ML20133G235

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App E Emergency Planning Zone Evacuation Time Study
ML20133G235
Person / Time
Site: Seabrook  NextEra Energy icon.png
Issue date: 07/31/1983
From:
COSTELLO, LOMASNEY & DENAPOLI, INC.
To:
Shared Package
ML20133G050 List:
References
NUDOCS 8508080607
Download: ML20133G235 (10)


Text

{{#Wiki_filter:w APPENDIX E EMERGENCY PLANNING ZONE EVACUATION TIME STUDY l k Seabrook Nuclear Power Station ,,{' Seabrook, New Hampshire Prepared By Costello, Lomasney & deNapoli, Inc. in association with C. E. Maguire, Inc. for New Hampshire Civil Defense Agency 1) July 1983 s 850B080607 B50730 PDR ADOCK 05000443 F PDR /

$h APPENDIX E i EMERGENCY PLANNING ZONE EVACUATION TIME STUDY 1 i SEABROOK NUCLEAR POWER STATION SEABROOK, NEW HAMPSHIRE r I ' Prepared By l Costdllo, Lomasney &de Napoli,Inc in Association With z. 5 C. E. Maguire, Inc.' y For. l New Hampshire' Civil Defense Agency i l'{- MARCH 1984 . -. :::L - - -. ~ - :.. ~ ~ ~

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,/ i g,w,, o i. o m.i.. j POPULAil0N TOTALS l Him4.WeL83l M h10N IETAL "'L E8 W i13 e AO_w_i 33 Af1 WJ { 'es 64535 0's O' 1E h.to JiyE 0 10

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' EVACUATION CLEAR TIME ESTIMATES POR SEASROOK NUCLEAR NR PLANT POPULATION DATA BY SECTOR & RING - 1985 SUMMER WEEKEND TRANSIENTS g

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m POPULAll0N IOTALS filNG. MILES l P0 TOTAL MILES "jf[oy ION o. 58770 o 50770 2.s 30207 c.s .38977 s.to 3 /9 78 o.so .7sqa5 g.e EVACUATION CLEAR TIME ESTIMATES FOR SEABROOK NUCLEAR POWER PLANT i (.h norm POPULATION D.ATA SY SECTOR & RINO - f scAu m mus 190550MMER WEEKENO TRANSIENTS 10 l MMtcti 198f

l ooporoto p3pulottoo sogcoats that coko up tha ' summer transient population. v (, l These escapancy rates ranged from 2.4 for overnight-accessedations to 4.0 for sessenal dwelliage with beach visitors averaging 3.3 perseas per vehicle.1i l i Winter weeknight transients were given a much lower occupancy rate of 1.0 persons per vehicle, an i l l estimate representative of traveling business people staying overnight in some of the area's hotels or motels. Table 5 summarises the number of winter night I transients in the EFE for 19 80,1985, 2000, and 2030. Table 6 summarises the summer weekend I i transients summer scenario test case for 1980, and I the three tkrget years. i a i l l i 1 Occupancy rate 'informaties who gathered free the Sou thea s te r a New Baspehire Regieaal Planning Cassission, NR Departaset of Bassareas and Bremesic Deyelepseat, Nerriseek Valley Flaaslag Cennieslen, ((., and public surveys.. III - 11 &c< R83 ~

l bureaus, planning agencies, and s variety of other sources. The general consensus of these sources was that any increase in the number of overhight accommodations, campgrounds, seasonal dwellings, or l use of tha beach f acilities between 1985 and 2030 would be very modest. This is due'primarily to the existing highly-saturated state of the summer taurism and vacation trade in the study area, along 'sith beaches presently being utilised at near capacity.1 Winter-transient growth was also believed to be low during the planning period. To account for any expansion by existing facilities and/or constructidn of new f acilities that might occur during the planning period, a projection rate of 14 growth per year for the first 5 years, 0.54-l growth per year for the next 15 years, and 0.254 1 growth per year for the final 30 years was used. Differant criteria were applied to the model regarding vehicle-occupancy rates and mobilization time for transients under the dif ferent scenarios. These occupancy rates ranged from 2.4 par, sons / vehicle for overnight,accommodatioes to 4.0 1 D e v e loped from discussions with the Merrimack Valley Planning Commission, the New England Innkeepers Association, the Campground Owners Associati*on, and the NN Department of Resources and Economic Development. .y III - 10 k h

v 3 permeas/ vehicle for eensemel dwelliage with beech-f vieltere everaging 5.5 permeas per gebiele.1 s Winter weeknight transients were gives a much hwer occupancy rate of 1.0 person per vehicle, an estimate representative of travellag business people staying overnight in some of the area's hotels or notelu. Table 5 summarises the number of winter night i transients in the EPE f or 19 80,1945, 2000, and 2030. Table 6 summarises the summer weekend l transients f or the'1980 summer scenario test case and the three target years. i 'h r 1 Osesponey rete taformation was gathered from the - Sou theas te r s' new Bempshire Regiesel Plessing ' Commiseles, 5 Separtaset of Resourses and Bessemie Development, merrimeek 9s11ey P1eselag Cemetselen, and publie serveys. .a ON III - 11 f l

Y TABLE 16 l (., CLEAR TIME ESTINATES POR SEASA00E EPt (calculated to the nearest 10 minutes) l sun-AREAS i SCENARIO (see Fleure 3) 1985 2000 2030 I j 10-Mile 3P3 WinterNiggt All 2:50 2:50 4:00 i Winter Day All 3:00 3:10 4:10 Northeast Quad A,D,G 2:20 I Northwest Quad A,C,F 2:20 ), Southwest Quad A, B, E 2:40 Winter Weekend All 2:50 2:50 4:00 sussier Night All 3:00 3:10 4:20 All 4:30 4:30 5:20 i-Susumer Day 3 j Summer Weekend All 5:50 Salt 5:50 i Northeast Quad A,D,G '5:10 l Northwest Quad A,C,F 5:00 Southwest Quad A, B, E 5:40; 5-Mile EPt 2 Winter Day A, B','C, D 2:50 Northear:t Quad A, D 2:20 i Northwest Quad A, C 2:10 Southwest Qugd A, 3 2:10 l (,a. Susmer Weekend A, B, C, D 5:50 A Northeast Quad A, D 5:00 l Northwest Quad A, C 4:50 )l Southwest Quad A, 5 5:30: 1 2-Mile EPt 2 )l Winter Day A 2:20 3 Susiner Weekend A 5:40 Adverse Conditions Test Case - ,0-M11e EP5 ' Winter Day (snow) A. 5:30 ] Susumer Weekend (rain & fog) All 7:40 8 lamediate Response - 1980 Mole EP5 ] Winter Day A1;. 2:40 a 1 j A notification time of 15 minutes should be added to the clear time estimates for each scenario to I determine the total evacuation time. Clear time estimates include mobilisation time. W i. t.r ea y ...'..r i.. r. p r....% 1.. p.pela t 1.. j under normal.eather conditl,o.a. > 0. . "mi' .i e ......... 1 ....e tr .t t v-. 'dqvc l't83 % YSett l8N

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