ML20008D488

Intervenor Exhibit I-MAG-119,consisting of Attachment 2 Entitled, Calculation of Anticipated Evacuee Loads.

ML20008D488
Person / Time
Site:	Seabrook
Issue date:	06/15/1989
From:	AFFILIATION NOT ASSIGNED
To:
References
OL-I-MAG-119, NUDOCS 9003050246
Download: ML20008D488 (5)

Text

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,  % JAN 18 P4 :38 CALCULATION OF ANTICIPATED EVACUEE LOADS. QFFICE OF SECRETARY 00CKElitiG A Sli!VICC

1. Formulas .

L

a. Anticipated Total Evacuee Load ,

J

=

(202) (Resident Population - Special Populations)

+ Special Populations .l i

=

l '

(.2) (RP+T-TD-S-SF-DC-H BP+VP) + TD + S + SF +

l DC + H  ;

b. Anticipated Monitoring Trailer Load

=

(202) (Resident Population - Special Populations) j l

l + Special Populations required to go through '

l trailers ,

=

(.2) (RP+T-TD-S-SF-DC-H-BP+VP) + TD + S + DC I

c. Anticipated Yn-vehicle Monitoring Load '

l =

(Anticipated Total Evacuse Load) - (Anticipated Monitoring Trailer Load)

Where:

i~

RP = Resident Population (resident or sunener peak, I depending calculation)

I l

TD.= Transit Dependent Population '

S = School Population SF = Special Facilities Population DC = Day Care Population

.q H = Hospital Population i BP = Beach-Transient Population (50% of Beach Population) l VP = Vehicle-Transient Population (50! of Vehicles-in-Transit) {

T = Offseason Transients l 2. Calculations

\- ' A. Anticipated Total Evacuee Load - Off-season (no beach 1 l

/

transient populations, therefore BP + VP assumed to be i sero) 1

1. Beverly

=

(.2)(RP+T-TD-S-SF-DC-H-BP+VP)' + TD + S + SF + DC

+H LRY1517 12 9003050246 890615 3 DR ADOCK 0500

[4

i N,  !

1 i

=

(.2) (28,619+509-754-5,351-534-1.924-194-0+0) +

754 + 5,351 + 534 + 1,924 + 194

= (.2) (4,074.4) + 8.756

= 12830

2. North Andover

=

(.2) (RP+T-TD-S-SF DC.H-BP+VP) + TD + S + SF + DC

+H

-- = t

(.2) (21,974+216-730-4,116 753-1,031-64-0+0) +

7p0+4.116+753+1,031+64

=

(.2) (15,496) + 6,694

= 9,793 B. Anticipated Total Evacues Load'. Summer (Off-season transients (T) equals 0)

1. 3everly (schools and day care assumed to be zero due to ,

peak population at weekend) +

=

(.2) (RP+T-TD-S SF DC-H-BP+VP) + TD + S + SF + DC '

+H

=

(.2) (55.728+0-754-0-0-1,924-10,121+294) + 754 +

0 + 0 + 1,924 + 194

=

(.2) (43,029) + 2872

= 11,478 '

,l

2. North Andover (schools only assumed to be zero due to peak population being midweek. Day cares assumed in i session) I

=

(.2) (RP+T-TD-S SF-DC-H-BP+VP) + TD + S + SF + DC -

l

+H '

= I

(.2) (30.068+0-730 0-1,1,031-753-64 0+0) + 730 + {

0 + 1,031 + 753 + 64'

• l

=

(.2) (27,940) + 2,758 l 1

= 8,076 LRY1517 13 l

I l

A  !

i C. Anticipated Monitoring Trai?er Lead - Offseason (no t beach transient populations, therefore BP+VP assumed to be aero)

1. Beverly

=

(.2) (RP+T-TD-S-SF DC.H-BP+VP) + TD + S + DC f i

=

(.2) (28,619+509-754-5,351-1,924-534-194-0+0) +

754 + 5,351 + 534

=

(.2) (20,372) + 6.638

= 10,712.4 Evacuees

2. North Andover

=

(.2) (RP+T-TD-S-SF-DC-H-BP+VP) + TD + S + DC

= ,

(.2) (21,974+216-730-4.116-753-1,031-64-0+0) +730

+ 4,116 + 753

=

(.2) (15,496) + 5.599

=

8.698 Evacuees D. Anticipated Monitoring Trailer Load - Summer (OffSeason transients (T) equals 0).

1. Beverly (schools and day care assumed to be aero due to  ;

peak population being weekend)

=

(.2) (RP+T-TD-S-SF-DC.H-BP+VP) + TD + S + DC

=

(.2) (55,728+0-754-0-1,924 0 194-10.121+294) +754

+0+0

,= (.2) (43,029) + 754 .

= 9,360 Evacuees

2. North Andover (Schoole only assumed to be aero due to peak population being midweek. Daycares assumed in session.)

=

(.2) (RP+T-TD-S-SF-DC-H-BP+VP) + TD + S + DC

=

(.2) (30,068+0-730-0-1,031-753-64-0+0) +730 + 0 +

753 LRY1517 14

.. 9,

=

(.2) (27.490 + 1.483)

=

6.981 Evacuees E. Anticipated In-vehicle Monitoring Load (Offseason)

1. Beverly

=

(Anticipated Total Evacuee Lead) - (Anticipated Monitoring Trailer Lead)

=

12.830 10.712

=

2.118 Evacuees Monitored In-vehicles

2. North Andover (Anticipated Total Evacues Load) - (Anticipated Monitoring Trailer Load)

=

9.793 8.698 1.095 Evacuees Monitored In-vehicles F. Anticipated In-vehicle Monitoring Load - Summer

1. Severly

=

(Anticipated Total Evacuee Load) - (Anticipated Monitoring Trailer Load)

=

11.478 - 9360

=

2118 Evacuees Monitored In-vehicles

2. North Andover

=

(Anticipated Total Evacuee Lead) - (Anticipated Monitoring Trailer Load) 8.076 - 6.981

=

1095 Evacuees Monitored In-vehicles l

I LRY1517 15 ,

1