ML16256A165

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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• DOCKS AND MOORI NG LOCATIONS (SEE SECTION 2.2.2.4)LEGEND*3 I 27I8 A!II E WI.Y CON8TRUC TEDR0 UTE FOR WH ICH THEREIS NO PRESENT AOT DATA.THE ONLY ADT AVAII.ABLE

"'ERE PROJECTIONSIN 1993*

• (:0." 8..................REVISION 301 (09/07)TRANSPORTATI ON FACI LI TI ES WI THIN 5 MILES OF WATERFORD 3 FIGURE 2.2-2 LOUISIANA POWER&LIGHT CO.Waterford SHam Electric Station 13 oI2 345,'IIII KI LOMETERS*I DUPONT dl NEMOURS CO.2 I.OUI SI ANA POWER" LI GHT-WATERFORD1"2 J HOOKER CHEMI CAl.CO.BEKER I NDUSTRI ES 4 UNION CAiUI DE CORP.5 SHEI.I.CHEMI CAL CO.8 SHELL 01 L CO.7 GENERAl.AMERI CAN TRANSPORTATION CO.e LOUI SI ANA POWER"LI GHT-LI TTI.Ii: GYPSY oI234 ,!,!1 WATERFORD 3 Sl TE URBAN AREAS ROADS RAI LROADS LEVEES WA TER BODI ES PARI SH BOUNDARY WETLANDS*ADf DATA (SEE SECT I ON 2.2.2.1.2)A 4905 I N 1978 B 10049 IN 1978 C 2841 IN 1978 D 11531 IN 1978 E 1793 IN 1978 F 5931IN 1978 G 18580 IN 1993.H 18000 IN 1993*........,..........................."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 I LEGEND: RADIO BEACON LOCATION VORTAC LOCATION AIRPORT LOCATION (WITH NAME OFAIRPORT)

N AIRPORT RUNWAYS (WHERE APPLICABLE) 0 5 IO MILES LOUISIANA AIRPORTS AND LOW ALTITUDE FIGURE POWER & LIGHT Co.

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

WATERFORD3 VOR-LOC RWY LOUISIANAPOWER LIGHT Co.

Waterford St Electric Stat ion LANDING AND APPROACH FIGURE NEW ORLEANS INTERNATIONAL AIRPORT

60 6 1.0 0.1 1 36 10 60 100 300 SCALED RANGE.

=LOUISIANAPOWER LIGHT CO.

Waterford Steam OVERPRESSURE VS. SCALED RANGE FOR SURFACE BURST Electric Station I Figure 2.2-7 50 50 0 DEFLAGRABLE 1000 DISTANCE FROM 2000 I DETONABLE CLOUD FOR 6" TEXACO LPG LINE 2.2-8 50 DEFLAGRABLE CLOUD 0 1000 2000 DISTANCE FROM SOURCE LOUISIANAPOWER LIGHT CO.

Waterford Steam Electric Station 50 0 50 100 I 1000 2000 3000 5000 DISTANCE FROM SOURCE DEFRAGRABLE CLOUD DISTANCE FROM SOURCE LOUISIANA POWER & LIGHT CO.

Waterford Steam Electric Station DETONABLE CLOUD FOR 8" UNION CARBIDE LINE Figure 2.2-9 JRE BRODE DURATION I-PEAK OVERPRESSURE PSI POSITIVE DURATION KINGERY BRODE (TWICE YIELD)

.\\ I I KINGERY BRODE BRODE (TWICE YIELD)

I I I I I I I I I 1 10 GROUND RANGE 100 1000 LOUISIANA POWER LIGHT CO.

Waterford Steam Electric Station BLAST WAVE PARAMETER VS. SCALED DISTANCE Figure2.2-l0 0.1 1.0 2 F POWER LIGHT CO.

Waterford Steam Electric Station ENTRAINMENT COEFFICIENT VS. FROUDE NO.(FROM REFERENCE 20)

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

-20 FT 0 CLOUD EXTENT1589TIME IN SECONDS AT WHICH CLOUD REACHES 2.4%

I HOMOGENEITY GROUND SLOPE OA = o 3 = 1%10,000 10 FT , I 2.0 3.0 4.0 5.0 6.0 WIND VELOCITY (fps)

LOUISIANA POWER LIGHT CO.

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

10 A EXTREMELY UNSTABLE MODERATELY UNSTABLE C SLIGHTLY UNSTABLE D NEUTRAL 1 E SLIGHTLY STABLE F MODERATELY STABLE LOUISIANA POWER LIGHT CO.

LATERAL DIFFUSION,VS.DOWNWIND DISTANCE Figure FROM SOURCE Waterford SteamFORPASQUILL'S TURBULENCE TYPES (SOURCE:

REF. 71)2.2-14 Electric Station B C D E F I I II I I I DISTANCE FROM SOURCE 26 24 22 20 18 16 14 12 10 8 6 4 2VONNEUMAN SPIKE PRESSURE ATM D D CHAPMAN POINT CHAPMAN POINT = 17.8 = 17.8 ONSTANT VOLUME PRESSURE

ONSTANT VOLUME PRESSURE A

A = 8.5 = 8.5\

\.9-.8-.6-.5-CHAPMAN 16.0 FOR COMPLETE REACTION = 30 ATM=19.7 ATM=16.0 ATM=10.96 CURVE FOR COMPLETE REACTION CURVE FOR------m m-CURVE ABOVE FOR

---I I I 1 3 7 9 INITIAL PRESSURE 1 ATM 1.PROPANE OXYGEN 2.PROPANE AIR 3. HYDROGEN AIR 4.HYDROGEN OXYGEN (ALL ARE COMPOSITIONS) .75-$5 0 0 100 200 300 SPATIAL FLAME VELOCITY LOUISIANA POWER & LIGHT CO.

Figure OVERPRESSURES GENERATED BY OF Waterford Steam PROPANE HYDROGEN OXYGEN AIR MIXTURES2.2-l6 Electric Station I I III III I III I0.0010.01 0.1 1.0 10.0 100.0 1000.010.000100.000 EQUIVALENT WEIGHT OF EXPLOSIVES

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

= 2.47 (ARITHMETIC VALUE)

CORRELATION COEFFICIENT = 0.67