ML16256A165

Waterford Steam Electric Station, Unit 3, Revision 309 to Final Safety Analysis Report, Chapter 2, Site Characteristics, Section 2.2, Figures 2.2-1 Through 2.2-17

ML16256A165
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Site:	Waterford
Issue date:	08/25/2016
From:	Entergy Operations
To:	Office of Nuclear Reactor Regulation
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• DOCKSANDMOORINGLOCATIONS (SEESECTION2.2.2.4)LEGEND*3I27I8A!IIEWI.YCON8TRUCTEDR0UTEFORWHICHTHEREISNOPRESENTAOTDATA.THEONLYADTAVAII.ABLE

"'EREPROJECTIONSIN1993*

• (:0."8..................REVISION301(09/07)TRANSPORTATI ONFACILITIESWITHIN5MILESOFWATERFORD 3FIGURE2.2-2LOUISIANA POWER&LIGHTCO.Waterford SHamElectricStation13oI2345,'IIIIKILOMETERS*IDUPONTdlNEMOURSCO.2I.OUISIANAPOWER"LIGHT-WATERFORD1"2JHOOKERCHEMICAl.CO.BEKERINDUSTRIES4UNIONCAiUIDECORP.5SHEI.I.CHEMICALCO.8SHELL01LCO.7GENERAl.AMERICANTRANSPORTATION CO.eLOUISIANAPOWER"LIGHT-LITTI.Ii:GYPSYoI234,!,!1WATERFORD 3SlTEURBANAREASROADSRAILROADSLEVEESWATERBODIESPARISHBOUNDARYWETLANDS*ADfDATA(SEESECTION2.2.2.1.2)A4905IN1978B10049IN1978C2841IN1978D11531IN1978E1793IN1978F5931IN1978G18580IN1993.H18000IN1993*........,.......................

...."y"VA"""I't.''''''''''''''''''''A'.

WSES-FSAR-UNIT-3 Revision 301 (09/07)

(EC-5000082218, R301)

FIGURE 2.2-3 HAS BEEN INTENTIONALLY DELETED.

(EC-5000082218, R301)

Revision 309 (06/16)Waterford Steam Electric Station #3 ACADIAN & ENTERPRI SE PELICAN PIPELINES Figure 2.2-3a

Revision 307 (07/13)Waterford Steam Electric Station #3 AIR PRODUCTS AND NUSTAR PIPELINES Figure 2.2-3b

Revision 307 (07/13)Waterford Steam Electric Station #3 CHEVRON AND BRIDGELINE PIPELINES Figure 2.2-3c

Revision 309 (06/16)Waterford Steam Electric Station #3 ENTERPRISE PIPELINES Figure 2.2-3d

Revision 307 (07/13)Waterford Steam Electric Station #3 GULF SOUTH PIPELINES Figure 2.2-3e

Revision 309 (06/16)Waterford Steam Electric Station #3 SHELL OIL AND DCP MIDSTREAM PIPELINES Figure 2.2-3f

Revision 307 (07/13)Waterford Steam Electric Station #3 UCAR PIPELINES Figure 2.2-3g

'NEW ORLEANS VORTAC CIR THE BAPTIST APPROXIMATE AIR TRAFFIC CONTROL ZONE U.S. NAVAL NEW ORLEANS AIR STATION INT'L AIRPORT VORTAC CIRCLE ILEGEND: RADIO BEACON LOCATION VORTAC LOCATION AIRPORT LOCATION (WITH NAME OFAIRPORT)

NAIRPORT RUNWAYS (WHERE APPLICABLE) 05IOMILESLOUISIANA AIRPORTS AND LOW ALTITUDE FIGUREPOWER & LIGHT Co.

FEDERAL AIRWAYS IN THE VICINITY Waterford St earn OF WATERFORD 3 2.2-4Electric Stat ion

WATERFORD3 VOR-LOC RWYLOUISIANAPOWER LIGHT Co.

Waterford St Electric Stat ion LANDINGAND APPROACH FIGURENEW ORLEANS INTERNATIONAL AIRPORT

6061.00.11361060100300SCALED RANGE.

=LOUISIANAPOWER LIGHT CO.

Waterford Steam OVERPRESSURE VS. SCALED RANGE FOR SURFACE BURST Electric Station IFigure2.2-7 50500DEFLAGRABLE 1000DISTANCE FROM 2000IDETONABLE CLOUD FOR 6" TEXACO LPG LINE 2.2-850DEFLAGRABLE CLOUD010002000DISTANCE FROM SOURCE LOUISIANAPOWER LIGHT CO.

Waterford Steam Electric Station 50050100I1000200030005000DISTANCE FROM SOURCE DEFRAGRABLE CLOUDDISTANCE FROM SOURCE LOUISIANA POWER & LIGHT CO.

Waterford Steam Electric Station DETONABLE CLOUD FOR 8" UNION CARBIDE LINE Figure2.2-9 JREBRODEDURATIONI-PEAK OVERPRESSURE PSI POSITIVE DURATION KINGERY BRODE (TWICE YIELD)

.\\ I IKINGERY BRODEBRODE (TWICE YIELD)

I II I I I I I I110GROUND RANGE 1001000LOUISIANA POWER LIGHT CO.

Waterford Steam Electric Station BLAST WAVE PARAMETER VS. SCALED DISTANCE Figure2.2-l0 0.11.02FPOWER LIGHT CO.

Waterford Steam Electric Station ENTRAINMENT COEFFICIENT VS. FROUDE NO.

(FROM REFERENCE 20)

Figure2.2-l1 TO 78,500 IN 17,890 SEC 30,000FTGROUND SLOPE = 0 CHANNEL WIDTH GROUND 300 FTSLOPE = 0 1 800 FT FT 20,000ACLOUD HEIGHT

-20FT0CLOUD EXTENT1589TIME IN SECONDS AT WHICH CLOUD REACHES 2.4%

IHOMOGENEITY GROUND SLOPE OA = o3 = 1%10,000 10 FT ,I2.03.04.05.06.0WIND VELOCITY (fps)

LOUISIANA POWER LIGHT CO.

FigureWaterford Steam 100 LB/SEC BREAK GRAVITY SLUMPING MODEL RESULTS 2.2-12Electric Station

10A EXTREMELY UNSTABLE MODERATELY UNSTABLE C SLIGHTLY UNSTABLE D NEUTRAL1E SLIGHTLY STABLE F MODERATELY STABLE LOUISIANA POWER LIGHT CO.

LATERAL DIFFUSION,VS.DOWNWIND DISTANCEFigureFROM SOURCE Waterford SteamFORPASQUILL'S TURBULENCE TYPES (SOURCE:

REF. 71)2.2-14Electric Station BCDEFI I IIII IDISTANCE FROM SOURCE 2624222018161412108642VONNEUMAN SPIKE PRESSURE ATMDDCHAPMAN POINTCHAPMAN POINT = 17.8 = 17.8ONSTANT VOLUME PRESSURE

ONSTANT VOLUME PRESSURE A

A = 8.5 = 8.5\

\.9-.8-.6-.5-CHAPMAN16.0FOR COMPLETE REACTION = 30ATM=19.7ATM=16.0ATM=10.96 CURVE FOR COMPLETE REACTION CURVEFOR------mm-CURVE ABOVE FOR

---III1379 INITIAL PRESSURE 1 ATM1.PROPANE OXYGEN2.PROPANE AIR3. HYDROGEN AIR4.HYDROGEN OXYGEN(ALL ARE COMPOSITIONS)

.75-$500100200300SPATIAL FLAME VELOCITY LOUISIANA POWER & LIGHT CO.

FigureOVERPRESSURES GENERATED BY OFWaterford Steam PROPANE HYDROGEN OXYGEN AIR MIXTURES2.2-l6Electric Station IIIIIIIII IIII0.0010.01 0.11.010.0100.01000.010.000100.000 EQUIVALENT WEIGHT OF EXPLOSIVES

= W-O.0161 STANDARD ERROR = 0.392 (LOGARITHMIC VALUE)

= 2.47 (ARITHMETIC VALUE)

CORRELATION COEFFICIENT = 0.67