATA OYSTER CREEK ENVIRON > ENTAL TECHNICAL SPECIFICATIONS 1979 ANNUAL ENVIRONMENTAL OPERATING REPORT MONTH: October MINDPJM AVERAGE MAXUtUM MAXIMUM a T DAY TEMPERATURE (*F)

TEMPERATURE (*F)

(*F) 1 87 87 88 19.7 2

85 87 90 20.0 3

88 91 93 19.7 4

87 89 92' 19.7 5

91 92 94 20.3 6

85 88 92 20.0 7

83 86 88 19.6 8

80 81 83 19.7 9

78 82 86 20.0 10 76 78 82 20.5 11 75 76

~7 19.6 12 74 76 60 19.6 13 75 77 78 20.0 14 72 74 75 19.6 15 71 73 77 19.9 16 73 74 76 19.7 7

74 75 77 19.7 68 75 77 78 19.3 l

19 75 78 80 20.0 20 1

77 79 81 18.5 21 I

81 83 86 18.8 22 84 86 88 19.1 23 87 89 91 19.9 24 82 86 90 19.7

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78 79 81 19.4 25 26 73 77 78 19.5 27 73 75 76 19.4 28 73 75 77 19.5 29 72 74 72 20.0 30 71 72 74 22.0 31 70 72 75 20.5 g

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TABLE 2-1 (Continued)

SUBBLARY OF DISCHARGE TEMPERATURE DATA OYSTER CREEK ENVIRONMENTAL TECHNICAL SPECIFICATIONS 1979 ANNUAL ENVIRONMENTAL OPERATING REPORT MONTH: NOVEMBER MINIMUM AVERAGE MAXDIUM MAXDfUM a T 1

DAY TEMPERATURE (*F)

TEMPERATURE (*F)

(*F) 1 71 75 77 20.1 2

74 76 79 20.9 3

75 79 81~

20.8 4

72 74 76 20.4 5

70 72 73 10.5 6

71 72 73 20.5 7

70 70 72 18.8 8

68 70 74 20.4 9

71 72 l

75 20.4 10 74 77 l

79 20.7 e.

11 72 75 I

77 20.2 12 j

72 73 73 20.9 13 71 72 73 21.2 14 69 71 72 22.1 15 67 69 70 21.3 16 l

65 68 69 20.7 l

17 63 66 69 19.8 18 l

64 66 69 20.1 19 64 67 69 20.5 20 La 68 70 20.3 21 67 69 70 20.4 22 69 i

71 73 21.3 23 57 70 77 20.5 24 55 57 58 1.1 25 55 57 59 3.1 26 I

59 69 74 15.0 27 65 71 75 18.7 28 74 77 80 20.3 29 71 i

72 76 20.4 30 66 67 71 20.2 i

i 1

l Station was out of service from 1703 on 11/23 to approximately 0600 on 11/25.

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TABLE 2-1 (Continued)

SU)3tARY OF DISCHARGE TEMPERATURE DATA OYSTER CREEK ENVIRONMENTAL TECHNICAL SPECIFICATIONS 1979 ANNUAL ENVIRONMENTAL OPERATING REPOR7 MONTH:

DECEMBER MINDUM AVERAGE Stu IMUM StuDUM a T DAY TEMPERATURE (*F)

TEMPERATURE (*F)

(*F) 1 63.6 64.9 66.8 20.0 2

62.6 64.2 65.2 20.3 3

59.4 60.5 62.7 20.6 4

58.0 59.6 61.2 20.8 5

57.9 60.2 64.0 20.7 6

63.5 65.2 66.7 20.6 7

63.7 65.7 67.5 20.9 8

61.4 63.3 64.6 20.9 9

59.9 61.3 62.6 20.4 10 l

59.1 61.0 63.0 19.9 11 l

'60.6 63.1 1

66.0 20.9 12 2

64.2 66.8 69.9 20.7 13 63.0 65.0 69.1 20.8 14

{

62.7 63.4 64.4 21.2 15 j

59.8 61.5 63.5 20.5 16 58.8 60.4 62.0 20.7 l

59.3 61.4 64.3 26.81 17 18 1

55.3 57.5 62.7 26.82 19 l

51.7 54.3 56.7 20.5 20 j

51.6 52.7 53.6 20.6 21 53.2 55.6 61.0 26.0 22 54.8 55.6 56.9 20.7 23 35.2 56.4 57.9 20.5 24 i

56.8 37.9 59.8 20.2 25 j

59.2 63.6 66.2 19.8 26 61.0 62.4 65.7 20.3 27 59.0 60.0 61.6 19.9 28 57.0 58.3 60.2 20.6 29 56.1 l

58.0 60.2 19.7 30 53.1 58.1 60.1 19.9 31 56.1 57.7 59.1 20.0 1Only three circulating water pumps were operating. Maximum AT with four operating circulating water pu=ps was 20.7*F.

Only three circulating water pu=ps were operating. Maxi =um aT with four operating circulating

, water pu=ps was 20.5*F.

'Only three circulating water pu=ps were operating.

Maximum T with four operating circulating pumps was 21.1*F.

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9 6

3.C E?iVI?0.BDTA' -C'!ITOPIN3 This section of the AECE cutline: the various envirer.nental.cnitoring programs required to be conducta; by See:icn 3.I cf tne ZETS, anc provices the status of the subission of the reperts ;f 2ese various prograas. Tne reporting requirements of the studies that are current.ly recuired by the ncn-radiological monitoring program of the OCETS ce not coincide with the required subnission date of this AEOR. Tne results of the meteorological mcnitoring program of the OCETS duplicate those of the Appendix A Technical Specifications, and are incorporated into this AEOR by reference to the Appendix A Semi-Annual Reports.

3.1 Abiotic - Acuatic All aquatic abiotic measurements specified in the envircrrnental menitoring programs (Section 3.0 cf the OCETS) and special =enitering and study activities (Section 4.0 of the OCETS) are required to be reported as part of each particular study, and therefore, are not included in this section of the AEOP.

3.2 Siotic - Acuatic Section 3.1.2 of the OCETS specifies the following sttdies:

A.

General Ecolegical Survey 1.

Ccmnercial lardirg,s of fin and shellfish 2.

Finfish species and abundance trends B.

I=pingement of Organisns 1.

Conventional traveling screens 2.

Fish return system C.

Entrainment of Crg ni m l

D.

Fish Kill Monitoring Program j

The OCETS require that these studies be reported annually.

These studies were subitted on February 22, 1980.

Since these reports were i

sutxnitted under separate cover, they are not duplicated here.

l 3.3 Onsite Metecrolegical Mcnitoring Section 3.3 of the OCETS requires the collection of certain meteorological data. Tne Appencix A Technical Specifications require the ecliection of metecrolgical data and the subittal of the results cf these dr.ta en a semi-annual basis. Appencix A Semi-Annual Feport 79-1, which ccvered the first six montns of 1979, wu su'aiitted in Se:ptemcer 1979 and Semi-Annual Feport 79-2, which ccvered the latter six =cnths of 1979, was subnitted in February 1980.

Since all the meteorolcgical data required to be ecliected by the CCETS have been included in tncse semi-annual reports, these data are incorporated by reference and not duplicated in this AEOR.

14

a u.O SPECIA' GITORING td!D STUDY ACTIVITIES This section of the AEOF presents the results of the several special

.cnitcrin; and study activities required by the OCETS. 'Ihere are currently five cifferent activities that are performed.

4.1

'icodborer Menitoring Program This program has reporting requirements which are different from the other OCETS programs.

During the reporting period, the following reports were subnitted:

a.

The 17th quarter report, covering the period frcm May 5,1979, to August 8,1979, was subitted en October 5,1979.

b.

The 18th quarter report, coverirg the period from August 9,1979, to November 3, 1979, was sutmitted on January 4,1980.

In addition, as per the OCETS, the annual report for the woodborer monitorirs progran will be subitted by the end of May 1930. '1?.erefore, no results of this program are presented herein.

15

a 4.2 Thermal Plume Measurement Program 4.2.1 Intreduction The CCETS Themal Plume Measurenent Pregrar. requires a =ent'dy r

plune measurement when CCNGS is operating. The thermal pitme is measured in Barnegat Eay of the cooling water discharged by CCNGS.

In 1979, eight plume surveys were performed by JCP&L Environmental Affairs personnel and are the subject of mapping and analysis as centained in this report. Plunes surveyed from 1974 to 1976 are contained in separate reports (JCP&L,1978).

The text contains operating data and plume descriptions.

The attachnents for each plume (Section 4.2.7) contain:

1) table of pitme data, 2) plot of temperature vs. distance from Oyster Creek;

3) boat track in Barnegat Bay;

4) plot of temperature in a longitudinal cross-section in an East-West direction across Barnegat Bay; 3) maps of delta T isothems in Barnegat Bay at different depths.

Thermal pitme maps were analyzed to determine if the area of Barnegat Bay affected by the operation of OCNGS is consistent with the New Jersey Surface Water Quality Criteria (N.J. Department of Environmental Protection,1979).

Barnegat Bay, Oyster Creek, and the South Branch of Forked River are classified Tidal Water 1 (TW1).

The criteria for temperature for T41 are as follow:

1) General - Shall not be raised above ambient by mere than 4 degrees F (2.2 degrees C) curing September through May, nor more than 1.5 degrees F (0.8 degrees C) during June through August, nor shall temperatures exceed 85 degrees F (29.4 degrees C) in these waters.

Temperature shall be measured outside of designated heat dissipation areas.

2) Heat Dissipation Areas - The limitations specified above may

b. exceeded in designated heat dissipation areas by special pennission en a case-by-case basis.

3)

Heat Dissipation Area Detenninations - The deteminatic.n of designated heat dissipation areas in estuarine waters, including bays, shall take into special consideration the extent and nature of such waters. In order to meet the intent and purpose of the criteria and standards, provisions for the passage of free-swinning and drifting organisms are to be included so that negligible or no effects are produced on their populations. As a guideline, heat dissipatica areas shall be ltnited to no mere than 1/4 of the cross-sectional area and/or volume of flow of the body of water, leaving at least 3/4 free as a zene of passage which is to incitx!e a minimtm of 1/3 of the surface measured frc:: shore to shcre at any stage of tide.

4) Rate of Temperature Change - The rate of temperature change in designated heat dissipation areas shall not cause =crtality of fish er shellfish.

i l

16 l

4.2.2 Methods All plume measurenents were corducted using an Esterline Model PD2904 data logger which records water temperatures at approximately 30 second intervals frcn three themoccuples at various water depths as the survey vessel moved continuously through the water.

Generally, temperatures were measured frcm ther=occuples mounted en a boca at 1, 2.5, and 5 feet (0.3, 0.76, and 1.5m) telow the water surface and at the bottom of the water coltan. The thermocouples are copper constantan (

Omega type T) with a range of 0 to 350 degrees C and a standard accuracy of 31 degree C.

Thermocouples are calibrated twice a year and checked prior to each pitme. Measurments prior to Septenber 1979 uere made with a factcry-male set of thermocouples; measurements made in September and thereafter utilized a custom-made set of thennoccuples. Boat position was determined by a bbtorola Mini-Ranger II microwave system which uses two transducers at fixed shore locations and a sender-receiver transponder mounted on the boat.

Temperature and position data were keypunched and loaded onto cn IBM 370/168 computer. Data were tabulated and plotted on a Tektronix 4014 CRT terminal ard Tektronix 4953 graphics tablet.

In the field, anbient temperature was determined by calculating the expected OCNGS delta T and subtracting that value frcxn cbserved temperatures in Oyster Creek. The areas of anbient temperatures differ from day to day, t"ause the plume is mainly wind-dependent.

Meteorological, tide, and station operating conditions during.the thermal pitme measurenents are stmmarized in Tables 4-2 and 4-3 4.2.3 Thermal Plume Results 4.2.3.1 May 2, 1979 On May 2,1979, during flood to high tide, a plume was measured in Barnegat Bay. OCNG was operating at 532 L*e with four circulating and two dilution pumps in operation.

1 Temperatures at the intake and discharge canals measured 61.5 degrees F (16.4 degrees C) and 80 degrees F (21.7 degrees C),

respectively.

The wind was fran the west-northwest at 7 to 8 mph.

The heat dissipation area is defined by the 4 degree F (2.2 degree C) delta T isotherm. On the surface (1 foot, 0.3m),

the plume extended north to Bayside Beach lagoen and south to Waretown for a total distance of about 2700 feet ( 0. 82 k= ),

while the east-west extent measured roughly 1500 feet (0.46 km).

At the 2.5 foot (0.76 m) depth, the pitme was sy==etr cal about the mouth of Oyster Creek.

Due to inaccurate and incensistent readings frem the 5 foot (1.5 m) and bottcm thermecouples, ne maps are generated for these depths.

Pecirculatien of heate:

water to Forked River did not occur at either the surface er 2.5 ft. (0.76 m) depths during this pitme measurenent.

17

a 4.2.3.2 June 21, 1979 A themal pitme was measured durire ebb tide en June 21, with the wind from the southeast at 11 to 12 mph, and clear skies.

OCNGS generated 591 MWe ard operated four circulating pumps and tw dilutien pumps.

The intake temperature was 73 degrees F (22.8 degrees C), while the discharge water was 19 degrees F (10.6 degrees C) warmer.

No maps are shown for the five foot and bottcm levels since the ther.noccuples produced inaccurate ad inconsistent values.

The extent of the surface pitne, as defined by the 1.5 degrees F (0.8 degrees C) isotherm. was symmetrical about the mouth of Oyster Creek and was roughly 2000 ft. (610 m) in the north-south direction and 1200 feet (366 m) in the east-west direction.

At the 2.5 foot depth, the pitme did not ettend as far in the north-ssuth direction, but showed similar east-west extension.

Despite the southeasterly winds, no recirculation was evident.

4.2.3.3 July 31,1979 During high tide on the afternoon of July 31, a thermal plume was measured; at that time, the wind was frcm the southeast fr sm 8 to 10 mph, and the skies were ha::y.

OCNGS generated 630 MWe, operated four circulatirg and two dilution pumps, and raised the ambient water temperature from 83.1 degrees F (28.4 degrees C) to 104.1 degrees F (40.1 degrees C)

rodtcing a delta T of 21 degrees F (11.7 degrees C).

Only the surface water temperature was measured as the other thermocouples were inoperative.

The plume ex tended parallel to the shore frce Waretown to Forked River, roughly covering a north-south distance of 7600 feet (2.3 km) and 2000 ft. (. 6 km) in an east-west direction.

Recirculation of the plune was obvious during this particular pitme measurement.

4.2 3.4 September 20, 1979 On September 20, a thermal pitme was measured during the maximum ebb tide under east-sautheasterly wind conditions of 7 to 12 mph.

OCNGS generated 610 MWe, and operated fotar circulating and two dilution pumps, and raised ambient temperature water from 67.9 degrees F (20 degrees C) to 85.9 degrees F (30 degrees C), creating a delta T of 18 degrees F (10 degrees C).

A new thermocouple array was used and was functionirg well at all levels.

On the surface the plume extended approximately 4000 ft. (1.2 k=) north to the mouth of Forked River, and so uth 2000 f t. (0. 6 km) frem the mouth of Oyster Creek.

The plume was well-mixed in the upper 5 feet of the watar colten; recirculi~;,1 n occurred in these levels (3 degrees F; 1.7 degrees C isotha.m) during this pltme measurenent. The 18

9 low delta T extent of the bottom pitme was similar to the upper levels, however, the extent of the higher delta T isotherms was restricted to the vicinity of the mouth of Cyster Creek.

4.2 3.5 Cetober 22, 1979 A thermal pitme was measured during ebb tide on October 22, 1979 At that the, the existing meteorologicd corditions were clear skies and winds from the south at 6 to 12 =ph.

(TtGS generated 660 MWe, operated four circulating and two dilution pumps, and increased the intake water from 67 3 degrees F (19.6 degrees C) to 86.2 degrees F (30.1 degrees C) at the discharge.

Ambient temperature was determined to be approximately 66.4 degrees F (18.9 degrees C).

The pitme appeared to be well-mixed at all depths and parallel to the shore north of the touth of Oyster Creek. Due to the southerly winds, the heated waters were pushed northward and recirculated via Forked River.

On the surface, the pitee measured 1500 ft (0.46 km) in the east-west direction and li33 ft. (0.53 km) in the north-south direction.

4.2.3.6 October 31, 1979 Low tide occurred during the plume measurement of October 31, 1979.

Meteorological conditions were east-northeasterly wirds from 5 to 10 mph and clear skies with fotr circulating and two dilution pumps in operation, OCNGS generated 660 MWe and increased the intake taperature frca 53 degrees F ('.1.7 degrees C) to 72 degrees F (22.2 degrees C) at the discharge.

A well-mixed heated effluent was located primarily muth of the mouth of Oyster Creek at all depths. he pitme was measured well muth of the western end of Oyster Creek channel near Waretom (NOAA,1979). he pitne's length at the surface, is 2500 ft. (0.76 km) (north-south) and width is 833 ft. (0.25 km). Le higher delta T portions of the bottom plume had less areal extent than the other levels, s

4.2.3.7 Novenber 1,1979 j

With winds frcm the southeast at 10 to 11 mph and clear i

skies, the Novmber 1,1979 pitme'was measured at low tide. The station paraneters were fbtr circulatirg and two dilution punps in operation, plant power level at 670 MWe, and a delta T of 18.7 degrees F (10.4 degrees C).

The pitme was well-mixed in the upper five feet of the water coltan.

The heat dissipation area was located mainly north of the mouth of Cyster Creek, and recirculation of the pitme was likely to have occurred (1.5 and 3 degree F isotherms; 0.8 and 1 7 degree C isotherm, respectively).

On the surface, the maxhtm pltre extent measured about 2670 ft. (0.8 km) in the north-south direction and 2000 ft. (C.6 km) in the east-west direction. Le extent of the pitme on the bottcn was restricted 19 l __.

a a-m

= -

i s

to the near shore area.

4.2.3.8 December 11, 1979 During the December 11, 1979 themal plune measurement, OCNGS operated at 610 MWe and ran four circulating and two dilution pumps. The winds were from the south-southwest at 7 to 12 mph, the sky was clear, and plume was measured during the flood stage of the tidal cycle.

The pitane was vertically well nixed down to 5 feet and extended northward to Forked River. On the surface, the pime extension measured about 2300 ft. (0.7 km) in the north-muth direction r.d 1000 ft. (0 3 km) in the east-west direction as defined by the 4 degree F (2.2 degree C) isotherm. Although heated water was fotnd at the mouth of Forked River, temperature data upstream in Forked River sMw that the 1.5 and 3 degree F (0.8 and 1.7 degree C) isotherms are located near the mouth, but not upstreau.

4.2.4 Piscussion 4.2.4.1 Shape codes The object of this Program is to predict the shape of the plume under representative meteorological and station operating conditions.

Recurrent plume shapes have been established based on previously measured plunes (JCP&L,1978) and are portrayed in Figure 4-2 The eight plume shapes are distinguished by the direction and location of the plume centerline. For the thermal plunes measured in 1979, the Table 4-1 classifies the surface plunes according to the shape codes showl in Figure 4-2 and provides information on the wind and tide ertant during the time of plune measurenents.

Comparison of the wind and tide conditions with the plume shape indicates the resultant centerline direction arxi location is due to a complex interplay of tide and wind.

The influence of tide on the plume varies fran a southeast plune shape (shape code 4) on an ebb tide to a northerly plume orientation on a flood tide (shape codes 1,3,and 6).

Wind modifies the pitane shape from that expected by tidal influence alone.

A northeasterly plune (Shape code 3) was observed with winds out of the south and an ebb tide (October

22) and winds fran the west-northwest on a flood tide (May 2).

A northerly plume (shape code 2) was observed under southeasterly (July 31) and east-ssutheasterly (September 20) winds with high slack and ebb tides respectively.

A southeasterly plume (June 21) occurred with a wind blowirg in the opposite direction possibly due to earlier winds from the east in conjunction with an ebb tide.

When wind and tide act in the same general direction,

20

{

(October 31) the plume shape is elongate (high length / width ratio) with the wind appearing to have the daninant influence.

hhen wind and tide act in opposite directions (May 2), the resultant plune is hyperoolic (low length / width ratio).

4.2.4.2 Fecirculation of Heated Water Recirculation of 1.5 degree F (0.8 degree C) isotherm heated water from Oyster Creek to Forked River was observed at the surface during the July 31, September 20, October 22 and November 1, thermal plume measurements.

On these days, the winds were fran the s3uth (ebb tide), southeast (1 high tide and 1 low tide), and east-southeast (ebb tide), ranging in speed from 6 to 12 mph. Under mutheasterly wirxis of 11-12 m( cm June 21, and m ebb tide recirculation of the plune was not observed.

Under south-muthwest winds of 7 to 12 mph on December 11 and a flood tide, heated water was cbserved at the mouth of Forked River, but not upstrean.

4.2.4.3 Surface and Cross-sectional extent In Table 4-5, the approximate surface extent in Barnegat Bay for each plune in both the north-south and east-west directions is presented.

No plunes were fotnd to violate the two-thirds surface heat dissipation guidelines in Barnegat Bay. Becauw of low fresh water flow frcan the original Oyster Creek and the minimal effect of tidal influx, Oyster Creek was themally affected for its entire length and cross-sectional area downstream of OCNGS.

As shown in the longitudinal sections of Oyster Creek and Barnegat Bay, the one-quarter cross-sectional guidelines were not excecded during any plune measured in 1979.

Because of the buoyancy of the plune, the four mile distance acrcss the bay from the mouth of Oyster Creek to Island Beach, and the relatively greater depth of the Intracoastal Waterway Channel ccrapared to the rest of the bay, it would be unlikely that the plune would occupy mere than one-quarter of the cross-sectional area across Barnegat Bay at any t:me.

4.2.5 Sucxcary Excess temperature maps show the OCNGS thermal place to be confined to the western side of Barnegat Bay and contained within a rectangle with average dimensions of 1454 feet (E.4G by 3438 feet (N-3).

Recirculation of heated water to Forked River was observed when the wind was between 7 to 12 mph fran the southeast to east-mutheast during high, ebb, and low tides and 6 to 12 m;h from the south during ebb tide.

The size of the plumes did not exceed New Jersey's dimensional si:e guidelines for heat dissipation areas in Barnegat Bay. Plune shapes vary with wind and tide with wind havirs primary control on the orientaticn cf the plune centerline.

21 l

4.2.6 References l

Jersey Central Power & Light C mpany (JCP&L). 1979 (a). Oyster Creek Environmental Data Log.

Doc um ent Control Center (DCC) file no.

20.0070.C01.008.

Jersey Central Power & Ligth Cc=pany (JCP&L). 1979 (b).

Generator Cata Leg. DCC File No. 20.0070.0003 0004 Jersey Central Power & Light Co=pany (JCP&L). 1978.

Oyster Creek and Forked River Generating Stations 316 (a) and 316 (b) Report.

Volune 2:

Appendix B-Thermal Analysis.

National Pollutant Discharge Eltnination System (NPDES)

Permit NJ 000 5550.

JCP&L, Oyster Creek Nuclear Generating Statiori.

1975. January 31, 1975 to January 30, 1980. p. 8.

National Oceanographic and Atmospheric Administration (NOAA) 1979.

Navigational chart 12324:

New Jersey Intracoastal Waterway. Sandy Hock to Little Egg Harbor.

New Jersey Depart:nent of Envirornental Protection (NJEP). 1979.

Division of Water Pesources NJAC 7:9-4 et seq.

Surface Water Quality Standarts. Docket No. EP 012-74-11.

Pickard, Lowe & Garrick (PL&G).

1979. Oyster Creek Nuclear. Generating Station Meteorological Data.

United States Geological Survey (USGS).

1972. Forked River Quadrangle 7.5 minute (topcgraphic).

l l

l 22

.1 Table 4-1 Dates of Thermal Plume Measurements and OCNGS Outages in 1979 Plume Date Outage Date May 2 January 15-19 June 21 February 6-7 July 31 March 26 - April 8 September 20 November 23-26 October 22 October 31 November 1 December 1 23

I tble 4-2 Meteorological Conditions. Tide, and Crew during Thermal Plume Measurements in 1979 D

D*.te and Time Winda Cloud Cover Tide Crew Speed (mph) Direction S/2/79 1330 to 1523 7-8 WNW Max. flood DWB, MBR, TS to High Slack 6/21/79 1127 to 1256 11-12 SE Clear Ebb DWB, GLO 7/31/79 1511 to 1735 8-10 SE Ha:y High Slack DWB, >S R, TS 9/20/79 1215 to 1410 7-12 ESE Clear thx. Ebb DWB, MBR, TS 10/22/79 1340 to 1614 6-12 S

Clear Ebb DWB, MBR, TS 10/31/79 1220 to 1426 5-9 ENE Clear Low slack MBR, TS 11/1/79 1210 to 1416 10-11 SE Clear Low slack DWB, MBR, TS

.2/11/79 1146 to 1400 7-12 SSW Clear Flood DWB, MBR, TS Source: a)

M. Abrams, Pickard, Lowe, 5 Garrick: Wind Speed and Direction Data from OCNGS b) NOAA, Tide Table for 1970 Sandy Hook, N. J.

+ 2h 45m EST or 3h 45m EDS c) DWB - David W. Ballengee MBR

.\\Echael B. Roche TS Thomas Starosta GLO - Ginger L. Ohori 24 l

s Table 4-3 Station Operating Conditions During Thermal Plume Measurements in 1979a D:to end Time Average Temperatures 'F (*C)-

Mite MBTil's No. Pumps, per Intake Ambient Discharge Rt. 9 0C ji Output lir. Cire.

Dil.

5/2/79 1330 to 1523 61.5 (16.4) 60.5 80 (26.7) 71 (21.7) ~

18.5 (10.3) 532 4257 4

2 6/21/79 1127 to 1256 73 (22.8) 72 92 (33.4) 82 (27.8) 19 (10.6) 591 4372 4

2 7/31/79 1511 to 1735 83.1 (28.4) 84.6 104.l(40.1) 91 (32.8) 21 (11.7) 620 4833 4

2 en N

9/20/79 1215 to 1410 67.9 (20) 68 85.9(30) 79.6(26.5) 18 (10) 610 4142 4

I i

10/22/79 1340 to 1614 67.3 (19.6) 66.4 86.2(30.1) 80.0(26.7) 18.9 (10,5) 660 4349 4

2 10/31/79 1220 to 1426 53 (11.7) 52.5 72 (22.2) 61 (16.1) 19 (10.6) 660 4372 4

2 I

11/1/79 1210 to 1416

,55.3 (13) 54 74 (23.4) 63.l(17.3) 18.7 (10.4) 670 4303 4

2 l

12/11/79 1146 to 1100 42.1 (5.6) 43 62.5(17.0) 52.3(11.3) 20.4 (11.3) 610 4695 4

2 l

Source: a) Dyster Creek Daily linvironmental I.og 1979.

4

~

Table 4-4 Table 4-4 Shape code, wind and tide conditions for the 1979 Thermal Plumes Wind Shape Code Plume Date Direction - speed (mph)

Tide 1

2 July 31 SE 8-10 High Slack September 20 ESE 7-12 Ebb 3

May 2 WNW 7-8 Flood December 11 SSW 7-12 Flood October 22

.S 6-12 Ebb 4

June 21 SE 11-12 Ebb S

October 31 ENE S-9 Low Slack o

7 November 1 SE 10-11 Low Slack 8

26 b

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Table 4-5 Surfaca Extent of the 1979 Therm:1 Plumes in Barnegat Bay (in feeti pate of Plume East-West North-South May 2 a 1500 2700 June 21 b 1100 2000 July 31 b 2000 7600 September 20 a 1700 6000 October 22 a 1500 1733 October 31 a 833 2500 November 1 a 2000 2670 December 11 a 1000 2300 Aver:ge 1454 3438 a) For May and September through December, measurements are based on the 4 degree F (2.2 degree C) isotherm.

b) For June, July, and August, measurements are based on the l.5 degree F (0.8 degree C) isotherm.

27

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I 4.2.7 Attachments i

This section contains the following data for each plune:

a.

Table of plune data b.

Plot of-tenperature vs. distance for Oyster Creek c.

Boat track in Barnegat Bay d.

. Plot of tenperature in a longitudinal cross-section (East-West across Barnegat Bay).

Maps of delta T isothenns in Barnegat Bay at different depths.

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OYSTER CREEK THERNAL PLunt ph7A Meg 2

,8979 8

s s

essssssssssssssssssssssssssssssssssssssssssssssssssssssssssssssssas j

s a

POSITION a Tine a

7EnERATURE F DECAEES s

SINDEM S COORDINATES seassssssssssssssssssssssssssssssssssssssses 3

a Al a R2 8 HHRMS$ 8 I F7 s 2.5 F78 5 F7 3 BOTTOMS assessasssssssssssssssssssssssssssssssssssssssssssssssssssssssssssa a

46. 3 2452. s 2842.

135812.

St.1 3 60.3 3 63.9 8 49.2 e s

47. s 2498. s 8878. s 135138. s 60.7 s 59.8 s 63.7 3 46.4 s 1

8

48. : 2543.

291s. : 1352e4. s 58.9 3 59.1 s ss.4 45.2 3 4

s

49.

2594.

2053. s $ 35230. s 58.8 a 53.2 s 65.6 s 45.9 8 3

54. s 2643. 8 3402. 8 135256.

58.7 a 58.2 s 65.9 3 44.9 8 4

s S t.

3402. 8 3317.

8 35923.

58.7 s 58.3

64.1 8

45.F s s

52.

2760.

2977. s 149251. * $3 ' 8 52.1 3 64.1 s 46.2 0 s

53.

2732.

2929. s $40387. s 63.4 - 51.7

E3.7 8 4E.7 3 a

54. 3 2693.

2004. 3 144343. e 63.8 s 62.1 3 66.8 3 48.4 8 3

55. 8 2658.

2876.

840409. * $3.8 8 82.5 8 66.2 3 49.2 s s

56. 3 2248. s 2374. 3 140985.

65.6 3 64.3 3 66.7 3 52.5 3 8

57.

2258.

2347.

140948. 8 E5.1 s 64.2 a E6.7 8 54.1 8 3 58.

algt.

2287.

148987. 3 65.3 3 63.9 s 66.7 3 52.4 a 3

59.

2143. s 2243.

148033. 8 55.2 64.0 s 57.9 s 53.4 8 a

44.

2813. s 2249. 3 148069. : 65.1

S3.2 3 65.3 8 54.3 3

61.

2082.

2162.

148825. 3 65.2 s 63.4

E5.9 3 55.9 8 3

62, a 2049. 3 Site.

148158. t 65.3 s 83.3 3 65.9.

55.0 8 8

63. 3 2013.

2978.

141217. t $5.2 s 62.5 s 57.5 3 54.1 s 8

64. s 1971.

2438. s 148243. s 62.4 8 62.0 8 64.7 3 53.8 s I

8

65. 3 1941.

24t5. s 148349. 3 St.4

El.3 3 65.6 s 51.7 s s

66. s 1980. s 1995. 3 148335. 3 61.7 8 St.9 s 65.7

55.7 8

67. 3 1932. s 1983.

141427. s 61.8 s St.4 s 84.5 8 0.98 a

68. s 2823. s 2781. s 142354.

62.5 s 68.2 s 63.5 3 55.7 s s

69. s 2770. s 2834. 1 144344.

63.6 s 52.9 3 63.7 3 57.2 s s

70. 3 2698.

2894.

144615.

64.E 8 63.4 s 82.8 3 52.2 s be s

71. s 2764. 3 2816. s 144641. s 64.7 8 52.s 62.5 3 53.7 8

'J s

72.

2723.

2849. s 144706.

E4.5 8 E3.8 s 58.8 3 53.3 3

73. s 2743. 3 2887. s 144732. s 64.0 8 62.8 s 58.9 3 49.S S a

74.

2?68.

2925.

144758.

E3.6 8 62.1 3 61.0 s F2.5 s 75.

2783.

2949.

144423.

63.5 3 62.8 s 62 *

.l.1 5 s

76.

2008. 3 2995.

144849. s 63.5 3 62.5 s 62.1 3 52.5 s l

8

77.

2832.

3430.

144915.

62.9 s 58.7

62.5 8 49.8 s

78. s 2853.

3669.

144948.

St.E s 59.5 s St.6 s 54.2 s s

79. s 2881.

3999. s $45007 8 58.5 8 57.4 8 60.8 3 49.2 8 3

St.

2914.

3832. s 145033 8 58.5 s 57.8

59.6 s 49.1 3 s

St.

2948.

3836. s $ 45059 8 58.5 3 57.7 * $1.3 a 16.1 8 8

82.

2858. 8 3112. s 145124.

58.2 3 57.7 8 58.6 8 47.4 8 8

83.

2818.

3447. s $4E158.

58.3 s 57.8 8 64.6 3 5.3 s s

84. s 2761. a 3024. s 145215. 8 58.4 8 57.8 3 59.6 s 45.1 8 8

85. 3 2723. s 3413.

145242.

59.5 3 59.2 a 64.4 8 58.1 a a

86. s 2681.

2958. s 145348. * $8.6 8 58.5 s 64.1

E2.7 8

87.

2630.

2935. 3 145334.

58.1 3 58.2 3 58.5 8 62.4 3 3

88. s 2583.

2873. 3 145404.

58.1 3 58.3 3 59.4 s 35.8 s s

89. 3 2544.

2838. 3 145426. t 58.5

58.6 3 59.6 8 46.6 8 8

90.

2498.

2791.

145452. 3 58.9 3 58.4 3 59.6 3 9.4 8 sessssssssssssssssssssssssssssssssssssssssssssssssssssssssssssssses

o i

f e

88s83888888s888888888883888ss38s8 38388 383333 338338 $33 38 388338 8

8 8

OYSTER CREEK 7HERMAL PLUME DATA Meg 2 1979 8

a s

8 sssssssssssssssssettsgesatssssssssssssssssatatsssssssssssssssssssst 8

POSITION 8 7t nf a

TEnERATURE F DEGREES 8

S t HDEN 8 CDORDINATES assessssssssssssssssssssssssssssssssssst8ssa 8

8 Rt 8 R2 8 HHMM$5 e i FT a 2.5 FTs S FT 3 90TTOM8 tsssssssssssssssssssssssssssssssssssssssssssssssssssssssssssssssses 8

91. s 2458. 8 2767. 8 845588. 8 59.4 4 59.1 8 59.7 8 $7.2 8 8

92. 8 2444.

2730. 8 145544. 8 60.3 8 59.8 8 St.4 8

0.0 8 8

93. 8 2351. 8 2679. 8 145610. s 60.8 8 48.4 8 60.7 s 0.8 8 8

94. 8 2319. 8 2638. 8 145636. 8 61.7

E0.3 3 63.0 8 8.8 8 5

s

95. 8 2271. 3 2603. 8 145742. 8 E2.5 8 61.4 s 43.3 8 0.0 8 8

96. 8 2238. 8 2570. 8 145728. s 62.3 8 61.9 8 St.3 8 0.0 8 8

97. 3 2191. 8 2547. $ 145754. 8 62.1 s 62.1 8 59.7 3 0.0 8 8

98. 8 2221. 8 2503. 8 145020. 8 62.3 8 61.8 8 60.4 8 0.0 8 8

99.

2232.

2618. t 145346. 8 62.3 8 68.2 8 St.7 3 0.0 8 8 144.

2246. 3 2629. 8 145982. 8 68.4 8 $4.7

St.1 8 0.0 8 8 let. 8 2231. 8 2634. 8 145938. 8 68.4

Gl.2 8 60.5 3 0.0 8 8 192. 8 2232. 8 2649. 8 154483. 8 61.4 8 St.0 8 62.5 8 8.4 8 8 18'J. $ 2231. 8 2642. 8 156429. 8 St.6 8 64.4 8 62.1 8 0.9 8 8 194. 8 2228.

2680. 8 154121. 8 68.1 8 60.1 8 61.2 8 0.0 8 8,85. 8 2233. 8 2710,

15e213. $ st.1

G4.3 s 69.7 8 9.0 $

8 106.

2240. 3 2741. $ 15e345.

68.6 8 59.9 8 59.1 8 0.4 8 8 107. s 2248.

2761. 8 154338. 8 59.2 3 59.5 8 58.1 8 0.0

8 tee.

2213. 8 2742. 8 150357.

59.9 3 59.5 8 St.4 8 0.0 $

$ 109.

2171.

2718. $ 15e423.

59.3 8 59.9 8 60.2 8 0.8 8 8 110. s 2132. 8 2672. 8 154449.

St.2 8 64.5 8 60.5 8 0.8 8 8 t il. s 2000. 8 2G38. 8 156514. s St.2 8 60.6 8 60.0 8 0.0 8 8 112.

2651. 8 2646. 8 150544. 8 61.7 8 59.8 8 61.5 4 0.0 8 8 113. 8 2483. 8 2589. 8 156666.

68.3 $ 64.3 8 St.8 8 0.0 8 8 114. 8 1972. 8 2550. 8 154632. 8 61.3 8 59.9 8 $1.8 8

4.9 8 ci

$15. 8 1941. 8 2526. 8 159658. 8 Et.G S 54.1 8 59.9 8 0.0 8 be 8 116. 8 1943. 3 2583. 8 150724. 8 St.2 8 64.4 8 68.7 8 0.0 8 8 117. 8 1872. 8 2452. 8 154750. 8 St.3 8 60.7 8 50.6 8 9.8 8 8 138. 8 1832. 8 2451. 8 150016. 8 St.2

60.9 8 Se.5 8 0.0 $

8 119. 8 1793.

2423.

154842.

St.4

69.5 8 59.7 4 0.0 8 8 120.

1768. 4 2445. 8 154948. 8 Gl.2 8 60.5 8 60.7 8 8.9 8 8 121. 8 1731.

2377. 8 154933, 8 st.2 3 68.8 8 59.0 8 0.0 8 8 122. $ 1693.

2353. 8 150959. 8 68.0 8 59.7 8 59.7 8 0.0 8 8 123.

1663. 8 2332, 8 151625. 8 68.8 3 59.9 8 64.2 8 0.0 t 8 124. 8 1619. 8 2344. 8 151381. 8 64.8 8 E0.4 8 St.2 8 0.0 8 8 125. $ 1596. 8 2334. 8 158 337. 8 60.G 8 60.3 8 60.7 4 0.6 8 8 126. 8 1571. 8 2384. $ 151493. 8 68.0 $ St.1 8 58.7 8 0.0 8 l

8 127. 8 155e.

2299. s 158429. $ se.s 6e.: 8 6e.3 8 0.e 8 8 128. 8 1524. 8 2204. 8 15t454.

Se.7 8 59.7 8 60.4 8

0.0 8 8 129. 8 1492.

2268. 8 151524.

64.3 $ 59.7 8 59.9 8 0.0 $

$ 134. 8 1541.

2287. 8 151682. 8 60.5 8 59.2 8 60.0 8 4.6 8 8 131. 8 1539. 8 2328. 8 15tS37.

59.6 8 55.4 8 64.8 8 0.8 8 8 132. 8 1923. 8 2635.

152121. 8 68.6 8 59.3 8 59.4 8 0.9 8 s 133. 8 2132. 8 2986. 8 152334. 8 69.1 8 59.9 8 G4.1 8

0.7 +

8883s88 3888838888888888888883888888888t:38s888888s888838388888(

O e

THERMAL PLUME OF Mag 2

,1979 68 j

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+

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67

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580 20 40 60 80 4

DISTANCE IN PLOT UNITS 1

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888888888888488888888888883488b888s33483888888888888888888888888888 8

8 8

OYSTER CREEK THERMAL PLUME DATA June 21,1979 8 8

Statssssssssssss**sst38stssssssssssssssssssssssssssssssssstatsteses POSITION 8 TIME 8

TEMERATURE F DECREES s

stilDEx

COORDINATES 88tssssssssssssssssssssssssssssss383384s8888 8

s Nt a R3 8 HHMMSS 8 i FT a 2.5 FTs 5 FY a BOTT0fis sessssssssssssssssssssstasstaatss8ssessssssssssssssssssssssssssssas a

1. s 1240. 8 1819. 8 182723. 8 76.1 s 78.4 s 78.4 s 53.0 s 8

2.

1988. 3 791.

182859. 8 79.1 8 74.0 8 68.8 3 55.2 s a

1. s t ec 7.

747.

182931.

79.4 s 69.4 8 69.6 s 56.5 8 8

4 a 9 38.

693. 8 183403. 8 79.4 8 75.2 8 69.6 3 50.9 s t

5.

853. 8 655. 8 183035. s 79.3 s 74.1 s 68.7 3 58.2 3

6.

784. s 600. s it3te7. 8 79.6

74.11 a 69.1 3 58.7 8 a

7. : 7 3. t 576.

183139. s 79.5

75.5 8 70.0 s 65.3 8 8

9.

s 641. 8 561. s 183211. 8 79.7

75.5 s 61.6 8 60.7 8 s

9. 8 564 8 555 s 183242. s 79.2 s 74.8 8 69.2 3 68.9 8 e

10.

509. 8 534.

113314.

79.3

75.5

78.9 3 60.6

a

11. s 469. 3 490. 8 113345. 8 78.1 s 78.9 8 72.0 s 64.1

a

12. 3 423. 8 477. s $33487.

78.1 8 73.1 8 71.0 3 62.0 8

13.

384. 8 475. 8 183448. 8 79.4

75.2 8 66.3

55.6 8 8

14. s 340. 8 490. S 113520. 8 79.1 8 74.9 8 78.7 3 62.9 3 4

15. 8 349. 8 511. 8 183552. 8 79.4 8 75.5 8 73.3 3 67.9 8 8

16. t 278. 8 545.

183624 8 79.4 3 75.6 8 74.0 3 60.4 8

17. 8 255. 8 552.

183656. 8 79.7 8 75.3 8 71.5 3 63.5 s

18. 8 243. 8 631. 8 183728. t 79.5 8 74.2 8 70.3 s 63.6 s a

19. 8 244.

675. 8 183894. 8 79.5 8 74.3 3 71.4 s 69.3

ci 8

20. t 264.

731. 8 193832. t 78.9 8 75.3 8 78.7

62.9 8 to 3

21. 8 345. 8 782.

113904. 8 79.3 3 75.3

69.7 8 62.3 s a

22. t 347. 8 835.

183936. 8 78.8 8 75.1 s 09.2 8 62.9 8 s i' 3 s 4M.

838. 8 18402.9 t 78.7 8 74.6 8 78.1 8

63.5.s a 24 t 469.

935. 8 184040. t 79.0 8 74.5 8 70.6 s 64.3 s a

25. t 535. 8 991. 8 114tti..

79.8 8 75.4 3 78.0 a 63.5 8 a

26. s 693. 8 1945. 8 114144. 8 79.2 8 75.6

71.4 a 65.2

s

27. 8 665. 8 1890.

184216. 8 78.9 8 75.5 s 70.0 8 64.4 8 3

28. s 729. 3 1845. 8 114248. 8 78.8 8 75.8 8 79.3 8 63.9 s a

29. 8 799.

1200. s 184324, 8 19.3 s 76.1 s 70.6 s 64.3 s s

30. 8 866. 8 1243. 8 184351. 8 78.8 8 75.6 s 19.3 a 53.7 s 8

31.

939. s $294. 8 184423. 8 74.4 s 76.3 r 72.3 8 64.3 *

32. 8 1987. 8 1344. * !!1455. 8 79.3

75.8 8 70.1 3 63.0 s a

33. s 1993.

1393. 3 114526. 8 79.3

75.8 3 69.7 s 65.2 *

34.

1140. s s456. E 114558.

78.9 s 7E.a 3 69.7 s G2.9 *

35.

1209.

1529. s 184634. 8 79.8 3 75.8

70.2 8 64.3 3 s

36.

1270.

1588. 3 314782. 8 78.4

73.9 3 71.1

64.0 *

37.

1339. s 1658. 3 184734. 3 76.6

71.8 8 6).8 3 62.5

8

38. s 1400, a 1715. 4 184046.

78.7

75.4

78.7

52.5

s

39.

1460.

1779. 3 184838.

78.2 s 76.5 s 69.6 3 66.5 s e

40. 8 1515.

1854. s 184914. 8 78.0 s 76.9 3 73.0 s 69.2 s

41. s 1572. 3 1999.

184942.

78.4

77.4 s 69.2 s 65.4 a

42. s 1636. $ 1975. 8 185413. 8 77.9 s 76.9 8 71.8 8 63.8 8 8

43.

1733. 8 2870.

185517. 8 74.6 8 76.7 s 78.8 8 65.6 a

44.

1784.

2120. s 185548. t 78.e 8 76.4 8 66.4 s 67.C 8 s

45. s 1830.

2178. 8 185620. s 73.4 3 78.7 8 66.2

G4.5 *

ssssssssssssssssssetssessssssssssssstessnessssssssssssssss8ssetsts e

e e

sessss**ss8833838s338838888ss8stss*8ssssssssssssss 888sssss38388888 8

8 8

OYSTER CREEK THERMAL PLtJnE DATA June 28,1979 8 8

8 3ssss33848838 30383s3838333388sasssssssssssssssssssssssssssssssses8 POSIT 10#4 8 TIME a

TEnERATURE F DEGREES 8

SINDEX 8 COORDINATES Sessssssssssssssssssssssssssssssssssssssssse 8

8 R$

$ R2 8 MW1MS$ $ 1 FT

2.5 FTt 5 FT 8 80fl0M8 astssstastss3888stessasssssssssssssssssssssssssssssssssstassassasst

44. 8 8876.

2225. 8 815652. a 72.5

71.8 s 65.5 s 52.2 8 3

47. 8 $923. 8 2276.

195724.

72.9 8 73.6 : G4.5 s

60.5 8 8

48. 8 197G.

2334. 3 885756. s 72.9 s 68.3 8 64.9 8 68.1 8 s

49. 8 2028. 8 2373. 3 115828. 8 71.6 8 70.2 s 64.3 8 St.4 8 St.

2985.

2332.

115931.

78.4 8 71.2 8 65.4 8

58.8 8 8

St. 8 2884. 8 2388. 8 820083.

72.7 8 69.7 s 63.0 a 59.5 8 3

52.

2015. 8 2295.

32S035. 8 72.8 8 70.8 s 65.8 8 59.9 8 8

53. 8 2009.

2255. 8 120139. 8 73.4 8 70.8 8 65.9 8 68.7 8 8

54.

2005.

2230. 8 820418. 8 73.9 8 71.4 8 66.0 8 62.1 8 8

55. s 2415.

2220. 8 128243.

73.8 8 71.0 8 66.1 8 01.7 8 3

56. 8 1985. 8 2194. 8 320385. 8 73.4 8 10.5 8 66.3 8 63.3 8 8

57.

1942. 8 2163. 8 12f347. 8 73.1 8 71.5 8 EG.0 $ G3.7 8 3

58.

1892.

2005. 8 120418. 8 73.1

78.5 8 65.8 8 E3.8 3 3

59. s late. 8 2625. 8 328458. 8 72.7 8 69.8 8 66.5 8 63.1 8 8

68. 8 1811.

2015. 8 124522. 8 72.3 8 70.6 8 65.9 8 65.1 8 8 68 8 1784. 8 1998. 8 120554. 8 72.6 8 18.1 8 65.8 * $4.1 8 8

62.

1758. 8 1996.

129626.

72.8 s 71.4 8 66.1 s 64.0 8 8

63. s 1710. 8 1966. 8 124658. 8 73.0

78.2 8 66.5 8 51.0 8 8

64.

1684. 8 1948.

124738.

73.4 8 68.9 8 67.5 8 63.4 8 8

65. 8 1667. 8 1929. 8 129802. 8 73.5 8 72.2 8 67.3 3 64.1 8 8

66. 8 8644. 8 1925. 8 124834. 8 78.8 8 54.2 4 72.8 8 87.4 8 8

67. 8 1623.

1932. 8 120946. 8 74.1 8 76.3 8 70.8 8 87.2 8

68.

1608.

1930.

124938. 8 78.8 8 77.4 8 71.6 8 69.2 8 yo 8

69.

1595.

1939. 8 828814.

78.8 8 76.5 8 70.9 4 62.5 3 8

74.

1581. 3 1938.

128042. 8 77.5

75.5 t 70.3 $ 66.2 8 8

11. 8 1561. 8 1939. 8 128814.

77.2 8 75.3 3 69.3 8 66.3 8 8

72.

1525.

1934. 8 121288. 8 74.7

74.3 8 69.4 8 67.2 8 8

73. 8 1518. 8 1937. 8 128258.

74.9 8 74.2 8 70.3 4 57.2 8 8

74.

1541.

1938. 8 128322. 8 73.4 8 74.5 8 70.8 8 EE.7 8

75. 8 1484.

1934. 8 128354. 8 74.4

74.3 $ 69.3 8 66.5 8 8

76. 8 1495.

1943. 8 128426. 8 73.7

73.5 8 67.9 8 70.6 8 8

77.

1483. 8 1946.

121458. 8 72.0

73.6 8 68.3 8 67.0 8 8

78. 8 3456. 8 1948. 8 121530. 8 73.9 8 74.2 8 68.7 8 71.7 8 i

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79. 8 1445. 8 1551, 8 128602. 8 7e.4 3 74.1 8 58.9 8 69.2 8 8

88. 8 1443. 8 1955. 8 128634, 8 72.8 8 73.6 8 71.9 8 78.8 8 s

St.

1446. 8 1964. S 128706. 8 69.8 8 74.0 8 70.2 8 70.3 8 8

82. 8 3441. 8 8957.

121738. 8 71.7 8 75.1 8 73.9 8 59.1 8 8

23. 8 1412. 8 1960. 3 121880.

73.7 8 72.7 8 68.5 8 64.2 8 8

84. 8 1421. 8 1958. 8 121842. 8 73.7 8 74.7 3 69.9 8 82.5 8 8

85. 8 1394 8 1960. 8 121914. 8 73.G S 73.1 3 68.3 8 $3.9 8 8

86. 8 1388. 8 1954.

122418. 8 73.8 8 73.1 8 68.6 8 E3.4 8 8

87. 8 $371. 8 1954. 8 122049. 8 74.2 3 73.0 8 71.5 8 63.9 8 8

88. 8 1368. 8 1953.

122:53, 8 73.9 8 73.0 8 69.5

E4.8 8 8

89. 8 1355. 8 1957. 8 122225.

73.7

72.8 8 69.1 8 52.6 8 I

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90. 8 1330. 8 1954

122256.

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72.5

72.7 3 67.5 s 68.6

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72.s s 72.6 s 59.9 3 63.9 a s $38. 3 1921. 8 2399.

125521.

73.6 s 73.5 s 65.3 8 16.3 s a 139. s 1878. 8 2236. s 125553.

77.9 s 76.2 3 78.9 3 69.3 3 3 149. s 1929. s 21P4.

825526.

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92. s 1320.

1958. 8 122359.

74.0 a 72.6

67.6 8 63.3 3 8 51 3. s 1315.

1957. 8 122431.

74.2

73.9 8 67.7 8 62.2 8 8

94. b 1314. 8 1956.

122543. a 73.3

72.3 s 69.3 8 64.0 $

s

95. s 83e1. S 1965.

122535. 8 73.s s 72.7 8 69.8 s 63.5 8 8

96.

1295. 8 1966.

122639.

73.5 s 72.6 2 67.9

63.6 5

97. 8 1283. s 1974.

122711. 8 72.9 a 71.2 8 65.5 8 64.9 s

98. 8 1285. 8 1984.

122743. 8 73.4 5 73.2 3 66.4 s 62.1 8 8

99. e 1290.

2006.

122815. 8 73.4

71.7 3 67.9 8 64.2 8 8 tee. S 1283. 8 2415.

122847. 8 72.6

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102. 8 1325.

2145. s 123159. 8 72.9 s 72.7 3 65.3 8 66.5 *

103.

1357.

2111. s 123231.

72.9 8 71.9 8 71.0 s 64.7 *

104. $ 1598. 8 2320. 8 123543. 8 72.5 8 78.5 s 65.7 s 63.4

a 105. 8 1600.

2315.

123685.

72.4 78.2

65.3 8 62.4 3 a 106.

1688. 8 2385. $ 123647.

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107. 8 1590.

2349. S 123788.

72.8 78.3 a 64.2 s 64.6

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115. 8 1644. 8 2895. $ 124237. t 75.4 8 73.9 8 67.4 5 65.1 8

316. 8 1662.

2217. s 124309. 8 76.e t 74.9 a 13.3

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8 117. s 1684. t 2194.

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70.3 a 67.2 8 8 118. 8 1781. 8 2213.

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76.9 s 71.7

67.4 8

121. s 1740. 8 2287. 8 124548.

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1797. 8 2225.

124620.

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1826. S 2219. 8 124652. 3 77.4 s 76.1 3 74.3 8 65.3 3

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124724.

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75.1

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124756.

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2286.

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2094. 8 2447.

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72.5 8 72.3 3 65.5 8 64.9 3 8 134. s 2122.

2490. 3 125314. t 72.3 3 71.7

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as eo e

S NxN N Ds N N

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N N

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a E

=

S W

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s O

29 s

59

4

ssassasssstsesseesssssssessestssssssssssssssaststessassessesssssss a

3 s

OYSTER CitEElt 7HERfsAL PLtJMF DATA September at,1979 3 8

8 satsssssssssssssssssssssssssssssssssssssssssssssssssssssssssssssses s

POSITION

TIME s

TEMERATURE F DEGREES S

stNDEN

COORDINATES sssssssssssssssssssssssssssssssssssssssssses t

8 Rt 8 R2 a 6etMM55 e i FT s 2.5 FTt 5 F7 S 90TTona s8888888888333s83838s38833s 388sssssssssssssssssssssssssssS80ssests 1.

s $250, a 049.

181504. t 73.5

73.0 e 75.9 8 78.3 $

2. $ 1225.

983. S 128588. s 76.3

76.6 8 77.4 3

78.4 3 3

3. s it98. t 076. $ 181532. 8 77.5 8 77.5 8 78.4 8

78.4 5 8

4.

s 1953.

335.

121541.

78.3 s 78.2 3 18.2 3

78.8 a 8

5.

3 1994. 8 790. 8 128547, s 75.2 8 78.0 8 78.5 8

78.5 8 s

6.

1837. s 750. e 181633. S 79.2 3 78.3

75.7 8

78.7 8 8

7. 8 978.

710. 8 $28669.

78.2 3 78.3 8 78.3 3 78.7 3 3

3.

8 989. S 674. 4 188725. 8 78.0 s 70.5 8 70.4 3 78.8 8 8

9.

B53.

E36. $ 121758. 3 79.6 8 75.8 s 70.5 8

79.9 s

10. 8 795. 8 615. S 828817. s 78.6 8 78.5

78.7

70.8 8 8

11.

741. 8 643. 8 121843.

73.6 3 73.4 a 75.7 8 78.7 3 s

12. s 654.

583. S $38969.

78.6

7s.3 s 78.5

78.4 *

13.

630. 8 565.

131935. 8 78.4 8 78.4

75.4 8 78.5

l

14.

578. 8 549. 8 8220st.

75.3

78.5 s 73.4 3

73.6 *

15.

529. 8 525. 8 122027.

78.2 8 78.4

70.0 8 78.5 3

16.

488. 8 545.

822453.

78.1 8 78.1 3 77.9 8

78.4 s

17.

441.

491. 8 122119. S 78.8 s 78.4 a 70.0 8 73.2 s s

18. 8 408. 8 451.

122145. 3 78.4

77.9 8 78.1 8

75.9 S

19.

369. 8 457. 8 122288.

75.2 8 77.8 8 78.0 $ 77.8 3

26. s 334. 8 500.

122237 e 77.9 3 77.7 3 77.9 8

77.9

4 3

21. a 3es. 3 520. s 122343. 8 77.8 s 77.3 a 77.8 8 77.8 3 1

3

22. 3 274. 8 544. 5 122329. 8 77.7 s 77.8 s 77.7 8 78.4

l

23.

2S4.

580. s 122355. 8 77.5

17.7 s 77.4 3 77.9 s

24 s 244.

Sit.

122421.

77.5 8 77.6 8 77.5 8 78.1 8 4

8

25. 3 240. 8 653. 8 322447. e 77.7 s 77.7

77.7 3 75.1

t Os s

26.

248. 8 593.

122583. 8 77.3 8 77.5 s 77.5 8 75.0 8 l

O 8

27.

269. s 739. 3 122539. 8 77.9 8 77.5 s 77.9 8 77.9 8 s

28. 3 295. 8 731. 8 122685. 8 77.9 s 77.4 s 77.9 s 77.9 s 3

29. 8 335. 8 523. s $22631. 8 77.8

77.6 8 78.0 3 77.9 3

30. a 380. 8 870. s 122657. 3 77.7 8 77.7 8 77.5 8 77.9 8 s

31. t 439. e 915. 8 122723. 8 77.6 8 77.7 8 77.7 8 75.4 8 i

s

32.

493. 8 958.

122749. 3 77.5 3 77.7 s 77.6 3 73.0 3 i

33. 8 545.

997. 8 822816.

77.6 8 77.5

77.7 8 78.1 3 1

8

34. 8 595. s 1844. 3 122841.

77.7 8 77.3 3 77.7 3 77.9 3 1

s

35. s 653.

1085.

122907.

77.8 8 77.8 8 77.7

77.8 3 I

s

36. 8 749. 8 1829. 8 122933.

77.8 8 77.6 8 77.8 8 77.8 8 l

8

37. 8 759. S 1887. 8 122959.

77.9 3 77.6 3 77.9 8 77.8 3 l

s

38. 8 321. s 1220. 8 123425.

77.9

77.6 8 77.9 8 77.7 s

39. 8 858.

1259. 8 123458.

77.7 s 77.6 3 77.4 3 77.7 3 s

40. 8 935.

1297. 8 $23117. 8 77.6 s 77.6 8 77.5 s 77.8 8 a

43. 3 993.

3342.

123143. e 77.6 8 77.7 8 77.5 8 77.8 8 i

a

42.

1949. 3 1385. 8 123299. S 77.5

77.7 8 77.5 s 77.8 3 s

43. S 1884. s 1435. 8 123235. 8 77.5 a 77.6 e 77.4 8 77.3 8 a

44. 8 1861. 8 1481. s $23308. 8 77.5 a 77.4 8 17.4 8 77.7 8 i

8

45. 8 1228. 8 3544. 3 123327. t 77.4 s 77.3 8 77.5 4 77.7

I astsesssssssssssssseeesssssssssssssstatssessssssstsessssssssssssses 1

l i

i i

i 4

1

4 s

i sessssssssssssssssssssssssssssssssssssssssssssssssssssssssssssssses t

e s

OV5 Test CREEK THERfinL PLUME DATA beptember 28,1973 s s

s sassssssssssssssssssssssssssssssssssssssssssssssssssssssssssssssoas s

a PC5titon 8 Tine a

TEPERATUGC F DEC9fE5 s

s INCE M e COORDINATES ssssssssssssssssssssssssssssssssssssssssssas s

e at s N2 3 Melr15S 8 i FT 4 2.5 FTs 5 FT s SOffons asasstesssssssssssssssssssssssssssssssssssssssssssssssssssssssssssa a

46. s 1284. 8 1644. s 123353. e 77.4 s 77.3 s 77.5 s

77.8 8 s

47. s 1339. s 1655. S 823489. 8 77.2 8 77.8 s 77.4 s

76.8 s s

48. s $389. 3 1796. s 123445. a 77.3 a 76.7 s 76.6 8

75.3 s s

49. s $438. s 1759. s 3235tt.

7s.7 s 76.3 s 75.3 s

74.3 s 3

68. 3 5486. s 8811. s 183637. 3 76.6 8 75.7 t 74.7 s

70.7 s I

St. s 1534. s 1870. s 123603. s 76.5 s 75.1 s 73.2 s 69.3 3 3 52 s 1588.

1923.

123629. s 76.3 s 76.7 8 72.3 3 68.8 e s

53. s 1649. 8 1988, a 123655. 3 76.1 s 74.9 s 72.3 a 65.3 e s

54. s 1699. s 2443. 8 123728. s 76.2 8 75.1 3 72.0 8 88.2 8 3

55. s 1751. s 2004. 8 123747. 3 76.3 s 75.3 s 72.7 s

68.2 8 8

56. s 1797. s 2148. s 183813. 3 76.3 s 75.4 8 73.3 3 68.1 8 8

57. * !!?4

2197. s $23839. s 76.3 s 75.2 s 73.6 s 68.3 s s

58. 8 1895. s 2249. S $23905. 8 76.it :

75.4 s 73.4 8

68.3 3 8

59. s 1944, a 2297. 8 123938. e 76.1 8 75.3 3 71.9 3 68.3 8 8

60. 8 1993. a 2345. 8 123957. s

??.9 3 75.3 8 69.7 3 60.1 e s

St. s 2848.

2399. s $24923. s 75.8 s 75.3 s 69.4 3 68.3 e i

e

62. s 2993.

2450. 8 124049. 3 75.8 8 73.8 8 68.5 s 68.9 8 s

63. s 2848.

2 49. 8 124115. 8 75.8 s 72.9 s 68.6 3 67.2 s s

64. s 2883.

2544. 8 124148. 8 75.2 3 73.6 s 65.6 3 66.5 s a

65. s 2226. s 2580. s 124207. a 74.4 s 73.9 s 68.5 8 66.2 8 8

66. s 2272. 8 2634. 8 1E4233. &

74.0 s 73.6 8 68.7 3 66.8 s e

67. s 2314 s 2575. t 824253. s 73.2 s 72.7 s 68.5 a 66.6 s y

8

68. s 2364. 8 2726. S 124325. 8 72.7 s 71.7 s 68.5 s 66.7 s s

s

69. s 2409. 3 2771.

124358. s 12.4 8 70.4 s St.2 a 66.8 8 8

78. 8 2453. s 2018. 8 104417.

7A.3 s 68.9 3 67.7 8 66.8 8 8

71. s 2499. 3 asse. s 124443. t 07.3 s 67.3 s 66.8 s 66.8 8 8

72. 3 2569. s 2W!7. 8 124704. 8 -66.8 s 66.9 8 64.6

66.5 s s

73. 8 2567.

2938.

124734. s 67.2 s 67.1 8 66.3 s 64.6 s S

74. s 2543.

2925. s $24756.

G7.4 s 67.8 s 66.7 s 66.9 8 s

75. s 2587. a 2918. s 124922. 8 67.7 3 67.3 8 66.7 s 66.7 s s

76. s 2513. s 3922. 8 124548. s 68.3 8 67.9 8 66.8 s 66.7 3 a 7 7, a 2517. t 2938. 3 184914. s 68.9 e 68.4 3 66.7 3 66.1 8 s

78. 8 2522. 3 2953. 3 124940. 8 68.3 s 68.4 s 67.5 s 65.6 3 s

79.

2521. a 2965. 3 125096. s 68.3 s 67.9 s 68.2 s 65.4 3 s

30.

2586. s 2972. s 125432.

67.5 3 67.5 s 68.2 8 65.2 *

88.

2583. t 2980.

125058. s 67.7 3 67.6 8 67.9 3 65.2 8 s

92. s 2516. 3 3404. $ 826824 a 67.8 3 67.8 s 67.9 s

65.4 s s

33.

2519. s 3415.

125159.

67.7 8 67.5 s 67.7 3 45.3 8 s

84. s 2528. s 3426. s 325236.

67.5 s 67.7 s 67.6 s 45.1 8 s

85. I 2533. 8 3451 3 125242. 8 67.5 s 67.7 s 67.5 8 64.1 8 8

86.

2531. 8 3466. S 125308.

G7.4 3 67.7 3 67.4 s $4.6 3 5

87. s 2528. 3 3465. S 325334.

67.4 a 67.6 s 67.3 a 64.5

a SS. s 2501. s 3445.

125400.

67.5 s 67.7 s 67.3 a 64.5 s 8

89.

2563. 8.3083. 8 125426. s 67.4 s 67.5 s 67.4 s 64.5 s s 90 3 2425.

2974, s $25452. 8 67.4 s 67.4 8 67.3 s 64.5 8 sassassassssssssssssssssssssssssssssssssssssssssssssssssssssssssses

i

~

l l

1 l

l stesssssssssssssssssssssssssssssssssssssssssssssssssssssssssssssses a

3 i

e ov5TER CREEE THERMAL PLUME DATA September to,1973 8 s

8 l

sessssssssssssssssssssssssssssssssssssssssssssssssssssssssssssssses 8

a POSITION

78ME s

TEnERATURE F BEGREES s tNDEM s COORDINATES assesssssssssssssssssssssssssssssssssssstses s

Rt s R2 3 FDNwisS 8 i F T

2.5 F T 5 FT e SOTTOMs sasssssssssssssssssssssssastssasssssssssssssssssssssssssssssssssses i

s

98. s 2378. 5 2936. 8 125588. s 67.6 8 67.6 s 67.5

$4.2 s

92. s 2334

2898. t 825544. 8 67.8 8 67.7 8 67.5 3

64.3 8 s

93.

2291. s 2068. s $25650. 8 68.8 8 67.9 s 67.9 8

64.0 e s

94.

2249. s 2825. s 325638. 8 68.8 s 68.2 8 67.8 8 84.1 8 s

95.

22 3. s 2798. 8 125702.

68.2 3 68.3 8 68.1 8

84.0 $

e

96. s 2168. s 2765. $ 125728. 8 68.4 5 68.2 s 68.6 s

63.9 3

97. S 2127. s 2728. s $25754. 8 68.4 8 68.7 s 68.5 8

$3.8 8 8

98. s 2087. s 2685. s 125820.

68.5 e 68.6 8 68.5 8 83.9 s a

99. s 2443.

2652. 8 125846.

68.7 8 68.5 8 68.7 4 63.5 8 s 100.

2003.

2615.

125932. s 68.5 s 68.7 s 68.6 8 63.7 8 8 tel, a 1963. e 2589. 3 125938. t 68.4 s 68.8 8

'..E 64.0 8 i

a tea. s 1922. s 2550.

830004.

68.6 8 68.7

Eu.5 8 64.0 *

103. $ 3883. 8 2519. 8 338030.

68.7 4 68.6 8 68.8 8 64.3 e a 104. s 184e. s 2489.

130456. a 68.6 s 68.8 s 68.8 8 64.3 3

105. s 1797. 8 2448. s 330122.

08.6 8 68.6 8 68.4 8 64.7 8 s 106, a 1754. s 2468. 8 130848. s 68.5 $

68.6 8 68.2 8 65.1

s 107. s 1711. 3 2375. 3 134214.

68.4 8 68.7 e 68.1 3 65.4 s e 108.

1674.

2343. 3 134249. s 6H.4

68.5

G7.7 * $5.4 s a 109. s 1633. 3 2313.

134346. 8 fG.3 4 68.4 s 67.8 8 65.9

a t ie.

1596.

2288. s 130332. e 08.3

68.3

87.9 8

67.4 8 s til.

1559. s 2255. s 134358, 8 (8.3 8 68.2 t 67.9 8 67.7 8 8 112. s 1589. $ 2219.

138424. 8 08.5

68.6 * $8.1 4 67.9 8 s 183. s 1479. 3 2889. $ 134450.

68.5 a 68.9 s 68.4 8 68.1 8 s 184. a 1444.

2161. 8 134516. a 68.6 3 68.9 8 68.4 s 68.1 4 Ch 3 115. s 1409.

2137

130542. s 04.6 e 68.7 8 68.4 8 68.1 s bJ s 116. e 13F3. $ 2105. s 134608. 3 Mt.7 3 68.5 8 68.6 8

68.2 8 8 137.

1345.

2086. 8 134634. 4 68.6 8 68.6 8 68.6 8 68.1 *

188.

1312.

2062.

1347e0. 3 69.6 8 68.7 s 68.5 8 68.3

e 119.

1283.

2058. S 138726.

68.5

68.8 s 68.4 8

68.8 8 128. s $262.

2046. 8 130752.

68.3 8 68.5 3 68.4 8 68.5 s e 121.

1945. 3 1945. 3 132554. s 72.5 8 8.9 s 70.5 s 70.4 e s 122. s 1940. $ 1994. S 132620.

75.3 s e.4 e 71.0 e 70.1 3 8 123. s 1983.

2047. 8 132648. t 74.6 e 73.9 8 70.8 8 70.4 s

124.

2 28.

2099. 8 132782.

75.8 8 74.8 8 72.2 8 70.4 8 a 125. s 2074. s 2353.

132738. s 76.5 8 75.8 8 74.1 4 70.5 s a 126.

2124.

2269. s 1328e4. s 76.3 s 76.3

73.2 3 71.1 8 s 127. 3 2178. s 2261. 8 132838. 8 76.5 s 76.0 8 74.1 8 79.5 *

128. 8 2234.

2318. 8 132856.

76.2 8 76.2 8 72.5 8 70.9 s j

129.

2294.

2358. 8 132922. 8 76.1 8 75.9 8 72.8 8 13.6 8 a lle. s 2348. 3 2435. S 132948.

75.9 8 75.5 4 73.2 s 70.2

a 133.

2399.

2496. 8 133854. 8 75.6

75.5 s 72.4 8

69.7 8 e 132. e 2455. $ 2547. 8 133040. 8

?L.4 s 75.2 8 72.4 8

69.5

i 133. s 2507.

2695.

133166.

75.5

75.8 8 73.2 8

69.6 s s 134. s 2564. 3 2660.

133132.

76.4 s 75.3 8 74.4 s

69.3 s a 135.

2614. s 2719.

133958. s 76.1

75.3 4 74.3 8 69.0 8 sesssssssssssssssssssssssssssssssssssssssssssssssssssssssssssssssas i

l 4

seassssssssssssssssssssssssssssssssssssssssssssssssssssssssssssssys s

a e

OYSTER CREEK THERMAL PLOME DATA September to 1973 s 8

a sessssssssssssssssssssssssssssssssssssssssssssssssssssssssssssse 38 e

a P05 tit 0H

TIME e

TE M(EATURE F CE GREES a

sINDEM s COOEDINATES seassssssssssssssssssssssssssssssssssssssses 3

a Rt a R2

HHnnSS

9 FT 8 2.5 FTs S FT e BOTTOMS asssssssssssssssssssssssssssssssssssssssssssssssssssssssssssssstses e 136. e 2678. s 2775. e 133224. 8 75.7 3 75.2 3 73.3 3 69.5 8 s 137. s 2723. s 2334. S 833258.

76.8 8 76.4 s 74.e s

69.4 8 8 838. s 2793. s 2s97 s 133316. s 75.9 s 75.5

74.2 8

69.4 a s 339. s as43. s 2958. s 133342. s 75.7 8 75.2 s 73.5 s

89.8 s s 340.

2901.

3010. S 1334es. s 75.6 s 75.5 a 73.s s 69.4 8 e 141. e 2966. s 3865. a 333434 s 75.5 8 75.3 3 71.2 s 69.5 8 8 842.

3837. 3 3825. s $33500. 8 75.7 s 75.3 s 74.1 s 69.4 3 143.

3075. a 3:32, 8 333526. t 75.6 s 75.4 s 69.4 a 69.3 8 8 144. s 3:35. s 3248.

133552. 3 76.e s 75.4 s 69.5 a 69.5 8 s 845. 3 3193. 8 3300. s 333618. a 75.6 s 75.4 s 69.5 s 69.4 s e 146.

3249. 8 3360. s 133644. t 75.4 s 74.9 3 69.5

69.6 e a 147. s 3120. t 3425.

133780. 8 74.2 s 74.0 e 69.2 s

69.4 3 s 148.

3373. 8 3485. s 133736. :

73.8 s 73.4 s 69.2 s 69.7 e a $49. s 3426.

3543. s 133902. 8 72.8 s 72.5

70.6 3 69.6 8 s $50. s 3487. s 3608. s 133828. 8 72.1 s 71.7 8 78.3 s 69.6

e tSt. 8 3533. s 3657. s 133854. s 71.0 s 76.7 e 69.6 s 69.2 8 8 152. 8 3590.

3785. s 333920. a 67.8 s 68.2 4 68.1 3 65.6 8 s 153. s 3648. 3 3765. 8 $33946. s 67.3 s 67.4 s 67.6 s 68.4 s a 154 s 3669. 8 3780. s 134612. 8 67.1 s 67.0 8 67.3 8 68.7 8 e 355. 3 3658. s 3755.

334038. 8 67.0 s 66.9 8 67.4 s 67.8 8 s 156. 8 3618. 8 3718. s 134184. t 67.8 8 67.5 8 67.7 s 68.2 s 8 157. s 3577.

3655. s 134l30. 4 70.5 s 70.9 8 69.9 s 68.7 3 3 955. : 3559, a 1625

134156. a 73.6 s 73.3 s 76.7 s

63.2 s a 159.

3599. e 3?st. 3 134222.

72.0 e 71.s s tu.8 s 69.2 s a LEO. 8 36 * ?.

4 3694. s 134248. s 71.9 3 71.2

70.4 s 69.4 s s 168. : 3691. s 3728. s 134314. s 78.3 s 71.4 3 70.8 s 69.9 s Ch a 162. s 3738. 8 3764. e 134340. 3 78.7 s 70.0 8 70.7 s 68.3-s D'

s 163. s 3774. s 3790. 8 134406. 3 71.0 a 71.0 s 70.3 s GB.t a e 164 e 3805. s 3889.

134432.

78.9 s 70.6 8 70.0 8 67.9 s 8 165. s 3844. 4 3835. s 134458. s 70.2 s 70.4 8 69.7 3 68.5 8 s 166. s 3876.

1849 s 134524. 8 71.0 s 70.6 s 70.8 s 68.3 e s 167. 8 3968. a 3834

134558.

71.6 3 71.7 s 69.5 8 68.3 3 3 168.

3855. 8 3819. s 134685. a 71.e a 7e.s a 69.5 s $s.6 a e 109. : 3836. 8 3731. e $34641. s 69.5 3 69.3 3 69.1 3 68.6 s t

8 370.

3802. s 3746.

134706. s 70.6 8 70.2 3 69.8 s 68.5 e a 171. S 3763. e 3686. 8 $34732. 8 78.7

78.1 s 74.4 s 68.9 s 872. s 3713. 8 3641. 8 134755. 3 71.5 8 78.3

74.5 8 68.7 8 s 173, a 3668. : 3581. s 134824. s 70.9 8 79.3 s 70.0 s 69.1 s s 174. 4 36e9, a 3525. s 134856.

71.2 3 71.3 s 69.9 s

69.4 a s 175. 8 3568.

3 465. s 134915. a 78.3 s 71.5

79.5 3

69.1 8 8 176.

3584 s 3436. a $34943 s 72.2 3 71.9 8 70.0 8

68.9 8 s 877. s 3468. s 3369. S 135006. s 72.1 3 71.9 a 70.8 8 69.2 s s 879. S 3489. 8 3340. 8 135032. t 72.4 s 72.2 3 75.0 a 69.4 s e 179. s 3362. 8 3255. s 135D58. S 72.2 s 72.3 s 78.5 s 69.5 8 s 199. t 3384. S 3209. s 135124. 8 72.0 a 72.4 s 71.8 8

69.4 s ssssssssssssssssssssssssssssssssssssssssssssssssssssssssssssssssses i

l i

i

t e

essssssssssssssssssssssssssssssssssssssssssssssssssssssssssssssssas I

e l

3 OVSTER CREEK THERMAL Plunt DATA Septe.ber 20.1979

s s

}

sessssssssssssssssssssssssssssssssssssssssssssssssssssssssssssssoas 8

POS17tOH a 7tME 8

TENERATURE F CEGAEES e

stHDEX 4 C00ADINATES *sseessssssssssssssssssssssssssssssssssssses 3

s Rt a 22 8 HHRMSS s 1 FT a 2.5 Fit 5 FT s 80TTOMs asssssssssssssssssssssssssssssssssssssssssassassstatssaeessassessss e tal. s 3264

3147. S 135160. 8 72.5 a 72.5 a 72.2 8 69.6 s a 182. 8 3216. 8 300$. 8 136286. 8 72.8 s 72.6 8 72.4 s

69.8

i 5 183. 8 3178. s 3857. $ 135242. s 72.6 s 7d.2 8 72.4 a

69.3 5 l

184. s 3126. 3 2981 s 135368. e 72.5 a 72.3 s 72.0 e

68.4 s l

8 ISS. e 3076.

2926. 8 835334. 8 72.4 s 71.9 4 78.7 e

68.1

i a 186. 8 3426. s 2090. 8 835404. 8 78.3

78.3 s 71.8 s

67.8 s

387.

2977. s 2849.

8 36426. a 78.7 s 78.9 8 70.7 3 68.7 3 3 ISS. s 2923.

2764. 8 135452.

70.6 s 78.8 8 74.6 8 69.8

i a 189. 3 2867.

2692. 8 $35588. 8 78.8 s 78.2 3 78.8 8 69.7 3 3 194. 3 2750 8 2585. 8 836680.

78.3 3 78.6 s 78.3 a 68.6 e a ist, a 2685. s 2478. * $36702. s 78.3 s 71.6 a 78.4 s 69.4 s s 892. s 2738. 3 2531. 8 135728. a 78.3 8 78.5 8 78.4 8 69.3 s 1

193. 3 2848. 8 2631. 3 135020.

73.4 3 71.4 s 71.7 3 69.4 8 8 194. 3 2912.

2697, a 135846.

78.5 8 71.4 8 71.6 8 78.4 8 8 195. 3 2948. 8 2745. 8 835982.

78.3 s 71.6 8 71.3 3 71.1 8

196. I 2999. 8 2848.

135938.

70.9 8 78.9 8 78.9 3 $9.4 3 1

8 197. 8 3454. 3 2852. 3 140004. t 70.6 8 78.4

70.1 3 68.4 8 s 198. e 3109. 3 2908. S 140830. 8 74.4 s 70.6 8 69.9 3 67.9 8

199. s 3863. 3 2977. 3 840056.

78.9 3 70.6 8 70.2 s

67.5 8 4

3 200.

3234 8 3018. S $40822. 8 71.4 s 13 5 8 70.8 s

68.4 s 4

s 208. e 3266. s 3944.

140148.

71.7 8 78.3 8 78.8 8

68.4 s a 202. s 3384. 8 3114. 8 840214. 3 73.6 8 71.7 8 71.8 8 68.3 3 i

a 203. s 3362. $ 3161. 8 140240. 8 72.2 3 71.8 s 78.3 s 68.3 8 a 244. 8 3419. 8 3228. 3 440306.

71.8 8 78.3 8 78.3 8 68.2 8 a 205. e 3464. s 3267. 8 140332.

78.9 3 71.7

71.1 8 68.2 8 g

cb 8 206. s 3545. 8 3325. 3 144358. 8 71.7 s 71.6 s 78.2 4 68.2 8 8 247. 8 3553. 8 3367. * $ 48424. 8 72.4

73.6 s 78.3 8 60.3 8 3 Res. 4 3599. 3 3429. $ 140450. a 71.9

71.7

71.1 8

68.8 *

249. s 3649. 8 3471. 8 844686. t 72.3 e 72.1 3 78 7 s 69.3 3 8 210.

3695. 8 3528. 8 840642. a 72.6 s 72.0 a 78.6 8 69.2 s a 2tl. s 3739. 3 3576. 3 140608. 8 78.3 8 72.1

78.2 e 68.9 8 s 282. e 3784

3621. 3 140634.

72.1 8 71.7 s 78.3 3 69.4 8 s 283. 8 3835.

3604.

144700. a 78.8

78 3 s 78.3 3 69.7 8 8 214.

3sSt. s 3742. $ 144726.

78.9 8 71.6 s 71.2

69.3 *

235.

3928. S 3799. 8 144751.

78.5

78.9 3 70.3 3 89.0 8 a 286. 8 3976. s 3830.

144817. 3 78.9 a 70.6 s 69.3 3 68.9 8 a 237. 8 4028. s 3885. S 140843. 3 70.5 8 70.2 s 69.2 3 68.8 3 3 288. s 4078.

3935. S 144909. s 69.0 a 68.9 8 68.6 8 68.7 8 a 219. S 4829. 8 3997.

140035.

68.6

68.4

68.6 * $8.4 s a 220. s 4182. 8 4047.

141448. s 6F.5 3 68.3 s 68.2 8 68.4 8 a 228. s 4237.

4803. I 148027. 8 68.2

68.4 3 68.2 8 68.3 8 8 222. s 4287. s 4159. S 141053. 8 68.4 s 68 8 8 68.3 8 68 sassssssssssssssssssssssssssssssssssssssssssssssssssssssssssssss.2

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THERMAL PLUME OF Sept, ember 20 1979 80 g

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I 68"F (20'C) isotherm DATE September 20, 1979 STATION PARAMETERS TIME 12:15 - 14:10 AT 18'F (10*C) i' WIND IISI!, 7-12 aph CIRC. FLOW 460,000 GPM (1,733,000 I.PM)

WEATHER Clear DIL. FLOW 520,000 GPM (1,968,000 1.PM) r I.a 1 610 We FIGURE:

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a 8

8 8 8 8 3 $ 3 888 8 8 88 3 s 888 88888838 88333338 8333 89 8 8 8 8888s38s833 08389888888 8 a

a POS17 TON 3 TIRE 8

7ERERAfust F DEGREES 8

SIHLEM s COORDINATES asstessess3083*stssssteestsessestgesestseess a

a RI s N2 8 HHRRSS s 1 FT

3.5 FTs 5 FT S 30Tf0M8 assasssssssssssss*Ssessteestetssatseasssastsassssssssssssssteessts8 3

1. s 1873 3 965. 8 134644. a 75.1 8 75.4 s 75.4 3 75.4 s a

3. s laat, s sea. s $34026. 8 75.8 8 75.5 a 75.0 s 75.9 s S

3. s !!69. s 849. 3 134953. s 75.7 8 78.3 3 75.9 8 75.9 8 s

(.

8 1t73. 8 793. s 134815. 3 76.2 3 75.9 8 78.e 3 76.0

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b.

3 66 5. 8 758.

134144 s 75.8 8 75.s s 75.8 8 75.9 s l

8

8. s 997. 8 718. s 134ste. 8 75.9 8 75.7 5 75.5 8 75.7 8 8

7. 8 932. 3 603. 3 134235. 8 75.8 s 75.5 s 75.8 3 75.0 8 8

3. 3 077. 8 543. s 134302. 8 75.7 8 75.3 s 75.7 s 75.7 8 8

9. 8 819. 8 882. s 134328. s 75.9 s 75.5 s 75.0 3 76.1 3

10. t 762, a 587. 8 134353. 8 75.9 s 75.5

75.9 8 75.9 3 8

II. 3 707. 3 569. 3 134419. 3 75.5 8 75.7

75.5 8 75.8 8

12.

G5S. 8 555, a 134445. 8 75.7 s 75.7 s 75.7 s 75.9 a 3

13.

594. 8 545. 3 134518. 8 75.6 8 15.2 3 75.8 8 75.7 s 3

14. S 550. 3 530. 3 134537. t 75.4 s 75.5 a 75.8 8 75.7 8 s

15. 8 583. 3 518. s $34443. 8 75.7 8 75.7 8 75.7 8 75.0 8 8

16. s 473. 8 499. s 134629. 8 75.9 s 15.6

75.8 8 78.3 8 8

17. 3 429. 8 403.

134655. 3 75.9 8 75.5 JB 78.E 3 78.4 s 8

te. 8 393. s 473. 8 834728.

75.7 s 75.9 4 76.0 s 78.9 8 s

19. 3 365. s 479.

134747. 8 75.8 8 76.6 d 76.0 3 78.1

s

28.

335. 3 494. 0 134833. 3 76.1 3 75.3 3 75.0 3 76.4 8

al. s 308. 8 5e9. 8 334809.

75.e s 75.6 d 75.8 8 75.0 s S

22. 8 208. t 534. 8 834905.

75.7 s 75.4. 75.8 3 75.8 s

~s 8

23.

265. 8 577. s 134931. t 75.5 8 75.4 3 75.7 8 75.7 8

'J 8

24. 3 255. 8 St3. 8 134956. t 75.5 s 75.4 s 75.3 3 7E.8 3 8

25. s 257. 3 ESS. S 835422. s 75.5 8 75.4 3 75.3 8 75.7 8 8

26. t 26s. s 693. s $35940. 8 75.3 s 75.4 s 75.6 8 75.5 8 a

27. 8 280. 8 734. s $35184. 3 75.3 s 75.4 3 75.3 3 75.7 8 8

28.

311. t 777. 3 135144 8 75.5 a 75.4 s 75.7 3 75.4 s 3

29. s 345.

222. 8 135288. 8 75.1 s 75.3 5 75.6 8 75.4 s 3

30. 8 389. s ass. s 135232. s 75.2 s 75.3 3 75.5 a 75.5

S

31. 8 436. 4 si t. 8 135253. 8 75.3 s 75.5 s 75.4 3 75.3 $

l 8

32. a 493. t 950. 8 135324.

75.2 8 75.3 3 75.8 8 75.3 8 s

33.

544.

Ite2.

135358. 8 75.5 s 75.5 a 76.3 3 75.3 e i

8

34. 8 695. 3 1950. 3 135416. 8 75.8 8 75.3 3 75.0 W 75.3 s e

35. 8 662. 3 1994. 8 135448. 8 75.5

75.3 4 75.8 3 75.3 8 3

36. s 7ts. s $135.

135547. s 75.6 s 75.4 3 15.3 3 75.4 s 8

37. S 769. 8 1872. s 135533. s 75.8 s 75.3 8 75.1 8 75.3 3 J

38.

S30. 8 1887. s 835559 s 75.5

75.1 s 75.3 3 75.8 8 8

39. 3 883. 8 1855. 3 135625. 8 75.4 8 75.3 3 15.4 3 75.4 8 s

40, s 944,

1299. 3 135851.

15.4 3 75.1 s 75.4 s 75.3 5 8

48. 8 988. 3 1343. s !)5717. 3 75.1 8 75.3 s 75.3 s 75.3 3 3

42. 3 1957.

1385. 8 135743.

75.2 8 75.3 s 75.E

75.3 s l

S

43.

1815. 3 1438. 8 135349. 8 15.3 3 75.2 5 75.1 8 75.4 3 3

44. 3 8169.

1434. 4 135835. 3 75.6

75.2 3 75.2 5 75.5 8 a

45. 3 1231.

1545. 8 8 35D41. a 75.3 s 74.9 e 75.3 3 75.4 5 asasasssssssssssssssseetssetsstesssssssssssssssssssssssssssssessass 8

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3 8

OYSTER CSEEE flE88tAL PLIJME DATA October 34 2979 8

8 8

- 18888888838888883s3s38838888sessassenesteesseessesessessesseesssa 8

8 POSITION 8 flME 8

7EMERATURE F DEGAEES s

StHOEM e C00A0! MATES sess8sasssestseessssssssssssssastgestseesses a

S Rt a Na

$ le4MMSS 8 1 FT 4 2.5 FTs 5 FT 8 80ff0Ms

$sstessesasssesestaessassessssssssseessassesssssssssssssssssssssses a

44. s 1287. 3 1808. 8 135927.

75.2 3 75.8 3 75.5 s 75.4 8 8

47. e 1492. S 8751.

146449. t 74.7 s 73.4

78.9 s 78.8 8 8

40. 3 8488. s 1783. 8 149815. 8 73.6 e 12.3 s 71.3 3 SS.8 8 8

49. 8 1504. s 1835. 8 149148. a 72.8 a 78.7 s 69.7 8 87.3 s 8

50.

1537. 8 3874. s 1402e?. 3 73.4 a 70.8 8 68.0 t 87.8 s a

St. 8 1569. s ISGS. S 149233. 8 71.8 s 49.8 8 68.1 8 87.1 8 3

52. $ 1599. S 1929. 8 144359. e 71.7 s 70.4 8 79.0 a 87.0 8

53. 8 1824. S 1954. 8 148325. 8 78.9 8 78.1 8 70.4 8 88.8 8 8

54. 8 1652. S 1987. 8 144351.

78.5

71.1 8 78.4 8 86.0 8 3

55. 8 1889.

2448. 8 149417. 8 78.7

78.2 8 79.5 5 87.0 8 3

54. a 1700. e tesa. 3 146443. a 78.4 s 71.4 a 69.4

St.3 8 3

57.

1737. S 3685. 8 144509. s 71.5 s 70.9 8 68.1 e 60.8 s a

58. $ 1784. S 3818.

844534. a 78.4 a 69.4 s 47.8 8 88.5 8 3

59. s 1784. 8 8846. $ 149664. 8 71.4 8 68.4 8 64.6 8 88.7 8 St. 8 1848. 8 3878. 8 144825. 8 71.2 8 67.7 8 $4.4 S 88.8 8 s

St. s 1835. 8 2246. S 144658. S 71.6

87.7 8 SS.E

85.8 8 S

82.

1866. 8 8249. b 144717. s 78.5 8 68.8 8 64.3 8 86.3 8 s

83. 8 1898. s 3374. S 349743. 8 78.3 8 59.8 s 86.2

S4.5 8

64. s 1934.

8310. 8 1>9899. 8 78.5

68.3 3 65.8 8.

44.8 8 8

65.

1973. 8 3345. 8 14s135. a 78.3 8 66.4 8 65.8

S3.6

i 8

SS.

2009.

3383. 3 144.88. 8 78.3 3 66.8 8 45.7

S3.0

l 8 67

2441. 8 4415. S 1469.7. S 73.2 8 66.3 * $5.2 4 64.5

S

60. 8 2073. 8 8449. S 14095c. 8 78.1 8 68.3 8 55.6 8 62.8 *

'8

69.

2096. S 3478. S 841918. 8 70.5 3 65.9 3 65.0 s St.4 8 8 70 8 2134.

3514. s 14te44. a 70.1 s 66.3 8 84.9 s 68.4 8 s

71. s 2169. a 2547. 8 14 tite.

69.6 s 68.2 8 85.4 8 68.1 8 8

72.

2208. s 2585.

14tt36. 8 68.4 8 64.2 s 65.7

44.3

8

73.

2238. 8 2617. 8 143282. 8 67.0 8 66.2 8 65.0 s St.S *

74. # 2275. 8 3658. 8 141228. 8 66.1 4 66.0

65.9 8 St.9 8 8

75. 3 2313. 3 2699. 8 14t253. a 65.0 8 68.4 8 68.1 8 68.1 8 8

76. 2 2346. 8 2739. 8 148359. 3 65.0 3 64.3 8 65.9 8 62.5 8 s

77.

2384.

2781. 8 14t345. S 66.1 8 64.1 8 65.8 8 82.3 8 8

78. 8 2423. 8 2020. 8 141480. 8 66.1 8 65.9 3 66.3 3 82.5 8 8

79. s 2478. 8 3879. s 148438. 8 66.4 8 65.9 8 65.8 8 63.9 8 8

80.

2525. 8 3924. 8 841543. 3 66.4 s 66.3 8 55.8 s 83.0 8 8

St. 8 2573. $ 2968. 8 848528.

66.4

65.3 3 65.8 8 63.1 8 s

82. 3 2639. t 3445. 8 841554.

66.1 3 48.3 3 65.9 8 83.6 8 s

83. 8 2663. 8 3445. 8 141628. S 66.6 3 68.1 8 64.9 8 83.6 8 8

84. $ 2783. 8 3499. 5 141648. 8 66.8 8 68.1 3 64.3 8 83.5

SS. 3 2760.

3935.

141782. 8 64.2 8 66.1 a 66.1 S 63.8 8 8

SS. 8 2010.

3084.

148738. S 6G.0 8 65.8

85.9 8 83.7 8 8

87. t 2855. a 3299. S 148844. S 65.9 3 65.7 3 66.8 8 83.6 8 8

SS. 8 2962.

3270.

141030. 8 65.8 3 55.8 8 85.6 8 83.7 8 s

89. S 2945.

3204. 8 142844.

65.6 8 65.0 8 88.8 8 St.1 8 8

94. 8 2947. s 3277. $ 142818. 8 65.6 8 6 stesssssssssssa.ssesssssessneesssssssssssssa.4.9 s.St.3. 8esess 9. 8 St esses sses e

a

e t

3:38888.s38...s..s0s.8:3 38 888ssssssssssses.ssesses. 88.s. 88 38.

S 8

8 OYSTER CSEDC 7HERRat PtDRE DATA October 32.1979 8

8 8

stsestsessesssssteesseetsesesteesssesasssssssssssssssssssssses38sst POSifl0H

ftRE 8

TERERATURE F DECAEES 6

81HDEM 3 C00498 HATES assesssesssssssssssssssssssssssssssssssssses S

$ At 8 R4 s HHRR$$ 3 i FT

5.5 F78 5 FT S 90T70R8 i

sassessssssssssssssseessssssssssssssssssettsteestsassessesesseesssa 8

St. 8 8968. 8 3874. 8 148628. 8 65.2 8 64.9 8 83.5 8 88.8 8 8

92. 3 2996. S 3885.

842654. 8 65.9 3 65.7 8 65.3 8 68.8

S

93. 8 3018. 8 3897. 3 148720. I 65.9 8 65.8 8 46.8 8 63.4 *

94. 3 2889. 8 3878.

84t746. 8 SS.P 4 65.9 8 88.8 8 68.3

8 D5. s 2958. 8 3819. 8 848888. 8 SS., s 44.1 8 45.7 8 83.4 3 D6. 3 2988. 8 3tSt. * $43838. 8 68 3 8 68.0

85.1 8 43.3 s 8

97, a 2074. 8 3118.

848944.

64.2 8 66.3 3 65.3 8 63.4 s

98.

2033. S 3071. 3 148930. 3 66.1 8 68.0 8 65.3 $ 83.3 3 3

99. 8 2795.

3488. s $48958. 8 65.8 8 85.7 5 65.5 8 43.1

8 S ee, a 2757.

8981. S 143023.

66.2 8 58.8 s 85.3 $ 88.8 8 8 101.

2714. S 2933. 3 143448. 8 67.5 8 85.6 8 64.8 s St.3 3 3 tea. a 2600. S 8807. $ 143314. 8 69.0 8 66.2 8 44.3 8 64.3

8 803.

2638.

8835.

143848. a 70.8 8 57.4 8 83.7 8 68.8 s l'

8 144. s 2641. 8 2798. 3 143248. 8 74.4 8 88.3 8 63.4 8 68.8 8 8 805. 8 2562. 8 2748. 8 843233.

73.2 8 69.8 8 63.4 5 63.7 a 8 106. 8 2527.

2898. $ 143268. 8 78.4 3 69.8

63.3

88.7 a I

$ 107. 8 2453.

2649. S 143324. 8 71.1 8 70.4 8 64.0 8 63.7 8 i

8 108. 8 2447. 8 3800. 8 143354. S 78.1 8 78.5

68.8 8 63.0 $

8 149. 8 2418. 8 3555. 8 143488. 8 71.0 s 78.7 s 68.6 8 63.3 8 i

8 tie.

2378. e 8505. 8 143443. 8 70.8 8 74.4 5 68.8 8 53.3 3 t

8 lit. s 2330. 8 8458. 8 143548.

70.5

70.4

70.0 8 53.7 8 i

8 S ta. 3 2287. 8 3445. 8 8 43534.

70.5 s 70.8 8 70.8 8 53.7 8 8 183.

2250. 8 2358. S 143644. 8 78.9 8 78.9 8 70.7 8 63.9 8 8 884.

2208. 3 2348. 8 843626. 8 78.7

71.5 a 71.0 8 65.0 8 s 115.

2168. 8 3255.

143653. s 72.1 s 71.9

71.7 3 64.3 8 8 liS. 8 8823.

2345. 8 843718. 8 72.4 s 78.3

74.5 8 69.0 $

4, l

8 117.

2071.

3154. 8 143744. 8 72.8 8 73.1 8 73.8 8 71.0 8 4

8 118. s.028. 8 3098. 8 143880. 8 73.9 8 73.7 8 73.8 8 69.9 8 1

8 189. *.982. S 2040. 8 143036.

74.3 s 74.1 8 73.4 8 87.7

l [

e 120.

1943. 8 1990. S 843902. S 74.6 8 74.2 8 72.0 8 68.9 8 8 lat.

1894.

1931.

143928. 8 74.6 8 73.2 b 70.1 8 66.4 3

$ 122. s 1852.

1879. S 143954. 8 74.2 8 72.0

68.4 8 65.0 3 1

8 323. s ist2. $ 1826. 3 144020. 8 73.9 8 71.3 8 67.3 3 65.3 8

124. 8 2126. $ 2205.

144349.

73.2 8 73.5

73.5 8 71.5

i a 125.

2174. 8 2268. 8 144415. 8 71.4

73.3 3 73.2 8 78.1

l 8 126.

2222. 8 2311. S 144441. 3 72.8 8 72.5 8 72.3 8 66.5 8 I

8 127.

2279. 8 2364. 8 144547. 8 72.4 3 72.4 5 73.0 * $5.8 8 l

8 125. s 2329.

2417. S 144533. L 72.4 s 73.9 8 71.4 8 65.1 8 8 329.

2378. 8 2475. S 144559. S 78.8 8 78.7 8 71.1 3 63.9 8 e 130.

2423. 8 25t9. 8 344625. t 71.3 3 71.4 3 79.5 8 64.4 8 8 131.

2463.

2534. 8 144668. 8 71.0 3 71.1 8 70.4 8 63.7 8 8 132.

2505. 8 2570. 3 144717. 8 78.9 8 70.6 8 70.0 8 44.8 8 8 133.

2547.

2593. 8 144743. 8 70.4 3 70.4 3 68.7 3 8.4 8 8 134. 3 25ss.

2622. s 144848. 8 7e.7 a 70.5 8 70.1 8 66.9 8 8 135.

2337. 8 2657. S 144835. 8 70.4 4 74.5 g 70.6

G7.0 8 38 s ss ss s s s s s 30 ssas340stessssss s8s essss s s sssssssss sss estgesssssssest

+

.sss...s...s..s.........s..s.s...s..s.a..

8s....s.....$........

38 s

8 OVSTER CREEE 71ERfett PLUME DATA Octoiner 88 1978 8

8 8

888888888888s 8888888888888888s80sss st e s s 388880 sssses s essse se ss380ss e

8 Post?!Ofs 3 TIME TEnERA7URE F BEGREEE 8

SIMDEM $

CDORDINATES 88880ssesssssesessee88sessssssssssssessesses 4

8 R1

R4 S HHRM$$ $ 1 FT

3.5 FTs S FT S B0ff0Rs esesssssssssssseessettessessssseesssesanteessestatessesessagestesse 8 138. S 8679. 8 2687.

144D48. S 70.7 8 79 4 3 70.3 C 49.8 8 8 137. S 3783.

8718. S 144987. S 69.8 8 79.9 8 74.3 8 70.8 8 8 $38. 8 3788. a 8765. s $44953. 8 Sp.s a 7s.1 s 70.1 e es.3 s a 139. S 3081. S 8788. S 145489. S 69.3 8 68.7 8 59.4 s 87.9 8 8 144. 8 3844.

3784. * $45446. 8 49.9 8 70.0 8 70.0 8 89.8 8 s $41. t 3825.

8787. 8 145381. S 79.3 s 49.9 8 49.8 8 68.1 8 8 142. S 2887.

8784. 8 145137. e 70.0 a 69.8 8 69.4 8 64.8 8 s 343. s 2003. 8 3713. 8 145243. 8 79.2 8 79.1 8 89.5 8 65.7 8 8 144. 3 2845.

8785. 8 19E229. 8 71.0 8 76.7 8 69.3 8 45.7 8 8 145. 3 2346. 3 R$99. 8 145255. 8 74.5 s 70.2 8 69.9 3 64.5 8 8 146. s 2803. 8 2678. S 145321. 3 89.9 3 69.6 8 89.5 8 48.8 a s 147. S 3796. 8 3657. 8 845347. S 69.8 8 69.6 8 89.5 8 68.7 8 8 148.

2775.

2597.

145439.

69.0 8 59.8 8 89.3 s St.S 8 8 849. s 2766, a 2571. 8 145595. s 49.3 3 65.9 8 88.9 3 68.7 8 8 150. 8 2734. S 3523. 8 195531. 8 SS.S 8 48.8 8 88.9 s 68.6 8 j

8 151. s 37e7. 3 450?.

1455S7. 3 68.7 3 68.4 8 GB.7 8 St.$ 8

152. 8 3020. $ 2824. 8 956337. a 69.7 3 68.7 8 GB.S 3 60.4 3

153. s 3062. s 2844. 8 150403. 8 69.8 8 SS.S 8 68.5 3 87.8 8 8 154.

3493. 4 2913.

850429.

69.3 8 68.4 8 68.3 3 88.8 8

155. s 3129. s 2944. 3 154455. s 69.3 a Es.7 a 60.5 8 68.5 8 l

156. a 3159. 8 3954. 2 150521. a 69.5 8 6918 59.1 s 68.9 8

157. 8 3186. S 3413. S 150547.

69.6 8 69.1 3 69.1 s 68.9 8 1

150. s 3218. 8 3D59. 8 150613. S 69.6 8 69.0 8 60.3 8 89.1 8

159.

3274. 3 3863. 5 854705.

70.2 8 69.5 8 69.4 8 89.4 8 dj 8 164.

3294. 8 3190. 8 154731. S 79.3 8 69.7 3 69.4 8 49.8 3 a ISS. 8 3384. t 32D9. 8 159757. 5 70.2 8 69.7 4 69.4 3 88.9 3

162. 8 3349. 8 3254. 8 158833. s 76.1 8 69.9 8 '69.5 3 60.8

8 163.

3393. S 3363. 8 159849. 8 70.8 8 69.7 8 69.5 8 SS.S S

164. 8 3433. S 3357. 8 950915.

70.1 8 69.7 8 69.3 3 88.7 8 1

165. 8 3473. 8 3395. 8 154941. 4 70.1 4 69.6 8 $9.3 s St.4 8 8 166. 8 3588. 8 3451. 8 158007. 8 69.5 a 68.9 e 63.7 s Es.e s 8 167. 8 3561. 8 3E04. 8 851033. S 69.3 8 60.9 8 55.8 3 60.3 3 8 ISS. 8 3605. 8 3540. S 858959. 8 69.3 3 68.3 8 68.4 8 68.9 3 a 169. 8 3645. 8 3689. 8 151135. 8 69.2 8 65.6 8 68.4 8 87.3 8 i

a 178. 8 3653.

3651. 8 151154. 8 69.3 8 60.7 8 68.5 8 87.9 e 1

171. 8 3719.

3706. 5 151217. 8 SP-5 8 68.8 5 65.6 8 67.5 8 I

8 172. 8 3756.

3730.

151243. 8 6.

3 s 68.7 8 68.6

87.7 8 i

s 173. 8 3008. S 3774.

158309. 3 t'..5 8 68.5 8 68.7 8 87.8 8

174. 8 4923. S 3954. 8 152604. 8 0.0 8 0.8 3 e.0 $

0.0 8 i

s 175. t 4627. 8 3954. $ 152629. 8 e.0

9.9

9.4 8

0.0 8 8 178. 8 4430, 8 3957.

152655. t e.e a 4.0 a 9.4 4.6 8

177. 8 3811. a 3731 s $53528. s 68.3 3 68.3 s 88.3 8 68.3 3 8 178.

3795. 8 3787. S 953546. 8 68.3 8 88.1

88.4 3 $5.9 s I

f a 179. 5 3753.

3689. 8 153612. S 68.2 8 60.3 8 88.4 8 St.S S l

8 ISO. 8 3671. 8 3614. 8 353704. 8 65.2 8 68.5 8 68.4 8 87.5 8

$ s 888888888 ss3088888888888888880s$383883 s 888888888888$$ $$888888ssst I

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i sessssssssssssssssssssssssssssssssssssssssssssssssssssssssssssssses s

i s

OYS7tR CSEEE 7HERRet. PLtJME DATA Ockeber 22,1979 3

8 s

sessesasssssssssssssssssssssssssssssssssssssssssssssssssssssssssses a

8 Pos! TION s TIRE 3

TEREAA7URE F DECs EES 8

l stMDEX

COoRBINA7ES esseesssssssssssssssssssssssssssssssssssssse e

a Rt e R2 s HHRRSS s 1 FT e 2.5 F7s 5 FT S 90770Rs

)

sessssssssssssssssssssssssssssssssssssssaesssessssssssssssssssssses i

a 8 01. S 3629. 3 3568. 3 153730. s 58.8 s Es.3 s 88.8 a 87.4 3 s 182. a 3598. 8 3584. 3 153754. 3.68.3 3 68.s s 80.1 3 47.5 s Is3. s 3649. 8 3440. 8 353828. s se.a a 68.0 a 88.8 s 87.0 8 8 804. a 3543. 8 3489. 8 353548. s Es.e s 87.0 s 80.0 3 47.9 s 8 185. 8 3463. a 3308. 8 353914. a 67.s a 47.7 s SS.e s 87.5 s 8 886. : 3420. s 3337. s $53940.

68.5 8 60.4 3 S0.5 s 87.0 8 l

3 137.

33s4. 8 3RSS.

854004. s 68.6 8 88.8 8 88.8 s 87.4 8 d

8 ISS. e 3344. 8 3447.

154032. S 68.8 8 68.9 s 80.9 s St.o 3 s 189. S 3307. s 3211. 3 154050. a 69.e 3 40.9 a 69.9 3 87.9 8 S 19e. s 3264. 8 3865. 3 154884. S 69.2 3 60.0 s 88.9 8 88.0 3 l

3 191. s 3221. s 38 3. s 154tse. : Es.9 : Ss.s a Ss.s a ss.o a 3 192. p 38 86.

3e95. 8 8 544 8 8. 8 68.9 8 SS.7 s '19.e s 88.8 8 1

8 193.

3169.

3es9. s 15424e.

Es.7 s $s.s : So.e 8 se.a a i

a 194. s 3 30. a 3063. s $543es. 8 68.8

68.P S 69.0 3 68.1 3 3 895. 3 3e48. s 2087. s $544ee.

69.1 s 60.0 3 68.9 3 68.0 s 8 196.

3044 3 2945.

154452. 8 69.1 3 40.9 3 68.7 s 87.1 s l

a 197. s 2976. 3 2948. 3 154518. 8 69.0 8 60.7

88.5 8 64.3 8 l

1 8 898. s 2944. 8 8997. 3 154544. 3 69.0 * $0.7 s 58.7 3 64.8 s s 199. s 2922.

2887. 3 154410. s $8.9 s 68.9 8 $8.9 s SS.S s

{

s 200. s 2915. 8 2004. 3 158636. 8 68.9 8 69.0 3 69.e s 87.3 3 1

i s 208. 8 2914. 8 3090. 3 154704. s 69.s s 69.2 3 69.4 8 47.3 s Est. s 2989, a stes. s 15472s. :

69.4 3 69.5 3 69.4 5 Ss.s a 8 203. 8 2908.

2787. 8 854754. s 69.8 s 70.1 3 89.0 s 88.0 8 8 204.

2079. S 3895. 8 154820. e 70.1 5 49.9 s 89.9 3 69.4 8 sa a 205. 3 2049. 8 2381. 8 154844. s 70.2 s 59.9 8 70.0 8 89.6 8 Ch 8 F96. 8 288 8. 8 8233. 3 154913. 3 70.0 3 69.8 8 70.0 3 89.8 s s 287. 8 3784. 8 2308. 8 154938.

69.6 s 69.6 8 69.9 3 89.7 8 s 280. 3 2747. 3 3778. 3 155404. 8 59.5 8 59.5 8 49.9 8 47.1 s l

l '

s 209. s 2713. 5 2745. 3 155934. t 69.6 8 69.8 8 89.9 s 87.0 8 8 219. 3 2674.

8788.

155058. 8 70.5 s 79.4 3 70.3 3 SS.7 s I

i

281. 3 2635, a 2600. 3 155taa. 8 71.0 e 78.e 3 70.4 5 68.4 8 s 288. 3 2599. 8 3849. 3 155148. 8 71.0 s 71.1 3 70.9 3 60.7 s j

a 283. 3 2541. 3 2089. s 155214, 3 73.3 3 71.8 8 78.0 3 70 1 3 8 284. s 2524. s 2587. s 155840. a 71.4 3 73.3 3 78.8 s 67.9 s l

8 285.

2487. 3 2554. s 855306. 3 71.5 s 71.5 s 78.3 3 70.2 3 e 216. s 2449. 8 2525.

155334. e 72.0 8 71.7

78.5 a 70.9 s l l 3 217. 3 2416. e 3495.

155358. : it.s s 71.7

78.6 s 7e.7

a 28 3. s 238 4. 8 3478. s 155424. 3 71.9 3 71.7 8 78.8 8 67.5 :

s 289. s 2352. 8 8445. s $55460. * '71.7 s 71.5 s 71.6 8 89 8 s a 220. 3 2389. S teal. 3 855514. 3 ?t.8 s 71.4 3 71.7 3 69.1 e i

8 221.

2289. 3 3396. * $55542. 8

".'t.4 s 71.3 8 78.8 s 89.e s '

s 222.

2252. 8 8367. 3 155609. 3 78.8 s 71.7 s 78.3 8 89.4 8 l

s 223. 5 2217. 3 8340. 3 155434. s 78.8 s 72.1 3 73.1 8 69.4

i a 224.

2889. 8 2317. 3 155700. 8 12.2 8 72.3 3 78.1 8 47.9 8 s 225. 3 2158. s 2293. 3 155786. a 72.0 3 72.0 a 71.7 s 84.9 8

l s e s s s s s s s s s s s s s e a s s e s s s s ss ss s s s s s s s s s s s s s s s s s s s s s s s s s s sssss ss sss s as i

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8 8

OYSTEll CAEEE TM5stAL PLUME DATA October 23,1979 8

8 8

sessssssssssessesssssssssssssssssssssssssssssssssssssssssssssssstsS 8

8 PostT10M t TIRE TrmtaAiumE F DEGREES S

SINDEM S COORDINATES er.'essssssssssssssssssssssssssssssssssssssa s

8 St a R8 8 ***w'4 8 s 1 FT a 4.6 FTS S FT S 90TTont desssssssssssssssssss$$38;*seLJessessesasstestseessssssagssessetssa a RSS. 8 3826.

2848. 8 166753. 8 72.3 3 78.3 a 78.4 3 84.4 a a 237. S 8D94. 8 8843. S 866888. S 72.4 8 13.3 3 73.3 8 83.9 8 8 224. 8 2043.

Stat.

166044. 8 72.5 a 78.3 s 71.8 3 03.9 8

229. s 2034. S 8384. 8 166918. S 73.e s 78.8 8 70.6 8 43.8 3 a 236. 3 2007.

8876. 8 165934. 8 73.e s 7c.

s 70.6 8 43.8 8 3 333. 8 1978. 8 4868. S 164444. 8 73.4

72.0 s 69.3 8 43.8 8 s 232. S 3962. S 4840. s $50625. 8 73.5

74.3 8 89.6 8 83.9 4 3 233. S 1939. 8 3138. 8 864464. 8 73.6 8 71.6 8 68.4

S3.9 8 i

234. 8 1983. S 3885. 8 164184. 8 73.6 8 71.8 8 88.4 8 43.9 8 s 2 35. 3 1948. 5 8886. 8 164148. 8 13.8 8 71.4 8 67.4 8 83.8 8

236. S 3908. 8 St 36. S 166418. 8 74.1

71.4 8 87.6 s 63.6 8 e 237. S 8595. 8 38 43. 8 866238.

74.1 s 71.6 s 67.8 s 43.3 8 4 E38. 3 1885. s 2146. 8 164304. S 73.6 8 71.8 8 87.3 $ 43.0 8 8 239. 8 1959. 8 3842. 8 160354. 3 72.8

72.0 8 64.9 3 64.0 8 L

240.

1845. 8 8141. 8 164424. 8 72.6 8 72.3 8 67.4 8 48.9 8 s 241.

3835. 8 3844. $ 164448. 8 72.4

73.1 8 67.8 8 St.S 8 s 342. s 1823. 8 8146. $ 180614. s 72.2 3 71.8 8 46.8 8 43.0 8 i

e 243. S tee 4. 8 4837. 8 180640. S 71.4 3 78.3 8 67.4 8 83.8 8 s a44. s 1873. S 4833. s 160666.

76.7 s 79.5 8 66.8

S3.1 8 8 245. 8 1754. 8 Sill. 8 160633.

69.9 8 70.4 8 66.8 8 43.8 e a 246. s 1726. 8 3096. 8 166668. $ 69.6 * $9.7 8 68.9 8 43.3 8 s 247.

1694. 8 8476. 8 180724. 3 68.7 8 68.6 8 66.7 3 43.4 8 8 240. 3 1689. 8 ED94. 8 860016. 8 64.4 8 66.3 3 66.4 8 84.0 8 8 349. 5 $717. 8 8889. 8 $$4842. 4 66.2 8 66.2 8 68.6 8 83.9 8 S 254. 8 1753. S 3869.

160905. S 66.3 8 68.3 8 64.8 8 03.4 8 si

Est. 3 1784. S SIDS. 8 160934. 8 64.3 8 68.0 $ $6.1 3 63.6 8 i

~4 e 252. 3 1752. 8 4187. 8 161066.

66.2 5 68.3 8 68.4 8 43.4 8

j

253. : 17s5. 8 Bats. : 1ste26. :

66.4 66.1 8 Ss.8 s s3.6 :

8 254. 8 1814. 8 8334. 8 161062. 3 68.1 8 66.2 8 66.3 8 83.1

a 255. $ 1835, 8 4433. $ 168818. s 66.3 s 64.1 5 48.1 8 83.8 8 s 254. S 1851. 3 E238. 8 $$1844. 8 46.1 8 66.3 8 66.3 8 43.1 8 s 257.

3867. 8 R330. 8 $$1434. S 67.0 8 67.0 8 66.8 s 43.8 8 3 258. 8 1833. 8 3894. 8 181234. 8 68.1 8 68.1 8 68.3 3 43.4 8 8 259. 8 1794. 8 8148. S 168342. 8 69.9 4 69.0 8 67.7 3 63.8 8 s 264. 8 1753. 8 2005.

16 328. 8 69.7

69.8 8 68.0

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THERMAL PLUME OF October 22

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W l.

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75.1 75.9 75.5 76.1 75.3 75.3 p 71.7 '.70. 5 66.2 65.9' ','

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DATE October 22, 1979 STATION PARAMETERS TIME 1340 to 1614 AT 18.9'E (10.5*C)

I WIND S. 6-12 mph CIRC. FLOW 460,000 GPM (1,733,000 I.PFI) i WEATilER Oll. FLOW 520,000 GPM (1,968,000 1.PFI)

Plant Power I.evel 660 MWe FIGURE:

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88888838583s 88888883888888888888 tatst as s es ****ses sssstestatst s OYSTER CREEK THERMAL PLUNE DATA October 31.1979 5

- s8s88s33*** 38583383884838388sst********** sass ****stsS$8888ssS888 s

POSITION

TIME TEMPERATURE F DECREES

INDEX s COORDINATES **statssss***sassasssssssssssssssas**ssessas

R1

R2 3 HHMMSS

1 FT $ 2.5 Fit S FT

BOTTOMS asas******stasstatsst*ssassassassssssssssastseasstssssssssssssssast

46.

2341.

2719.

124653.

51.7

S2.1 3 52.7 3 54.3 8 8

47. 8 2412.

2795.

124733.

St.7 8 51.9

S2.2 8 53. S' *

48.

2465.

2834.

124808.

St.4 a 51.4

52.2 8 54.1 *

49.

2499.

2056.

124843.

St.7 8 51.7

52.3

52.0

8 St.

2526.

2861.

124918.

58.9 8 51.8

52.1

52.5 8 St. 8 2564. 8 2394.

124953.

51.3

51.9 8 52.0 8 52.8 8 3

52.

2561. 3 2853.

125028.

St.S

52.2 8 52.4

53.0 *

53.

2525.

2362.

125103.

52.0

S2.1

S2.2

52.7 3 1

54.

2480.

2749.

125138.

52.1

S1.9

52.4

52.5 *

55.

2450.

2694.

125213. 8 52.4 8 51.9 4 52.4

53.0

I

56.

2409.

2632. 8 125248.

51.9 3 52.2

S2.6 8 53.5 3 4 j

57.

2362.

2563.

125323.

52.8

52.s

S3.2

S3.2 3 8

58.

2317.

2498. 8 12S358.

52.7

52.5 8 53.0

52.9

6 l

S9.

2277.

2436. * $25433.

S2.6 8 52.6

53.0 8 53.4 8 8

60. 4 2236.

2379. 3 125508.

52.9

53.3

53.5

S4.5

1 3

61.

2169.

2317. 8 125543.

S3.6

53.5 8 54.5

S4.4 *

62.

2117.

2291. 8 125618.

S4.4

S4.5

54.9 8 54.2 *

63.

2173.

2353.

125653.

S4.6

S4.6

54.8 3 54.7 *

64.

2242. 8 2447.

125728.

53.6

S3.9

S4.1

S4.9 *

65. I 2296.

2445.

125883.

53.3

S3.4

53.8 3 54.2

s

66.

2358.

2489.

125838.

S3.4

S3.2

53.7

S4.0

o3 os a

67.

2412. 8 2527.

125913.

S3.1 4 53.4

53.4 8 54.0 *

68.

2459.

2551.

125943.

52.8

53.2

S3.4 8 54.0 $

i

69. 8 2596. 8 2500.

134423.

52.9

52.8 3 53.3 8 53.7

i 8

70.

2554.

2649.

134058.

52.5 8 52.8 3 53.4

54.1 *

71.

2611.

2652.

130133.

52.4

52.8

S3.0 8 53.8 *

72.

2674.

2686. 8 136208. t 52.6

52.5 8 53.0

52.9 8

73.

2723.

2705.

134243. t 52.3

52.7 8 S3.0 8 53.2

t i

74.

2784.

2769.

130318.

S2.4

52.8

S2.9

53.1 *

75.

2855.

2848. $ 134353.

52.8

52.4

52.S

S2.9

i

76.

2967.

2925.

130428.

52.8

S2.6 3 52.6 8 53.0

t

77.

2979.

2984.

134503.

S3.0

S2.4 4 S3.0

S2.9 8 i

78.

3954. 8 3859. 8 134538.

S2.5 8 52.6 8 52.3 8 53.0 *

79.

3101.

3148.

130613.

S2.8

S2.4 8 52.9

52.7

i i

80.

3439.

3465.

134648.

St.7

S2.5

S2.k

52.8

i l

81.

2976. 8 3022.

134723.

S1.5

S2.7 8 52.5

53.0 *

82.

2924.

2985.

134758. 8 52.4 8 52.2

S2.3 8 52.8 *

83.

2864.

2954.

134833.

S2.4 8 52.5 8 52.6 8 52.9 8

84.

2816. 8 2928.

134948. s 52.2

S2.2

S2.7 8 52.6 8

85.

2764.

2893.

134943.

52.0 8 52.2 8 52.6

52.6 *

86.

2714.

2075.

131818.

52.0

S2.4

52.4 8 52.7 8

87.

2669.

2845.

131053.

S2.1 8 52.4

52.7

52.3

l' t

88. 3 2628.

2824.

131128.

52.0 8 52.3

52.6

52.3 8

89.

2571.

2813.

131238.

52.4 4 52.2

52.3

52.9 *

94.

2S36. $ 2798. 3 131313.

S2.0 8 52.3 8 52.6 8 52.9 *

(

- satts*****Ss****stsatsssssssssssssssss*8ssssssssssssaststsseetssa l

e 4

i

=

88888888888888888388888888888888ss******ss***8888888*ss384888888888 8

OYSTER CREEK THERMAL PLUME DATA OcLeber 31.1979 S

S

$388838888888883838888888883888338s***$3:3383888888888888883888888 POSITION 3 TIME 3

TEMPERATURE F DEGREES

$INDEX

COORDINATE 6 38888ss88st$s*S8:ssass88888stsess8s8838s8888 8

R1

R2 3 HHnMSS

1 FT

2.5 F78 5 FT

BOTTOMS 383838$$$38888888888888888888888888888388383888s8888388888888888888

91.

2545. s 2737.

131348.

52.1 a 52.3 8 52.6 8 53.4 *

92.

2470.

2773.

13t423.

52.1 s 52.1

52.7 8 53.0 8

93.

2419.

2744.

131458.

52.2 s 52.1 8 52.7

52.9 8 8 Sh

2365.

2704.

131533.

52.0

52.4 8 52.8

E3.4 8 r

8

95.

2298.

2651.

131608. S 52.9 3 52.5

53.8

E3.5 8

96.

2233.

2643. 8 138643.

52.4 8 52.5 8 52.6

53.9 *

97. 8 2164.

2552. 8 131718. 8 51.9 3 52.4

52.6 8 54.1 8 8

98.

2992.

2497.

131753.

52.9

52.6 8 53.6

54.6 *

99.

2033.

2454. 8 131828.

53.8 3 54.1

E4.4

55.3 3 8 100. 8 1974.

2415.

131983.

53.8

53.9 8 54.5 8 55.3 *

101. t 1913.

2377. 8 131938. 3 53.9

54.0

54.6 8 55.3 8 i

tea.

1849.

2336. 8 132013. 8 53.9 3 54.2 8 54.5 3 55.4 *

103. 3 1844. 3 2369.

132648.

58.3

57.9

E6.2

55.7 8 8 104.

1744. $ 2272.

132123. 8 58.8 8 58.4

8?.3 4 56.9 8

195. 8 1698. 8 2248.

132158.

57.7

58.1

58.0 8 56.9 *

106.

1645.

2221.

132233.

58.3

58.2 8 57.5

E8.5 3 I

107.

1603.

2293.

132398.

58.5 3 58.3 3 56.9 3 56.1 8

198.

1567.

2154.

132343.

58.3 8 57.9

56.8 8 55.8 *

109.

1521.

2162.

132488.

58.3 a 57.7

56.8 3 56.8 *

110.

1484.

2151. 8 132453.

57.6 8 57.4

57.2 3 56.5 *

lit.

1464.

2147.

132528.

58.8 3 57.7

57.4 8 57.2 *

112.

1451.

2*55.

132663.

57.4

57.5 8 57.3 8 57.8

03

113.

1471.

2193.

132638.

57.8 3 57.6

57.4

57.3 *

'd

114. 8 1499.

2233.

132713.

57.6

57.4

57.1 8 57.1 *

115.

1525.

2275.

132748. s 57.2

56.8

57.1

56.7 *

116.

1544.

2304. 8 132823.

56.8 3 56.9 4 56.4

56.6 *

117. 8 1542. 2 2313.

132858. 8 56.4

56.2 s 56.4 8 56.4 *

. j

118.

1539.

2326.

132933. t 56.4

56.1

56.2 3 56.7 8 i

3 119.

2715.

3498.

144433. 8 54.9 3 55.4

55.4 8 53.6 *

129. $ 2713. 8 3493.

149568. 8 54:4 8 55.1

55.3 3 53.6 *

121.

2711.

3484. 8 144618.

5443 54.5 8 54.9 3 53.7 8

122. 8 2659. 8 3425.

144653.

54.1

54.5

54.7

53.9 3

123. 8 2599. 8 3359.

140728.

5 4.it

54.3

54.6 3 54.0 *

124.

2544. 8 3297. 8 146803.

53.9

54.1 8 54.6

54.4 *

125.

2502. 8 3248.

149838.

53.9

54.3 3 54.5 3 54.6 3

126.

2465.

3293.

140913.

53.5

53.9 3 54.5 3 54.2 *

127.

2433.

2164.

149948.

53.5 8 53.8 3 54.8 3 54.1 *

128.

2379. 8 3492.

141958.

53.5

53.6 8 55.1 3 54.6 *

129.

2359. 8 3058.

141133.

53.5

53.7 8 55.1 3 55.1 *

134.

2335. 8 3826. I 148298.

53.2 3 53.6 3 54.7 8 55.3 *

131.

2319. $ 2994.

141243

52.9 3 53.5

54.7 3 55.1 8

132.

2343.

2969.

141318. 8 53.2 3 53.3 3 54.6

55.3 3

133.

2289.

2944.

141353.

53.2

53.2

54.5

55.7 *

134.

2288.

2917.

141428.

53.4 3 53.2 8 54.1 3 55.8 s

135.

2276.

2894. 8 141503. 8 52.7

53.2 3 53.9

55.8

8883888888883438888888888888888888888888888888838888888338888883888 i

l I

h I

e

- - 8888888888888888888888888188888888888888888883888888888888888888 i

8 OYSTER CREEK THERMAL PlunE DATA October 31,1979 8

4

- - 8888888888888888888888888888888888888888888388888888st48880stst8 I

POSITION 8 TIME TEMPERATURE F DEGREES slHDEX

C00RSINATES 38888888888888888888888888888888888888888888 i

3

R1

R2

HHMMS$

1 FT

2.5 FT*

5 FT

30TTOMS

$888888888888888888888888888888888888888888888888888888888348888888

136.

2249.

2352. 8 141538.

52.7

53.0

54.2

55.5 8 8 137. 8 2234.

2019.

141613.

52.9

53.0

55.2 * $5.7 *

)

8 138.

2228.

2796.

141648.

52.9

52.9 8 54.7

55.6 8 8 139. 8 2288.

2789.

141723.

52.8

53.0 3 53.7

5E.2

4

140.

2163.

2701.

141758. a 52.6

53.0

53.5

54.9 *

141. 8 2188

2639.

141333. 8 52.4 3 53.0 8 53.8 3 55.2 *

142.

Ee63.

2574.

141968.

52.8 8 62.9 3 53.6

54.3 *

143.

2016.

2506.

141943.

52.9 3 52.9

54.0

54.7 8 8 144.

1972.

2443.

142018.

53.2 8 53.3

54.8 8 54.9 *

145.

1919.

2381.

142453.

53.8

53.9

54.7

55.1

f, 8 146.

1869. 8 2315.

14212R.

59.5

58.7

56.3

55.2 *

147.

1817.

2241.

1422?J.

60.3 4 59.3

56.5

55.0 $

148.

1826.

2221.

142238.

60.5

59.3 8 57.6 8 55.2 *

149. 8 1849.

2226.

I42L.L i E0.3

59.2

88.2

55.8 8 8 154. 8 1883.

2225.

14234d.

60.6

59.3

59.1

57.0 *

151.

1870.

2168, a 142458.

64.6

59.8 3 57.3

54.9 *

152.

1841.

2097.

142533.

64.8

59.5 3 59.2

56.8 8 8 153.

1722.

2020.

142608. 8 64.7

60.3

59.9 3 53.4 *

154. *

133498.

55.9 2 66.0

56.5

56.4

S 155. *

133443. F 56.0 8 58.2

56.4

56.1 *

156. *

133118. S' 56.1 8 56.2 3 56.7

65.8

o, 1

os

157. *

133163.

54.0

56.4 3 56.4

56.2 8 j

158. *

133228.

56.2

56.0

56.6

56.8

il 8 159.

8 8 133303.

56.1 3 56.5

56.5

66.6 3 4

160. *

133338.

56.3

F6.2

56.3

56.7

Il 8 161. 8 8

8 133413. 8 56.1 *

<3.5

56.5

56.3

i 8 162. 8 8

133448.

56.4 * $3.4

56.9

56.8

1

163. *

133523. 8 56.4

56.6 3 56.9 3 56.5

l

164. *

133558.

56.3

58.4

66.7

56.8 8 8 165. *

133633.

56.3 3 56.3

56.6

55.9

8 166. *

133708.

56.1 3 56.2 3 56.4

56.2 *

167. *

133743.

56.1 3 56.1

56.5

55.8 *

168. *

133818.

55.9 3 56.2

56.3

56.9

4 169. *

133853.

56.3 3 56.0 2 56.4

55.7 8

!?e. *

133928.

55.8 3 56.2

55.8

55.4

8 171. *

134038.

54.3 4 54.9

55.6

55.2 *

172. 8

134113.

54.6

54.9

55.1

55.5 *

173. 3 8

134143.

54.8

54.8 8 55.3 3 55.5

8 174. *

134223. 8 54.6

54.9

55.2

55.4 *

175. *

134258.

54.5

55.1

55.1 3 55.4 *

176. *

134333.

54.6 8 54.8 3 55.1

55.4 *

177. *

134408. 8 54.7

54.5

55.1 3 55.0 *

178. *

134443.

54.2 3 54.4 8 55.0

54.7 *

179. 8 8

134518.

54.1

54.5

54.7

54.7 8

180. *

134553.

54.2

54.3 s 54.5

54.7 *

- 88888888888888888888888888888888888888888888888888888888888888888

,l 1

l i

I fl

- s 3333333883s88888308883ss383sstsassassasssssss**sssss***ssssssas s

0YSTER CREEK THERMAL PlunE DATA October 31,1979 3

3 sass *****ssssssssssssssssssssstas******sas****statstsstesssssssstas s

POSITION

TIME TERPERATURE F DECREES 3

SINDEX $

COORDINATES 8888s58888838388s3 33s8333838860ssassatstess

Rt a R2

HHnMSS

i FT

2.5 FTs 5 FT

BOTTOMS

- ssasssssastatssatsssastsas3*stssassastsassstaatsassassasssssssses

tel. $

s

134628.

54.1 8 53.9 3 54.7 3 54.7 *

182. *

134703. 8 54.5

54.3

54.7 8 54.8 *

153. *

134738.

54.0

54.3 3 54.6

54.9 *

154. *

134813. 8 54.3 s 54.2 3 54.7 3 54.9 s

135. *

134848.

54.2 8 54.3 4 54.8 3 54.7 8 s 136. *

134923.

53.9 2 54.2

54.5 8 54.6 *

187. *

134955.

54.1

54.3

54.4

54.7 *

188. *

135433.

54.3

54.1

54.7

54.6 8 8 189. *

135198.

54.1 s 54.3

54.6

54.5 *

194. *

135143.

54.3 4 54.4

54.5 8 54.9 8 8 191. *

135218.

54.4

54.1 3 54.5 3 54.6 *

192. *

135253.

54.4

54.4

54.7 8 54.8 s

193. *

135328.

55.5

55.1

54.5 8 54.8 *

194. *

135403.

55.7 8 55.1 a 54.8

54.7 *

195. *

135438.

55.7 8 55.5

54.7 3 54.7 s a 196.

8 s 135513. 8 55.9 3 55.3

54.6 3 54.7 *

197. *

135548.

55.9 3 55.3

55.1

54.8 3 3 198. *

135623. 8 55.7 8 55.7

S4.9

54.6 8

199. *

135658.

55.8

55.5

54.8 3 54.7 8 3 200. *

135068.

55.4

55.5 4 54.7 8 53.9 8 s 291. *

135843.

55.9 3 55.3

54.9

53.7 8 s 202. *

135918.

55.3 4 55.3

65.0

53.4 s s 203. 3 8

8 135953.

55.2 3 55.3

54.8 3 53.7

0$

244. *

140628.

55.3 3 55.3 4 55.3 3 53.4 8

295. *

140103. 8 55.2

55.5

55.3 4 53.9 8 i

28G. *

144138.

55.5

55.5 8 55.5

53.7 8

287. *

144248.

55.2 3 55.3 4 55.5

53.7 *

208. t 8

a 144323. 8 55.4 8 55.2 3 55.3 8 53.7 *

289. *

140358.

55.4

55.2

55.8 3 53.5 *

210. *

140543.

54.5

54.7 8 55.4 8 53.5

sass ***st****sssssssssssssssssssssas***sssssssssssstatssassassasssa t

I L

I l

l i

THERMAL PLUME OF October 31

,1979 62 g

y g

g g

y 61 Ij'6 f-:

60

+

gg T

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+ +

M 58 8.

p I*

l E

R S7

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53 52.5 1:l.

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..*,. j, ***l:.

.s.

I I

51 i

0 10 20

'30 40 50 60 70 1

DISTANCE IN PLOT UNITS 1

i

i 6

eeis.:'i LONGITUDINAL SECTIONS OF O'YSTER CREEK AND BARNEGAT BAY E

W e.

SUFIFACE O-o 61, 60.5 6(1.8 60.6 60 4 *.60 53.4 51.8, I

2-

.m.

60.7h59.253.2 52.2 60.9 60.7 60.9 60.8

~

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/

l

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61.I 60.8 61 60.8 60.6 8 58.8 53.7 52

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i llOR SCALE: I" = 1100 YDS l

14

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=

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's OYSTER CREEK BARNEGAT BAY

=

f umuunu 52.5'F (ll.4*C) isotherm DATE October 31, 1979 STATION PARAMETERS j

TIME 12:20 - 14:26 AT Ig*F (10.6*C)

WlHD liNii, 5-9 mpli CIRC. FLOW 460,000 GPM'(1,733,000 1.PM)

~ WEATHER clear DIL. FLOW 520,000 GPM (1,968,000 1.PM)

FIGURE:

Plant Power I.evel 660 Mife i

I

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{N c

6I$.I 9IS t

LW2 'I' i

8 I

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t

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8 8

OYSTER CREEK THERMAL, PttmE DATA Neveeber !

,8979 8

s a

esssssssssssssssssssssssssssssssssssssssssssssssssssssssssssssssset P05 tit 0H S TIME 8

TEMERATURE F DEGAEE8 s

SINDEN 8 COOACINATES *ssesssssssssssssssssssssssssssssssssssssses a

e N1 8 R2

fiHRMS$ $ 1 FT

2.5 FTs 6 Ff s 30ffens assstsestatssssssssssssssssssssssssssssssssssssssssssssestessesesst 8

1. 8 1147. 8 034. S 158809.

St.3 8 0.0 8 68.9 s 88.6 s 8

2. 8 1085. S 774 8 121444. 8 61.8 s 68.9 8 St.9 8 68.8 8 8

3. 8 993. 8 787. S 128110. S 62.0 8 41.7 8 St.S S St.9 8 s

4. 8 989. 8 668. S 851154. 8 62.2 3 St.S

68.9 8 68.1 8 4

5. 8 332. S 527. s $31229. 8 62.5 a 82.2 s 64.3 3 84.4

8

6. 8 748. 8 504. 3 121304.

62.3 3 63.3 3 62.8 8 88.3 s a

7. s 670.

574. S 821339. 8 62.2 s St.S S 62.3 8 88.5 8 s

S. t 592. 8 549. S 831434. 8 62.2 8 82.8 8 48.9 8 68.8 8 8

9. 8 523. S 522. 8 121449. 8 61.8 8 St.S s 64.8 8 88.9 8 s

18. 8 472. 8 See.

121524. 8 61.3 8 63 7 s St.7

St.9 s 8

St. t 413. e 477. 8 321559. *

$1.9 s St.9 8 61.7 8 88.8 8 a

12.

366. 8 479. 8 128634. e

$2.3 a 68.3 s 61.9 s 62.8

i ;

13. 8 313. 8 Ste. 8 121709. S 62.0 s St.7 3 62.5 3 58.1 3 g

14. s 271. 8 550. 3 128744.

62.9 8 62.4 3 62.2 3 St.S *

15. 8 247. 3 599. $ 128089.

68.9 8 62.8 8 62.1 s St.9 8 s

$6. 8 219. 8 654. 3 321854

68.5

61.5 3 62.0 8 61.9 8 8

17. 4 248. 8 705. 3 128929. 8 62.0 t St.9 3 61.9 8 61.9 8 s

18. 8 284. 8 767. S 822964. 8 62.5 8 62.0 8 61.9 s St.9 8 s

19.

341. 8 827.

122039.

62.0 s St.S s 62.0 8 64.0

l 8

20. e 449. 8 391. a 122114. a 68.9 8 61.7 8 St.7 3 68.9 8

21. t 475. 8' 946. 3 122849. 8 62.1 s St.9 8 62.4 8 St.9 3 8

22.

555. 8 1848. 8 122224. s 62.2 3 62.2 3 62.3

S2.0 a 8

23.

633. S 1981. 8 122259.

62.8 8 62.4 8 62.4 3 62.0 s s

24.

719. 8 1839. s $22334.

61.9 8 62.3 8 62.0 $ St.9 s i

25.

798. 8 1896.

122409. 8 61.9 8 St.5 8 88.9 4 61.8 8 8

26.

871. e 1255. s $22444. 8 62.0 8 61.9 s St.7 8 St.9 8 V3 8

27. t 951. 8 1346. 8 122519. 8 61.7

62.0 s St.6 8 88.8

8

28.

1939. 8 1369.

122554. 8 62.0 $ 68.8 8 62.6 8 61.9 8 8

29. 8 1883. 3 1439. s 122629.

St.9 8 51.9 3 63.3 8 68.0 $

e

36.

1985. $ 8547.

122704. 8 62.1 8 St.9 8 81.3 S 68.6 8 8

31. 8 1276. 8 8598. 8 122339. 8 62.0 8 62.0 3 St.7 8 St.S S

32. s 1363. 8 1692. 8 122514. 8 68.9 3 68.5 8 61.7 8 68.8 8 8

33. a 1442. 8 1772. 3 122849. 8 64.7 3 68.4 8 59.7 8 57.6 8 8

34. 8 1523. 8 1862. 8 822924. e 60.5 8 59.8 s 57.8 8 54.5

3S. s 1598. s 1953. 8 122959. 8 59.4 8 58.4 3 57.5 8 54.4 8

36. 8 3690.

Es20.

123434. t 59.1 8 58.9 3 58.6 3 55.8 e

37. 8 1755.

Zie3. $ 123109.

58.9 3 58.3 4 58.3 8 54.7 8 8

38. s 8835. 8 2175. 8 823144. S 59.2 8 55.8 8 56.4 8 54.1 *

39. 8 1989. 8 2263. S 123219. S 59.3 8 57.7 8 56.3 3 54.2

l 8

40. 8 1982.

2333. 3 123254. 8 58.8 8 Es.3 s 58.5 3 54.3 8 i

e

41. t 2074. 8 2419. 8 123329. s 59.3 8 55.7 8 57.0 3 54.4 3 3

42. 3 2138. 3 1496. 8 123404. 8 59.3 8 5918 55.7 a 54.1 s

43. 3 2264. 8 2576. 3 123439. 8 59.2 3 59.1 3 5E.6 3 53.8 8

44. 8 2296.

2889 8 433584. 8 59.3 8 58.9 s 54.4 s 53.9 8 8

46. $ 2362. 8 d721. s 123549. 8 59.1 8 58.1 3 54.5 3 54.1 8 sasssssssssas esssssssssssssssssssssssssssssssssssssssssssssssssses

e esssssssssssssssssssssssssssssssssssssssssssssssssssssssssssssssses s

8 l

8 OYSTER CREEK THERn4L PLUME DATA November 1

.1979 a

a 3

sassesssssssssssssssssssssssssssssssssssssssssssssssssssssssssssssa a

a POSITIDM

TIRE TERERAtuRE F DECREES S

s tNDEM e CODRDINATES sasassesssssssssssssssssssssssssssssagessess 3

3 48 s R4 s NHRRSS s 1 F7 e 2.5 F78 5 F7 8 8077DMs asssssssssssssssssssssssssssssssssssssssssssssssssssssssssssssssess

44. 8 2428. 8 3837. 8 823624. 8 59.0 a 57.5 s 54.2 3 54.3 a a

47. S 8498. 3 8897. 3 123459. 8 59.1 3 56.6 8 53.7 8 54.0 e i,

3

48. s 2587. 3 2968. s 183734. s 58.5 s 56.2 s 53.9 s 54.8 8

49. s 2714 8 3tJ2. 8 833844. t 54.3 a 53.7 8 53.6 s 53.8 s a

50. 3 2895. s 3378. e 134434. 8 53.5 s 53.4 s 53.5 s 53.5 s a

51. s 2763. S 3224. 8 124599. 8 53.7 e 53.4 3 53.4 s 53.9 8 e

52. 3 27e3. 8 3890. s 124544. 8 53.6 s 53.4 3 53.8 3 53.8 8 s

53. s 26e t. s 3333, a 134689. s 53.4 3 53.5 s 53.8 3 53.8 8 s

54.

2558. 8 3068. 3 124654. s 53.6 3 53.6 8 53.9 s 54.3 s 3

55. 8 2476. s 2977. 8 124729.

53.6 s 53.5 8 53.7 8 54.3 e a

56. 3 2486.

2913. 3 344884. s 53.8 8 53.5 s 53.7 3 54.4 8 s

57. 3 2337. 3 2861. 8 184839. 8 53.7 3 53.5 8 53.8 3 54.4

s

58. 3 2261. s 2798. 8 344914. S 54.0 3 S? 7 s 53.8 8 54.4 3 a

59. 3 2136. 3 2665. s 325424. S 57.3

i i*

54.4 s 53.8 s

60. 3 2477.

2646. 8 125459. S 57.3 3 56.8 s 54.9 3 53.7 *

61. s 2449. 3 2648. I tis 209. a 56.7 3 54.8 3 54.4 3 53.8 8 s

62. s 3995.

8609 s 125244. S 56.1 s 54.7 3 54.3 3 53.8 8 j

63. e 1931. s 2555.

825319. s 55.7

54.8 s 54.4 e 53.9 s a

64. s 1885.

2534. s 125354.

54.7 s 54.5 3 54.7 s 54.5 s s

65. e 1815. s 2473.

125429. 3 54.7 8 54.6 8 54.5 3 54.3 8 s

66. s 1784. s 2448. 8 125584.' s 54.8 a 54.5 s 54.7 s 54.5 s a

67. e 1785. s 2388. 3 125539. s 54.7 8 54.6 3 55.0 s 54.4 a s

ES. s 1654. 3 2347. 3 125684.

54.8 3 54.9 s 54.9 s 54.4 a a

69. a 8630. S 3344. 3 125649. 8 55.1 3 55.3 s 55.0 8 54.5 s i.

70.

1549. 3 2278.

125734. s 56.2 s 55.7 8 55.4 s 54.5 3 s

71. s 1526. s 2248. 8 125759. s 56.2 8 55.8 s 55.2 8 54.4 8 I

e

72. s 1446. 8 RIES. 3 125909. S 56.3 s 56.3 s 54.0 a 54.5 s c) 3

73. s 1468.

2258. S 825944. 8 56.4 e 56.1 s 55.9 s 55.0 s 00

74. s 1549. 3 22s2. s 134419. e 56.2 s 56.3 8 56.0 a 54.8 s

75. s 1575. s 2347. s 134854. S 56.4 3 56.0 3 55.5 s 54.2 8 j

s

76. s 1558. s 230s. s 13e820.

56.4 s 56.s s 55.3 3 54.4 8 8

77. e 1555. 8 2278. s 138204. s 56.4 e 55.3 s 55.2 3 54.5 3 s

78. s 1541.

2239.

134239.

56.2 s 55.8 3 55.6 3 55.1 s s

79. s 1548. s 2215. 5 134314. s 55.4 s 55.2 4 55.1 s 55.5 s i

t Be. s 1538. s 2196. s 138349. s 55.3 s 55.0 s 55.4 s 55.8 8 s

St. s 1545. s 2384. s 134424. 3 55.3 s 55.1 s 55.6 s 55.5 8 s

82. s 1565. s 2178. 3 134459. s 56.5 s 55.7 s 56.0 8 55.8 a a

83. s 1569. s 2181. s 134534. s 57.7 s 56.3 3 55.9 3 55.9 s s

84. 3 2323.

2156. 8 134609.

58.4 s 57.3 s 56.1 s 55.8 3 s

85.

1622.

2198. 8 130644.

58.4 s 58.1 s 56.6 8 55.1 s e

96. s 1637. s 2152. 3 134789. 8 58.3 a 58.2 8 58.2 3 55.1 8 s

87.

1658.

2845. S 830754. 8 57.9 s 57.7 8 57.4 8 55.8 8 s

88. s 16s7. 8 2165.

134829. a 57.5 s 50.0 s 57.1 8 54.7 s s

89. s 378S. 3 2178.

134944. e 56.8 8 58.3 s 57.6 3 54.4 8 3

94. 3 1755. a 2179.

134939. t 58.4 s 58.5 3 57.4 s 54.3 e asssssssssssssssssssssssssssssssssssssssssssssssssssssssssssssssess o

I I

i l

m 9

88s888888888888888888888888888888080s88888888888888888833383s888888 8

8 8

OYSTER CREEK 7HERNAL PLUME DATA Hevenber i

.1979 8

8 8

stssssssssteessessassessestatstessssssssssssssssssssssssssssastset e

8 Po$1 TION 8 ftpE a

TERERATURE F DEGREES 8

StHDEN 8 COORDINATES tsesesssoassesssssssssssssagessesseetssasses

Rt 8 R2 8 HHRR$5 8 i FT

2.5 FT8 5 F7 8 90T70R8

$$$sss30sss08888sesses00ssesseetsesstestassettssetsasseess8ses*8888 8

98. 8 1848. 8 2199. 8 131014. 8 58.9 s 58.8 8 58.8 8 54.4 8 a

92. 8 1833. 8 Stat. 8 131049. 8 58.9 8 58.5 8 57.8 3 54.8 8 8

93. 8 1873. 8 Stat.

138 82 4.

8 59.2 s 58.7 8 57.8 8 54.8 8 8 94 8 1945.

2254. 8 831859. 8 59.4 8 59.4 8 58.4 8 54.8 8 8

95. 8 1949.

2364. $ 138834. 8 64.3 8 59.7 8 50.1 3 54.0 $

98. 8 1991.

8204. 8 131349. 8 St.2 8 60.2 8 59.5 8 54.9 8 8

97. $ 2043. 3 2323. 8 $31344. 8 68.8 8 60.4 8 59.3 8 54.8 8 8

98. 8 2094. 8 8354. 8 138489. 8 61.8 8 64.6 8 59.3 8 54.5 8 8

99. 8 2137. 8 2300. 8 131454.

St.4 s 60.5 8 58.7 8 54.5 8

$ tee. 8 2183.

2405. 8 131529. 8 61.2 8 59.8 8 58.1 8 54.8.8 8 tel.

2205. 8 2484. 8 131644. 8 64.7 8 59.8 3 57.4 8 54.8 8 8 802. $ 2189. 8 2374. 8 131439. 8 60.3 8 59.7 8 57.4 8 54.4 8 8 103. 8 2869. 8 2338. 8 131714. t 60.6 8 59.9 8 58.9 8 54.6 8 s 104.

2140. 8 2283. $ 138749. 8 66.3 8 60.0 8 58.8 8 54.8 8 l

8 145. 8 '389.

2234. 8 831824.

St.1 8 60.0 8 59.4 8 55.0 8 8 166. In

84. 8 2199. 8 131859. 8 64.1 s 60.2 8 59.9 8 55.4 8 8 107. 8 aJ48. 8 2139. 8 138934. 8 St.4 s 64.3 8 68.4 8 59.3 $

$ 188. 8 2080.

2684.

132449. 8 60.5 8 60.5 8 68.4 8 58.5 8 8 109. 8 1962. 8 2051. 8 132444. 8 St.2 a 64.6 8 59.4 8 55.8 8 8 tie. 8 1989. 8 1987. 8 132119. 8 60.7 s 59.5 8 0.0 8 55.8 8 8 lit. 8 1869.

1928. 8 132854. 8 64.8 8 59.8 8 56.1 3 55.4 8 8 Sta. 8 1828. 8 1844. 8 132229. 8 60.2 8 57.2 8 55.I 8 54.7 8 8 113. 8 2036.

2133. 8 132648. 8 St.9 8 64.3 8 59.8 3 57.4 8 to 8 814.

2482. 8 2167. $ 332643. 8 60.6 8 60.5 8 64.2 8 56.5 8 C

8 885.

2152. 8 2232. $ 132718.

60.4 8 60.2 8 64.1 3 57.1 8 8 186. 8 2191.

2228. $ 132753. 8 59.8 8 60.0 8 64.8 3 59.1 8 8 187. 8 22E4.

2344. 8 132828. 8 59.9 3 68.2 8 59.9 8 56.1 8

$ lit.

2389.

2423. 8 832943. 3 se.1 3 59.9 8 59.8 8 58.4 8 8 819.

2378.

2464. 8 132938.

60.0 8 59.9 8 59.5 8 58.8 8 8 124.

2437. 8 2529. 8 133413. 8 59.6 8 59.3 8 59.8 3 55.9 8 8 128. 8 2476. 8 2566. 8 133448.

59.2 a 59.1 8 59.0 8 55.4 e 1

8 122. 3 2528. 8 2645. 8 133123. 8 58.9 e 58.9 8 58.8 8 54.8 8 8 123. 8 2583. 8 2485. 8 133158. 8 59.0 8 58.7 8 58.7 8 54.8 8 I

124.

2644

2778. 4 133233. 8 58.4 s 58.5 8 58.5 8 54.4 8 8 825.

2708.

2005. 8 133308. 8 58.8 8 58.8 e 58.4 8 54.0 8 i

8 326. 3 2774.

2364. 8 133343. 8 58.E 8 58.6 8 57.1 8 55.2 8

127. 8 2930. 8 2938.

133488. 8 58.9 8 58.7 8 56.5 8.55.1 8 I

128. 8 2856.

2999. 8 133453. 8 58.5 8 58.3 8 56.5 8 55.1 4

129. 8 3520. 8 3663.

134443. 8 55.4 8 55.3 8 54.7 8 54.4 *

)

8 130. 8 3585. 8 3712. 8 134188. 8 55.3 $ 55.2 8 54.5 8 54.2 8 8 131. 8 3635. 8 37se. 8 134153. 8 54.9 8 55.0 8 54.2 8 54.2 8 8 132.

3679. 8 3851. 8 134228. 8 54.6 8 54.4 8 54.0 8 54.1 8 8 133. 8 3728. 8 3988. 8 134303. 8 54.6 8 54.5 8 53.8 8 54.5 8

134. 8 3847. 8 3973. 8 134338. 8 54.2 8 53.9 8 53.4 8 54.3 8 i

8 835. 8 3943. 8 4042. 8 134413. 8 54.3 8 54.8 3 53.2 8 54.1 8 l

Sel88880sssss8stesStee8888ss8sSS8sasteessettsatsS8staatsS8stasS8888 i

i t

l l

l 1

e w

88sstetsassessessettsessaggessassesssssssssssssssssssssssssssssssse 8

8 8

OYSTER CREEK 7HERnAL PLUME DATA November 1

,1979 8

8 8

sessssssssssssssssssee80ssessssssssssssssssssssssssssssssssssssett 4

s P09tT80H 3 7 tat a

TEnERATURE F DECREES 8

sINDEX 3 C00AB1 MATES $sseessssssssssssssssssssssssssssssssssssses s

Rt 8 R2 8 65ewt$$ 8 i FT s 2.5 FTs 5 F7 8 50770M8 sss*stessssssssssssssssssssssssssssssssssssssssssssssssssssssssssst S $ 38. s 3975. 8 4883. 8 134448. 8 54.8 8 54.8 4 53.5 s 5488 8 837. 8 4441. 8 4858. 8 134523. 8 54.0 8 53.8 8 53.Z-8 54.3 8 8 338. 8 4669. 8 4208. 8 134555. s 53.9 s 54.0 8 53.2 8 54.8 3 3 139. 8 4447. 8 4178. 8 134633. 8 53.3 8 53.5 8 53.2 8 54.3 e 8 149. 8 4055. 8 4867. 8 134700. 8 53.5 8 53.5 8 53.4 8 54.2 8 s 141. 8 4427. 8 4844. 8 134743. s 53.5 8 53.5 a 53.2 8 54.1 8 s 142. 8 3909. 8 4059. 8 134053. 8 53.3 8 53.2 8 53.2 8 54.0 8 8 143. 8 39th. 1 4626. 8 134928. 8 52.9 8 52.9 3 53.0 8 54.0 *

144. 8 3945 s 3948. 8 135603. 8 52.9 8 52.9 8 52.9 3 54.1 8 8 145.

3862. 3 3928. 8 13503s. 8 52.s 8 52.5 8 52.s s 54.3 8 s 146. 3 3825. 8 3863. s 135813. 3 52.7 s 52.5 8 52.8 8 54.3 8 s 147. s 3741. 8 3767. 8 835223. 8 52.4 8 54.4 s 58.6 8 54.4 8 8 345. 8 3704. 8 3714. 8 835258.

52.4 8 52.4 8 52.8 8 54.8 8 8 149. 8 3654

3655.

135353. 8 52.4 8 52.4 8 51.7 8 54.7 8 s 150. s 36te. 8 3668. 8 135400. 8 52.4 8 52.7 8 53.6 8 54.0 8 8 158.

3579. 8 3528. 8 135443. 8 52.5 8 52.7 s 52.9 8 55.4 8 a 152.

3529. 8 3494. 8 135518. e 52.9 8 52.9 8 52.9 8 54.0 8 8 153. s 3467. 8 3458. 8 135553. 8 54.7 8 54.8 8 54.0 8 54.9 8 s 154. t 3417 8 3374. 8 135628.

55.2 s 55.2 8 55.1 8 54.0 t 8 155.

3358. 8 3333. 8 135743. 8 55.3 8 55.3 8 55.5 8 54.7 8 e 156. S 3886. 8 3246. 8 135738. 8 55.3 4 55.4 8 55.3 4 54.9 8 s 857. 8 3265. 8 3295. 8 135813. 8 55.7 s 55.7 8 56.9 3 55.8 *

158. 3 3215. 8 3 39. 8 135545. 8 56.2 3 56.2 8 58.4 8 54.8 8

h59

3173.

3485. 8 135923. 8 56.5 s Sr.7 8 56.d.

8 55.4 8 g

8 is.. e 3 65. 8 e.5.

8 i4. 33. 8 5.78 57.

8 57.

5.. e 8 168. 8 3615. 8 2898. 8 144108. 8 56.5 8 56.5 8 56.9 8 56.5 8 8 162.

2969.

2557 8 149143..'

56.2 8 56.3 8 58.4 8 54.3 8 8 153.

2934. 8 2775. 8 144218. '. 58.8 8 56.2 8 58.4 8 58.4 8 i

a 154. 3 2768.

2539. 8 844438. 8 56.5 8 56.5 8 56.9 8 57.9 8 i

s 165. t 2787. 8 8454. 8 140583. 8 56.E e 56.7 8 56.8 3 54.8 8 s 166. s 2883. 8 2637. 8 140655. 8 56.3 8 55.1 8 56.3 8 56.3 8 8 167.

2893. 8 2718. 8 840733. 4 55.8 4 55.9 3 56.2 8 54.8 8 8 BCS. s 2992. S 3793. 8 140848.

55.7 8 55.6 8 55.9 8 54.1 8 s 169. s 3435 8 2054. 8 844043.

55.9 8 55.5 8 55.8 8 54.0 8 8 176. 8 3698. 8 2914. $ 840918. 8 55.8 3 55.5 8 55.5 8 56.8 8 3 171.

3865. 8 2944. 8 144953. 8 55.9 s 55.8 8 58.9 3 54.3 8 l

s 172. 8 3289. 8 3438. 8 141923. 8 55.5 8 55.7 8 55.8 8 56.1 *

173.

3285. 8 3145. 8 841103. 8 55.8 8 55.6 3 55.8 8 55.8 8

174. 8 3351. 8 3865. 8 141138. 8 55.5 8 55.5 8 55.7 8 55.8 8 8 175. 8 3488. 8 3288. 8 141283. 8 55.5 8 55.5 8 55.7 8 55.7 s e 176. 8 3490. 8 3201. 8 141248. s 55.5 8 55.4 8 55.6 0 55.6

s 177. 8 3541.

3345. 8 148323. 8 55.5 8 55.8 3 55.s 8 55.8 8 s 178. 8 3537. 8 3440. 8 141358. 8 55.4 8 55.5 8 55.8 8 55.7 8 8 179.

3626.

3444.

148433. 8 58.5 8 55.5 8 55.5 8 55.6 8 8 150. 8 3669. 8 3511. 8 148505. 8 55.4 8 55.1 8 55.3 s 55.5 8 sssssssssssssssssssssssssssssssssssssssssssssestsasssssssssssssstat i

l 4

asssssssssssssssssssssssssssssssssssssssssssssssssssssssssssssssses a'

s s

OYSTER CREEE THERHAL PLUME DATA Neweeber 1

.1979 a

8 a

sessssssssssssssssssssssssssssssssssssssssssssssssssssssssssssssses 9

8 POSITICH a TIME s

TEMERATtJRE F DECREES a

stNDEM s COORDINATES $8sesssssssssssssssssssssssssssssssssssssses a

a at 8 Ra 3 tairIMSS a i FT s 2.5 FTs 4 FT. e 80TT0ns asssssssssssssssssssssssssssssssssssssssssssssssssssssssssssssssssa e let. t 3788. 3 3545. 8 148543.

54.7 s 54.6 8 54.4 a 54.4 s a tea. t 3766. t 3619. 8 14t613. s 53.8 3 53.4 8 53.4

53.7 8 I

sssssssssssssassssssssssssssssssatsasssssssssssssssssssssssseseessa a

e f

l wo H

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THERMAL PLUME OF November 1

,1979 64 g

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62

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j I

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52 r

l 1000 2000 3000 4000 5000 600 O

DISTANCE IN PLOT UNITS l

l I

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LONGITUDINAL

. il0NS OF OYSTER CREEK AND BARNEGAT BAY W

E sustrAcE O-l 61.3 62.2,62.3 61.9 6).9

62. t y$,9.4 ' '59.3

.1 53.$ '" ' '.

l f.

I 61.9}58.4 58.7

$53.7 53.4 "

, e' 61.8 62.3 61.9 61.7

^

A-61,.9

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s"~r 61.9 62.2 61.7 61.7 61.8@S7.5 57.0' 6-34,4 53.6 53.5

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54*F (12.2*C) isotherm DATE November 1, 1979 STATION PARAMETERS TIME 12:10 - 14:16 AT 18.7*F (10.4*C) i WIND Sli, 10-11 mph CIRC. FLOW 460,000 GPM (1,733,000 f.PM)

WEATitER Clear D11.. FLOW 520,000 GPM (1,968,000 I.PM) l l

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sts**s**s***stsssssssssatssss***sss***ss***sasssssssssssssastsatts 8

8 OYSTER CREEK TERMAL PLUME DATA December 11,1979 8

8 33*s833333333333338383333sss3 38ssssssssssssssssssssssssssssssssses 3

POSITION

TIME a

TERERATURE F DEGREES 3

i

INDEX

COORDINATES asstatsssssssssssssssssssssssssssssssssastas 3

a R1

R2

hMMMSS 3 1 FT

2.5 FT*

5 FT

BOTTOMS tsssssssssssss8sssssssssssssssssFstsassaastatssssssssssssssssssssst 8

1.

947.

1301. 3 124140. a 51.6 s St.a

St.3 s 51.5 3

2.

1982. 8 3341.

128206. S 58.5

51.0 8 51.3

51.4 s

- l 8

3. 3 1958.

1306. S 124232.

58.5

51.0

51.4 8 51.3

l 4.

s 1112.

1431.

124258. s 51.6 3 51.1

51.5

51.2

3

5.

1145. t'1461. s 129324.

51.3 s 51.1 3 51.6

St.2 s

6.

1284.

1518. s 128350. a 51.0 s St.1

St.2

St.2 8 I

7. s 1259.

1572.

120486. 8 51.1 3 51.1

St.e

51.2

s

8.

1328.

1644. 8 120442. 3 51.4 s 51.1 8 51.3

51.2 *

9. 3 1392.

1787. s 1245e5.

51.2 s 50.8

St.e * $4.4

to. 3 1454.

1774 3 124534.

58.2

50.1 8 49.9 * $4.0 8 3

11. s 1581.

1835.

124600.

56.5

49.4 8 49.1 3 47.9 8 s

12. s 1568.

1891.

129626.

49.6 3 48.7 3 48.4 3 45.6

3

13.

1615.

1938.

120652.

48.5 8 48.2 3 47.7

45.8 *

14.

1656

19?9.

129718. 3 48.9 3 48.6 3 47.7

45.3 *

15.

1783.

2058.

124744.

49.1 s 48.5 8 47.5

44.7

s

16.

1778.

2107.

124814. 3 48.7 3 48.3 3 46.4 8 44.4

a

17. s 1851, a 2183. 8 120836. 3 48.4 3 48.4 4 44.7

44.3 8 s

18. 3 1986. 8 2249. s 124992.

47.1 3 46.4 3 44.5

44.2 8 s

19. s 1977.

2349. $ 128928.

45.0 2 44.4 8 44.5 8 44.1 3 8

20.

2644.

2372. s 129954.

44.3

44.1 3 44.5 5 43.9

a

21. 3 2162.

2435.

121020.

43.9 s 44.2 3 44.3 8 43.7 8 a

22.

2164

2497. 8 121446.

44.1 3 44.1 3 43.9

43.3

a

23. 3 2225.

2558.

121112.

44.3

43.9 3 44.0 8 43.3 *

! I a

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24. 3 2284.

2617.

121133.

44.3 3 43.9

44.3 3 42.4 *

25.

2345.

2678.

121284.

44.4

44.3 3 44.6 3 42.2 *

26.

2444.

2737.

121230.

44.5 3 44.6 8 44.5 8 42.1

l

27.

2463.

2795.

121256.

44.9 8 44.9

44.6 8 42.3

3

29.

2528.

2859.

121322.

45.9

44.9 8 44.9 8 42.4

l

29.

2584.

2916.

121348. t 45.1

44.6

45.1 8 42.3 *

34.

2642. A 2974, a 121414. t 44.9

44.8 8 44.9 8 42.1

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31.

2701.

3431.

121444. 8 44.9 3 45.1 8 44.6

42.4 8 s

32.

2757

3087

121596. I 45.0 2 45.1 8 44.7

42.7

a T3. t 2S15.

3146.

121522.

45.1

44.9 8 44.7

42.6 3 3

34.

2873.

3244. I 121558.

44.9 3 44.6

44.6

42.2 *

35.

2938.

3284.

121624.

44.9

44.8

44.6

42.1 *

36.

2G90. 3 3321.

121650.

44.7

44.9 8 44.4 8 42.3 3

37.

3e46. 8 3391. 8 121716. 3 44.8

44.7

44.3 8 48.5

i 3

38.

3105.

3465.

121742. 3 44.8

44.4 8 44.3 3 42.4

3

39.

3169. 3 3499.

121348. s 44.7

44.4 s 44.6

42.2

s

40.

3228. t 3561.

121334.

44.3 8 44.2 3 44.5

42.3 *

41.

3352.

3742.

121926.

44.4 s 44.3

44.0 8 42.5 *

42. S 3407.

3752.

121952.

44.6

44.2 3 44.1 3

42.4

s

43. s 3467

3809.

122918.

44.3 3 44.1 3 44.3 2 42.2 3 s

44.

3529.

3866.

122044.

44.1 3 44.1 3 43.0

42.8 8 e

45.

35bs. s 3923.

122110.

44.2 3 44.3

43.8 3 42.4

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4 4

n saassassass* ssassessssssssssssssssssssssssssssssssssssssssssssssas s

8 j

OYSTER CREEK THERMAL PlunE DATA December 11 1F79 s

i

- ss**ssssssssssssssssssssssssssssssss***ssssssssssssssssss***sstas POSITION

TIME TEMERATURE F DEGREES s1HDEX

COORDINATES **stsssssssssssssssssssssssssssssssssssssssa

R1

R2

HHMMSS 1 FT 3 2.5 FTs S FT

30TTOMs tsasses****sessssassassassssssssss***ssestassassssssssssssssssssssa a

46.

3613.

3967. 3 122136.

44.2 3 44.4 4 43.4 8 42.4

3

47.

3505.

3945.

122202.

14.6

44.0

43.5 3 42.8 *

48.

3540.

3085.

122225.

44.7

44.3

43.9 8 48.0 $

)

49.

3491.

3853.

122254.

44.9 8 44.7

44.1 3 42.1 *

50.

3426.

3794.

122324.

45.0 8 45.2

44.5 s 42.3 *

51.

3385.

3750.

122346.

45.2 s 43.0 8 44.7

42.4

l

52.

3321. 3 3706. : 122412.

45.5 3 45.4 4 44.9 4 44.4

i 53.

3277. 8 3606. 8 122438. s 45.3 3 45.0

44.7

42.3 3 4

54.

3220.

3619.

122504. 3 45.0 8 45.6

44.1 8 42.4 *

55.

3163. $ 3570.

122530.

44.8 8 44.7 : 42.4 s 48.2

s

56.

3114.

3634.

122556.

45.0 3 44.5

41.3 8'

42.4

S7.

3666. 8 3467.

122622.

44.9

43.9 8 41.8

42.3 3

58.

3668. : 3417.

122648.

44.6 8 43.5 8 42.0 $ 43.0 8

59.

2960

3374.

122714.

44.4

43.2

42.0

41.9 8

60.

2916. 8 3336.

122744.

44.5

43.1 s 41.9 8 42.4

El.

2873.

3297. 3 182806.

44.4

42.8

42.0 s 42.8 8 8

62.

2824.

3256. 8 122832.

44.2 s 42.6

42.9 8 42.7

l

63.

2774.

3211.

122058.

44.3

42.5

42.1 3 42.5 s l

8 E4. 8 2727.

3168.

122924.

44.2 s 42.1

42.0 $ 42.2 *

65.

2684.

3138. t 122954.

44.3

41.9

41.9 8 42.5 *

66.

2632.

3845.

123416.

44.4

42.0

41.6 8 42.6

ll 3

67.

2586.

3650.

123e42. a 44.s

42.4

41.9 8 42.5

ca

68.

2535. s 2998. I 123168.

44.9 8 42.8 8 44.3

42.4

l

69.

2487. $ 2961. 3 123134. s 44.9 3 43.2

41.7 3 42.5 8

74.

2441.

2934.

123296.

44.6

43.3

41.4

42.6 *

71.

2391.

2804.

123226.

44.9 3 43.4

41.3 3 42.6 3

72.

2338.

2827.

123252. 8 44.7

43.3 8 42.1 3 42.4 3 4

73.

2292. 3 2006.

123318.

44.0

43.4 8 41.0 4 42.5 *

74.

2244.

2740.

123344. 8 44.1

43.8 8 42.1 8 42.6 8 I

75.

2195. 3 2723. 8 123410.

44.1

43.6

42.7

8. 42.1 *

76. 3 2145.

2676.

123436.

43.8

43.9 8 43.2 3 42.4 s 8

77.

2101.

2632.

123502.

43.5

43.7

43.5 3 42.5 8

78.

2459. 8 2601.

123528.

43.4

43.6

43.6 8 42.1

8

79.

2017.

2565.

123554.

43.3

43.4

43.5

42.4

St.

1970.

2529.

123620.

43.4 8 43.4

43.4 8 42.4 *

81. 3 1924.

2493.

123646. t 43.5

43.2

43.7

42.9 *

82.

1877.

2455.

123712.

42.8

43.2 3 43.4 8 43.8

l' s

83. $ 1838.

2421.

123738.

43.1

43.1

43.4

43.3

4

84.

1787.

2388. 3 123804

43.1

42.8 43.5 3 42.6 *

85.

1741.

2351, 8 123830. :

42.9 s 43.1 8 43.2 3 42.8

s

86. 3 1692.

2312.

123856.

43.1 3 42.9 s 43.3 $ 43.0 8

87.

1654.

2209. 3 123922.

42.9

43.4

43.8

43.1

SS.

1617.

2285.

123948.

42.8 3 43.0 $ 43.4

43.1 3

89.

1599.

22S7.

124014.

43.3 3 42.9 8 43.4

43.3

4 i

99.

1580.

2251.

124646

42.9

43.1

43 3

43.1

asstas***sassssattssesssssssssssssssssssssssssssssssssssssssssssssa I

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stats **stess**sstes**3stastasssa:3s38838833333333333*s89883383sssa OYSTER CREEK THERMAL PlunE DATA December 11.1979 s a ss s s s s ss*** s ss sS8stsSe sS$ $8sts** s ss 388ss a ss a ssssss sss ssssss 38ssst POSITION

TIME 3

TEMERATURE F DEGREES l

INDEM

C00ADINATES asstaatsasts***ssssssssssssssssssssssssssses

Rt

R2

HHMRSS

1 FT

2.5 FT*

5 FT

BOTTOMS assas**ssssssssssssssssssssssssssssssssssssssssssssssssssssssssss**

g

91.

1555.

2235. 8 124866.

42.9 8 43.0

43.3 3 43.6 8

92.

1518. 8 2211.

124132.

42.9 3 42.8 8 43.5 8 43.3 *

93.

1492. S 2107.

124158.

42.4

42.9 8 43.4

43.4

l

94.

1449.

2167.

184224.

43.3 3 42.9

43.4 8 43.4

i

95.

1419. 8 2151.

124254.

43.0 8 43.1 8 43.5 8 43.4 8 I

96.

1305. 8 2140, 3 124316.

43.1 3 43.1

43.5

43.9

l 3

97.

1363. t 2:04.

124342. 8 43.3 a 43.1 3 43.8

43.8 s S

90.

1335.

2144.

124400.

43.0

43.3

43.4

43.9 *

99.

1237. 8 2076. 8 124580.

43.4

43.5

43.7 8 43.9 *

100.

1620. s 2363.

124854.

43.4 8 42.9 8 43.5 a 43.3 *

tel.

1652.

2410.

124920.

42.3 s 43.0 3 43.3

42.8 *

102.

1692. 8 2431. 8 124946.

43.4

42.9

43.4

42.3 *

103. * !?60.

2451.

125912.

42.9

43.0 3 43.7

42.7 *

104.

1719.

2457.

125435.

42.8 8 43.1 3 43.1

42.8

s 195.

1718.

2436.

125104.

43.1

42.9 8 43.4

42.6 8

106.

1713.

2415.

125134.

42.9 8 43.1

43.3

42.4

s 197.

1718. 3 2468. s 125156.

42.9 8 43.4 8 43.3

42.9 *

108.

1725.

2398. s 126222.

43.4

43.4 3 43.6

42.7 *

169.

1788.

2373.

125245.

42.7

43.1

43.1 3 43.0

I tit.

1715.

2363.

125314. 8 43.1 3 43.0 3 43.3

43.0 *

111.

1769.

2337.

125340.

42.7

42.9

43.4

42.7 *

112. 8 1711.

2319.

125446.

42.5 3 43.0

43.1 3 43.2 *

113.

1788. 8 2299.

12S432.

42.7

42.3 3 43.1 8 43.5 *

114.

1707. 8 2284.

125455.

42.8

42.9

43.5

43.4 *

[I

115.

1711.

2267. e 125524. t 42.7

43.1 3 43.2 3 43.7 8 i

116.

1715.

2251. s 125554.

43.3

43.0

43.7

43.8

i

117.

1718.

2235.

125616.

43.4 s 43.3 3 43.6 8 43.9

s !!S.

1723.

2224.

125642.

46.6 8 43.2 3 43.7 8 44.2 *

119.

1736.

2213. 3 125748.

47.2 3 43.3 8 43.9 s 43.3

i

129.

1746.

2207.

125734. 3 47.7

43.8 8 43.8 8 44.3 3 i

j j,

121.

1761.

2294.

125804.

48.6

43.5

44.1 3 44.2

ji 8 122.

1777.

2195.

125826. 8 49.9

43.7 3 44.1 8 44.4 8 I

s 123.

1802.

2199.

125852.

49.5

43.7

44.1

44.7 *

124. 8 1839.

2215.

125918.

49.2

43.6

44.2

44.2

1

125. 8 1873.

2231.

125944.

48.9 8 44.1

44.1 3 44.5

3 126.

1999. 3 2245.

136418.

49.2 3 43.8

44.3

44.6 *

127.

1945.

2261.

139634.

48.9

43.9 8' 44.5

44.6 *

128.

1986.

2283.

134162.

48.5

46.2 3 44.4 3 44.7

l

129.

2424.

2303.

134128.

48.7

47.4 8 45.1 8 44.6 *

134.

2955.

2315.

130154.

45.7

47.8 s 45.5 8 44.4 *

131. 3 2008.

2324.

13e!29.

40.9 8 48.7

47.4 8 44.8 *

132.

2118.

2334. 3 136246.

49.3

49.3 3 48.1 8 44.4

j

131.

2144.

2340. 8 130312. 8 49.9 3 49.9 3 47.7 8 43.0 8 i

134. s 2158.

2331.

134338.

S0.8

49.7

46.9 8 43.0 *

135.

2161. t 2313. 8 136444.

St.5 8 49.6

46.2 3 42.9

assessssasts**stssssssssssssssssssassassassassasse**stsssts***S8s**

4 e

i 4

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I

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- - - - sssssssss**stestasses**ssssssssssssssssssssssessagstgessss3333 3

OVSTER CREEK THERNAL PLUME DATA December 11,1979 I.

s 3

- ssgessssssssssssssssssssssssssssssssssssssssssssssssssssssssssssa

(

e a

POSITION

TIME TEMERATURE F DEGREES s

I s!HDEX

COORDINATES Stasssstses**ssesssssssssssssssssss**ssassat

R1 s R2

HHnnSS

1 FT

2.5 FT*

5 FT

SOTTOMs assassasssssssssssssssssssssssssssssssssssssssssssssssssssasteesss 3 136.

2152.

2283.

138430.

54.4

49.1 3 45.9

43.4 *

137.

2136. 8 3248.

130456.

49.9

48.7 3 46.4

44.8 *

138.

2111.

2267.

13e522.

49.4

48.4 3 59.2

45.9 3 8 139.

2067.

2147.

136548. s 48.9

48.8

4.0

47.2 8 3 148.

2422.

2494.

134614. S 49.9 8 49.8

49.7

48.8 *

141.

1974.

2032.

136644.

50.3

54.4 8 50.1 3 48.5 *

142, a 1927.

1976.

134766. S 50.2

50.0 8 54.8 2 47.9

l

143. s 1879.

1915.

130732.

50.6 8 49.5 8 49.4

45.6

l

144. 3 1832. 8 1954.

134758.

59.5

49.2 3 49.1 3 45.1 *

145.

1785.

1884.

130824.

51.4

48.4 3 48.8

45.3 *

146.

2152. 3 2248.

131216.

49.0 3 49.3 3 49.8

48.4 3

147.

2296.

2299.

131242 s 48.9 8 48.1 8 48.6 8 47.7 *

148.

2261. $ 2350.

131368.

48.3

48.6

48.8

47.4 *

149.

2316. 3 2416.

131334. s 48.3

48.3

48.4

46.9

a 150.

2372.

2477.

131400.

48.1 3 48.5 8 48.7

45.8 *

151.

2429.

2537.

131426. s 48.0 3 49.1

48.6 3 45.0 *

.52.

2484. 3 2598.

131452.

48.4 4 48.5 8 48.0 2 44.8

a 153.

2544.

2664.

131518. 3 47.8

48.0

47.5

43.4 8

154. C 2611.

2726.

131544. t 47.7

47.7

46.9 3 43.9 *

155.

2674.

2783.

131610.

48.4

46.6 8 46.7

44.1 *

156

2737.

2848.

131636.

47.7

47.0

46.2

44.3

s 157.

2004.

2911.

131762.

47.4

46.4

46.8 8 45.4

73 3 158.

2868.

2976.

131728.

46.9 8 44.7

45.3 8 44.7 *

159.

2929.

3059.

131754.

46.3

44.4 3 44.5

44.9 8 8 164.

2992.

3105.

131826.

46.3 3 44.4

45.8 8 45.1

s 161.

3054. $ 3159.

131846. s 46.e 4 44.9 8 45.1

45.3 *

162.

3117.

3218.

131912.

46.5

45.0

45.5 8 45.3 *

163.

3174.

3284.

131938.

46.3

45.2 3 45.8 8 45.8 *

164.

3236.

3341.

132004.

46.1

45.3

45.5

45.8 *

165.

3249. 8 3481.

132030.

46.3

45.2 3 45.8 3 45.7 *

166.

3362.

3461.

132956. s 46.1

45.4

45.5

45.6 8

167.

3413. 8 3521.

132122.

45.4

45.2 3 45.5

45.3 *

168.

3467. t 3584.

132148.

45.1

45.1 3 45.8 3 45.1 *

169.

3520. t 3442.

132214.

44.7 s 45.8

45.0 2 40.3 *

174.

3532.

3742.

132244.

44.6

44.4

45.8

14.* *

171.

3646.

3746.

132386.

44.1

44.3 8 44.6

44.4 8

172.

3706.

3827.

132332.

44.1

44.2 3 44.5

44.7 8 8 173.

3773.

3382.

132358.

44.2 3 44.2 3 44.9 3 44.4 8

174.

3832.

3937.

132424.

43.7

44.2 3 44.3

44.4 *

175.

3878. 8 3969.

132454. t 44.1 3 43.9

44.4

44.3 3 3 176.

3918. 8 3999.

132516.

43.7

44.0

44.4

44.0 *

177.

3959.

4825.

132542.

43.6

44.1 s 44.2 3 44.4 *

178. 8 3979.

4633.

132648.

43.7

43.6

44.3

43.9

a 179.

3991.

4e36.

132634.

43.4

43.7 4 43.3 3 43.3 *

180.

3997.

4427.

132700.

43.5

43.4 3 44.1 3 43.7 8 sesssssssssssssss***sstsass*sts*sassssssssssssssssssssssssssssssast I

~ ~ - -.

t t

s********ssssutststs**stasassesssssssssastssssssssssssssssssssssses 0YSTER CREEK THERMAL P1.1)ME DATA December 11 1979 a

a

- - ssassatstaessssss**sssssssssssssssssssssssssssssssastssesssssast POSITION

TIME TEMERATURE F DEGREES

!HDEX

COORDINATES ass $stssss**ssessssssssssssssssssstas**sssst

R1

R2

HHMMSS

1 FT

2.5 FT*

5 FT

BOTTOMS

$sssssssssssssssssss**ssesssssas***38388*s88888383888888883333ss***

181. s 3983. 3 4402.

132726. 3 43.5

43.4 3 43.8 s 43.9 8

182.

3968.

3973.

132752.

43.5

43.8 8 43.8 8 44.0

i

183.

3944. 3 3939.

132817.

44.1 3 43.8 8 44.2

44.8 8

}

$ 184.

3918.

3943.

132843.

44.8

46.6 8 44.9 8 44.8 3 i

s 185. s 3893.

3869.

132999.

44.9 8 44.5 8 45.4 8 44.8 *

186.

3871.

3833.

132935.

45.1 2 45.0 8 45.8 8 45.2 *

187.

3847.

3836.

133041. t 45.4

45.2

45.2

44.8

l

188. 8 3823.

3771.

133027.

45.3

44.8 8 45.2

44.9

8 189.

3815.

3751.

133053.

44.9 s 45.0

45.0

45.4

4 i

190.

3898.

3727.

133119.

44.7

44.7

44.9 8 44.7

j

191.

3795.

3704.

133145.

45.1

44.8

45.2 3 44.7 8

192.

3773.

3669.

133211.

44.9

44.7

45.9 8 45.4 8 4

193.

3749.

3638.

133237.

45.0

45.t 3 45.1 8 45.3 8 1

194.

3715.

3538.

1333e3.

45.4 8 44.8,8 45.3 4 45.0 8

195.

3683.

3542.

133329.

44.5

44.S

44.6

45.0 3

196.

3654.

3508.

133355.

44.4

44.3

44.6

44.5 8

197.

3623.

3474.

133421.

44.1 8 43.8

44.1

44.3 8

198. 3 3S86.

3434.

133447.

43.3

43.4 4 43.7 3 44.0 *

199.

3543.

3374.

133513.

43.3

42.9 8 43.4 8 43.4 8 1

290. 8 3492.

3327.

133539.

43.0 t 43.2

43.3

43.4 3 l

8 291. 8 3439. S 3258. 3 133605.

43.1

42.9 8 43.4

43.3 2 2 242.

3383. 8 3196.

133631.

43.4 8 43.0

43.4

44.8 *

((

203.

3326. t 3318.

133657.

43.2 3 43.0

43.9 8 44.3

l os

244.

3267.

3497.

133723.

44.1

43.7

44.2

44.7 8

295.

3211. 8 3032.

133749.

44.7

44.4

44.9 8 45.0 $

I

296.

3156.

3446.

133815. s 44.3

44.2 3 45.2

45.5 *

247. 8 3499.

2966.

133841. 8 44.1

43.3 8 45.3

45.3 8 8 298.

3441.

2857.

133947.

44.2 8 43.7 3 44.6

45.0 *

609.

2988. 8 2788.

133933.

44.4

43.S

44.8 3 44.3 8 i

21#.

2925.

2740. 8 133959.

45.4

43.8

44.1

44.8 *

211.

2786.

2584.

134117.

45.3

45.0

45.6

45.5 8

212.

2751. 8 2531. 3 134143.

46.7

45.1 3 45.0

45.2 *

213.

2704.

2470.

134249.

46.6

44.9 8 45.2 3 45.0 *

214.

2664.

2466.

134235.

45.4

45.4

45.4 8 45.1 *

215.

2624.

2397.

134341.

45.3

44.8 8 45.1 2 45.1 *

216.

2581.

2298.

134327.

44.7

44.7 3 45.1 *

E.! *

217.

2554. 3 2250.

134353. 8 44.8 8 44.6

45.1 8 45.4 *

218.

2595. 8 2184.

134419.

44.3

44.2 3 44.7 s 44.9 *

219.

2492.

2150.

134445.

43.9

44.1

44.3

44.8 *

224.

2494.

2295.

1346e3.

44.2

44.6

45.6

45.4 s

221.

2689.

8341.

134747. t 45.8 2 44.7 3 45.3

45.1 *

222. 3 2638.

2387.

134813.

45.2 3 45.0

45.1

45.4 *

223.

2654.

2395.

134839. t 45.1 3 45.4

4G.4 8 45.7 *

224.

2693.

8449.

134945.

45.7

45.4

45.9 8 45.8 8 3 225. s 2799.

2489. 3 134931.

45.6

45.8

45.8 8 46.3

s a s e s tat s s tsetss** stas *****stsa s sessssss ssssssssststatssssssssssses i

l l

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e stepssesssssssssssssssssssssssssssssssssssssssssssssssssssssssssses s

OVSTER CREEK THERMAL PLUME DATA December 11,1979 S

satstessssssssssssssssssssasts**sas**ss***ssessassssssssssssssssant P051710N

71ME TEMERATURE F DECREES s

stNDEX

COORDINATES *ssssssssssssssssssssssssssssssssssssssssses j

R1

R4

HHMPtS$ s 1 FT s 2.5 FT*

6 FT a BOTTOMS 3388s33333333388333ss38338:3s38sssesssssss**ss**ssertsasssssssssast 8 226. 3 2759.

2549.

134967. s 45.5 8 45.4

45.8 8 45.8 *

227.

2770. 2 2569.

135023.

45.3

45.P O 45.4 8 45.8 *

2as.

2016.

2688.

135049.

45.1 s 45.3 & 45.5

45.5 *

223.

2829.

2658.

135115. 8 45.5 3 45.7

45.8 8 45.6 3 j

230.

2838.

2674.

13S141. 3 45.5

45.9

46.8 8 46.2 3 3 231.

2344. I 2741.

135207.

46.2

46.0

48.8 8 46.4 *

232. 8 2847.

2717.

136233.

46.0 3 46.3

46.4 8 46.8 *

233.

2839.

2738.

135325. t 46.6

46.3

46.5

47.6 *

234.

2842.

2749.

135351.

46.4 3 46.4 4 47.9 8 46.9 *

235.

2828.

2750.

135417.

46.7

46.9 8 47.0 8 47.2 *

236. 3 2004.

2744.

13S443.

47.4

47.2

47.7

47.5 *

237.

2776.

2748.

136509.

47.0 3 47.6 8 47.3 3 48.3 8

238.

2749.

2694.

135535.

46.6

47.5 3 48.1 3 48.4 *

239.

2725.

2689.

135641.

46.3

47.5 8 47.6 3 48.3 *

246. s 2764.

2674.

135627.

46.4

47.4

48.0 3 47.9

4 3 241. 3 2681. 3 2665.

135653.

46.4

47.7 3 47.3

48.1 8

242.

2657. 4 2646. $ 135719. s 46.3

47.2 3 47.7

48.4 *

243.

2633.

2632.

135745.

46.6

47.2 3 47.8 8 47.7 *

244.

c011. 8 2620. 3 135811. s 46.5

47.1

47.2 3 47.6 3

245.

258s. 2 2848.

135837.

46.6 8 46.9

47.4 3 47.7 *

246. 3 2565. $ 2594.

135903, s 46.3

47.9 8 47.8

47.4 *

247.

2539.

2577.

135929. s 46.6

47.9 8 47.0 8 47.1 3

ssssssssssssss**ssessssssssssssssssssssssssssssssssssssssssssss383

~

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l THERNAL PLUME oF December 11

,1979 52 g

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t 44 43 s. ~s a f. ).... g;. s.

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4a 2000 3000 4000 sooo soo O

DISTANCE IN PLOT UNITS l

I

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i I l

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LONGITUDINAL SECTIONS OF OYSTER CREEK AND BARNEGAT BAY W

.. e E

SUftFACE O-51.1..*d 51.5 48.5 43.9 45 44..2 -

2-8 p

51.4 51.1 8 48.2 44.2 45.1 44 *

, e

/

,. S.

/

,-s 51.2 51.0 m 47.7 44.3 44.7 43.4j f

l DEPTil 50

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OYSTER CREEK

=

-^

BARNEGAT BAY

=

i unmmmimi 43 F (6.l*C) isotherm DATE December 11, 1979 STATION PARAMETERS TIME II:46 - 14:00 AT

,,' 20.4*F (ll.3*C)

WIND SSW 7-12 mph CIRC. FLOW 460,000 GPN (1,733,000 1.PM)

WEATilER Clear Oll. FLOW 520,000 GPM (1,968,000 f.PM)

Plant Power Level 610 MWe F

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4.3 Hydregraphic Study 4.3.1 Introduction The OCETS -Hydrographic Study requires an annual bathymetric survey of Oyster Creek to determine the extent of shoaling.

The survey was conducted in June 1979, five months after maintenance dredging was empleted in Oyster Creek. Tnis report provides an explanation of data collection and reduction methods and presents the 1979 data on tables and figures.

Future reports will contain a emparison of the bathymetry of the fbture year using the 1979 data as baseline.

432 Methods A.

Station Locations In 1969, bathymetric survey stations were set up in Oyster Creek 1969 fra U.S. Route 9 east to Barnegat Bay ( Attachments 1A, 1B, 1C and 1D). 'Ihe station nebers correspond to the distance, in hundreds of feet, east of the U.S. Ibute 9 bridge. All station survey markers are north of Oyster Creek and soundings are taken fra north to south.

B.

Field Instruments and Techniques As described in Jersey Central Power & Light Enviromental Affairs Department Procedure 106 Revision 0, and Procedure 204 Revision 0, the following equipnent is used:

1) Metal Plate attached to a rope or red marked off in equal and known lengths.

2) Raytheon Portable Echo Sounding Survey Recorde and probe.

3) anall boat.

4) Raytheon Portable Eero Sounding Survey Recorder.

5) Hewlett-Packard 3805-A Distance Measuring Device.

6) Suryeying Equipment The Raythecn Portable Eero Sounding Survey Recorder has a depth accuracy of 2.5 m (1.0 inch) + 0.57..

Tne Hewlett-Packard 3805-A Distance Measuring Device is asurate to within 0.15 meter (0.5 foot) and has a range of 10Km (6.25 miles).

After the instrtments are calibrated, a transit is used in conjtntion with the baseline monument for the particular station being surveyed to prcxiuce an accurate water elevation at the time of the survey. The distance across the water surface to the far shore is then measured and cross-sectioned. As the beat is pulled across the water, the fathemeter measures the depth. Upen reaching the far shore point, the boat is turned around arx! the surve'/ is repeatec.

Water elevation is measured before and after each survey.

C.

Data Reduction Data analysis proceeds in two steps:

122

1) Raw data is plotted for each survey station.

2) The plots are digitized by using a Tektronix Graphics Input Tablet.

The digitized data can be analyzed for scouring and shoaling when fbture data is collected.

The accuracy of the digitizing was obtained by inputting ten consecutive data points of the same spot. The following summarizes the results:

x-direction (ft.)

y-direction (ft.)

Average 0.039 0.11 Median 0.0

0. 032 Std. Deviation 0.003 0.021 Computer generated results will be acetrate to hundredths' of a foot in depth. is a sample of the section profiles after the computer graphs and tablulates the data. On the top graph, elevation's are shown in feet with zero as the local Mean low Water IAvel 411ch is 15.05 feet above the National Geodetic Mean Sea Level at Sandy Hook (1929). All profiles are surveyed fra north to asuth and therefore, the graph has north to the 'left.

The second graph will show filling or scouring. The y-axis of this graph is alas in feet.

The data is tabulated at the bottom of the page so that comparisons can be accurately emputed.

Due to the dredging operations, the 1979 data will be used as a baseline. Data from the four residential lagoons near the mouth of Oyster Creek is presented as plan sections since only three points are measured per section in each lagoon.

4.3.3 Data Analysis and Discussion Figured and tabulated bathymetric data from Oyster Creek are presented in Figures 4-3. to 4-43. Figure 4-44 shows the data from the frm the four residential lagoons. All sections shsw the main channel with depths between 9 and 13 feet below mean low water. Side navigation channels are shown approximately 5 feet below mean low water, Sections 1 through 21 have an average stream width of 300 feet with a channel bottom width of 130 feet. The subnerged channel banks are generally sloped 1:2.

"ections 23 to 52 constitute the widest part of Oyster Creek and include many of the st channels. Side channels were dredged to 5 feet.

Main channel bottom w3.;ch ranges from 100 feet to 110 feet, while stream width ranges frm 300 feet to 1000 feet.

Sections 53 out to Barnegat Bay include the four majcr lageons in Oyster Creek.

Channel width averaged 110 feet and depth averaged 10 feet. Figure 4-44 clearly shows that the four lagoons are navigable with depths similar to the main channel, frcm 7 feet to 15 feet.

Future reports will compare the bathymetry of 1979 with suceeding years, shew sedicentation and/or scouring, and canpute depositien and/or 123 a e

scour rates.

4.3.4 Conclusion The dredging of Oyster Creek was completed in early 1979. A hydrographic study was conducted in June 1979. The results of the study indicate a deep main channel in Oyster Creek with navigatienal side channels running to adjacent boat slips and lagoons.

In the future, shoaling and scouring will be identifiable and conclusions on their effects will be measure.a.

124 i

8 a

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OYSTEft CAEEK SECTION te0 I

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DISTANCE FROM ft0NunENT IN FEET I

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M 160R IZONTAL 1979 HOIIIZONTAL 1979 HORIZONTAL 1979

+

DISTANCE ELEuefl0N ELEUATION DIFFEREHCE DISTANCE ELEUAf t0N ELEVATION DIFFERENCE SISTANCE ELEUATION ELEUATION DIFFERENCE l

FEET FEET FEET FEET FEET FEET FEET FEET FEET FEET FEET FEET i

l S.4 at

-te.6 150

-0.3 to 6.0 94

-18.0 ISS

-0.3 I

20 3.1 tes

-18.5 179

-4.4 34

.3 tie

-ta.8 See

.9 48

-3.4 tat

-83.9 190 3.8 56

-2.6 130

-18.8 800 7.4 se

-5.5 144

-11.3 200 7.7 y

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OYSTER CaEEE SECTIOPt 8*0 4

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FEET ta FEET FEET FEET DISTAttCE EttDAflott ELEUATION DIFFEltEteCE HOAl20pf7AL1979

~a 0

FEET FEET FEET FEET DISTANCE B.5 it ELEWATICIt ELEUATI0st DIFFERENCE

.S 70 FEET 2e FEft FEET FEET

-9 1 34 4.2 SG

-9.4 130

-S.E 9e 44

-0.4 3.3 144

-9.4 1 66 54

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FEET is0RI20NTAL 1979 DISTANCE ELEUATION E1EUAfl0N SIFFERENCE DISTANCE ELEUATION ELE FEET FEET FEET FEET FEET FEET FEET FEET FEET FEET FEE.T e

7.5 it 4.4 90

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~ 0 30 40 60 50 800 820 840 160 ISO 200 BISTMcCE Fit 0ft M00tNIENT IN FEET O
20 40 60 to 800 880 840 ISO 180 200 t
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Us HORIZONTAL 1979 Holil20rffAL 1979 6tollII00ffA4.
1979 y
n DISTANCE ELEUSTI0tl ELEUATION DIFFERENCE BISTANCE ELEUAT!0H ELEUATIO94 DIFFERENCE DISTANCE ELEUATIced ELLVATIDH DIFFERENCE j
FEET F,'ET FEET FEET FEET FEET FEET FEET FEET FEET FEET FEET i
e 6.5 Se
-10.0 150
-84.0 88 E.8 94
-88.4 ISS
-0.0 2e 3.1 See
-83.5 170
-4.9 34
.2 tie
-13.8 800
-1.8 44
-4.8 120
-13.0 199 3.7.$
Se
-3.5 134
-13.4 See 3
64
-5.8 144
-81.3 203 7.0 70
-7.3 l
I t
l a
i l
1
't i
e s
4.4 Chemical Release Inventerv Several chemicals were released from the CCNGS during the reporting period. The use of these chemicals by OCNGS is summarized below and in Tables 4-6 and 4-7.
As per the OCETS, laboratory chemicals are not included.
Some chemicals, such as liquid chlorine are discharged in lesser quantities and lower frequencies than those listed in the OCUGS Final Environmental Statement (FES). Some chemicals are discharged in higher quantities than shown in the FES, while others used are not listed at all in the FES.
These chemical releases have not appeared to have had any significant adverse environmental impacts.
.In general, most of the chemicals will not be dieharged in the fonn in which they are added as chemical reactions will take place during their residence time in the various systems.
Chlorine The average daily amount of chlorine used at the OCNGS is about 600 lbs., with 820 lbs. per day being the maxhnum allowable discharge by the NPDES Permit issued to the OCNGS by the U.S. Environmental Protection Agency. Although most of this chlorine is used in the main condenser cooling system, some is injected into the turbine building closed cooling l
water (2BCCW) and reactor building closed cooling water (BBCCW) system heat exchanger flows and the emergency service water system heat exchanger flow.
Regarding the main condenser, each of the six condenser sections is sequentially chlorinated for 2') minutes every four hours. Thus, chlorine is released for 12 of every 24 hours2.777778e-4 days 0.00667 hours 3.968254e-5 weeks 9.132e-6 months with two hours of no discharge between releases. All chlorinated water is discharcjed to the station's discharge canal.
The Oyster Creek FES values for the quantity of chlorine added (up to 2000 lbs per day) and duration of chlorine addition (3.5 hours5.787037e-5 days 0.00139 hours 8.267196e-6 weeks 1.9025e-6 months of eve. y
4) are higher than those in use during the reporting period (see FES, Section 3.6).
Chlorine may be added to the cooling water flow of th a liquid radwaste/augmentM offgas treat:nent system for control of organism growth on the heat exchanger piping. Although none has been added through 1979, it is currently stored on-site. The planned chlorine dosage is approximately 25 pounds per d4 to be added durinJ four periods. Each period will last about 20 minute
+ approximately six hours be: ween the start of each dose. Due to the.
dosage, no aaverse environmental impacts are expected from this chemical. The pot.ential for the use of this chemical at this facility was not identified.n the FES since this system was installed after the EES was issued.
Chlorine (Sodium hycochlorite)
Sodium hypochlorite is v.'ed to the sewage treatment plant effluent continuou.31y at the rate of abo + 20 lbs per month, or 0.67 lbs per day.
i The sewage treatment plant effluent is discharged to the station's 173 i
I ischarga canal via a 30-inch diamet:r discharga pipe.
A minor amount of this chemical is used to purify station domestic water. Some of this treated water will be discharged (mostly via sewage system), so a small amount of chlorides will be added to the discharge in this way.
The FES includes an average value of 1.5 mg/l total residual chlorine for the discharge of this chemical from the sewage treatment plant. Since the purpose of this addition is to kill pathogenic organisne, and this a$dition is required by the treatment plant's license to oper Atu (required range is 1.0-2.5 mg/1), and in view of its very low concentra::icn in the 30-inch discharge water pipe, no adverse environnental impacts have been noted or are expected.
Sulfuric Acid Dilute sulfuric acid (21 or 4% acid) is used at an average rate of about 250 gallons per month for the regenerations of the make-up water and condensate demineralizers and in the radwaste treatment system. However, only the wastewater from the make-up demineralizer regenerations is discharged to the environment.
The wastes from the condensate demineralizer regenerations and the radwaste treatment system become part of the radwaste that is shipped in casks for offsite burial.
We actual quantity of sulfuric acid that is discharged to the environnent is approximately 185 gallons per month, which is less than that discussed in the FES. 2e acid released by the regenerations is somewhat diluted by several hundred gallons in a sump prior to its release to a 30-inch diameter discharge pipe. This pipe also receives several other flows, primarily the RBCCM heat exchanger flow, which is a constant flow of either 6,000 or 12,000 gpn of intake canal water depending on wheth.er one or both pump are operating.
This RBCCW heat exchanger flow ensures sufficient dilution of the sulfuric acid that it should have not significant influence on the discharge canal.
In addition, chemical reactions take place while the dilution occurs, thus the discharge to the environment is not 185 gallons of pure acid. We contribution frcm this source should be various sulfate compounds that will be formed while mixing with the salt water from the RBCCW heat exchanger flow. The additional sulfates should not be detectable over the ambient concentration in the salt water.
Sodium Hvdroxide (licuid)
Dilute liquid sodium hydroxide (44 caustic) is used at an average rate of about 670 gallons per month for the regenerations of the make-up water and condensate demineralizers ard in the radwaste treatment systen.
De wastes from the condensate demineralizer regenerations and the radwaste treatment system beccme part of the radwaste that is shipped in casks for offsite burial, so only the wastewater from the make-up de=ineralizer regeneration is discharged to the environment.
174
~
' ~~'
~
. ~.
D A
The actual quantity of caustic that is discharged to the environment is approximately 165 gallons per month which is less than that discussed in the FES. As with the sulfuric acid used in this process as described above, the caustic is further diluted first in 'a sump, then by tne RBCCW heat exchanger flow, prior to its discharge to the environment.
Similarly, it should have no significant impact on the discharge canal.
Instead of additional sulfates, the caustic will add sodium to the environment. When cmpared to ambient concentrations in the salt water of the FSCCW heat exchanger flow, the cddition should be undetectable.
Auxiliary boiler additives Flaked sodium hydroxide, tri-sodim phosphate and sodia sulfite are added to the auxiliary (heating) boiler en a daily basis at the rate of about one pound per day per chemical.
There is a boiler blowdown that occurs three times per day (once per shift) for five minutes each time.
The total quantity of blowdown, which is approximately 2250 gallons per day, is discharged to the station's discharge canal via the 30-inch diameter discharge pipe discussed above for sulfuric acid and liquid caustic.
The quantity of chemical added is about four times that listed in the FES. However, the dilution obtained in the 30-inch water lina frm the RBCCW heat exchanger flow and other flows should ensure that t *re is no significant environmental impact from the additional chemicals added to the auxiliary boiler.
Hydrazine (Amerzine)
Hydra 2ine (Amerzine) is used for corrosion control in the station's closed cooling water systems, such as the RBCCW and TBCCW, since the coolirg water in each system is recycled. Each of the closed coolirq water systems is, in turn, cooled by its own heat exchanger system, which uses intake water in a once-through cooling mode before dischargirs the flow to the discharge canal.
Although these closed cooling water systems are not designed to i
have a discharge, some minor system leakage does occur.
For each system, any leakage that may occur is directly into the associated heat exchanger cooliry flow. Be total leakage is small enougn that the OCNGS needs to add only about 5-10 gallons of hydrazine per month in order to cmpensate for the quantity leaked. S e release of this chemical was not discussed in the FES.
In the case of the 'IBCCW, the heat exchanger cooling ficw is 10,000 gpm on a constant basis, ard combines with the main condenser cooling flow of up to 450,000 gpn prior to discharge to the environment. We RBCCW heat exchanger flow is either 6,000 or 12,000 gpn on a constant basis, deperdire on how many pumps are operating.
Berefore, due to the dilution encountered, the hydrazine lost from the various closed cooling water systems should be undetectable in the
..ation's discharges.
There has been no evidence of an adverse environmental impact resultirs fram the release of hydrazine.
175
e s
TABLE 4-6 CHEMICALS USED CMEMICAL SYSTEM.aiLEASED FROM AMCU:.T FELEASED' Chlorine Main cendenser coolir.g & other 12C,000 lbs.
Chlorine
.Radwaste/ Augmented Cffgts Trest-Chlorine (Sodium hypo-chlorite)
Sewage Treatement 140 lbs.
Sulfbric acid Demineralizers & radwaste 1300 gal.
Sodiun hydroxide (liquid) Demineralizers & radwaste 1155 gal.
Soditan nydroxide (flake) Auxiliary boiler (heating) 200 lbs.
Tri-sodiun phasphate Auxiliary boiler (heating) 200 lbs.
Soditm sulfite Auxiliary boiler (heating) 200 lbs.
Anerzine Closed cooling water systems 50 g al.
t Amount reported is an approximation of that released during the reporting period (6/6/79-12/31/79).
i 176
O v
TASE 4-7 cu.r_. c._ r..-eb n r..3 F.M."6,e_ co. r.e
..r.v.
s
. _ J..
-4 cu..r_ v.- u
re...rI c.:.
3._..~.:3..a.. :.
m. :...-.,.:.
...u Chlerine o per day 2 ::
Chlorine (Sedica hypochlorite) i Contintcus Con;ir.> us Chlorine (Radwaste) 4 per day 20 mint. es 2
Sulfuric acid 9 per month 30 minu;es Sodita hydroxide 2
(liquid) 9 per month 1 trur Sodita hydroxide (flake) 3 per day 5 minutes Tri-sodita phosphate 3 per day 5 minutes Sodits sulfite 3 per day 5 mintues Amerzine Randem Fandom 1 Not used to date 2
Average l
l 177 L
e 4.5 Unusual er I=:crtant Environmer.tal Eva---
There was only cr.e incider.: a: -
pericd taat was considere:
,0 be an un J event. The ever.t was a st. mer fir Auzus: 2 and/0r August ;, 1977.
Tai:
^
r.usuclly nish water tr.peratures Ons.
Otner passible esuses include 10.. :::::.
Apprcximately '50 - 103 dead fisn were ecun:.
goose fish, ncrtnern puffer and tautes.
Tnis incident was reported as a Non-?:u Report ( Section 5.1; Report Number 50-219/70-5).
More infonnation on this incident can be found ir..
4 t
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Changes made t s:::
ard certificates
,.c..
requirements of the.
i c.
Changes in static.
involve an envir:n-i d.
Char.ses.: the ^ -
4 i
5.1 se-:.ary cr CCE During the re.:-
Environmental Cperating ?:,
below, a.
Feport Mc. 5:-;
i Date and time f
==
Description:==
7. --
a.
g.
l
.,.. 4,/............
'b.
Fepcrt :.'c. 5:-.
Date and time ::' -
Cescriptien:
At j
.r :.-
..,e*-
h
.p I
uyi g,j,
dL "a
.c........
i E
Q
-1 temperature r.perature d
-.,v i,.
O per 2ti".6
'?i:S due 00 2110bp Of
'~ Of OT.e back-
~e before One 70is pr:cedure allowed by the
corrected the
-...:; dilution
--ive action i:uired time
.tugust 1.
n pumps tripped nigh lube cil ve punp was Ie-
. e because of 2: at the dilution
-r.t investigation
- --="ature switch tid to its correct
- reserve punp utes.
. 3, pri r 50 sas operating tegan reducir.g
^ =;erature LCOs.
.7 to 533 MWe.
Se."ved in
'9 up to 1745 h:urs.
s=;eratures at a range of 64 98F socve 900F
'::: hours.
~ ^:dcir.e '.C
-c.:;ust 2, 1979.
reex la,er
c.
Eye 20 about OD "O
?
l Q
n
. B
'h ' '
.OC c J \\
. S.j ;.
' ' t i
i
.... ~.
o w
- - ~ at the canpletion of the experiment.
J,1979, at 1000 tmrs, about fifty ed dead fish were bserved ficating Eay en the south !ide of the mouth eek. An actusl count was not to wecther and site cer.ditions.
3;ecies were present, although
-rn puffer and striped bass were
....: :0.he O'crervers in a boat.
~ ;uffer was the most cc:: mon species.
.;e. inens were collected along the banks
.; ster Creek between the mouth and
2. ? cute 9 after 1300 hours0.015 days 0.361 hours 0.00215 weeks 4.9465e-4 months . Two
imens were collected west of Ibute 9
- : 3r 1330 hours0.0154 days 0.369 hours 0.0022 weeks 5.06065e-4 months . Two specimens were collected brnn a: Eay.
ecimens found had been dead for some
- " - ?y showed evidence of gull or Striped bass and northern
./
imens sh:wed no evidence of
~ 4.ig in the gills or eyes.
'... specimens were sent to Rafiation
.;r.sn-Corporation for identification,
^_. th and weight measurements and radio-2: nye isotopic analyses. The isotopic 2n..-yses showed no unusual radioactive
.._uen: ns responsible for the fishkill.
ez:::- cause of the fish kill is
. : -r:cir., although at least two 1:1~.1;ies are likely:
.a:+r,emperatures exceeding 2-1
enparature for
..ssolved oxygen cordition.
?-
..c :::ential causes could have I: : :: singly er in concert.
' n: -
.ne CC!:GS reduced load so as to reduce di :narge temperature.
_5
-nce:
133; :: 1345 cn Septecber 5
-f the
.w
erating dilution p.:.ps
- -f serei:e due tc low seal wate
.Se: Oy :cris clogging the
.rainers and punps.
\\
i 3
1S1
u s
-' setive Action: he debris was cleaned out and a second punp was put into service.
Bis action required.mcre th in the allotted time.
?iper !!c. 50-219/79-7
.:e an:: :i::e of occurrence:
0211 to 0343 en October 9.
escription: At 0156 one of the two operating dilution punps tripped out of service due to low pressure at the lube oil cooler discharge. After attempts to restart the punp failed, a junper was in-stalled to bypass the low seal water pressure switch on the reserve punp. The reserve punp was in service at 0343 Corre::tive Action: The lube oil systen for the puup that tripped was cleaned and repaired. Subsequently, the junper was rencved fran the reserve pu::p.
Report No. 50-219/79-8 Ca:e and time of occurrence:
1419 to 1424 on December 28.
escription: At 1404, one of the two operating dilution punps tripped out-of-service, apparently due to low seal water pressure. 'When an attempt to restart the punp failed, the starting and tripping switching, was reset, lube oil pressure was restored and the punp was restarted at 1424, and seal wate pressure was maintained.
During this 20-minute period, the other punp continued to operate. However, since the intake temperature was below 60 *F, two puaps were required to be in operation.
Carrective Actien: The punp was restarted.
An engineering request for upgradin6 the dilution pump
eal water systen had been previously subnitted to provide for a permanent fix.
f.
.2 u- :2ry of Changes Made to Federal and State Permits and Certificates
_:h.- e' tain to tne Requirements of the OCETS.
There were no changes made to federal and state permits and es-,ificates during the reporting period which pertain to the requirements
-f 2e CCET3.
7 Su-arv of Changes in Station Design '4hich Oculd Involve an m-tn n Imra::.
Bere have been several charges in statien design which moy involve
_J-~ ;+n,cl :.ps:t, althougn each one should improve environmental
.'ne cPange involves the intake screen system and is actually a l
l D**
WT
~
u 9
g-u-JL c 182 W
o.
rw series of changes that has occurred since the FES was published.
These changes are sumnarized below:
Year Change 1977
~~he screen wash flune discharge was chensed to the dilution pump discharge rather than the condenser discharge.
'Ihus, organisms are no lenger being sent directly into the heated discharg e.
1978 The northerrunost traveling screen was
~:-
converted to a back-washing Ristroph-type screen which operates continuously.
1979 The five remaining vertical traveling screens were partially converted to Ristroph-type screens.
Cm:plete installation will occur in 1980-81 and is expected to reduce the mechanical danage and mortality caused by impingenent.
Future monitoring will docunent the effect of the modified screens on impingenent mortality.
Another change in station design, which occurred during the reporting period and may involve an environmental impact, was the construction of a new Materials 'darehouse which will be used to mere safely store some of the (non-radiolcgical) hazardous substances stored en site such as flake caustic and tri-sodiun phosphate (Section 4. 4).
This will serve to reduce the potential for adverse envircrrnental impacts.
In 1978-1979, dredging was performed in Oyster Creek to improve n av ig ability.
This dredging should minimize proble.ns encountered by neighboring boatmen.
5.4 Sur:rnary of Chtnges to the OCETS There were no changes made to the OCETS during the reporting period.
IS3 i

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