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| issue date = 09/02/1987
| issue date = 09/02/1987
| title = Forwards Turkey Point Plant Site-Specific Radiological Emergency Preparedness Alert & Notification Sys QA Verification. Alert & Notification Sys Installed Around Plant Satisfies NUREG-0654/FEMA-REP-1,Rev 1 & FEMA-43
| title = Forwards Turkey Point Plant Site-Specific Radiological Emergency Preparedness Alert & Notification Sys QA Verification. Alert & Notification Sys Installed Around Plant Satisfies NUREG-0654/FEMA-REP-1,Rev 1 & FEMA-43
| author name = MCLOUGHLIN D
| author name = Mcloughlin D
| author affiliation = FEDERAL EMERGENCY MANAGEMENT AGENCY
| author affiliation = FEDERAL EMERGENCY MANAGEMENT AGENCY
| addressee name = STELLO V
| addressee name = Stello V
| addressee affiliation = NRC OFFICE OF THE EXECUTIVE DIRECTOR FOR OPERATIONS (EDO)
| addressee affiliation = NRC OFFICE OF THE EXECUTIVE DIRECTOR FOR OPERATIONS (EDO)
| docket = 05000250, 05000251
| docket = 05000250, 05000251
Line 18: Line 18:


=Text=
=Text=
{{#Wiki_filter:~p r ACCESSION NBR: FAC IL: 50-250 50-251 AUTH.NAME MCLOUQHLINi D.REC IP.NAME STELLOe V.REQULATORY FORMATION DISTRIBUTION S EM (RIDS)8709180378 DOC.DATE: 87/09/02 NOTARIZED:
{{#Wiki_filter:~
NO Turkey Point Planti Unit 3i Florida Poeer and Light C Turkey Point Planti Unit 4i Florida Power and Light C AUTHOR AFFILIATION Federal Emergencg Management Agency RECIPIENT AFFILIATION Office of the Executive Director for Operations DOCKET 8 05000250 05000251
p r                       REQULATORY     FORMATION DISTRIBUTION S         EM (RIDS)
ACCESSION NBR: 8709180378           DOC. DATE: 87/09/02     NOTARIZED: NO           DOCKET 8 FAC IL: 50-250    Turkey Point Planti Unit 3i Florida Poeer and Light           C 05000250 50-251 Turkey Point Planti Unit 4i Florida Power and Light               C 05000251 AUTH. NAME              AUTHOR AFFILIATION MCLOUQHLINiD.          Federal Emergencg Management Agency REC IP. NAME            RECIPIENT AFFILIATION STELLOe V.              Office of the Executive Director for Operations


==SUBJECT:==
==SUBJECT:==
Forwards"Turkey Point Plant Site-Specific Radiological Emergency Preparedness Alert&Notification Sgs GA Verification.
Forwards "Turkey Point Plant Site-Specific Radiological Emergency     Preparedness   Alert & Notification Sgs GA Verification. " Alert     & notification sos installed around
" Alert&notification sos installed around ,plant-sa isfies NUREQ-0654/FEMA-REP-ii Rev 1&FEMA-43.DISTRIBUT CO: E35D COPIES RECEIVED: LTR ENCL SIZE: SGO TITLE: E ergencg Preparedness-Appraisal/Confirmatory Action Ltr/Exercise Rep NOTES:~REC IP IENT ID CODE/NAME PD2-2 PD INTERNAL: ARM/DAF/LFMB NRR/PMAS/ILRB RQN2 FILE 01 EXTERNAL: LPDR NSIC COPIES LTTR ENCL 1 1 1 0 1 1 1 1 1 1 1 1 REC IP IENT ID CODE/NAME McDONALDi D NRR/D E~/EPB F F'~02 RQN2/DRSS/EPRPB NRC PDR COP IES LTTR ENCL 1 1 1 1 1 1 1 TOTAL NUMBER OF COPIES REQUIRED: LTTR 11 ENCL 10 0~I I
                  ,plant-   sa isfies NUREQ-0654/FEMA-REP-ii Rev     1 & FEMA-43.
~~~V Mq~Op Mr.Victor Stello, Jr.Executive Director for Operations'.S.
DISTRIBUT         CO:     E35D   COPIES RECEIVED: LTR       ENCL       SIZE:       SGO TITLE:   E ergencg Preparedness-Appraisal/Confirmatory           Action Ltr/Exercise Rep NOTES:
Nuclear Regulatory Camnission Washington, D C.20555
                    ~ REC IP IENT        COPIES          REC IP IENT         COP IES ID CODE/NAME        LTTR ENCL      ID CODE/NAME         LTTR ENCL PD2-2 PD                 1    1    McDONALDi D              1    1 INTERNAL: ARM/DAF/LFMB NRR/PMAS/ILRB RQN2     FILE 01 1
1 1
0 1
1 F F    '~
NRR/D E~/EPB RQN2/DRSS/EPRPB 02 1
1 1
1 1
EXTERNAL: LPDR                        1    1    NRC PDR NSIC                    1     1 TOTAL NUMBER OF COPIES REQUIRED: LTTR           11   ENCL     10


==Dear Mr.Stello:==
0 ~ I I
Federal Emergency Management Agency Washington, D.C.20472 l1urley, NR s r only: SEP 2eer Stello Taylor Rehm Murray, OGC/B Grace, RII The Federal Emergency Management Agency (FERA)has ccmpleted an analysis of the prmpt alert and notification system for the Turkey Point Plant located in Florida City, Florida.This review has been ccmpleted pursuant to Title 44 CFR, Part 350;selected evaluative criteria and Appendix 3 in NUREG-0654/
FEMA-REP-1, Revision 1;and FEMA-43, the"Standard Guide for the Evaluation of Alert and Notification Systems for Nuclear Power Plants" (now published as FEMA-REP-10).
'Ihe enclosed report, entitled"Turkey Point Plant Site--Specific Offsite Radiological Emergency Preparedness Alert and Notification System Quality Assurance Verification," summarizes the engineering design review;incorporates the results of the telephone survey of the public con-ducted immediately following full activation of the alert and notification system on December 17, 1985;and confims the adequacy of the applicable evaluative criteria frcm NUREG-0654/PENA-REP-l, Revision 1, and FEMA-43.Based on the engineering design review and the results of the public tele-phone survey, FEMA has determined that the alert and notification system installed around the Turkey Point Plant satisfies the requirements of NUREG-0654/FBQ;REP-1, Revision 1, and FEMA-43.Therefore, there is nav reasonable assurance that the system is adequate to prorrptly alert and notify the public in the event of a radiological emergency at the site.'Ihe caveat on the alert and notification system contained in the Title 44 CFR, Part 350 approval dated February 15, 1984, is now removed.The Honorable Bob Martinez, Governor of Florida has been advised of this approval.Notwithstanding this approval, FEMA reccmnends that the State of Florida, Dade and Monroe Counties, and the Florida Power and Light Company consider increasing the frequency of the full~cle tests of the Turkey Point alert and notification system to once a month.FEMA believes that additional full-cycle tests<at a nanthly frequency, would provide an added degree of assurance of the continued readiness and operability of the Turkey Point alert and notification system.Sincerely, Dave McLoughlin Deputy Associate Director State and Local Programs and Support Enclosure N 8709180378
.87090>5 PDR ADOCK 05000>50 F TURKEY POINT PLANT SITE-SPECIFIC OFFSITE RADIOLOGICAL EMERGENCY PREPAREDNESS ALERT AND NOTIFICATION SYSTEM QUALITY ASSURANCE VERIFICATION Prepared for s Federal Emergency Management Agency Washington, D.C.20472 Under Contr act No.EMH-83-C-1217 May 22, 1987 TABLE OF CONTENTS I~INTRODUCTION A.Identification 1.Site Information 2.Governments Within The 10-Mile Emergency Planning Zone B.Scope Of Review 1.Emergency Plans For Offsite Response Organizations 2.Alert And Notification System Design Report 3.FEMA Evaluation Findings II'INDINGS FOR EVALUATION CRITERION E.6 A.Administrative Means Of Alerting (E.6.1 i FEMA-43)B.Physical Means Of Alerting (E.6~2 g FEMA-43)1.Sirens (E.6.2.1, FEMA-43)2.Special Alerting (E.6.2.4, FEMA-43)III~FINDINGS FOR EVALUATION CRITERION N.l IV.FINDINGS FOR EVALUATION CRITERIA E 5g F lg N 2g N 3g AND N 5 REFERENCE LIST 5 13 16 26 27 APPENDIX A: OSPM Topographical Profile Charts OSPM Topographical Input Data OSPM Siren Sound Pressure Level Input Data OSPM Meteorological Input Data OSPM Siren Sound Pressure Level Output Data APPENDIX B: Sample Size Determination


Turkey Point Plant Site-Specific Offsite Radiological Emergency Preparedness Alert And Notification System Quality Assurance Verification State Of Florida Dade County Monroe County I~INTRODUCTION A.The Turkey Point Plant is located on the east coast of Florida in Dade County, approximately 25 miles south of the City of Miami.The chain of islands known as the Florida Keys begins some 20 miles to the south of the site, at the end of the Florida peninsula.l The surface of the land in the Turkey Point area is essentially flat and slopes very gently from sea level to a height of approximately 10 ft at a point 8 to 9 miles inland.The land in and around the site consists mostly of mangrove swamp extending along the entire coastline within 10 miles of the plant and extending inland for 3 to 4 miles.li2 0 Homestead Air Force Base,.an active military facility, is 5 to 6 miles northwest of the plant site.With the exception of this facility, the balance of all land within 6 miles of the plant site is marshland.
    ~V Mq~
or lightly populated farmland.The area beyond 6 miles from the'plant site along an arc from the west through the north is highly developed, containing most of the population within 10 miles of the Turkey Point Plant.>Five to 8 miles east of the plant site, across Biscayne Bay, is a string of barrier islands constituting the Biscayne National Monument.This chain of islands begins at Miami Beach on the north and extends to Key Largo at the south.These islands are undeveloped and sparsely inhabited, except for a group of private resort clubs on Key Largo.1t2 2~The emergency planning zone (EPZ)for the Turkey Point Plant is defined by an irregular shape approximating a 10-mile-radius circle with the plant as the center point.The west-northwest portion of the EPZ was extended outward approximately 1 mile to incorporate the entire City of Homestead (1980 population 20,688)and the north portion was extended outward approximately
                                      ~                                ~
Federal Emergency Management Agency Op                          Washington, D.C. 20472 l1urley, NR s    r only:
SEP    2eer                    Stello Taylor Mr. Victor Stello, Jr.                                                     Rehm Executive Director for  Operations'.S.                                     Murray, OGC/B Nuclear Regulatory Camnission                                        Grace, RII Washington, D C. 20555


===1.5 miles===
==Dear Mr. Stello:==
to incorporate the entire City of Cutler Ridge (1980 population 20,886).Roughly half of the EPZ is situated over Biscayne Bay and the Atlantic Ocean.The Turkey Point Plant EPZ contains portions'of the State of Florida and Dade and Monroe counties.2i3 All appropriate offsite radiological emergency plans and preparedness site<<specif ic to the Turkey Point


Plant have been reviewed by the Federal Emergency Management Agency (FEMA)Region IV and the Regional Assistance Committee.
The Federal Emergency Management Agency (FERA) has ccmpleted an analysis of the prmpt alert and notification system for the Turkey Point Plant located in Florida City, Florida. This review has been ccmpleted pursuant to Title 44 CFR, Part 350; selected evaluative criteria and Appendix 3 in NUREG-0654/
2~The physical means established for alerting the public within the Turkey Point Plant EPZ are documented in the following:
FEMA-REP-1, Revision 1; and FEMA-43, the "Standard Guide for the Evaluation of Alert and Notification Systems for Nuclear Power Plants" (now published as FEMA-REP-10). 'Ihe enclosed report, entitled "Turkey Point Plant Site--
Florida Power and Light Company,"Public Alert and Notification System Report for the Turkey Point Plant," prepared by=HMM Associates, Inc., December 1984 (hereinafter referred to as the Design Report).2 3~The offsite radiological emergency plans and preparedness site-specific to the Turkey Point Plant received approval under Title 44 of the gate~, Par t 350 (44 CFR 350), conditioned upon verification of the adequacy of the public alert and notification system, as documented in the: Letter to the Honorable Robert Graham, Governor of Florida, signed by Samuel W.Speck, Associate Director, State and Local Programs and Support@FEMA, dated February 16, 1984;4 and Letter to William J.Dircks, Executive Director for Operations, U.S.Nuclear Regulatory Commission, signed by Samuel W.Speck, Associate Director, State and Local Programs and Support, FEMA, dated February 15, 1984.5 II.FINDINGS FOR EVALUATION CRITERION E,6 The Design Report describing the alert and notification system for the Turkey Point Plant was reviewed against evaluation criterion,E.6 and Appendix 3 of NUREG-0654/FEMA-REP-l, Revision 1,"Criteria for Preparation and Evaluation of Radiological Emergency Response Plans and Preparedness in Support of Nuclear Power Plants" (hereinafter referred to as NUREG-0654/FEMA-REP-1, Rev.1).This evaluation criterion states: Each organization shall establish administrative and physical means, and the time required for notifying and providing prompt instructions to the public within the plume exposure pathway Emergency Planning Zone.(See Appendix 3.)It shall be the licensee's responsibility to demonstrate, that such means exist, regardless of who implements this requirement.
Specific Offsite Radiological Emergency Preparedness Alert and Notification System Quality Assurance Verification," summarizes the engineering design review; incorporates the results of the telephone survey of the public con-ducted immediately following full activation of the alert and notification system on December 17, 1985; and confims the adequacy of the applicable evaluative criteria frcm NUREG-0654/PENA-REP-l, Revision 1, and FEMA-43.
It shall be the responsibility of the State a~d local governments to activate such a system.The bases for review against this evaluation criterion were the corresponding acceptance criteria of FEMA-43,'Standard Guide for the Evaluation of Alert and Notification Systems.for Nuclear Power Plants">(hereinafter referred to as FEMA-43).This quality assurance verification review was performed to make a determination of alert and notification system adequacy prior to conducting a demonstration of this system for the Turkey Point Plant on December 17, 1985.Based upon this quality assurance verification review and public survey results, International Energy Associates Limited concluded that the design and implementation of the alert and notification system for the Turkey Point Plant and its supporting procedures conformed sufficiently to the acceptance criteria, as stated in FEMA-43, for evaluation criterion E.6 of NUREG-0654/FEMA-REP-l, Rev.1, to support a FEMA finding that'the alert and notification system is adequate.
Based on the engineering design review and the results of the public tele-phone survey, FEMA has determined that the alert and notification system installed around the Turkey Point Plant satisfies the requirements of NUREG-0654/FBQ;REP-1, Revision 1, and FEMA-43. Therefore, there is nav reasonable assurance that the system is adequate to prorrptly alert and notify the public in the event of a radiological emergency at the site. 'Ihe caveat on the alert and notification system contained in the Title 44 CFR, Part 350 approval dated February 15, 1984, is now removed. The Honorable Bob Martinez, Governor of Florida has been advised of this approval.
This portion of the quality assurance verification review evaluates the Turkey, Point Plant's alert and notification system against FEMA-43 acceptance criteria in the following areas:the physical means of alerting and the special alerting methods.A.(E,6~1 g FEMA-43)The administrative means of alerting for the Turkey Point Plant were evaluated by FEMA and the Regional Assistance Committee in their determination of adequacy under 44 CFR 350.4<5 B.(E~6~2 g FEMA-43)As described in the Design Report, the physical means of alerting for the Turkey Point Plant consist of 38 fixed siren units and special alerting for residences on Key Largo., l.~~~(E~6~2.1 g FEMA-43)The Turkey Point Plant siren alerting system, as submitted in the Design Report, was evaluated in accordance with the design evaluation methodology detailed in"Analysis of Siren System Pilot Test."8 The siren system as analyzed consists of 38 Model WS-3000 rotating electronic sirens manufactured by Whelen Engineering Company, Inc.Anechoic-chamber measured octave band sound pressure spectrums (supplied by the siren manufacturer) were used to verify the rated output of all of the sirens.The WS-3000 sirens are rated at 123 dBC at 100 Routine siren testing procedures and operability for the Turkey Point Plant have been reviewed and determined to satisfy PEMA-43 requirements.
Notwithstanding this approval, FEMA reccmnends that the State of Florida, Dade and Monroe Counties, and the Florida Power and Light Company consider increasing the frequency of the full~cle tests of the Turkey Point alert and notification system to once a month. FEMA believes that additional full-cycle tests< at a nanthly frequency, would provide an added degree of assurance of the continued readiness and operability of the Turkey Point alert and notification system.
The evaluation of the siren system design.calculation procedure was conducted by:.Verifying the design calculation procedure as presented in Section E.6.2.4.1 of, the Design Report.against the 10 dB loss per distance , doubled attenuation rate in the absence of special conditions; and Ascertaining the adequacy of the design procedure in the presence of site-specific topographical and meteorological conditions through.comparisons of the design procedure with the Outdoor Sound Propagation Model (OSPM)8 results for specific sirens.The siren alerting system design follows the 10 dB loss per distance doubled attenuation rate as recommended in NUREG-0654/PEMA-REP-1, Rev.1, for situations in which special conditions are absent.Section E.6.2.4.1 of the Design Report presents the following calculated theoretical siren ranges for the WS-3000 sirens: 'Min.Sound Coverage Range 60'0 7,880 4 i780 These calculated ranges were then employed, along with the 38 siren locations, to generate the 60 dBC and 70 dBC coverage map (see Figure 14 of the Design Report).Population density.distributions within the=EPZ were presented in Section E.6.2.1.2 and Figure 14 of the Design Report.This quality assurance verification review seeks to ascertain whether this design procedure, namely the 10 dB loss per distance doubled attenuation rate, adequately accounts for the site-specific terrain and weather conditions and whether the siren alerting system (as designed)does indeed meet the FEMA-43 acceptance criteria.Fifteen sirens, 14 of which are depicted on the U.S..Geological Survey's Homestead quadrangle map (see Figure 1 of this report), were selected for this quality assurance verification review.This selection is representative of the site-specific topographical conditions around the more populated areas within the Turkey Point Plant EPZ.Surface weather parameters, representative of site prevailing summer daytime conditions, were used in the OSPM calculations.
Sincerely, Dave McLoughlin Deputy Associate Director State and Local Programs and Support 709180378 .87090>5 PDR      ADOCK 05000>50 N
Appendix A of this report contains OSPM topographical profile charts, OSPM topographical input, OSPM sound pressure level input, OSPM meteorological input, and OSPM sound pressure level output for each of the 15 individual siren runs.To compare the ranging estimates of OSPM with the design procedure for each, type of siren employed, the output dBC levels along each azimuth of the 15 analyzed sirens were classified into one terrain
F


category of relatively flat (generally unobstructed line-of-sight), since the land area is essentially flat, rising from sea level at the coast to no more than 12 f t elevation.
TURKEY POINT PLANT SITE-SPECIFIC OFFSITE RADIOLOGICAL EMERGENCY PREPAREDNESS  ALERT AND NOTIFICATION SYSTEM QUALITY ASSURANCE VERIFICATION Prepared for s
In addition, a shadow zone category reflecting the influence of site weather conditions on the siren effective propagation range was used.Regressions of dBC versus the logarithm of distance were performed for the sirens over these two categories.
Federal Emergency Management Agency Washington, D. C. 20472 Under Contr act No. EMH-83-C-1217 May 22, 1987
The OSPM regression results of the siren sound pressure levels are presented in Figures 2 and 3 of this report.Also depicted are the ranges of 60 dBC and 70 dBC as calculated by the licensee, as well as a 10 dB loss per distance doubled attenuation rate.Several general observations can be made concerning the siren range comparisons.
First, the 60 dBC and 70 dBC ranges estimated by the licensee are conservative over relatively flat terrains as compared to OSPM.Second, the 60 dBC and 70 dBC ranges estimated by the licensee are extremely liberal over the shadow zone category.ZBXEQQRY RANGE COMPARISONS 70 dBC'HRHE~60 dBC FLAT OSPM 5 F500 ft Design Report 4,780 ft>10,000 ft 7i880 ft SHADOW OSPM 2 i050 ft Design Repor t 4,780 f t 2 i950 ft 7 i780 ft F RE 2 COMPARATIVE OSPM RESULTS, RELATIVELY FLAT TERRAIN (WS3000 SIREN)100 I t~1~~~~~~~I I'~~~!'*, I/~~~rr rr~.frr I*K 90 jl II~~;I~II'~'I, l~'ji I~t I t~t'I'II~~I:;:;I re'!~lt, I I ,tti , I~~~~t I OSPM Regressi ively F lat clat on, R l l I i i I i III 80 , I~I~I~'.KIK."IjiI!I~.;I Upper)I~I~I I!I~'t 9 K~~~t~~~i j t!~~I!~:t~I I t~I~I I i!~I~~0,~70 sons/S M 000 70 dBC C 2I Pe evel Fo rxterxon r q;.I.'I..'.I."I,.-'.I-;
I: I: I 70 dBC At 4,780 Ft I~~j'I$I, I'~~, Iti.K I t~~~10 dB/Distance Double I I.I"-'I.:I'I.'I'I: I 2 d'j 60+~~~~60 dBC Criter ion evel For<,000 Persons Sq Mx.I I'I'I I'I I I 60 dBC At,7,880 Ft ign I I i I mputation I I Des Co Rep ort I I 50 1 I I t I 40'200 I I 3 I I IL.30 I~500 Dis 2,000 Feet~1OO 1,000 tance From Siren In 5,000 I t~I~It I,j'~'";I~j~.~I~~I!tie I ij jl,t;.;j I lljI l';!'.tjj KI~!:: ',jI,'" 1~!I'., 9 I j!'o 5 I II'";: I" wer K Itt II'~~'t'"'I I jt It/'j t'l,l.It ll"'I I tt t'ai tl KI t K L 00 8,0 LOO COMPARATIVE OSPM RESULTS, SHADOW ZONE (WS3000 SIREN)90.I~.ttt~~~~~~~~I~-.~I$I~~I~'~~I P I~t~~I'i I~I~~~I~~.,'i.l.'I II , lj-~I*ill~tl tl I" I~I,~ll I t\~t'I.t tl I*'0 OSPM Regression, Sha t iI I'~~;ow Zone 1 t~Il~g"~~~X t~I~fg~ff~ff~l I~~t~, I~~I I t~I I~I t I I t E~tl\I>~i.L il)~~~~~I": I I I'tilt~I~~~ll t I'i~'I;I~tl 1 I~I Low er I I~t I\95't 70 60 won 60 dBC C rzterxon I 70 dBC Criter I I I I I U I t.~I er 95%.P.I evel Level For Fo sons/Sq M 2, 000 2I Per:: '"':.:I.'::I":I':::I:::!I'".'I='.'I 70 dBC At 4,780 Ft d 10 dB/Distance Double.I, I I-.I.I l.,'I:I I.'.I 0 Persons/Sq Mi 00 I I.,I..I I.I-.I I 60 dBC At 7,880 Ft~~~~~I~~~\\I I I t Ii'-i~L-: 'l i I I~~j i it'I'~I I I~~~I I~I i I~-.I~~~I't'.i i i iiil~I I'jl I~~~I~~~<ii'\~I'~'-~,!I.~i(.,Ii tl~t tI~tt lj.l".:1~~lj I I I I~I~t t I~.4tt It I~i.,t t,i.~I I IIII..'l i.l.itti.'I I~tt~'.I.I,",II f,l'tli'lit I'i;ttl t I''I;'t':li II ,i I,'I', I 50 Des I I I I xgn Report Computation, 1 i I I i 40~'I 30i 100 200 I I I I~i I I I 500 1,000 Distance From Siren In 2,0 Feet 00 5 0 00 8,000 For each siren located on the U.S.Geological Survey's Homestead quadrangle map (Figure 1 of this report), the area coverages of 60 dBC and 70 dBC were numerically integrated and averaged to assess the overall adequacy of the de'sign on an area basis.The results are as follows: AVERAGE AREA (In Square Miles)WS-3000 2.58 8~94 Using these results, the following average effective radii are derived: EFFECTIVE RADIUS (In Feet)WS-3000 4i793 ft 8 i909 ft These derived radii confirm that, on the average, the Design Report siren ranges are adequate when site terrain and weather conditions are taken into account.The results of the individual OSPM runs were combined to generate a comprehensive overview of the siren sound pressure levels over the Homestead area as depicted in Figure 1 of this report.A surface 12 interpolation and contouring program utilizing the output results of the 15 sirens was used to generate the sound pressure level contour overlays.These contours account for site-specific topographical and meteorological effects on the siren sound pro-pagation.These contours'demonstrate that essentially all of the populated areas within the EPZ of the quadrangle selected for evaluation are expected to have a minimum of 60 dBC, and the area (Homestead) with more than 2;000 persons per square mile.is expected to have a minimum siren sound pressure level of 70 dBC.Comparisons of the OSPM-predicted 60 dBC and 70 dBC contours with the contours in Figure 14 of the Design Report indicate that the coverage of the sirens as calculated in the Design Report is adequate.In conclusion, the Turkey Point Plant siren alerting system is found to meet the specific design requirements of FEMA-43.2~(E,6~2~4 g FEMA-43)(E~6~2~4~1 g FEMA-43)In addition to the 38 rotating electronic sirens, the primary public alert system encompasses special alerting for residences on Key Largo.Upon notification of an emergency at the Turkey Point Plant, Monroe County officials notify designated personnel at the Ocean Reef Club and have them implement their general emergency plan.>13


A mini siren is installed in the guard house at the entrance to Key Largo's private clubs.The guard.house is manned 24-hours a day and controls access to the clubs.Officials of the Ocean Reef Club are notified by telephone by the Monroe County Civil Defense Director or the Monroe County Sheriff's Office.Notification may also come over the mini siren.Upon notification the Ocean Reef Club security will be responsible for notifying residents by use of public address and siren units on seven security vehicles.The Assistant Director of security will alert residents in Area 1, the Duty Officer will'alert residents in Area 2, and the Patrol Officer will alert residents in Area 3.(E.6~2~4~2~FEMA-43)A number of provisions have been made for alerting of selected institutions where coordinated response to an emergency would be necessary.
TABLE OF CONTENTS I ~   INTRODUCTION A. Identification
Homestead Air Force Base will be notified of an offsite release from the-Turkey Point Plant through a hotline connecting the Homestead Consolidated Command Post (HCCP)with the Turkey Point Plant.Two isolated industrial sites on Card Sound Road have been provided with mini sirens.The mini sirens are small sirens installed in a guard house or office to alert the officials specifically responsible for an institution.
: 1. Site Information
In addition to producing warning sounds, the mini sirens also have a flashing strobe light as well as a public address capability.
: 2. Governments Within The 10-Mile Emergency Planning Zone B. Scope Of Review
The mini sirens are controlled by the same RF-control system that operates tQe WS-3000 sirens for primary alerting of the general public.14 The Florida Marine Patrol will provide notification to mariners within the 10-mile coastline<
: 1. Emergency Plans For Offsite Response Organizations
open water, and island areas.The Florida Game and Fresh Water Commission will provide notification to mariners within the 10-mile coastline and inland waterway areas.To ensure prompt notification of transients in the Turkey Point Plant EPZ, information signs have been placed at public locations.
: 2. Alert And Notification System Design Report
These signs instruct people to tune to local radio or television stations and listen for information when they hear the siren system.15 III~FINDINGS FOR EVALUATION CRITERION N 1 On December 17, 1985, the physical means (sirens)used to alert the population within the Turkey Point Plant EPZ were demonstrated to satisfy the alert and notification aspects of 44 CFR 350.9(a).This demonstration was conducted by using the methods specified in Section N.l.(a,b).2 of FEMA-43.7 The results indicate that this portion of the alert and notification system evaluation conforms to FEMA-43 and NUREG-0654/FEMA>>REP-lt Rev.F 6 The December 17, 1985, demonstration of the Turkey Point Plant alerting system consisted of a double activation of all sirens, transmission of a voice message over the sirens and a subsequent telephone survey to estimate the proportion of EPZ households actually alerted.The first siren activation was initiated at approximately 6:15 p.m.(Eastern Standard Time)and continued for 5 minutes.A voice message was then transmitted using the sirens as a public address system.Transmission of the message began at approximately 6:20 p.m.and continued for about four minutes and thirty seconds.The sirens were activated a second time beginning at 6:25 p.m.and ending at 6:30 p.m.It was reported that siren number S25 failed to activate.All other sirens were reported to have operated properly during all activations.
: 3. FEMA Evaluation Findings II'INDINGS FOR         EVALUATION CRITERION E.6 A. Administrative      Means Of  Alerting (E.6.1 i FEMA-43)                           5 B. Physical Means Of Alerting (E. 6 ~ 2 g FEMA-43)
The telephone survey of EPZ residences began at approxi-mately 6:30 p.m.and was completed within 55 minutes.This survey was conducted by 43 telephone interviewers, each with a separate WATS line and computer terminal.The universe of households to be surveyed was determined by 1 establishing a 12-mile-radius circle around the latitude and longitude of the plant.All households known to be 16 0 I outside the EPZ boundary (an irregular shape approximating a 10-mile-radius circle)were eliminated from the sample.The sample incorporated a sorted master list of approximately 2,600 households (addresses and telephone numbers)believed to be within the established boundary.A sufficient number of replicated subsamples were developed from the overall sample to ensure that the required number of telephone calls would be made, i.e., to establish the proportion of households alerted to within a 5%precision at 95%confidence level.Appendix B of this report de-scribes the method used for sizing the sample to achieve this result.The English and Spanish questionnaires used for, the tele-phone survey are included as Figures 4 and 5 of this report, respectively.
: 1. Sirens (E.6.2.1, FEMA-43)
As part of the telephone survey, a total of 375 households believed to be within the Turkey Point Plant EPZ was contacted, and the responses were collected in an automated data base.Of this group, ill respondents stated that they were not alerted.However, before running the final tabulations, addresses of all households interviewed were checked on a street map to validate their locations.
: 2. Special Alerting (E.6.2.4, FEMA-43)      13 III ~ FINDINGS FOR EVALUATION CRITERION      N.l    16 IV. FINDINGS FOR EVALUATION CRITERIA E 5g  F lg N 2g N 3g AND N 5                  26 REFERENCE  LIST                                    27 APPENDIX A:      OSPM  Topographical Profile Charts OSPM  Topographical Input Data OSPM  Siren Sound Pressure Level Input Data OSPM  Meteorological Input Data OSPM  Siren Sound Pressure Level Output Data APPENDIX B:      Sample Size Determination
Of the 375 addresses, 48 were outside the EPZ.Therefore, data were tabulated on the 327 respondent households that were located'ithin the EPZ.Respondents at 31 of these households had been away from home at the time of the alerting system demonstration and, therefore, were not included in the alerting analysis.The siren coverage was analyzed to determine whether any of the fifty households where individuals were home during the demonstration but were not alerted was in the sole or primary coverage area of siren S25 which failed to operate properly.None of 17


FIGURE 4'"295OO ton Research Services 1 nr, Pennsylvania 0;fB 43067-0103 (FWd.9/16)FPL4 NUCLEAR POWER PLANT ALBERTI.'lG AiQ NOTIFICATION SYST"-'8:?UBL1C TELEPHONE SIJRVEY Turkev Point Study!>9201 December 17, 19R5 Tme Began Time Ended PM Phf Intervie~8 Z'p Code Sample Type (1-5)(5=0)RECORD BEFORE DIALING-Telephone t'/(Baca Code)(Fxchange)(Number)(12-21):VTRODUCTION:
Turkey Point Plant Site-Specific Offsite Radiological Emergency Preparedness Alert And Notification System Quality Assurance Verification State Of Florida Dade County Monroe County I ~ INTRODUCTION A.
Hello, my name is We'e calling households
The Turkey  Point Plant is located on the east coast of Florida in Dade County, approximately 25 miles south of the City of Miami. The chain of islands known as the Florida Keys begins some 20 miles to the south of the site, at the end of the Florida peninsula.l The surface of the land in the Turkey Point area is essentially flat and slopes very gently from sea level to a height of approximately 10  ft  at a point 8 to 9 miles inland. The land in and around the site consists mostly of mangrove swamp extending along the entire coastline within 10 miles of the plant and extending inland for 3 to 4 miles.li2 Homestead  Air Force Base,. an active military facility, is 5 to 6 miles northwest of the plant site. With the exception of this facility, the balance of all land within 6 miles of the plant site is marshland. or lightly populated farmland. The area 0
'ong distance t."om Chilton Research Services as part of a survev.This survey is sponsored by The ral Emergency Management Agency (FERA)of the United States Government in cooperation Dade County.Your answers are voluntary and will be kept strictly confidential.
First of a'1, is this (REPEAT 0 DIALED)?Yes TERMINATE 82$DIAL AGALV No As you mav or mav not know, there was a test of the siren system for the Turkey'?oint Nuclear Power Plant.Did you, or any other member of this housebo]d, hear a signal from this test today?SKIP TO O.4 Yes SKIP TO Q.4A CONTIVUE ASK IF ANY 0TH&HOUSEHOLD<ABER IS NORE KNOWLEDGEABLE No Heard:ron I another 3 source Don'".'now 18 FIGURE 4 (CONTINUED)
What did you or your household hearP (DO NOT REM.CIRCLE ALL THAT APPLY)A siren (23-25)SKIP TO O.4 Ne'hbor told me I 2 I Other family member told me,'Other (SPECIFY)CONTINUE Don't Know jY n.Did you h ar...(READ LIST.CIRCLE ALL THAT APPLY)A Siren (3O-32)From a Neighbor From Another Family Nember.3 Or by means of something else, 9 (SPECIFY)l DO NOT READ Don't Know (IF HEARD EMERGENCY SIGNAL ASK 0 4 BELOW'THERWISE SKIP TO O'A)Were you at home or away from home when you heard the siren signal?37-SKIP TO O.5 Home Away From Home 19


FIGURE 4 (CONTINUED) 4A.(IF"DID ROT HEAR EMERGENCY SIGNAL")Were vou at home between 6:15 and 6:45 this even'ng?Yes 38-No Don't Znow Y 5.Informat'on about what to do in an actual emergency at the Turkey Point Nuclear Powe" Plant is contained in a blue and white packet of information tit]ed"Emergency
beyond 6 miles from  the'plant site along an arc from the west through the north is highly developed, containing most of the population within 10 miles of the Turkey Point Plant.>
'.measures".
Five to 8 miles east of the plant site, across Biscayne Bay, is a string of barrier islands constituting the Biscayne National Monument. This chain of islands begins at Miami Beach on the north and extends to Key Largo at the south. These islands are undeveloped and sparsely inhabited, except for a group of private resort clubs on Key Largo.1t2 2 ~
Has your household received this informat'on?
The emergency  planning zone (EPZ) for the Turkey Point Plant is defined by an irregular shape approximating a 10-mile-radius circle with the plant as the center point. The west-northwest portion of the EPZ was extended outward approximately 1 mile to incorporate the entire City of Homestead (1980 population 20,688) and the north portion was extended outward approximately 1.5 miles to incorporate the entire City of Cutler Ridge (1980 population 20,886) . Roughly half of the EPZ is situated over Biscayne Bay and the Atlantic Ocean. The Turkey Point Plant EPZ contains portions 'of the State of Florida and Dade and Monroe counties.2i3 All appropriate offsite radiological emergency plans and preparedness site<<specif ic to the Turkey Point
Yes i 1 No I2 Don't Know~Y I P~~~Because we need to determine whether or no't you live within the 10 mile Baergency ,Planning.
Zone of the Turkey Point Nuclear Power Plant, would you please give me this address?(PAUSE FOR ANSWER)ADDR="SS: and the nearest intersection (or cross street)to this house.Also, what community is this?On behalf of Chilt'on Research Services and the Federal Emergency Nanagement Agency,'would like to thank you for your time and for giving us this valuable information.
20 FIGURE 5')064O ilton Research Services adnor, Pennsyl van'a SPANISH Study 8o201 December i 7, 198s OMB'>20&7-0103.(FEMA 9/85)FEMA~!UC~~R POWER PLANT ALERTING AND NOTlF ICATION SYSTEM!: PUBLIC TELFPHONE StEVP.'URKEY POINT Time Began Time Ended.DM Interviev 8 Zip Code (6-')Sample Type RECORD BEFORE DIAL NG-Telephone 8 (Area Code)(Exchange)(Number)(12-21)I.!TRODUCCION:
J Buenos d'as (noches).Estamos llamando residencias a larga d'stancia de Cbilton search Services corno parte de un estudio.Este.estud'o es patrocinado por la Agencia eral de Emergencia (FEMA)del gobierno de 3.os Estados Unidos.Sus repuestas son voluntarias y se mantendran en confianza estricto.1.Primero, liame el numero (REPEAT 4 DIALED)?Yes TERMINATE AND DIAL AGAIN No Corno Ud.puede saber o no, habia una prueba de la sistema de sirena para el.ud<ey Point Nuclear Power Plant.Ud.o algun miembro de su familia oyo algun senal de esta prueba hov?SKIP T0 SKIP TO 0, 4A CONTINUE ASK IF ANY OTHER HOUSEHOLD MEMBER IS MORE KNOWLEDGEABLE Yes%To res rd f.Om another source Don'Kno~21 FIGURE 5 (CONTINUED) 3.Corno Ud.supo de esta senal de emergencia?(DO NOT RE&.CIRCLE A L THAT APPLY)(1g 20)I I siren I SKIP TO i), 4)neighbor told me I i I othe" family member told me 3 Other (SPECIF Y)CONTINUE Don'Know 3A.De cue manera supn...(READ LIST.CIRCLE ALL THAT APPLY)de Sirena de un vecino (3n-36)I[de algun otro miembro de familia (0 otra manera){SPECIFY)DO NOT READ Don't Know (IF"HEARD EHERGENCY SIGNAL" ASK O.4 BELOW;OTHERWISE SKIP TO O.4A)Estaba en casa o fuera de la casa cuando Ud.supo de.esta senal de emergencia?
SKIP TO 0.5 Home Away fromhome 22 FIGURE 5 (CONTINUED) 4A.(IF"DID NOT HEAR BfERGENCY SIGNAL")Estaba en casa durante'a media hora de 6:15 a 6-45 esta noche?Yes'R1o Don't Know 7 5~J'Informac'on sobre aue deLe hacer en caso de una emergencia verdadera en el Turkey Point Nuclear Power Plant es contenido en una paoueta blanca y azul de informacion, con el titulo Emergency 1".easures".
j.i(a recibido en su casa esta informacion?
41-Yes No 2 Don't&#xc3;nowI Y Por razon determinar s%Ud.vive o no vive en los limites de 10 millas de~Zona de Planificacion de Emergencia.
Por favor me daria esta direccion?(PAUSE FOR ANSWER)ADDRESS: y aue es la interseccion mas ceres de su casa o calle principal?
y en aue comunidad vive Ud.?Por la compania Chiltnn Research Services y la Agencia Federal de Emergencia, auisiera agradecer a Ud.por su tiempo y para darnos esta informacion importante.
l 23 these households could be verified as being in the sole or primary coverage area of siren S25.Of the remaining 296 households, 83.1%(246)indicated that they had been alert-ed during the demonstration.
Using the estimated number of households within the EPZ (31,376 f rom ref erence 10)in the confidence interval expression in Appendix B, an estimated 95%confidence interval that ranges from 78.4%to 86.9%is yielded for the proportion of the total EPZ population alerted.In other words, at the 958 conf idence level, between 78.4%and 86.9%of the households within the Turkey Point Plant EPZ would have stated that they were alerted by the siren system.The sample of 327 households was also used to estimate the proportion of households within the EPZ that would have stated they received inf ormation about what to do in a real emergency at the Turkey Point Plant.Of these 327 households, 31.5%(103)responded that they had received the information, 61.2%(200)responded that they had not received the inf ormation, and 7.3%(24)did not know whether they had r eceived the inf ormation.Using the approach discussed previously, the following estimates for the entire EPZ population resulted (at the 95%confidence interval):
Between 26.7%and 36.78 of the households would have reported receiving the information; Between 55.8%and 66.3%of the households would have responded that they had not received the information; and Between 5.0%and 10.7%of the households would not have known whether they had received the information.
24' In conclusion, no areas of the Turkey Point Plant siren system were identified as needing enhancements.
However, the relatively low percentage of households that stated that they had received information about what to do in a real emergency at the Turkey Point Plant indicates a possible need for enhanced distribution of emergency information, public education, or both.25 0
IV FINDINGS FOR EVALUATION CRITERIA E 5 J Fo 1 g'2 g N 3~AND N.5 Those aspects of the alert and notification system addressing evaluation criteria E.5, F.l, N.2, N.3, and N.5 of NUREG-0654/FEMA-REP-l, Rev.1, have been reviewed by FEMA and found to be adequate to provide reasonable assurance that appropriate protective measures can be taken off site in the event of a radiological emergency.
This conclusion is documented in letters to the Honorable Robert Graham, Governor of Florida, signed by Samuel W.Speck, Associate Director, State and Local Programs and Support, FEMA, dated February 16, 1984;4 and William J.Dircks, Executive Director for Operations, U.S.Nuclear Regulatory Commission, signed by Samuel W.Speck, Associate Director, State and Local Programs and Support, FEMA, dated February 15, 1984.5 In these letters, the Turkey Point Plant received FEMA approval under 44 CFR 350, conditioned on an ultimate approval and verification of the public alert and notification system as called for in NUREG-0654/FEMA-REP-1, Rev.l.26


REFERENCE LIST Florida Power and Light Company.1985."Updated final saf ety analysis report." February 1985.Florida Power and Light Company.1984."Public alert and notification system report for the Turkey Point Plant." Prepared by HMM Associates, Inc.December 1984.U.S.Department of Commerce, Bureau of the Census.1983'.Volume 1, Chapter A, Part 1,"United States summary." PC80-1-Al.
Plant have been reviewed by the Federal Emergency Management Agency (FEMA) Region IV and the Regional Assistance Committee.
April 1983.Federal Emergency Management Agency.1984.Letter to the Honorable Robert Graham, Governor of Florida, signed by'amuel W.Speck, Associate Director, State and Local Programs and Support.February 16, 1984.Federal Emergency Management Agency.1984.Letter to William J.Dircks, Fxecutive Director for Operations, U.S.Nuclear Regulatory Commission, signed by Samuel W.Speck, Associate Director, State and Local Programs and Support.February 15, 1984.Nuclear Regulatory Commission and Federal Emergency Management Agency.1980."Criteria for preparation and evaluation of radiological emergency response plans and preparedness in support of nuclear power plants." NURFG-0654/FEMA-REP-1.
2 ~
Revision 1.November 1980.'ederal Emergency Management Agency.1983."Standard guide for the evaluation of alert and notification systems for nuclear power plants."'EMA-43.
The  physical  means  established for alerting the public within the Turkey Point Plant EPZ are documented in the following:
September 1983.International Energy Associates Limited.1983."Analysis of siren system pilot test." IEAL-333.November 2, 1983.Florida Department of Community Affairs.1983.Letter to Glenn C.Woodard, Jr., Chief, Natural and Technological Hazards Division, Federal Emergency Management Agency Region IV, signed by Gordon L.Guthrie, Chief, Division of Public Safety Planning and Assistance.(With enclosures.)
Florida Power and   Light Company"Public Alert and Notification System Report for the Turkey Point Plant," prepared by= HMM Associates, Inc.,
July 25, 1983.Donnelley Marketing Information Service.1985."American prof il e." October 22, 1985.27 APPENDIX A OSPM Topographical Profile Charts OSPM Topographical-Input Data OSPM Siren Sound Pressure Level Input Data OSPM Meteorological Input Data OSPM Siren Sound Pressure Level Output Data TURKEY PolNT 7 AZIk1VTH, E 70 I l I-s~~)I A 6J F ('Thr.u:.one)DI:=-T+J~lUK, FT, 10 12
December 1984 (hereinafter referred to as the Design Report) .2 3 ~
+$%AVN I 4)w~y TURKEY POINT 7.4ZIM<-RH, D lE'PO')UJ 2%+lv Fp (~ng,.@pe~,l Vl:.7ANUK, PT.
The  offsite radiological emergency plans and preparedness site-specific to the Turkey Point Plant received approval under Title 44 of the gate~
0 TURKEY POlNT 7 AZlt1~.RH, NC Ci I-.=).fiJ UJ'IR XP~(~~F;(Tll 4'0~6 Pi 0~)D fw~.<J'f(12
                          , Par t 350 (44 CFR  350),
~I'W r TURKEY POINT 7 4'It lVTH, NNE aq V"-f.le UJ i>)MO 5 (Tnr;u.>and
conditioned upon verification of the adequacy of the public alert  and  notification  system, as documented in the:
~)1Hi<VCC, FT.A l2 1CO TURKEY POlt')T 7.~'IM&#xc3;H, N I-69 0~Oil UJ 20 (1b vu=:and-".)DIH.~NCAA, PT.12 I ttA,%" I, W lt~~1%~TURKEY POlNT 7~(MVm, NW).~QQ 60" 0 UJ 20 10 F.(nlnu-.,r fig.,)IH;~Jul..F', t T.
Letter to the Honorable Robert Graham, Governor of Florida, signed by Samuel W. Speck, Associate Director, State and Local Programs and Support@
e lC'TURKEY POlt')T 7 A:Ik1NN, NVF 89 7O I U c F-..:).k LU C~)w Jg p w~v'C" 19 5 (Thai:and=.)
FEMA, dated February 16, 1984;4 and Letter to William J. Dircks, Executive Director for Operations, U.S. Nuclear Regulatory Commission,   signed by Samuel W. Speck, Associate Director, State and Local Programs and Support, FEMA, dated February 15, 1984.5
 
II. FINDINGS FOR EVALUATION CRITERION E,6 The Design Report    describing the alert and notification system for the Turkey Point Plant was reviewed against evaluation criterion,E.6 and Appendix 3 of NUREG-0654/FEMA-REP-l, Revision 1, "Criteria for Preparation and Evaluation of Radiological Emergency Response Plans and Preparedness in Support of Nuclear Power Plants" (hereinafter referred to as NUREG-0654/FEMA-REP-1, Rev. 1) . This evaluation criterion states:
Each organization shall establish administrative and physical means, and the time required for notifying and providing prompt instructions to the public within the plume exposure pathway Emergency Planning Zone. (See Appendix 3.)    It shall be the licensee's responsibility to demonstrate, that such means  exist, regardless of who implements this requirement. It shall be the responsibility of the State a~d local governments to activate such a system.
The bases    for review against this evaluation criterion  were the corresponding acceptance criteria of FEMA-43, 'Standard Guide for the Evaluation of Alert and Notification Systems.
for Nuclear Power Plants" > (hereinafter referred to as FEMA-43) . This quality assurance verification review was performed to make a determination of alert and notification system adequacy prior to conducting a demonstration of this system for the Turkey Point Plant on December 17, 1985.
Based upon    this quality assurance verification review and public survey results, International Energy Associates Limited concluded that the design and implementation of the alert and notification system for the Turkey Point Plant and its supporting procedures conformed sufficiently to the acceptance criteria, as stated in FEMA-43, for evaluation criterion E.6 of NUREG-0654/FEMA-REP-l, Rev. 1, to support a FEMA finding that 'the alert and notification system is adequate.
 
This portion of the quality assurance verification review evaluates the Turkey, Point Plant's alert and notification system against FEMA-43 acceptance criteria in the following areas: the physical means of alerting and the special alerting    methods.
A.                                             (E,6 ~ 1 g FEMA-43)
The  administrative        means of alerting for the Turkey Point Plant were evaluated by FEMA and the Regional Assistance Committee in their determination of adequacy under 44  CFR  350.4<5 B.                                     (E~6 ~ 2 g FEMA-43 )
As  described in the Design Report, the physical means of alerting for the Turkey Point Plant consist of 38 fixed siren units and special alerting for residences on Key Largo.,
: l. ~~~      (E ~ 6 ~ 2.1 g  FEMA-43)
The Turkey    Point Plant siren alerting system, as submitted in the Design Report, was evaluated in accordance with the design evaluation methodology detailed in "Analysis of Siren System Pilot Test."8 The siren system as analyzed          consists of 38 Model WS-3000 rotating electronic        sirens manufactured by Whelen Engineering Company,        Inc.
Anechoic-chamber measured octave band sound pressure spectrums (supplied by the siren manufacturer) were used  to verify the rated output of all of the sirens. The WS-3000 sirens are rated at 123 dBC at 100
 
Routine siren testing procedures and operability for the Turkey Point Plant have been reviewed and determined to satisfy PEMA-43 requirements.
The    evaluation of the siren system design. calculation procedure was conducted by:
  . Verifying the design calculation procedure as presented in Section E.6.2.4.1 of, the Design Report. against the 10 dB loss per distance
    , doubled    attenuation rate in the absence of special conditions; and Ascertaining the adequacy of the design procedure in the presence of site-specific topographical and meteorological conditions through. comparisons of the design procedure with the Outdoor Sound Propagation Model (OSPM)8 results for specific sirens.
The    siren alerting system design follows the 10 dB loss per distance doubled attenuation rate as recommended in NUREG-0654/PEMA-REP-1, Rev. 1, for situations in which special conditions are absent.
Section E.6.2.4.1 of the Design Report presents the following calculated theoretical siren ranges for the WS-3000    sirens:
        'Min. Sound              Coverage Range 60 '0 7,880 4 i780
 
These calculated ranges were then employed, along with the 38 siren locations, to generate the 60 dBC and 70 dBC coverage map (see Figure 14 of the Design Report). Population density .distributions within the
=
EPZ were presented in Section E.6.2.1.2 and Figure 14 of the Design Report.
This quality assurance verification review seeks to ascertain whether this design procedure, namely the 10 dB loss per distance doubled attenuation rate, adequately accounts for the site-specific terrain and weather conditions and whether the siren alerting system (as designed) does indeed meet the FEMA-43 acceptance  criteria.
Fifteen sirens,   14 of which are depicted on the U. S..
Geological Survey's Homestead quadrangle map (see Figure 1 of this report), were selected for this quality assurance verification review. This selection is representative of the site-specific topographical conditions around the more populated areas within the Turkey Point Plant EPZ.
Surface weather parameters, representative of site prevailing summer daytime conditions, were used in the OSPM calculations. Appendix A of this report contains OSPM topographical profile charts, OSPM topographical input, OSPM sound pressure level input, OSPM meteorological input, and OSPM sound pressure level output for each of the 15 individual siren runs.
To compare  the ranging estimates of OSPM with the design procedure for each, type of siren employed, the output dBC levels along each azimuth of the 15 analyzed sirens were classified into one terrain
 
category of  relatively flat (generally unobstructed line-of-sight), since the land area is essentially flat, rising from sea level at the coast to no more than 12  ft  elevation. In addition, a shadow zone category  reflecting the influence of site weather conditions on the siren effective propagation range was used. Regressions of dBC versus the logarithm of distance were performed for the sirens over these two categories.
The OSPM  regression results of the siren sound pressure levels are presented in Figures 2 and 3 of this report. Also depicted are the ranges of 60 dBC and 70 dBC as calculated by the licensee, as well as a 10 dB loss per distance doubled attenuation rate.
Several general observations can be made concerning the siren range comparisons.        First, the 60 dBC and 70 dBC ranges estimated by the licensee are conservative over relatively flat terrains as compared  to  OSPM. Second,  the 60 dBC and 70 dBC ranges estimated by the licensee are extremely liberal over the shadow zone category.
RANGE COMPARISONS 70 dBC            60 dBC ZBXEQQRY            'HRHE~
FLAT OSPM              5 F500 ft      >10,000  ft Design Report    4,780  ft        7i880  ft SHADOW OSPM              2 i050 ft        2 i950 ft Design Repor  t  4,780  ft        7 i780 ft
 
F            RE 2 100                        COMPARATIVE OSPM RESULTS,                        RELATIVELY FLAT TERRAIN (WS3000 SIREN)
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                                                                                                                                                                                                    'I,
                                                                                                                                                                                                        !tie        I OSPM  Regressi on,    R                                                                                                                              '!
lt,  ~    II  ~ ~
l~
jl,t;.;jI 1    ~
l';!'.
ll ',jI,'"
l l                              II              I                'ji
                                                                                                        ~ t                                                  ,tti                                                                tjj 80                                                                                                                              I
                                                                                                                                                            ,  I  ~                          I
                                                                                                            , I
                                                                                                                                                                                                        'o wer I~I~
                                        .;I                            ~ 't                                .
                                                                                                                  '.KIK
                                                                                                                  ~
                                                                                                                "IjiI!          i i
                                                                                                                                                            )I  ~
I ~
I  j!
                                                                                                                                                                                                                                          !I      '.,
Upper    9                                                                  t      i i III I                              I  ~
I K ~
95
                                                                                                            ~ ~    ~ ~ ~
I! I                                            ~                  K Itt  It/'j t
                                                                                                                                                                                                                                        'l,l
                                                                                                                            ~ I I  j t!    ~    I
                                                                                                                                                            ~  ~
                                                                                                                                                                                                              ~
                                                                                                                                                                                                                't II
                                                                                                                                                                                                                                        .It      I 0,
ll" II'";:
                                                                                                                                                                    ~
t          I                                                                '"'I i!
I
                                                                                                                              ~  ~
:t
                                                                                                                                    ~ ~
I                                                                          I    jt                                  I" 2I 000 Pe r sons/S q I      ! ~                                                                                                      I 70
                                                                                                                                                                                                                                          'I 70 dBC  C rxterxon    evel  Fo                                                  M I ~ ~
j            ~ ~          '  I                                                t'ai tt
                                                              ;.I .'I..'.I. "I,.-'.I-; I: I: I I, I'                      , Iti.
70 dBC              At 4,780 Ft                                                t~
K
                                                                                                                                                ~ ~
I tl KI 10  dB/Distance Double d'                                                                  j t
K I . 'I'I: I I      .I"-'I .:I 60+ 60          Criter ion evel For                        I                                                                                                                    ~ ~    ~  ~
dBC                              < 2 ,000      Persons Sq Mx.
I  I
                                                                        'I 'I I 'I I I 60 dBC At,7,880                        Ft Des  ign    Rep    ort  I Co mputation I
50                                                    I I              I 1
I                                  I I
t i                                  I I
40' I
I                  3 I                  I 30                                                I  ~
I            L.                                        L 1OO              200                        500                                    1,000                      2,000                                            5,000                                                  8,0 00 Dis tance From Siren In Feet                                    ~
 
COMPARATIVE OSPM RESULTS,                                              SHADOW ZONE (WS3000                                            SIREN)
LOO                                                                                                                                                                                                                                        .,'      i I~ . ttt                                                                    ~  ~      I            P It ~                                                .l.'I                ~ tl
                                                                                                                                                      ~
                                                                                                                                                                                                    ~ ~
II            tl            I, i          ~ ~                            I"        ~  ll I
                                                                                                                            ~  ~    ~ ~    ~  ~      ~      ~                                                    I t
I '        ~  I                                                            t                      tl  I
                                                                                                                            ~  ~
I                                                ~ ~ ~      I                ,      lj                      \  ~            t    '
I              -.~
                                                                                                                                            ~  I                                                                                              ~    I I                                                                                                            *ill            I~                  I.
: 90.                                                                                                                    t    ~  I ~ fffg      ~      t  ~,        I I
t I                    ~ ~                                                                                    I
                                                                                                          ~  g" ~ ~
                                                                                                                                                                ~    ~
t    I  I t  E      ~  tl                                    'i                                                            *'0 I ~
                                                                                                                                                                                                        \          ~      ~'tilt              ~  'I                                                              t t iI    ~;                                                                                                        I              ~  I I  ~                I> ~      ~    I":                          ;I                                                    I\
I'                                                                          ~          ff            ~                                                i.L t    Il                                                  X                                                                                il)
Lower 95't
                                            ~          1    ~                                                  ~
OSPM Regression,  Sha ow Zone                                                                                                        l                                                              III              ~ ~  ll tl~
1 I  ~ ~
t    I    I    ~  I
                                                                                                                                                                                                                    ~  I  ~
I t. ~ I I
j i  it                            '.
iii I iiil'
                                                                                                                                                                                                                                        ~
                                                                                                                                                                                                                                                ~
i(                        t    t
                                                                                                                                                                                                                                                                                      .I.I, Ii'
                                                                                                                                                                                                                                                                      ~
I                                                                              ~ ~
t U    er P. I    95%        .
                                                                                                                                                                            '    I'                            ~  II          <ii' .,Ii  tl t jl                                                            I
                                                                                                                                                            'l
                                                                                                                                                                                                                                                    ~
                                                                                                                                                      - i~L-
                                                                                                                                                                                                                                        \~          tI 4tt I
                                                                                                                                                                                                                                                                      ~
                                                                                                                                                                                                                                                                      ~
It
                                                                                                                                                                            ~  I I I
I'    ~    tt                                ",II
                                                                                                                                                                            ~  ~    ~                                              ~ '-              ~ ~
I lj i.,t t,i.                      'lit f,l'tli
                                                                                                                                  ~  ~
:                  I
                                                                                                                                                                                                                                    ~,! I. lj.l                ~ I I IIII I
                                                                                                                                  ~ ~ ~      I                  i I I                    ".:1      I I I ..'l i.l.                    I'i; 70      70 dBC  Criter won evel For              2, 000 Per      '" sons/Sq M I
I                ~      ~
itti                                      II
                                                                                                                                                                                                                                                                                            ':li
                                                                                                                                                  ~ ~                        ~  I i                    ~  I 't                                              ~ I                    .
I I
::        ':.:I.'::I":I':::I:::!I'".'I='.'I 70 dBC              At 4,780 Ft
                                                                                                                          ~        \      \        I                          I I    I
                                                                                                                                                                                                                                                                            ~ tt ttl                    ,i  I, I                                                                                                                                                                                                                                                                                t I                                                                                                                                            ~          ~                                            ~ ~ ~                                                              I' I                                              10    dB/Distance Double d                                                                                                                                                                                            'I;'t              'I'      ,
                                                                . I, I      I -.I . I    l.,'I:I    I.'.I                                                                                ~  . I                                                              ~ '                                    I 60    60 dBC  C rzterxon Level  Fo            2I 00 0 Persons/Sq                              Mi I    I.,I..I    I  .I-.I    I 60 dBC              At 7,880 Ft Des I
xgn        Report Computation,        1 I
i 50                                                                                                  I I                                              I I                                              i 40                                                                                                                                                                      ~'
I          I I
I I
I      ~          I                I 30i                                                                    i 100              200                                500                                      1,000                                  2,0 00                                                                                5 0 00                                                    8,000 Distance From                              Siren In Feet
 
For each  siren located    on the U.S. Geological Survey's Homestead quadrangle map (Figure 1 of this report), the area coverages of 60 dBC and 70 dBC were numerically integrated and averaged to assess the overall adequacy of the de'sign on an area basis. The results are as follows:
AVERAGE AREA (In Square Miles)
WS-3000          2.58            8 ~ 94 Using these results, the      following average effective radii are derived:
EFFECTIVE RADIUS (In Feet)
WS-3000            4i793  ft      8 i909  ft These derived    radii confirm that,    on  the average, the Design Report siren ranges are adequate when site terrain and weather conditions are taken into account.
The  results of the individual    OSPM  runs were combined to generate a comprehensive overview of the siren sound pressure levels over the Homestead area as depicted in Figure    1  of this report.      A surface 12
 
interpolation and contouring program utilizing the output results of the 15 sirens was used to generate the sound pressure level contour overlays. These contours account for site-specific topographical and meteorological effects on the siren sound pro-pagation.
These contours'demonstrate        that essentially all of the populated areas within the EPZ of the quadrangle selected for evaluation are expected to have a minimum  of 60 dBC, and    the area (Homestead) with more than 2;000 persons per square mile. is expected to have a minimum siren sound pressure level of 70 dBC.
Comparisons  of the OSPM-predicted 60 dBC and 70 dBC contours with the contours in Figure 14 of the Design Report indicate that the coverage of the sirens as calculated in the Design Report is adequate.
In conclusion, the Turkey Point Plant siren alerting system  is found to meet the specific design requirements of FEMA-43.
2 ~                    (E,6 ~ 2 ~4 g  FEMA-43)
(E ~ 6 ~ 2 ~ 4 ~ 1 g FEMA-43)
In addition to the 38 rotating electronic sirens, the primary public alert system encompasses special alerting for residences on Key Largo. Upon notification of an emergency at the Turkey Point Plant, Monroe County officials notify designated personnel at the Ocean Reef Club and have them implement their general emergency plan.>
13
 
A  mini siren is installed in the guard house at the entrance to Key Largo's private clubs. The guard .
house is manned 24-hours a day and controls access to the clubs. Officials of the Ocean Reef Club are notified by telephone by the Monroe County Civil Defense Director or the Monroe County Sheriff's Office. Notification may also come over the mini siren. Upon notification the Ocean Reef Club security will be responsible for notifying residents by use  of public address and siren units on seven security vehicles. The Assistant Director of security will alert residents in Area 1, the Duty Officer will 'alert residents in Area 2, and the Patrol Officer will alert residents in Area 3.
(E. 6 ~ 2 ~ 4 ~ 2 ~ FEMA-43)
A number  of provisions have been made for alerting of selected institutions where coordinated response to an emergency would be necessary.            Homestead Air Force Base will be notified of an offsite release from the-Turkey Point Plant through a hotline connecting the Homestead Consolidated Command Post (HCCP) with the Turkey Point Plant. Two isolated industrial sites on Card Sound Road have been provided with mini sirens.
The mini sirens are small sirens installed in a guard house or office to alert the officials specifically responsible for an institution. In addition to producing warning sounds, the mini sirens also have a flashing strobe light as well as a public address capability. The mini sirens are controlled by the same RF-control system that operates tQe WS-3000 sirens for primary alerting of the general public.
14
 
The  Florida Marine Patrol will provide notification to mariners within the 10-mile coastline< open water, and island areas. The Florida Game and Fresh Water Commission will provide notification to mariners within the 10-mile coastline and inland waterway areas.
To ensure  prompt notification of transients in the Turkey Point Plant EPZ, information signs have been placed at public locations. These signs instruct people to tune to local radio or television stations and listen for information when they hear the siren system.
15
 
III~ FINDINGS FOR EVALUATION CRITERION N 1 On December  17, 1985, the physical means (sirens) used to alert the population within the Turkey Point Plant EPZ were demonstrated to satisfy the alert and notification aspects of 44 CFR 350.9(a) . This demonstration was conducted by using the methods specified in Section N.l.(a,b) .2 of FEMA-43.7 The results indicate that this portion of the alert and notification system evaluation conforms to FEMA-43 and NUREG-0654/FEMA>>REP-lt Rev. F 6 The December 17, 1985,  demonstration of the Turkey Point Plant alerting system consisted of a double activation of all sirens, transmission of a voice message over the sirens and a subsequent telephone survey to estimate the proportion of EPZ households actually alerted. The first siren activation was initiated at approximately 6:15 p.m.
(Eastern Standard Time) and continued for 5 minutes. A voice message was then transmitted using the sirens as a public address system. Transmission of the message began at approximately 6:20 p.m. and continued for about four minutes and thirty seconds. The sirens were activated a second time beginning at 6:25 p.m. and ending at 6:30 p.m.
It was reported that siren number S25 failed to activate.
All other sirens were reported to have operated properly during all activations.
The telephone  survey of EPZ residences began at approxi-mately 6:30 p.m. and was completed within 55 minutes. This survey was conducted by 43 telephone interviewers, each with a separate WATS line and computer terminal.
The  universe of households to be surveyed was determined by 1
establishing a 12-mile-radius circle around the latitude and longitude of the plant. All households known to be 16
 
0 I
 
outside the EPZ boundary (an irregular shape approximating a 10-mile-radius circle) were eliminated from the sample.
The sample incorporated a sorted master list of approximately 2,600 households (addresses and telephone numbers) believed to be within the established boundary.
A  sufficient  number  of replicated subsamples were developed from the overall sample to ensure that the required number of telephone calls would be made, i. e., to establish the proportion of households alerted to within a 5% precision at 95% confidence level. Appendix B of this report de-scribes the method used for sizing the sample to achieve this result.
The English and Spanish questionnaires used      for,the tele-phone survey are included as Figures 4 and    5  of this report, respectively.
As  part of the telephone survey, a total of 375 households believed to be within the Turkey Point Plant EPZ was contacted, and the responses were collected in an automated data base. Of this group,      ill respondents stated that they were not alerted. However, before running the final tabulations, addresses of all households interviewed were checked on a street map to validate their locations. Of the 375 addresses, 48 were outside the EPZ. Therefore, data were tabulated on the 327 respondent households that were located'ithin the EPZ. Respondents at 31 of these households had been away from home at the time of the alerting system demonstration and, therefore, were not included in the alerting analysis. The siren coverage was analyzed to determine whether any of the fifty households where individuals were home during the demonstration but were not alerted was in the sole or primary coverage area of siren S25 which failed to operate properly. None of 17
 
FIGURE 4
'"295OO ton Research Services                                                                    Study !>9201 nr, Pennsylvania 1                                                                    December    17, 19R5 0;fB 43067-0103 (FWd. 9/16)
FPL4 NUCLEAR POWER PLANT ALBERTI.'lG AiQ NOTIFICATION SYST"-'8: ?UBL1C TELEPHONE SIJRVEY Turkev Point Tme Began                                  PM                        Intervie~ 8 (1-5)
Time Ended                                Phf                        Z'p  Code (5=0)
Sample Type RECORD BEFORE  DIALING -Telephone      t'/
(Baca Code)  (Fxchange)  (Number)    (12-21)
:VTRODUCTION:
Hello, my name is                                        We'e calling households 'ong distance
."om  Chilton Research Services as part of      a  survev.      This survey is sponsored by The ral  Emergency Management  Agency (FERA)    of the United States Government in cooperation Dade      t County.
Your answers are voluntary and      will be  kept    strictly confidential.
First of a'1, is this    (REPEAT 0 DIALED)?
Yes TERMINATE 82$ DIAL AGALV                  No As you mav  or mav  not know, there was a test of the siren system for the Turkey '?oint Nuclear Power Plant. Did you, or any other member of this housebo]d, hear a signal from  this test  today?
SKIP  TO O. 4        Yes SKIP  TO Q. 4A        No Heard:ron    I CONTIVUE              another        3 source ASK    IF    ANY 0TH& HOUSEHOLD            Don'". 'now
                                              <ABER IS        NORE KNOWLEDGEABLE 18
 
FIGURE 4 (CONTINUED)
What did you or your household hearP  (DO NOT  REM. CIRCLE ALL THAT APPLY)
(23-25)
A  siren I
SKIP  TO      Ne'hbor told    me                2 O. 4        Other family member told  me,'  I Other (SPECIFY)
CONTINUE      Don't  Know                    jY
: n. Did you h ar...    (READ LIST. CIRCLE ALL THAT APPLY)
(3O-32)
A  Siren From a Neighbor From Another  Family Nember    . 3 Or by means  of something else,  9 (SPECIFY) l DO NOT READ    Don't  Know (IF  HEARD EMERGENCY SIGNAL  ASK 0  4 BELOW'THERWISE SKIP TO    O  'A)
Were you at home or away from home when you heard  the siren signal?
37-Home SKIP TO O. 5 Away From Home 19
 
FIGURE  4  (CONTINUED) 4A.  (IF  "DID  ROT HEAR EMERGENCY    SIGNAL")
Were vou    at  home between  6:15 and 6:45  this even'ng?
38-Yes No Don't Znow    Y
: 5. Informat'on about what to do in an actual emergency at the Turkey Point Nuclear            Powe" Plant is contained in a blue and white packet of information tit]ed "Emergency
    '.measures".      Has your household received this informat'on?
Yes          1 i
No          I2 Don't Know  ~ Y I
Because    we  need to determine ~whether or no't you    live within the 10 mile Baergency
    ,Planning. Zone of the Turkey Point Nuclear Power
                            ~
                                    ~
Plant, would you please give  me  this address?      (PAUSE P      FOR ANSWER)
ADDR="SS:
and the nearest      intersection (or cross street) to this house.
Also, what community is this?
On behalf of Chilt'on Research Services and the Federal Emergency Nanagement Agency,'
would  like to thank you for your time and for giving us this valuable information.
20
 
FIGURE 5
') 064O SPANISH ilton  Research Services                                                                              Study 8o201 adnor, Pennsyl van'a                                                                            December i 7, 198s OMB        SYSTEM!:(FEMA 9/85)
                                            '>20&7-0103.
FEMA  ~!UC~~R    POWER PLANT ALERTING AND NOTlF ICATION                        PUBLIC TELFPHONE StEVP.'URKEY POINT Time Began                                                                    Interviev  8 Time Ended                                . DM                                Zip  Code (6-')
Sample Type RECORD BEFORE  DIAL NG -Telephone              8 (Area Code)    ( Exchange )  (Number )    (12-21 )
I.!TRODUCCION:
J Buenos  d'as (noches). Estamos llamando residencias a larga d'stancia de Cbilton search Services corno parte de un estudio. Este.estud'o es patrocinado por la Agencia eral de Emergencia (FEMA) del gobierno de 3.os Estados Unidos.
Sus repuestas son voluntarias y se mantendran en confianza estricto.
: 1.        Primero, liame el numero  (REPEAT 4 DIALED)?
Yes TERMINATE AND DIAL AGAIN                            No Corno Ud. puede saber o no, habia una prueba de la sistema de sirena para el .ud<ey Point Nuclear Power Plant.      Ud. o algun miembro de su familia oyo algun senal de esta prueba hov?
SKIP T0                  Yes SKIP  TO  0, 4A        %To res rd  f. Om CONTINUE                another source ASK        IF    ANY OTHER HOUSEHOLD Don '  Kno~
MEMBER IS MORE KNOWLEDGEABLE 21
 
FIGURE 5 (CONTINUED)
: 3. Corno  Ud. supo de esta senal de emergencia?        (DO NOT  RE&. CIRCLE A L THAT APPLY)
(1g 20)
I I
I siren SKIP TO          )
I neighbor told    me i),  4 i
I othe" family    member told me      3 Other (SPECIF Y)
CONTINUE      Don '  Know 3A. De  cue manera  supn...    (READ  LIST. CIRCLE ALL THAT APPLY)
(3n-36) de Sirena                          I
[
de un vecino de  algun otro miembro de  familia (0 otra manera)
{SPECIFY)
DO NOT READ        Don't  Know (IF  "HEARD EHERGENCY SIGNAL" ASK O. 4 BELOW; OTHERWISE SKIP TO O. 4A)
Estaba en casa  o fuera de  la  casa  cuando Ud. supo de.esta      senal de emergencia?
Home SKIP  TO 0. 5 Away from home 22
 
FIGURE 5 (CONTINUED) 4A. (IF  "DID NOT HEAR BfERGENCY  SIGNAL" )  Estaba en casa durante  'a media hora de 6:15 a 6-45 esta noche?
Yes
                                                                                'R1o Don't Know  7 J
5 ~  'Informac'on sobre aue deLe hacer en caso de una emergencia verdadera en el Turkey Point Nuclear Power Plant es contenido en una paoueta blanca y azul de informacion, con el titulo Emergency 1".easures".      j.i(a recibido en su casa esta informacion?
41-Yes No          2 Don't&#xc3;nowI  Y Por razon determinar  s% Ud. vive o no vive  en los limites de 10 millas de ~  Zona de Planificacion  de Emergencia. Por favor  me  daria esta direccion? (PAUSE FOR  ANSWER)
ADDRESS:
y aue es la interseccion mas ceres de su casa o      calle principal?
y en aue comunidad vive Ud.  ?
Por la compania Chiltnn Research Services y la Agencia Federal de Emergencia, auisiera agradecer a l Ud. por su tiempo y para darnos esta informacion importante.
23
 
these households could be verified as being in the sole or primary coverage area of siren S25. Of the remaining 296 households, 83.1% (246) indicated that they had been alert-ed during the demonstration.      Using the estimated number of households within the EPZ (31,376 from ref erence 10) in the confidence interval expression in Appendix B, an estimated 95% confidence interval that ranges from 78.4% to 86.9% is yielded for the proportion of the total EPZ population alerted. In other words, at the 958 conf idence level, between 78.4% and 86.9% of the households within the Turkey Point Plant EPZ would have stated that they were alerted by the siren system.
The sample  of 327 households  was also used to estimate the proportion of households within the EPZ that would have stated they received information about what to do in a real emergency at the Turkey Point Plant.      Of these 327 households, 31.5% (103) responded that they had received the information, 61.2% (200) responded that they had not received the information, and 7.3% (24) did not know whether they had r eceived the information. Using the approach discussed previously, the following estimates for the entire EPZ population resulted (at the 95% confidence interval):
Between 26.7% and 36.78    of the households would have reported receiving the information; Between 55.8% and 66.3% of the households    would have responded that they had not received the    information; and Between 5.0% and 10.7% of the households would not have known whether they had received the information.
24'
 
In conclusion, no  areas of the Turkey Point Plant siren system were identified as needing enhancements. However, the relatively low percentage of households that stated that they had received information about what to do in a real emergency at the Turkey Point Plant indicates a possible need for enhanced distribution of emergency information, public education, or both.
25
 
0 IV FINDINGS FOR EVALUATION CRITERIA  E 5 J  Fo 1 g' 2 g N 3 ~ AND N.5 Those aspects  of the alert and notification system addressing evaluation criteria E.5, F.l, N.2, N.3, and N.5 of NUREG-0654/FEMA-REP-l, Rev. 1, have been reviewed by FEMA and found to be adequate to provide reasonable assurance that appropriate protective measures can be taken off site in the event of a radiological emergency. This conclusion is documented in letters to the Honorable Robert Graham, Governor of Florida, signed by Samuel W. Speck, Associate Director, State and Local Programs and Support, FEMA, dated February 16, 1984;4 and William J. Dircks, Executive Director for Operations, U. S. Nuclear Regulatory Commission, signed by Samuel W. Speck, Associate Director, State and Local Programs and Support, FEMA, dated February 15, 1984.5 In these letters, the Turkey Point Plant received FEMA approval under 44 CFR 350, conditioned on an ultimate approval and verification of the public alert and notification  system as called for in  NUREG-0654/FEMA-REP-1, Rev. l.
26
 
REFERENCE    LIST Florida  Power and  Light  Company. 1985.  "Updated  final saf ety analysis report."    February 1985.
Florida  Power and  Light  Company. 1984. "Public alert and notification  system report  for the  Turkey Point Plant."
Prepared by  HMM  Associates, Inc. December 1984.
U. S. Department of Commerce, Bureau of the Census.      1983'.
Volume 1, Chapter A, Part 1, "United States summary." PC80-1-Al. April 1983.
Federal Emergency Management Agency. 1984. Letter to the Honorable Robert Graham, Governor of Florida, signed by W. Speck, Associate Director, State and Local          'amuel Programs and Support. February 16, 1984.
Federal Emergency Management Agency. 1984. Letter to William J. Dircks, Fxecutive Director for Operations, U. S.
Nuclear Regulatory Commission, signed by Samuel W. Speck, Associate Director, State and Local Programs and Support.
February 15, 1984.
Nuclear Regulatory Commission and Federal Emergency Management Agency. 1980.      "Criteria for preparation and evaluation of radiological emergency response plans and preparedness in support of nuclear power plants." NURFG-0654/FEMA-REP-1. Revision  1 . November 1980 .
'ederal    Emergency Management Agency. 1983 . "Standard guide for the evaluation of alert and notification systems for nuclear power plants."'EMA-43. September 1983.
International Energy Associates Limited. 1983. "Analysis of siren system pilot test." IEAL-333. November 2, 1983.
Florida Department of Community Affairs. 1983 . Letter to Glenn C. Woodard, Jr., Chief, Natural and Technological Hazards Division, Federal Emergency Management Agency Region IV, signed by Gordon L. Guthrie, Chief, Division of Public Safety Planning and Assistance.        (With enclosures.)
July 25, 1983.
Donnelley Marketing Information Service. 1985. "American prof ile. " October 22, 1985 .
27
 
APPENDIX A OSPM  Topographical Profile Charts OSPM Topographical -Input Data OSPM  Siren Sound Pressure Level Input Data OSPM Meteorological Input Data OSPM Siren Sound Pressure Level  Output Data
 
TURKEY PolNT 7 AZIk1VTH, E 70 I
I- l s
    ~~)
I A
6J F        10 12
('Thr. u:.one)
DI:=-T+J~lUK, FT,
 
+$ %AVN I 4) w  ~ y TURKEY POINT 7
                                .4ZIM<-RH, D lE
                    'PO')
UJ 2%+
lv Fp
(~ng,.@pe~,l Vl:.7ANUK, PT.
 
0          TURKEY POlNT 7 AZlt1~.RH, NC Ci I-.
=).
fiJ UJ
    'IR XP
                                      ~
(
                                      ~
F;          12 (Tll4'0 ~ 6 Pi 0 ~)
D fw~.<J'f(
 
~ I'W          r TURKEY POINT 7 4'It lVTH,  NNE aq V
      "-f.
le UJ i>)
MO 5      A l2 (Tnr;u.>and ~)
1Hi<VCC, FT.
 
TURKEY POlt')T 7
              .~'IM&#xc3;H,      N 1CO I-69 0
~ Oil UJ 20 12 (1b vu =:and-".)
DIH.~NCAA, PT.
 
I ttA,%" I,  W lt ~ ~
TURKEY POlNT 7
                              ~(MVm,        NW).~
1%~
QQ 60 "
0 UJ 20 10 F.
( nlnu-.,r fig.,)
IH;~Jul..F', t T.
 
e TURKEY POlt')T 7 A:Ik1NN, NVF lC' 89 7O I
U c     C ~)
F-.
w Jg
.:).
k LU p
w~v'C" 19 5
(Thai:and=.)
DIST.4JilCE, PT.
DIST.4JilCE, PT.
vt.sv~i V'~~
 
0 TURKEY POlt'JT 7 A:IM&#xc3;N,>A'lyQ
vt . sv ~ i V' ~ ~
0      TURKEY POlt'JT 7 A:IM&#xc3;N,
                        >A'lyQ 7O I
h.
I-.
@]
til 4C'"
U3 If 1
l 1
1 12 (Tho.i:dna=,)
VI T.4N~L, rT.
 
L ~.
TURKEY Pelt'lT 7 AZIMVTH, '~!>~~V.<
K 0    N I-.
    .-).
Cu lU
          '7(w (elloo'El t:-
                              = 0 il0 -~)
Dl  -7~&#xb9;C, W,
 
TURKEY POINT 7 AZlk1%?I,    ~V~(
1C>~
--f.
fJ hJ
      ~-~v 10 f~        10 AlQU~QilJ-'~)
f, DlR~.ANGE,    i'.
 
TURKEY POlNT 7
          .4ZIMGM,
                            ~A'q I-U
'l.
hJ  4V 1'0 10 (Tll0'll ~ 0 I"id.~)
DIH+J~lCC, i T.
 
V TURKEY POINT 7 AZltA&#xc3;,I,:=.
lM I-h I-.
w) 6J ld lv a
jThvu:and=.)
DIM;<filCL, H.
 
qadi TURKEY POlt'lT 7 AZlh1'-.RTI, 5K 1 Cv (1    C~+y I-.      Y
-:).
G3 hl
      '7()
1(:
10 (Thr. v:.an 3.-,j DIH;<f'ICE, FT.
 
~ 8 ht 8 ~  l4-TURKEY POINT 7
                          .<Zlk1t M, 65K 16'a 70 0      CjQ bf UJ
                  'Z QA,I' F..        10
( Pjlc'9= Villi-.)
                            > ~iTtM~lG    PTs
 
FLORIDA PONER AND LISHT COXPANY TURKEY POIHT ANS S!REN  47-NS3000 SOURCE-RECEIVER TOPOGRAPHICAL IHPUTS ALL BEAPIHSS ARE NITH RESoECT TO THE NORTH XEASURIHS CLOCKNIS GRID                                              SROUND          FQLIASE          INTERVEHIHS  DISTAtiCE TO HiGHEST    HEIGHT GF POIHT DISTANCE        BEAR INS    HE I SHT      TYPE        PEHETRATIOH      OBSTRUCTIOHS    QBSTRUCTIQH FROtt SDUFCC QSS'IRUsCT!9H 500.      90.00          9 ~ CO      HARD                0.            HO                      0.
100C.        90. M        10.00        cOFT                0
Dl"=7, 1lt, F7.
Dl"=7, 1lt, F7.
1'URKEY POINT 9 AZlk1&#xc3;N, NE 0 CC~l CiJ hJ%+I/'(Thou:and.-..)
 
DIHANGE, PT.1C I 1~v'i TURKEY POINT 9 AZlk1VTr1, t~lNE Cv.-').iLJ 5~'r i~v'('e 1'i>F,.(Tissu-":a nrf:".)DIST.<JilC, PT.
0 1'URKEY       POINT 9 AZlk1&#xc3;N, NE CC
1&#xc3;r TURKEY POINT 9 AZltA&#xc3;H, tl Cv 60 Q I-..:).uJ hl ZC" 10 f, Bio.i;o.~5=.)
~l
DIGTPHCC, PT.10
    %+I/'
~P(V t(P Jt Not~&0 V 1CC TURKEY POINT 9.4ZIk9-)TH, blIMA'p(p~ri: Q"-)bJ h3 Mi2 Cs F>>I',Wv:.i-".an 3-".)DIST.u&#xb9;I:, FT.  
CiJ hJ 1C (Thou:and.-..)
\TURKEY Pelt')T 9 AZlt;1VTtl NV(hg~P~'~V ()X Y-:)6J 4'<v'PQ;e gI (Tncu:nn 1:)Dl T.'JlCf:, PT, 12 I(I I I A'TuRKE>POINT 9.ziwvw, ivtrrv":f.63 LU,~C&#xb9;i I}0 F.(Tnvu:and=.)
DIHANGE, PT.
DlH;uJ'lCE, P:~6 TURKEY POINT 9 1%: go 70 i PI ILI'J 49 2O 1<(nl<r'A~'Gild-'~)
 
DI T,41~1Ci~, I 7, 1C 12 lW TURKEY POINT 9 AZINE)VTH,'A>A~A~a i~V 7<v'r~UJ g P'h.i'2(,)
I TURKEY POINT 9 AZlk1VTr1, t~lNE 1 ~v'i Cv
19 Co (Thr:u:and
  .-').
~)DIHPJ~Kr'C, FT.1 e 7'
5~'r iLJ i~v'(
1%>TURKEY PolNT 9.<Zlk1&#xc3;N,~V C~f tiJ Ul 20 I I I,'Tnr.i.,:and.>)
                'e 1'i>
DiH;ENCL, PT.10 1<.."v~TURKEY PolNT 9.~ZIP).R H, 5 I-'-).4J~T Q'l y (Tnv.>=aji
F,.
~~)L'>lH,"f K~.":, PT.)'2
(Tissu-":a nrf:".)
'TURKEY POINT 9 NZlk'le,~E'e.C V bJ UJ 8~v'O'v''0 t'r l, Ill<i'.I-.QPtl-z)
DIST.<JilC, PT.
 
TURKEY POINT 9 AZltA&#xc3;H, tl 1&#xc3;r Cv 60 Q
I-.
.:).
uJ hl ZC" 10 10 f, Bio.i;o.~5=.)
DIGTPHCC, PT.
 
~ P(V t(P Jt     Not~ & 0 V TURKEY POINT 9
                              .4ZIk9-)TH, 1CC                              blIMA'p(p
              ~ri:
Q Mi2
  "-)
bJ h3 Cs F>>
I',Wv:.i-".an 3-".)
DIST.u&#xb9;I:, FT.
 
\
TURKEY Pelt')T 9 AZlt;1VTtl NV(
hg
          ~
P ~'~V
()
X Y
  -:)
6J 4'<v'PQ;e gI 12 (Tncu:nn 1:)
Dl T.'JlCf:, PT,
 
I( I I I A '
TuRKE> POINT 9
                            . ziwvw,   ivtrrv
                  ~C
            ":f.
63 LU,
                  &#xb9;i I
                      }
0 F.       6 (Tnvu:and=.)
DlH;uJ'lCE, P: ~
 
TURKEY POINT 9 1%:
go 70 i PI ILI'J 49 2O 1<
1C 12
( nl<r'A~'Gild-'~)
DI T,41~1Ci~, I 7,
 
TURKEY POINT 9 AZINE)VTH, 'A >A~
lW A~a i~V 7<v' r~
UJ g
P'h.i'2(,)
19 Co 1
(Thr:u:and ~)
DIHPJ~Kr'C, FT.
e
 
7' TURKEY PolNT 9
                .<Zlk1&#xc3;N,     ~V 1%>
C
~f tiJ Ul 20 I
I 10 I,'Tnr.i.,:and.>)
DiH;ENCL, PT.
 
TURKEY PolNT 9
                  .~ZIP).R H,   5 1<.."v~
I-
'-).
4J
      ~T   Q
        'l y
                                      '2
                                    )
(Tnv.>=aji ~~)
L'>lH,"fK~.":, PT.
 
TURKEY POINT 9 NZlk'le, ~E
        'e
.C V
8~v'O bJ UJ
      'v''0 t'r l, Ill<i'.I-.QPtl-z)
Pl=i.4J<".!:, PT.
Pl=i.4J<".!:, PT.
1K>TURKEY POlNT 9.~Zlk~1'-.W, 5E gyp+v I.:).QJ lU 40 ZC C
 
TURKEY POlNT 9
            .~Zlk~1'-.W, 5E 1K>
gyp
+v I
.:).
QJ lU    40 ZC C
F,      a l~ 10
(~c;.i:and~)
DIH;<f'l'~t., PT
 
E
  '$Y'VV S t  a ~ ~ ~ i TU RK EY    J o INT 9 AZ!KIVTH, EVE Q ~J Rg (w
cj~
fJ lU          L()
(
I 10 6          10 12 (mru=cn 1:)
DI T.4N'..2, FT.
 
FLORIDA PQHIER AND LISHT COMPANY TL'RKEY POINT ANS SIREH      49-HS3000 SOURCE-RECEIVEP. TDPDSRAPHICA{. IHPUTS ALL BEARIHSS ARE H!TH RESPECT TQ THE NORTH HEASUR!HS CLOCKMISE SRIQ                                                            FOLIAGE,          !NTERVEHIHB    DISTANCE TO H!SHEST    Hc I>>jr' HEISHI'RDUHD                                                      OBSTRUCTION FPQN SOURCE PO!HT  DISTANCE    BEARINS                        TYPE        PEt{ETRAT ION        OBSTRUCTIDNS 500. 90.00                        SOFT                                HQ                      0.
          !009. One              9 00        SOFT                ~I V~
L{n                      0~                    v~
2000. 9G. Go          9.00        SOFT                Us            HQ                      O.                    ~ ~
40on    90.03            9.03          0                  Ve            ND                      0~
9,00
                                                  -n-vr.                                                      0.
60GG. 90.00                        e                    O.            ND 8000.
            )@Csee nh              G      SOFT                3~            Nh                      V~
12COC. 9"..00          5.00        S3ci                                ND                      0.
Ir' 500. 5i.50            9. ('0      SssCT                              HO                      Vs
            !000. 67.50            9. 00        SQc                  V.            HD                      3~
~
~
ll V      'Moo    'i    >0        9. CO        SDF:
                                                  "h- \
os            tis3 nns                        hV ~          !is3                    h cavo            ~ ~    IV  I  I 1 js
                                  ~ v ~
                                          ~
r)~
a I
                                                                          ~            IV                        r  ~
v ssj'      cQc>                  i                                      ri'
                                        ~  vV                              ~
                    ~T ~ Dv                      Jl    ~                              IV I
VVVI  45. GG                        vvs                    I~                                    V    ~
II
          !000. 45.00            ".. 30                                          HID                      V~                        ~
I
~ ~      2000. 45
c'm,"i'tc'z, m.
c'm,"i'tc'z, m.
0 TURI(KY POlt)T 11."~Z ItALJN, t~l 0 I-hJ 6 (Thou:and:)
 
OISTef'Kr'E, FT.10-V'URVF-Y POlNT 11.'mlklVTH, tl)4>(P SO I-0 hJ'0 0 (,Thou:and=.)
0 TURI(KY POlt)T 11
DlW>.~NCE, FT.17 0 TURI';EY POINT 11 4:lk<VTH, NVl 0 I-.hJ 10 (Thov:and.".)
        ."~Z ItALJN, t~l 0
DIST.<J'NrC, FT.lQ 1?
I-hJ 6       10-(Thou:and:)
~S TURKEY POINT 11 AZIM'.~,'~A't<vV 70 0 I-.hl 6 (Wow-and=.)
OISTef'Kr'E, FT.
DlH.<l~lCK(PT 10 40'10 10 TURKEY POlNT 11/~Fit"fVTH,'A~~>A'w I-.:J.lh UJ 10 6 (mvu:and=.)
 
V)5T.'NCK, PT.10 12 TURKEY POINT 11 AiItA VTtl, 5'<iV 0 70 0 t~UJ 6 (Thou:vnd=.)
V'URVF-Y       POlNT 11
DIH;<J4&#x17d;rf, PT.
        .'mlklVTH, tl)4>(
AZltANH,~m~Y'90 70 40 10 1%>TURKEY PolHT 11.~ZI41&#xc3;H, 5 70 0 hl (Thou:.and) vm J~cc, rr.
P SO I-0 hJ'0 17
TURI~EY P=OINT 11 PZik9A?l,~>E 70 I-U 0 hJ ZO 10 6 (Rvu:one=.)
(,Thou:and=.)
DlW>.~NCE, FT.
0
 
0 TURI';EY POINT 11 4:lk<VTH, NVl 0
I-.
hJ 10 lQ 1?
(Thov:and.".)
DIST.<J'NrC, FT.
 
~ S TURKEY POINT 11 AZIM'.~, '~A't<vV 70 0
I-.
hl 6         10 (Wow-and=.)
DlH.<l~lCK( PT
 
40
'10 10
 
TURKEY POlNT 11
          /~Fit"fVTH,
                      'A~~>A'w I-.
:J.
lh UJ 10 6           10 12 (mvu:and=.)
V)5T.'NCK, PT.
 
TURKEY POINT 11 0
AiItAVTtl, 5'<iV 70 0
t~
UJ 6
(Thou:vnd=.)
DIH;<J4'rf, PT.
 
AZltANH, ~m~ Y
'90 70 40 10
 
TURKEY PolHT 11
            .~ZI41&#xc3; H, 5 1%>
70 0
hl (Thou:.and) vm     J~cc, rr.
 
TURI~EY P=OINT 11 PZik9A?l, ~>E 70 I-U 0
hJ ZO 10 6
(Rvu:one=.)
VIST<l~lCE, FT.
VIST<l~lCE, FT.
TURKF-Y'POINT 1)AZlti1&#xc3;H, 5K CO 0 fl UJ 20 ,10 6 (, Tll QV~P ll A)DISTANCE, PT.
 
TURKEY POINT 1 1.~ZlkS.M, WE bJ UJ ZC 10 5 (woo:and=.)
TURKF-Y 'POINT       1 )
DIHPNGC, PT.10
AZlti1&#xc3;H, 5K CO 0
'<<~~~'I S"'llD 1 cv~I FhLih::-c!1." l<P 10N!h:CRY:"t(1)e9 BiSTAH".S TO H!DHES>, 0"STRUCil9,iS OS TT!K1!DN FRDtl SME.: Vv>~NJ<<:'Vt(V'V v e<~L e I~V ek~V~~LL LV~v 30.C<<4'vv 31 45 36 t I I I~~I" t V~~hrth I e~Sh00!2VVVI rt'e~~!OO , thhh v~v~I;I Ir>>vL v~cOYV'VVVV~l"OOOI vcv'~)I I~~V tl WevvO~y I''I~@VI~%hhf~VVV~'1hOO V(V'v'I I I II V~>>I V~Lt V V~>000 200 v'1900.sGGG.SOGO.l2000.500.~I V~I~'4 V~'V V Ch hh t V~'V ch 00[I v/I<<tV vt~VV 7.50 bl I~V b7.5;b7.P;-b7.>0 Or.~<<I I~V\1<<, i-I r.~>>IV': et hr, l ee~L>>I 5I 22.50 2>>~5v 22.50 22,50 22.50 , O(I hh~v'I ,GQ.00.00.00.00 337.50~~I 0~v'v 5.Oi rth~<<v.00;.00 I'e OV 7.OO h'I:~vVr feOV:,00 4.00 7IVG 7.09 I I V'I''V V 7.00:.00 8.00 C.00 C.90 lO.00 7,00 7.00 7,00 7.0Q 5'.00!2.00'7.00 7.00 Cnc1 (IC 1>>>>'I'SOe, 1 COc~>D T SOFT SOFT VI I'FT cO>>1 v<<~O'Cv'1 I~I~cVI e:D.', Ctt>>j 5 ID T cnF1~>><<I SO, T v<<~SOFT SDF!cDFT SDFT SOFT SD T SOFT SOFT VI 0, tV O.O.0.0, Oe 0.G.0.(:~>>~Vt (', I 0.O.0.9.O.0.0.0.0.0.0.0.'O k 1th HO HO HD HD HO ND HO H(t HO ku NO HO HO V I I 4 HD H" HD Hhl HO HD H".HD HO HO HD HD NO HD HD.ND HO r.V~h'll~0.0.0.O.O.0.G.0.O.0.0.0.G.O.V~0.G.G.0.0.0.G.0.0.0., 0, 0.0.-0.'>>~Ve V~Ve O.~I 0.0.Oe (.I'V~h V~'e~Oe G.G.G.6.0.0.0.0.0.0, 0.
fl UJ 20
I~~~v~el<d=Ad'"'S vd I<j r<<f.t FP,'AS.PENETRA:!ON
  ,10 6
.'tiTEfcVEHIHS OBSTPO<:T!ONS Di TANEE TD HiSNEST OPSTRU',194 FROH~SD<JREE H iS:"'l DF a Ve V~v vv Cv')VV 6c vd 68 d dl 70'1.72~~I PI~~e I av~r<I I fl rve Va~rehh VVVV~v(.e'h d,lh VI VS ,r,r,h@VVV~gi,Gr C'v JVa dhhh VVV~v v~!GG'>.eh''e e~e\lev~'I'e<vo v~V~a a<~eral'I ol~.hr h v'J~40rJO~60OhJ.0000.VGI DOVa 1000.iGN'4000.6000.8000.!2000.500.1000.V~e~ra Vr~v'!I v<~~v vhlaDV Sv7 5h)15.rJG l!5,00 Y<<~,h varava)av~VV).'S,GJ~h V~V~VV)<g r<G a>>Ie~v'V C e e I~I C''e r~V i V e<I'v 2iO.O('0 rJ0 27!.00 270,0('70,00 27ra Gh 247.SrJ 24i.5(r 247.50 247.50 247.50 247.50 247.50 22S.OO 225.00 Gre~V~7'G v rh I JrJ d.00!1.00 GrJ;hrJ?.OG Oh r, rJO e.00 d;00;n;e'I V:.OG e<(~~VV 5~00 S.GG 7.00 B.00 f2.00 s.GO 6.00 6<00 6.00 i.GO 7.00 7.00 7.00 7.0G SC>>Y dU.SOFT HAI!E'f>>T 5 OF SOFT di'ed>rr SOFT r-v~SOFT HARD SG.dvt'or Gee.T~V~P r vr~<(<gee Nk".0 QU.i dDFT SDFT SOd Her, NARD dO.=T rd dv.I SOFT SOFT SOFT SOFT HARE'OFT SOFT SOFT'I C.V~0.Ga 0.0, h V~r v~Ga O.O.rl V~0.O.G.<~v~V~r.V~V~Ga 0.0.0.O.0.0.0.0.0, 0.0.0.0.0.HD HO HO HD HD HD ND HO NQ ND HD NO HG HO ti0 HD Nr.ti0 H Ni!i0 HI".H0 HD HD ti0 ND HO NO HD HO HG HO XO HO V~G.0.0.G, 0.0.0.tJ 0.G.V.G.0.0.0, re V~Va (r.~~V~O.0.0.G.0.0.0.O.Da 0.0.0.0.0.0.e.V~Oa 0.'V~('I'a V~'I V~<~V~IJa Ie Ve~r V~0.V~0~0, G, 0.0.0.O.0.0.0.
(, TllQV ~ P llA)
'Ia~'I~'("!Ac:)CNC-.~)-.
DISTANCE, PT.
It.<t OI)STF'."7 ihth-".QTSThtl;..
 
TG 99"c:F,J!ON CCII C'I Cia~ti 99:"!.".";"::5,'
TURKEY POINT   1 1
~~v vv VI VV VV~v'Ib~((.a'I/v I Vav~Vv!35.')10;<Oc<Orr!!0!11~I'I~~I I'V~b.I(.h.r~1~'."h..'vis v~~VV 1~I i)~V~~t,(h~<<VVI~(eh'i V~ai J(i r<'Ihh'I v~b'.<0(cOI h~v r~v)Oi.s~v~a~ra 0((cnh vv'I vl 5'I r'<(J(J(J[Oh(I~60v", 9<eh(e I IOOh=nt:OCO.2000'(h, QOOG.12000.~r I.s, r~v"'vr~v I'I ela I'll'a V V~V 1'at'S ia V V~2V~v a'Ca(v l51 av~V rr(a i CI'v~v<<VJve I v(i ti(e~V~<<1 s ae h (ej 1 9', 00 1)vs OG I vt'v V'Ja'~~vv~<<i I~)!I)L'~~VV C~r~~')?vv sar/~vG IC C~I t~)/e<<'5.(";~vr~vv 5 5 J'Il<%5 OI'5'0!35.00!55.00 C(J 112 50 1!2.50 11".50 11".50 1!2.50 1!2.50'v'~I r~V'I<,OO i.GG (,00?IVG s Gh Il~~!~(0:~OG c,~Gtv 6.00).GG'<h 6~'Jv;.OI;v~VG~v v~'I~I'..GO?.OG nh~~VV nO 5.00 i.00 i~00 i 00?.00 i.00 6.00 6.00 6,00 5.0('.00 6.00 6~00~VI~H rv'" CJP~SOF'.SII))I)Ur I)t<Cn"V va r~CQ 9 T Sc" T SOFT SU)v'r f-r-~I I~I'v SQ.T SO T cOC~SII't SOFT)9"'OFT SOFT SQ'fr T CQCT SOFT SQ<<'t SOFT SOFT SOFT, SO.T C.~'~Va G.V~~I V I (I~~~0.n<<~0~0.0.0~V~O.Ve tJ h V~V~0.0.O.G.0.G.0.0.0.O.0.0.0.0.0.0.0.ti9 Hr.IIV'v HQ NO HO HQ tic NQ HQ HO ti9 NO HQ li9 Ijp Hv HQ Ii9 ti;IIII aar I I V HO HQ HO NO NO HQ HO HO HO HO NO HQ NO.HO HO HD HQ.V~Ve V~O.h'll~G.O.G.VI~0.0.O.V~O.G.V~~I V~'Ve IJ 0.O.0.(s~0.0.0.G.0.0-0.0.0.V~V~<<~I'I r~el V~v~h V~r~Ol O.Vl O.0.G.0.O.(J 0.Ca V~I r~'vs G.0.G.0.Va O.0.0~0.O.0.0., 0.
        .~ZlkS.M, WE bJ UJ ZC 10 5         10 (woo:and=.)
Vg~I~4~~'i25 500!5.".5 159, 7 0 0~0~0 152~0 157 v lY 0 Ik 0 3I 0 YO=iO=56.00 HEISHT ABOVE 6ROUH9=50.00 LOPIOA PURER AHD LIISH!'.ORBAL cripes*e jslf>hk" c'iv y'i h'j<<3 h0~~'I IJ},~W&#xc3;IMD HIH9 SPEED!UPS'.
DIHPNGC, PT.
TEHPERATURE(C)
 
RELATIVE OAROYETPIC
'<<     ~                                               S" 'llD         FhLih::     !h:CRY:"t(1)e9 BiSTAH".S TO H!DHES> ,
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  ~                                                                                                 NO                                                    0.
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                                                      ~
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: 0.          HO                            0.
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                            '(h,
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~ ~I        12000.               1!2.50                6 ~ 00    SO. T                0.         HQ.                           0.                     0.
 
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12 (The;>:and=:)
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II I                    II e            rV'i'  c""'
Vb      e
                                                                          ~           0.        I:r.
                                                                                                ~ I                                            ru lire    I  irv'suG S      Qs    V'S    ~                      6.00            SOF:                0,        HO                                0.
C'0 SGGr;.         270.np              &.00            SOFT                0.       HO                                0.             0.
            < 70(sn          "70 00                l>>00            cOF'O              0.       HO                                0.             0.
c(            50';.       ii:.50              o.p(e                  T            G.      HO                                0.             0.
  << II        lpp(.          2>7.50              ,        pn    SOI. T
: 0.       NO                                lj            0.
0<<             Jup>>        2<;.59              6.00            SOFT>>              0.      Hit                               G.             0.
  <<I                        247.50              c. 00            SOFT                C.       HO                                0,            0.
60          60u';.         i~:.50                6. 00          SOFT                0.       KO                              0.             0~
I                                                  c.pp
              >>70nG,         217.59                              SOFT                0.       HO                                0.             0.
70      120        ":. 247.50                e.pp            SOFT                0.       KO                              0.
71            mph          225 00                6.00            SOFT                0.       HO                              0.             p.
72          1000.         225.00                6.00            SOFT                0.       H0                              0.            0.
 
'I ~                                                                                       ~  ~ I      JiiTERL" HJHD Lri TAKE      NJSHES DC ~:       I       I               isD   '<C     r.B<BV<             T%v<<
PEHE'R<'TJCH-               OBSTPU"iJOH
                  ~      ~ IS                                    ~              ~  I                  OBBTR<OB JONS               FRGJ SOii;",.E lv'P.=iBU;i J:
D'<C
                      <<%I ~       <<<<<< ~ v         V>      Coo(                                    po      '<O                    Vo
                                  ;w- .
osis r ~ k<<3 rsr I~
C
                                                          << ~ lVV I
vs Cs
                                                                                      ~                    'Nu                                              Vo
                                  <<<<<<     ~               Do 'L'V          v        ~
4~
                                          ~ %     V        ~ O'          vv        ~            9.      <<Co V                        4~
              !.'999.           'v                        IVV            Cs.<<T                                                                            r'
                                  <<C3>> O'V                 C                                      0.      HC                    p.                            ~
cr.r
                      ~ Ivv
                                  '<'L" C'<
  ~   I                        ~ <<%<< ~ vL                D.oo            SOC T                  G.                              0.
Jol:G.         202.50                  6.00              0"                  00      HO                    0.                       9.
  <<h vv                              2v2.50                  6.GO            SOFT                  0.                              9.
vl
  'v ~           'JVVGI          20:.59                  5.90            SOFT                  0.                             p.                       C V~
r r:.
vd)oo          DliD        C(o          5. 90 vo ~ v                                SOFT                  0,        HL<                   O.                        0~
Vv~
I Borsl'I        """
                                  ~  V<<l      CL~                          Cr<FT                  9.        HO                    G.                        LCs B$          SCV% V ~           292.59                  ".I op          SCF;                  G.        HO                    p.
                                  ~
                                  <c'.l.
V v v"l
                                          ~              e. 99            SC                    0.        HOO l>>
vo                        V~
JBCV,GP                 6.90            SOFT                  0.                              G.                        9.
  <<  ~          2VV9%              O'L'o       '('   , D,pp            SCF'.                  0.                              Vo vD            s'<9{,cs          Brs                  b. Pp            SOFT                  9        HO                    G.                        0.
v    ~                        JBi:.9i;                 6,99            SOF'                  G.       HO                    00                        G.
V                          JBC.      Csr.
                                                          .'.99                  C 9        HO                                              nV ~
              ~    ~    sl" ov ~  <DC       'l V
              ~       4          ~     I'                vs                L'                  G.        ~<
                                                                                                            ~ Is I                oo
                                                                              ~ I vo~                                 vL's',P'I G,      HO                    V~
II
                                  ~ ~      ~                                                      Vo        I<O                    0,
    <<o                's     ~ ~    vl    ~
rs                    ~                        A
                                                                                                    ~ ~
gr<                   lV ~
                                                          ~    si%           v                  hV          sv r,
                                                              ~                        ~            ~      ~                      V~
                  <<r.s,
                  ~ l<<% v ~          3l      <<V          b. PG            SOFT                  9.
                                  ~        ~ C'I                                                            HO                    G.
Ci                                        3V          e.op            cO                    Vo        HO                    p.                         Vo vv          1 ')broil Vs'V ~        5<<s      Cl.               ('0                                0.
    ~
S                  1                          o                                              NO                    V.                        O.
SO'CF:
3<<v ~      <%5       Ao          DIOV                                    0,      NO                    p.                         ~ I
~
l,i v              lAIs'
                      <<%    % ~                                            SOFT                  G.       HO                    0.
v~
G.
I'pl "soho              35 09                 6.00                                     0.       HO                    0.                         0 PG(".'.         JD5%9V                  !.09            SOFT                  0.       HO                    G.                        G,
~  V              beoo.           135.90                  6.00             SOFT                            NO                    0.                         0.
V'03      BGOO.           135.09                  6.00            SOFT                   po       HO                    0.                         0.
12099.             135.09                  6.00              SOFT                  0.       NO                    p.                        9.
196                    599.        112.50                  6.00            SOFT                  0.       NO                    0.                       0.
107              1090.            112.59                  6.00              SOFT                  0.       NO                    0.                         0.
10B              2P Pro ~        112.50                  6.0(            SOFT                  0.       NO                    0.                         0.
139              4099.           112.50                  6.00            SOFT                  0.       HO                   0.                          p.
<<p              6099.            1'12.59                  6.00            SO T                  0.       HO                    0.                       0.
Bppp.            112.50                  6.00            SOFT                  0.       NO                    0.                         0.
112            12099.             112.50                  6.00             SOFT                  0.        HO                    0.                         0..
 
                                    .3!.=    S""RCE PO'iER        i Vif. 1HPUT
                                ~ ~                        125            250      500          1000      2000    4000
                      !5B.7                      .0           .0             .0   152.0       157.0     149.0   141 '    '54,0
            ,QQ      YG=      .00          1G=          6.00            HE16HT ABOVE 6ROUHD=            50.00
                                    .='ORfDA .=OH:R AND        ~ 1..'-.'T COHPAH':
                                    ."..:TE;....'.0:: Ch'. !. PUT COHO! T1OHS
                  ~ I    I                                                          lC ~ V4 ~ 4 %V k  i'"          K 1HD SPEED lHPS J          TEHPERATURE (C)      RE~AT1VE BAROffETR1C AScP~ H,. NATE      HOUR DTR CTTDH              H            H2            fff          H2    HUHTOTTY  PP SSUREfffu OP H61 li    120.0               5,0          5.7          29.4          28.        51.0     756.0
 
0'lPCll Dljoon LCJCI          !tl ttt?ts S
                                        >~q;.0-    ttci ra  blilrt: l
                                            ;"'!S'.httCE  !tt F:0 A !tl~!H  Cnn
          ~ V 'V ~
l Ceen              200.           4000.             6000. 8000. 12000.
lC ~            ~  v ~              6ri,          45.               40. 36.
l iDe
              ~  e'        v'Z
                            ~  v~                            45.               40. 36.       09 ttE      10'.                                 73.          47.              40. 3b.       29.
tttsE    10c            oe                  84,            75.               70. 66.       59.
100.            ob                  84.           75.               70. 66.        59 ~
106.           96.                   84 ~          75.               70. 66.       59.
106.             ?b.                 84.           75,              70. 66.        59 ~
tnt              06                  84,          75    ~           70. e6  ~     59.
10 .             00                  84                              in    66.        59.
ii:04    1  i?i          06,                     ':.
: 75.              7C. 66.        50 vve
            ~
'e l vs ~       '$0    s            84.            7:.              7'. Obe  ~   59e C
ve  ~ V~       ~
0~ ~
C ee>>
                                                                ~
I v ~           7v'. 60 ~       59.
            ~    (v    ~    '/  'e              ~  ~         45.               40. I 6~      'l9 C
                              ~     ~            s  V~         4v.               40. Dbs vs s    100 ~            Cl~ ~
                              ~                  01s            45,               40     3be 10'.             v1 ~                                45.               40. 36,
 
TUR)"LY POlNT 1~
AZItAVTrt, E
    '90 69 70 I-h.
0 l-4.'
hl   cg 10 5
(R su:ance-".)
DIH;~f lCK, PT.
DIH;~f lCK, PT.
TU-.I".F-Y POINT 1o.<ZPA VTH B lE'80 70 0 I-bJ hJ Cp 20 1C 5 (Thou:and~)
 
DIST.~N rf, FT.lO 12 40 20 10 70'0 ru~r'n t'o~i~~~=-AZI41~.RH, t~l 90-70 Q CCI UJ 20 10 (Theu=and")
TU-.I".F-Y POINT 1o
DISTANCE, FT, TURKEY POINT 1~.~ZIMVTH, Nt4iV 0 UJ 20.10 6 (Thou:and-)
            .<ZPA VTH   B lE
VtH.<Nr,z, PT, 4"t TURI".EY POINT 1~.'Zlt;1VTH, k l'rV 7C I-U 0 I-.k UJ 10 6 (Thou=:and~)
  '80 70 0   Cp I-bJ hJ 20 1C 5         lO 12 (Thou:and~)
VIHAl1CE, FT,  
DIST.~N rf, FT.
\1~~~i F (>>iHT)~.-'.7.!t;9A i9,~A't~~vV Q I-.U3 10 I 5 j1h~v-.and:)
 
PI5T~l~lCE, PT, 1~>12
40 20 10
~i'-'R!'E~'elt'fT i~'wltvl'-.Rrl,)V 90 I-h.c3~f ld 10 (Thou."and-,.)
 
O'INSTANCE, PT.l~&#x17d;,
70
t 160!URl'k;Y POltlT)>~qgl,,fljg j'ihi:gpss 8C 0 I-9 UJ 10 6 (fj1r.J-,gtlg.-, l V l~>)P4<l'6 FT.1" TURt'-'F-Y PQlt')T 1~.~r lk1~M,:=V~.~0 Cii hJ 6 (The.>:one-".)
  '0
DIST.<NCE, FT.1C
 
[Up.l.FY POINT 1o."<lk1.R"rl,-m A'80 70 R tu 4Q f~fThou~and=.)
ru~r'n     t'o~i~~ ~=-
DID;<JWCE, H.12 TUR):;EY POINT 1=-;-~ziu~,vn,>0 hJ ZO 6 (Thou:.one=.)
AZI41~.RH, t~l 90 70 Q
VIWW~lCC, FT.1 C' T~~Rl"D'OINT 1~:~ZI4)VN,=mK'90 0 lu UJ 10'(Thou:and~)
CCI UJ 20 10 (Theu=and")
DISTANCE, FT,
 
TURKEY POINT 1~
          .~ZIMVTH, Nt4iV 0
UJ 20.
10 6
(Thou:and-)
VtH.<Nr,z, PT,
 
4     "t TURI".EY POINT 1~
                .'Zlt;1VTH, k l'rV 7C I-U 0
I-.
k UJ 10 6
(Thou=:and~)
VIHAl1CE, FT,
 
\ 1
            ~~~i F       (>>iHT           ) ~
                .-'.7.! t;9A i9, ~A't~~vV Q
I-.
U3 I
10 5               1 ~> 12 j1h~v-.and:)
PI5T~l~lCE, PT,
 
        ~
i'-'R!'E~'elt'fT       i ~
            'wltvl'-.Rrl, )V 90 I-h.
c3
~f ld 10 l ~',
(Thou."and-,.)
O'INSTANCE, PT.
 
t
          !URl'k;Y POltlT )>
              ~qgl,,fljg j   'ihi:gpss 160 8C 0
I-9 UJ 10 6             1"
( fj1r. J-,gtlg.-, l Vl~>) P4<l' 6 FT.
 
TURt'-'F-Y PQlt')T 1~
          .~r lk1~ M,:=V~.~
0 Cii hJ 6       1C (The.>:one-".)
DIST.<NCE, FT.
 
[Up.l.FY POINT 1o
          ."<lk1.R"rl, -m A'80 70 R
tu 4Q f~           12 fThou~and=.)
DID;<JWCE,   H.
 
TUR):;EY POINT     1=-
            ;-~ziu~,vn, >
0 hJ ZO 6         1 C' (Thou:.one=.)
VIWW~lCC, FT.
 
T~~Rl"D'OINT 1~
:~ZI4)VN, =mK
  '90 0
lu UJ 10 (Thou:and~)
Vl:=.TPJilCE, PT.
Vl:=.TPJilCE, PT.
1<X'URl"F-Y PQIHT 1~~'Zl);[L~,.-5 90 7C 0 hl 10 6 ('hou:.one) gl=sTPNPrE)
 
Fl TURKEY POINT 1a ,~Ztk1t M, EGG 0 I-.UJ 20 10 (anu:ance~)
1<X'URl"F-Y
VJSTANCE, PT.12 L'railed L ttcflGf HE rl Oi t't: jc~v f f.~.I~~~~C'C~~~H tl'T jalfEllflt O!STAHri TO H!SHEST E,J riC T'va a iv~I V~~EV E'G
            ~
PQIHT 1~
              'Zl);[L~, .-5 90 7C 0
hl 10 6
('hou:.one) gl=sTPNPrE) Fl
 
TURKEY POINT 1a
          ,~Ztk1t M, EGG 0
I-.
UJ 20 10 12 (anu:ance~)
VJSTANCE, PT.
 
L'railed L ttcflGf HE rl Oi t't: jc
~
~ .Iv ~f ~
: f.                                                                            C'C
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                                                                                  ~  ~
a  iv    T'va
                                                                                                                                                                    ~
C'iae                                          cirJ
                      ~  I  ~                                                                    V~                                              0.              V~
lnnf a vi    ~
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fe I        Hei                                  nv ~          ~      '
                                                                                                      ~
                                                                                                                                                                          ~
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genie              I V nf.      5                                                                                        ~ I            jl
                                          ~
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                                                                            ~ IVI                                                              nV ~
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                                                                                                                                                ~
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                            ~    V~      ~  E V        :  ~      00        -ncaa hva I              /l
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lnen              C ve          'vfi    5. Ge              iEOC I 0.
                                          ~ ~                                                              HO                                  0.              G.
vv'v                  I        (                ni'I vv
                            ~            ~  e a'i afe                va  ~    I        0.          HO                                  0,              Ga VI
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V                  V~
ln.
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                                  ~ V~                V~        I  ~
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                                                                                                    ~                                          Ve I    ~
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                                    ~
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                                                                                                ~
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                                                                                                    ~
                                                                                                                                                ~ ~            V&
              'I r r v ~                                                                                                                      I' Eva        ~ ~      E  ~    O'V        VV                              ~~                                  V~              rV      ~
V    Vv ~
                                  ~  r.                        fan V~          tirv'O                              G.
rv(    ~      <5 ~ Gi              v a 'v'0            SOFT              G.                                              0.              0.
~ ~              A v'I          $ 5 I 0v                                                    C      ~    HO                                  0.              0.
vrv    ~      Ea      ~
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I VVv'I                                r viV  r,'e cOGT              0.          HO                                  0~              0.
II VI inra VV            IO Va          NO                                  0.              V~
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eGOG.              ".".50                                    SOFT              0.          HO                                  0.              G.
28          !2000.              22.50                5.00                COE      ~
: 0.          HO                                  0.              0.
GG 50;.                    .00          5.00                SOFT              0.                                              0.
              !000                      .00          5.00                SOFT              G.          HO,                                  0.
V~          2000.                      .00          5.00                SOFT              0.          HO                                  G.              G.
E rf Viv          iG00.                  '.00              5,00              , SOF:              0.                                              0.
SvGG ~                      .00          5. 00              SOrT              0.                                              G.              0, 3k              Gne                    .00            5.00                SOFT              0.          NO                                  G.              0.
VV          1200&.                      .00            5.00                SOFT              0.          HD                                  V~              0.
SG              500.            2~7.50                5.00                Sn"-              0.          HO                                  0.              0.
 
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                    ~
                                        ~
h~            r  ~    e'                  'Js      HO      vs  V~
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v  ~                        0,      NO      (.
I    c                          ('.
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i:r nn                    lra v~    f rs Ja'v 5.00            SOFT                HO      Ve    G.
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      ~        ea i'r      ~          I v'J          5.00 AI bta,    ~  G.      HO            ('.
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is              v".hev'J                Ds Gv            SOF;        V      HO      0.
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v i..r.t
        ~ he AI            ~
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A V1 I
                            ~
rT ja (ir              5.00            SECT        G.      HO      0. I  ~
r I' \I ~
                                      ~
v ~ lin ~ r      ~  j        G.              'Je V                                                    ~ r,  ~
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                                    ~~    I I
                                        ~ ~                              rrav      ('.              0.
h                            n
                            'I h                          LP.
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ra r ~                      ~    r        V ~ VV              ~
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                                                                                  ~              t    'Je r.
hn'aV ~
              ~  ~
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: 0.      NO      G. V~
    '                                                                                                      l.r ~
V  \      V 'V ~            2(t I v'J                        Gn                  G.      HO      G.
r l 'J'r'
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                                                            ~
Gir. C
                                                                          <<J>>    e  G.      HO      0.
C'r'VV'                4"'                    5e                COCT      G.      H6      G. I  ~
0'i'.00 helr'JGI                        5v'r7.'.":
Ctr CTI
                                                                          ~          G.      NO      0.  'r ~
caA 5 ~ 00          SOFT      G.      NO      G.  (.
1 'TAG{.              24r.50                  5.00            SOFT        0.      NO      0. r  ~
500.                4 Ir ~ li(ev                  GJ        SOFT      0.  ~~  HO      0. 0~
            \ nna1                        t.n          C                                            0. l.V
          ~  rvV ~            ~ ia 5 I                                  SOFT                HO                ~
 
I BpevrN."      . VvlRQ        1 ti:SP."5 K!NB O!BIRN."E Te HTSHSBSI              OF II~                                                  Nr! SerT            :'lP:  P "cTPATID't    r,8:IRDf.I lON    OBSTRL'BT1ON FROH SDURCS OBB. RL'i'.!DN h    .C.
Bh    T            'I
                                                    ~  V                                            V~          NO                        0.                    V~
I                        CVe                hV                                                        fe
                                                          ~                                            ~
ili'"                      V~                  '
II I vr ~                                                                                                              f.
re  S        V'        Vel      V' V~                  G.
I V                                      De VL              5IVV              PF I                        HD                        C.                  Ve ~
1  eer'f.f.
              ~      IVV~                                      s.ee            SOFT              V~          Nn                        0.                C.
feh Iv              V2I5v                  .".&#xc3;          CDCT                9.          NO                        0.                  C.
1          ~    1;'
vs ~ Ve                                                  C.          HD                                            G.
  'V V  \                                                        5 ~ he          C  De..            IV~ ~
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C e  A.      r
                                                                                'V I ~
NO                        hV ~
                .f.r
DID;4t>lCL, H.
DID;4t>lCL, H.
1 v'9 TURKEY POINT.40 AZlk9-2TH, Vc~aA'K'I-."-)lil UJ 40 lp Q 1<r C~i The
 
TURKEY POINT. 40 AZlk9-2TH,  Vc~aA' 1 v'9 K'
I-.
"-)
lil UJ    40 lp Q 1<r C~
10 12 i The.i:and=.)
DtH;~L~~."C, fT,
 
~p TURKEY POINT 40 AZIE1', NW 1%.
ls 0
:-l.
liJ UJ QP 6        10 12 (Thou::and:)
Dl ~T.~J')AC, FT.
 
TURKEY POINT 40.
0:IMVTH, lv9                w-'Al'-
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Latest revision as of 01:04, 29 February 2020

Forwards Turkey Point Plant Site-Specific Radiological Emergency Preparedness Alert & Notification Sys QA Verification. Alert & Notification Sys Installed Around Plant Satisfies NUREG-0654/FEMA-REP-1,Rev 1 & FEMA-43
ML17347A602
Person / Time
Site: Turkey Point  NextEra Energy icon.png
Issue date: 09/02/1987
From: Mcloughlin D
Federal Emergency Management Agency
To: Stello V
NRC OFFICE OF THE EXECUTIVE DIRECTOR FOR OPERATIONS (EDO)
Shared Package
ML17347A603 List:
References
RTR-NUREG-0654, RTR-NUREG-654 NUDOCS 8709180378
Download: ML17347A602 (363)


Text

~

p r REQULATORY FORMATION DISTRIBUTION S EM (RIDS)

ACCESSION NBR: 8709180378 DOC. DATE: 87/09/02 NOTARIZED: NO DOCKET 8 FAC IL: 50-250 Turkey Point Planti Unit 3i Florida Poeer and Light C 05000250 50-251 Turkey Point Planti Unit 4i Florida Power and Light C 05000251 AUTH. NAME AUTHOR AFFILIATION MCLOUQHLINiD. Federal Emergencg Management Agency REC IP. NAME RECIPIENT AFFILIATION STELLOe V. Office of the Executive Director for Operations

SUBJECT:

Forwards "Turkey Point Plant Site-Specific Radiological Emergency Preparedness Alert & Notification Sgs GA Verification. " Alert & notification sos installed around

,plant- sa isfies NUREQ-0654/FEMA-REP-ii Rev 1 & FEMA-43.

DISTRIBUT CO: E35D COPIES RECEIVED: LTR ENCL SIZE: SGO TITLE: E ergencg Preparedness-Appraisal/Confirmatory Action Ltr/Exercise Rep NOTES:

~ REC IP IENT COPIES REC IP IENT COP IES ID CODE/NAME LTTR ENCL ID CODE/NAME LTTR ENCL PD2-2 PD 1 1 McDONALDi D 1 1 INTERNAL: ARM/DAF/LFMB NRR/PMAS/ILRB RQN2 FILE 01 1

1 1

0 1

1 F F '~

NRR/D E~/EPB RQN2/DRSS/EPRPB 02 1

1 1

1 1

EXTERNAL: LPDR 1 1 NRC PDR NSIC 1 1 TOTAL NUMBER OF COPIES REQUIRED: LTTR 11 ENCL 10

0 ~ I I

~V Mq~

~ ~

Federal Emergency Management Agency Op Washington, D.C. 20472 l1urley, NR s r only:

SEP 2eer Stello Taylor Mr. Victor Stello, Jr. Rehm Executive Director for Operations'.S. Murray, OGC/B Nuclear Regulatory Camnission Grace, RII Washington, D C. 20555

Dear Mr. Stello:

The Federal Emergency Management Agency (FERA) has ccmpleted an analysis of the prmpt alert and notification system for the Turkey Point Plant located in Florida City, Florida. This review has been ccmpleted pursuant to Title 44 CFR, Part 350; selected evaluative criteria and Appendix 3 in NUREG-0654/

FEMA-REP-1, Revision 1; and FEMA-43, the "Standard Guide for the Evaluation of Alert and Notification Systems for Nuclear Power Plants" (now published as FEMA-REP-10). 'Ihe enclosed report, entitled "Turkey Point Plant Site--

Specific Offsite Radiological Emergency Preparedness Alert and Notification System Quality Assurance Verification," summarizes the engineering design review; incorporates the results of the telephone survey of the public con-ducted immediately following full activation of the alert and notification system on December 17, 1985; and confims the adequacy of the applicable evaluative criteria frcm NUREG-0654/PENA-REP-l, Revision 1, and FEMA-43.

Based on the engineering design review and the results of the public tele-phone survey, FEMA has determined that the alert and notification system installed around the Turkey Point Plant satisfies the requirements of NUREG-0654/FBQ;REP-1, Revision 1, and FEMA-43. Therefore, there is nav reasonable assurance that the system is adequate to prorrptly alert and notify the public in the event of a radiological emergency at the site. 'Ihe caveat on the alert and notification system contained in the Title 44 CFR, Part 350 approval dated February 15, 1984, is now removed. The Honorable Bob Martinez, Governor of Florida has been advised of this approval.

Notwithstanding this approval, FEMA reccmnends that the State of Florida, Dade and Monroe Counties, and the Florida Power and Light Company consider increasing the frequency of the full~cle tests of the Turkey Point alert and notification system to once a month. FEMA believes that additional full-cycle tests< at a nanthly frequency, would provide an added degree of assurance of the continued readiness and operability of the Turkey Point alert and notification system.

Sincerely, Dave McLoughlin Deputy Associate Director State and Local Programs and Support 709180378 .87090>5 PDR ADOCK 05000>50 N

F

TURKEY POINT PLANT SITE-SPECIFIC OFFSITE RADIOLOGICAL EMERGENCY PREPAREDNESS ALERT AND NOTIFICATION SYSTEM QUALITY ASSURANCE VERIFICATION Prepared for s

Federal Emergency Management Agency Washington, D. C. 20472 Under Contr act No. EMH-83-C-1217 May 22, 1987

TABLE OF CONTENTS I ~ INTRODUCTION A. Identification

1. Site Information
2. Governments Within The 10-Mile Emergency Planning Zone B. Scope Of Review
1. Emergency Plans For Offsite Response Organizations
2. Alert And Notification System Design Report
3. FEMA Evaluation Findings II'INDINGS FOR EVALUATION CRITERION E.6 A. Administrative Means Of Alerting (E.6.1 i FEMA-43) 5 B. Physical Means Of Alerting (E. 6 ~ 2 g FEMA-43)
1. Sirens (E.6.2.1, FEMA-43)
2. Special Alerting (E.6.2.4, FEMA-43) 13 III ~ FINDINGS FOR EVALUATION CRITERION N.l 16 IV. FINDINGS FOR EVALUATION CRITERIA E 5g F lg N 2g N 3g AND N 5 26 REFERENCE LIST 27 APPENDIX A: OSPM Topographical Profile Charts OSPM Topographical Input Data OSPM Siren Sound Pressure Level Input Data OSPM Meteorological Input Data OSPM Siren Sound Pressure Level Output Data APPENDIX B: Sample Size Determination

Turkey Point Plant Site-Specific Offsite Radiological Emergency Preparedness Alert And Notification System Quality Assurance Verification State Of Florida Dade County Monroe County I ~ INTRODUCTION A.

The Turkey Point Plant is located on the east coast of Florida in Dade County, approximately 25 miles south of the City of Miami. The chain of islands known as the Florida Keys begins some 20 miles to the south of the site, at the end of the Florida peninsula.l The surface of the land in the Turkey Point area is essentially flat and slopes very gently from sea level to a height of approximately 10 ft at a point 8 to 9 miles inland. The land in and around the site consists mostly of mangrove swamp extending along the entire coastline within 10 miles of the plant and extending inland for 3 to 4 miles.li2 Homestead Air Force Base,. an active military facility, is 5 to 6 miles northwest of the plant site. With the exception of this facility, the balance of all land within 6 miles of the plant site is marshland. or lightly populated farmland. The area 0

beyond 6 miles from the'plant site along an arc from the west through the north is highly developed, containing most of the population within 10 miles of the Turkey Point Plant.>

Five to 8 miles east of the plant site, across Biscayne Bay, is a string of barrier islands constituting the Biscayne National Monument. This chain of islands begins at Miami Beach on the north and extends to Key Largo at the south. These islands are undeveloped and sparsely inhabited, except for a group of private resort clubs on Key Largo.1t2 2 ~

The emergency planning zone (EPZ) for the Turkey Point Plant is defined by an irregular shape approximating a 10-mile-radius circle with the plant as the center point. The west-northwest portion of the EPZ was extended outward approximately 1 mile to incorporate the entire City of Homestead (1980 population 20,688) and the north portion was extended outward approximately 1.5 miles to incorporate the entire City of Cutler Ridge (1980 population 20,886) . Roughly half of the EPZ is situated over Biscayne Bay and the Atlantic Ocean. The Turkey Point Plant EPZ contains portions 'of the State of Florida and Dade and Monroe counties.2i3 All appropriate offsite radiological emergency plans and preparedness site<<specif ic to the Turkey Point

Plant have been reviewed by the Federal Emergency Management Agency (FEMA) Region IV and the Regional Assistance Committee.

2 ~

The physical means established for alerting the public within the Turkey Point Plant EPZ are documented in the following:

Florida Power and Light Company, "Public Alert and Notification System Report for the Turkey Point Plant," prepared by= HMM Associates, Inc.,

December 1984 (hereinafter referred to as the Design Report) .2 3 ~

The offsite radiological emergency plans and preparedness site-specific to the Turkey Point Plant received approval under Title 44 of the gate~

, Par t 350 (44 CFR 350),

conditioned upon verification of the adequacy of the public alert and notification system, as documented in the:

Letter to the Honorable Robert Graham, Governor of Florida, signed by Samuel W. Speck, Associate Director, State and Local Programs and Support@

FEMA, dated February 16, 1984;4 and Letter to William J. Dircks, Executive Director for Operations, U.S. Nuclear Regulatory Commission, signed by Samuel W. Speck, Associate Director, State and Local Programs and Support, FEMA, dated February 15, 1984.5

II. FINDINGS FOR EVALUATION CRITERION E,6 The Design Report describing the alert and notification system for the Turkey Point Plant was reviewed against evaluation criterion,E.6 and Appendix 3 of NUREG-0654/FEMA-REP-l, Revision 1, "Criteria for Preparation and Evaluation of Radiological Emergency Response Plans and Preparedness in Support of Nuclear Power Plants" (hereinafter referred to as NUREG-0654/FEMA-REP-1, Rev. 1) . This evaluation criterion states:

Each organization shall establish administrative and physical means, and the time required for notifying and providing prompt instructions to the public within the plume exposure pathway Emergency Planning Zone. (See Appendix 3.) It shall be the licensee's responsibility to demonstrate, that such means exist, regardless of who implements this requirement. It shall be the responsibility of the State a~d local governments to activate such a system.

The bases for review against this evaluation criterion were the corresponding acceptance criteria of FEMA-43, 'Standard Guide for the Evaluation of Alert and Notification Systems.

for Nuclear Power Plants" > (hereinafter referred to as FEMA-43) . This quality assurance verification review was performed to make a determination of alert and notification system adequacy prior to conducting a demonstration of this system for the Turkey Point Plant on December 17, 1985.

Based upon this quality assurance verification review and public survey results, International Energy Associates Limited concluded that the design and implementation of the alert and notification system for the Turkey Point Plant and its supporting procedures conformed sufficiently to the acceptance criteria, as stated in FEMA-43, for evaluation criterion E.6 of NUREG-0654/FEMA-REP-l, Rev. 1, to support a FEMA finding that 'the alert and notification system is adequate.

This portion of the quality assurance verification review evaluates the Turkey, Point Plant's alert and notification system against FEMA-43 acceptance criteria in the following areas: the physical means of alerting and the special alerting methods.

A. (E,6 ~ 1 g FEMA-43)

The administrative means of alerting for the Turkey Point Plant were evaluated by FEMA and the Regional Assistance Committee in their determination of adequacy under 44 CFR 350.4<5 B. (E~6 ~ 2 g FEMA-43 )

As described in the Design Report, the physical means of alerting for the Turkey Point Plant consist of 38 fixed siren units and special alerting for residences on Key Largo.,

l. ~~~ (E ~ 6 ~ 2.1 g FEMA-43)

The Turkey Point Plant siren alerting system, as submitted in the Design Report, was evaluated in accordance with the design evaluation methodology detailed in "Analysis of Siren System Pilot Test."8 The siren system as analyzed consists of 38 Model WS-3000 rotating electronic sirens manufactured by Whelen Engineering Company, Inc.

Anechoic-chamber measured octave band sound pressure spectrums (supplied by the siren manufacturer) were used to verify the rated output of all of the sirens. The WS-3000 sirens are rated at 123 dBC at 100

Routine siren testing procedures and operability for the Turkey Point Plant have been reviewed and determined to satisfy PEMA-43 requirements.

The evaluation of the siren system design. calculation procedure was conducted by:

. Verifying the design calculation procedure as presented in Section E.6.2.4.1 of, the Design Report. against the 10 dB loss per distance

, doubled attenuation rate in the absence of special conditions; and Ascertaining the adequacy of the design procedure in the presence of site-specific topographical and meteorological conditions through. comparisons of the design procedure with the Outdoor Sound Propagation Model (OSPM)8 results for specific sirens.

The siren alerting system design follows the 10 dB loss per distance doubled attenuation rate as recommended in NUREG-0654/PEMA-REP-1, Rev. 1, for situations in which special conditions are absent.

Section E.6.2.4.1 of the Design Report presents the following calculated theoretical siren ranges for the WS-3000 sirens:

'Min. Sound Coverage Range 60 '0 7,880 4 i780

These calculated ranges were then employed, along with the 38 siren locations, to generate the 60 dBC and 70 dBC coverage map (see Figure 14 of the Design Report). Population density .distributions within the

=

EPZ were presented in Section E.6.2.1.2 and Figure 14 of the Design Report.

This quality assurance verification review seeks to ascertain whether this design procedure, namely the 10 dB loss per distance doubled attenuation rate, adequately accounts for the site-specific terrain and weather conditions and whether the siren alerting system (as designed) does indeed meet the FEMA-43 acceptance criteria.

Fifteen sirens, 14 of which are depicted on the U. S..

Geological Survey's Homestead quadrangle map (see Figure 1 of this report), were selected for this quality assurance verification review. This selection is representative of the site-specific topographical conditions around the more populated areas within the Turkey Point Plant EPZ.

Surface weather parameters, representative of site prevailing summer daytime conditions, were used in the OSPM calculations. Appendix A of this report contains OSPM topographical profile charts, OSPM topographical input, OSPM sound pressure level input, OSPM meteorological input, and OSPM sound pressure level output for each of the 15 individual siren runs.

To compare the ranging estimates of OSPM with the design procedure for each, type of siren employed, the output dBC levels along each azimuth of the 15 analyzed sirens were classified into one terrain

category of relatively flat (generally unobstructed line-of-sight), since the land area is essentially flat, rising from sea level at the coast to no more than 12 ft elevation. In addition, a shadow zone category reflecting the influence of site weather conditions on the siren effective propagation range was used. Regressions of dBC versus the logarithm of distance were performed for the sirens over these two categories.

The OSPM regression results of the siren sound pressure levels are presented in Figures 2 and 3 of this report. Also depicted are the ranges of 60 dBC and 70 dBC as calculated by the licensee, as well as a 10 dB loss per distance doubled attenuation rate.

Several general observations can be made concerning the siren range comparisons. First, the 60 dBC and 70 dBC ranges estimated by the licensee are conservative over relatively flat terrains as compared to OSPM. Second, the 60 dBC and 70 dBC ranges estimated by the licensee are extremely liberal over the shadow zone category.

RANGE COMPARISONS 70 dBC 60 dBC ZBXEQQRY 'HRHE~

FLAT OSPM 5 F500 ft >10,000 ft Design Report 4,780 ft 7i880 ft SHADOW OSPM 2 i050 ft 2 i950 ft Design Repor t 4,780 ft 7 i780 ft

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AVERAGE AREA (In Square Miles)

WS-3000 2.58 8 ~ 94 Using these results, the following average effective radii are derived:

EFFECTIVE RADIUS (In Feet)

WS-3000 4i793 ft 8 i909 ft These derived radii confirm that, on the average, the Design Report siren ranges are adequate when site terrain and weather conditions are taken into account.

The results of the individual OSPM runs were combined to generate a comprehensive overview of the siren sound pressure levels over the Homestead area as depicted in Figure 1 of this report. A surface 12

interpolation and contouring program utilizing the output results of the 15 sirens was used to generate the sound pressure level contour overlays. These contours account for site-specific topographical and meteorological effects on the siren sound pro-pagation.

These contours'demonstrate that essentially all of the populated areas within the EPZ of the quadrangle selected for evaluation are expected to have a minimum of 60 dBC, and the area (Homestead) with more than 2;000 persons per square mile. is expected to have a minimum siren sound pressure level of 70 dBC.

Comparisons of the OSPM-predicted 60 dBC and 70 dBC contours with the contours in Figure 14 of the Design Report indicate that the coverage of the sirens as calculated in the Design Report is adequate.

In conclusion, the Turkey Point Plant siren alerting system is found to meet the specific design requirements of FEMA-43.

2 ~ (E,6 ~ 2 ~4 g FEMA-43)

(E ~ 6 ~ 2 ~ 4 ~ 1 g FEMA-43)

In addition to the 38 rotating electronic sirens, the primary public alert system encompasses special alerting for residences on Key Largo. Upon notification of an emergency at the Turkey Point Plant, Monroe County officials notify designated personnel at the Ocean Reef Club and have them implement their general emergency plan.>

13

A mini siren is installed in the guard house at the entrance to Key Largo's private clubs. The guard .

house is manned 24-hours a day and controls access to the clubs. Officials of the Ocean Reef Club are notified by telephone by the Monroe County Civil Defense Director or the Monroe County Sheriff's Office. Notification may also come over the mini siren. Upon notification the Ocean Reef Club security will be responsible for notifying residents by use of public address and siren units on seven security vehicles. The Assistant Director of security will alert residents in Area 1, the Duty Officer will 'alert residents in Area 2, and the Patrol Officer will alert residents in Area 3.

(E. 6 ~ 2 ~ 4 ~ 2 ~ FEMA-43)

A number of provisions have been made for alerting of selected institutions where coordinated response to an emergency would be necessary. Homestead Air Force Base will be notified of an offsite release from the-Turkey Point Plant through a hotline connecting the Homestead Consolidated Command Post (HCCP) with the Turkey Point Plant. Two isolated industrial sites on Card Sound Road have been provided with mini sirens.

The mini sirens are small sirens installed in a guard house or office to alert the officials specifically responsible for an institution. In addition to producing warning sounds, the mini sirens also have a flashing strobe light as well as a public address capability. The mini sirens are controlled by the same RF-control system that operates tQe WS-3000 sirens for primary alerting of the general public.

14

The Florida Marine Patrol will provide notification to mariners within the 10-mile coastline< open water, and island areas. The Florida Game and Fresh Water Commission will provide notification to mariners within the 10-mile coastline and inland waterway areas.

To ensure prompt notification of transients in the Turkey Point Plant EPZ, information signs have been placed at public locations. These signs instruct people to tune to local radio or television stations and listen for information when they hear the siren system.

15

III~ FINDINGS FOR EVALUATION CRITERION N 1 On December 17, 1985, the physical means (sirens) used to alert the population within the Turkey Point Plant EPZ were demonstrated to satisfy the alert and notification aspects of 44 CFR 350.9(a) . This demonstration was conducted by using the methods specified in Section N.l.(a,b) .2 of FEMA-43.7 The results indicate that this portion of the alert and notification system evaluation conforms to FEMA-43 and NUREG-0654/FEMA>>REP-lt Rev. F 6 The December 17, 1985, demonstration of the Turkey Point Plant alerting system consisted of a double activation of all sirens, transmission of a voice message over the sirens and a subsequent telephone survey to estimate the proportion of EPZ households actually alerted. The first siren activation was initiated at approximately 6:15 p.m.

(Eastern Standard Time) and continued for 5 minutes. A voice message was then transmitted using the sirens as a public address system. Transmission of the message began at approximately 6:20 p.m. and continued for about four minutes and thirty seconds. The sirens were activated a second time beginning at 6:25 p.m. and ending at 6:30 p.m.

It was reported that siren number S25 failed to activate.

All other sirens were reported to have operated properly during all activations.

The telephone survey of EPZ residences began at approxi-mately 6:30 p.m. and was completed within 55 minutes. This survey was conducted by 43 telephone interviewers, each with a separate WATS line and computer terminal.

The universe of households to be surveyed was determined by 1

establishing a 12-mile-radius circle around the latitude and longitude of the plant. All households known to be 16

0 I

outside the EPZ boundary (an irregular shape approximating a 10-mile-radius circle) were eliminated from the sample.

The sample incorporated a sorted master list of approximately 2,600 households (addresses and telephone numbers) believed to be within the established boundary.

A sufficient number of replicated subsamples were developed from the overall sample to ensure that the required number of telephone calls would be made, i. e., to establish the proportion of households alerted to within a 5% precision at 95% confidence level. Appendix B of this report de-scribes the method used for sizing the sample to achieve this result.

The English and Spanish questionnaires used for,the tele-phone survey are included as Figures 4 and 5 of this report, respectively.

As part of the telephone survey, a total of 375 households believed to be within the Turkey Point Plant EPZ was contacted, and the responses were collected in an automated data base. Of this group, ill respondents stated that they were not alerted. However, before running the final tabulations, addresses of all households interviewed were checked on a street map to validate their locations. Of the 375 addresses, 48 were outside the EPZ. Therefore, data were tabulated on the 327 respondent households that were located'ithin the EPZ. Respondents at 31 of these households had been away from home at the time of the alerting system demonstration and, therefore, were not included in the alerting analysis. The siren coverage was analyzed to determine whether any of the fifty households where individuals were home during the demonstration but were not alerted was in the sole or primary coverage area of siren S25 which failed to operate properly. None of 17

FIGURE 4

'"295OO ton Research Services Study !>9201 nr, Pennsylvania 1 December 17, 19R5 0;fB 43067-0103 (FWd. 9/16)

FPL4 NUCLEAR POWER PLANT ALBERTI.'lG AiQ NOTIFICATION SYST"-'8: ?UBL1C TELEPHONE SIJRVEY Turkev Point Tme Began PM Intervie~ 8 (1-5)

Time Ended Phf Z'p Code (5=0)

Sample Type RECORD BEFORE DIALING -Telephone t'/

(Baca Code) (Fxchange) (Number) (12-21)

VTRODUCTION:

Hello, my name is We'e calling households 'ong distance

."om Chilton Research Services as part of a survev. This survey is sponsored by The ral Emergency Management Agency (FERA) of the United States Government in cooperation Dade t County.

Your answers are voluntary and will be kept strictly confidential.

First of a'1, is this (REPEAT 0 DIALED)?

Yes TERMINATE 82$ DIAL AGALV No As you mav or mav not know, there was a test of the siren system for the Turkey '?oint Nuclear Power Plant. Did you, or any other member of this housebo]d, hear a signal from this test today?

SKIP TO O. 4 Yes SKIP TO Q. 4A No Heard:ron I CONTIVUE another 3 source ASK IF ANY 0TH& HOUSEHOLD Don'". 'now

<ABER IS NORE KNOWLEDGEABLE 18

FIGURE 4 (CONTINUED)

What did you or your household hearP (DO NOT REM. CIRCLE ALL THAT APPLY)

(23-25)

A siren I

SKIP TO Ne'hbor told me 2 O. 4 Other family member told me,' I Other (SPECIFY)

CONTINUE Don't Know jY

n. Did you h ar... (READ LIST. CIRCLE ALL THAT APPLY)

(3O-32)

A Siren From a Neighbor From Another Family Nember . 3 Or by means of something else, 9 (SPECIFY) l DO NOT READ Don't Know (IF HEARD EMERGENCY SIGNAL ASK 0 4 BELOW'THERWISE SKIP TO O 'A)

Were you at home or away from home when you heard the siren signal?

37-Home SKIP TO O. 5 Away From Home 19

FIGURE 4 (CONTINUED) 4A. (IF "DID ROT HEAR EMERGENCY SIGNAL")

Were vou at home between 6:15 and 6:45 this even'ng?

38-Yes No Don't Znow Y

5. Informat'on about what to do in an actual emergency at the Turkey Point Nuclear Powe" Plant is contained in a blue and white packet of information tit]ed "Emergency

'.measures". Has your household received this informat'on?

Yes 1 i

No I2 Don't Know ~ Y I

Because we need to determine ~whether or no't you live within the 10 mile Baergency

,Planning. Zone of the Turkey Point Nuclear Power

~

~

Plant, would you please give me this address? (PAUSE P FOR ANSWER)

ADDR="SS:

and the nearest intersection (or cross street) to this house.

Also, what community is this?

On behalf of Chilt'on Research Services and the Federal Emergency Nanagement Agency,'

would like to thank you for your time and for giving us this valuable information.

20

FIGURE 5

') 064O SPANISH ilton Research Services Study 8o201 adnor, Pennsyl van'a December i 7, 198s OMB SYSTEM!:(FEMA 9/85)

'>20&7-0103.

FEMA ~!UC~~R POWER PLANT ALERTING AND NOTlF ICATION PUBLIC TELFPHONE StEVP.'URKEY POINT Time Began Interviev 8 Time Ended . DM Zip Code (6-')

Sample Type RECORD BEFORE DIAL NG -Telephone 8 (Area Code) ( Exchange ) (Number ) (12-21 )

I.!TRODUCCION:

J Buenos d'as (noches). Estamos llamando residencias a larga d'stancia de Cbilton search Services corno parte de un estudio. Este.estud'o es patrocinado por la Agencia eral de Emergencia (FEMA) del gobierno de 3.os Estados Unidos.

Sus repuestas son voluntarias y se mantendran en confianza estricto.

1. Primero, liame el numero (REPEAT 4 DIALED)?

Yes TERMINATE AND DIAL AGAIN No Corno Ud. puede saber o no, habia una prueba de la sistema de sirena para el .ud<ey Point Nuclear Power Plant. Ud. o algun miembro de su familia oyo algun senal de esta prueba hov?

SKIP T0 Yes SKIP TO 0, 4A %To res rd f. Om CONTINUE another source ASK IF ANY OTHER HOUSEHOLD Don ' Kno~

MEMBER IS MORE KNOWLEDGEABLE 21

FIGURE 5 (CONTINUED)

3. Corno Ud. supo de esta senal de emergencia? (DO NOT RE&. CIRCLE A L THAT APPLY)

(1g 20)

I I

I siren SKIP TO )

I neighbor told me i), 4 i

I othe" family member told me 3 Other (SPECIF Y)

CONTINUE Don ' Know 3A. De cue manera supn... (READ LIST. CIRCLE ALL THAT APPLY)

(3n-36) de Sirena I

[

de un vecino de algun otro miembro de familia (0 otra manera)

{SPECIFY)

DO NOT READ Don't Know (IF "HEARD EHERGENCY SIGNAL" ASK O. 4 BELOW; OTHERWISE SKIP TO O. 4A)

Estaba en casa o fuera de la casa cuando Ud. supo de.esta senal de emergencia?

Home SKIP TO 0. 5 Away from home 22

FIGURE 5 (CONTINUED) 4A. (IF "DID NOT HEAR BfERGENCY SIGNAL" ) Estaba en casa durante 'a media hora de 6:15 a 6-45 esta noche?

Yes

'R1o Don't Know 7 J

5 ~ 'Informac'on sobre aue deLe hacer en caso de una emergencia verdadera en el Turkey Point Nuclear Power Plant es contenido en una paoueta blanca y azul de informacion, con el titulo Emergency 1".easures". j.i(a recibido en su casa esta informacion?

41-Yes No 2 Don'tÃnowI Y Por razon determinar s% Ud. vive o no vive en los limites de 10 millas de ~ Zona de Planificacion de Emergencia. Por favor me daria esta direccion? (PAUSE FOR ANSWER)

ADDRESS:

y aue es la interseccion mas ceres de su casa o calle principal?

y en aue comunidad vive Ud.  ?

Por la compania Chiltnn Research Services y la Agencia Federal de Emergencia, auisiera agradecer a l Ud. por su tiempo y para darnos esta informacion importante.

23

these households could be verified as being in the sole or primary coverage area of siren S25. Of the remaining 296 households, 83.1% (246) indicated that they had been alert-ed during the demonstration. Using the estimated number of households within the EPZ (31,376 from ref erence 10) in the confidence interval expression in Appendix B, an estimated 95% confidence interval that ranges from 78.4% to 86.9% is yielded for the proportion of the total EPZ population alerted. In other words, at the 958 conf idence level, between 78.4% and 86.9% of the households within the Turkey Point Plant EPZ would have stated that they were alerted by the siren system.

The sample of 327 households was also used to estimate the proportion of households within the EPZ that would have stated they received information about what to do in a real emergency at the Turkey Point Plant. Of these 327 households, 31.5% (103) responded that they had received the information, 61.2% (200) responded that they had not received the information, and 7.3% (24) did not know whether they had r eceived the information. Using the approach discussed previously, the following estimates for the entire EPZ population resulted (at the 95% confidence interval):

Between 26.7% and 36.78 of the households would have reported receiving the information; Between 55.8% and 66.3% of the households would have responded that they had not received the information; and Between 5.0% and 10.7% of the households would not have known whether they had received the information.

24'

In conclusion, no areas of the Turkey Point Plant siren system were identified as needing enhancements. However, the relatively low percentage of households that stated that they had received information about what to do in a real emergency at the Turkey Point Plant indicates a possible need for enhanced distribution of emergency information, public education, or both.

25

0 IV FINDINGS FOR EVALUATION CRITERIA E 5 J Fo 1 g' 2 g N 3 ~ AND N.5 Those aspects of the alert and notification system addressing evaluation criteria E.5, F.l, N.2, N.3, and N.5 of NUREG-0654/FEMA-REP-l, Rev. 1, have been reviewed by FEMA and found to be adequate to provide reasonable assurance that appropriate protective measures can be taken off site in the event of a radiological emergency. This conclusion is documented in letters to the Honorable Robert Graham, Governor of Florida, signed by Samuel W. Speck, Associate Director, State and Local Programs and Support, FEMA, dated February 16, 1984;4 and William J. Dircks, Executive Director for Operations, U. S. Nuclear Regulatory Commission, signed by Samuel W. Speck, Associate Director, State and Local Programs and Support, FEMA, dated February 15, 1984.5 In these letters, the Turkey Point Plant received FEMA approval under 44 CFR 350, conditioned on an ultimate approval and verification of the public alert and notification system as called for in NUREG-0654/FEMA-REP-1, Rev. l.

26

REFERENCE LIST Florida Power and Light Company. 1985. "Updated final saf ety analysis report." February 1985.

Florida Power and Light Company. 1984. "Public alert and notification system report for the Turkey Point Plant."

Prepared by HMM Associates, Inc. December 1984.

U. S. Department of Commerce, Bureau of the Census. 1983'.

Volume 1, Chapter A, Part 1, "United States summary." PC80-1-Al. April 1983.

Federal Emergency Management Agency. 1984. Letter to the Honorable Robert Graham, Governor of Florida, signed by W. Speck, Associate Director, State and Local 'amuel Programs and Support. February 16, 1984.

Federal Emergency Management Agency. 1984. Letter to William J. Dircks, Fxecutive Director for Operations, U. S.

Nuclear Regulatory Commission, signed by Samuel W. Speck, Associate Director, State and Local Programs and Support.

February 15, 1984.

Nuclear Regulatory Commission and Federal Emergency Management Agency. 1980. "Criteria for preparation and evaluation of radiological emergency response plans and preparedness in support of nuclear power plants." NURFG-0654/FEMA-REP-1. Revision 1 . November 1980 .

'ederal Emergency Management Agency. 1983 . "Standard guide for the evaluation of alert and notification systems for nuclear power plants."'EMA-43. September 1983.

International Energy Associates Limited. 1983. "Analysis of siren system pilot test." IEAL-333. November 2, 1983.

Florida Department of Community Affairs. 1983 . Letter to Glenn C. Woodard, Jr., Chief, Natural and Technological Hazards Division, Federal Emergency Management Agency Region IV, signed by Gordon L. Guthrie, Chief, Division of Public Safety Planning and Assistance. (With enclosures.)

July 25, 1983.

Donnelley Marketing Information Service. 1985. "American prof ile. " October 22, 1985 .

27

APPENDIX A OSPM Topographical Profile Charts OSPM Topographical -Input Data OSPM Siren Sound Pressure Level Input Data OSPM Meteorological Input Data OSPM Siren Sound Pressure Level Output Data

TURKEY PolNT 7 AZIk1VTH, E 70 I

I- l s

~~)

I A

6J F 10 12

('Thr. u:.one)

DI:=-T+J~lUK, FT,

+$ %AVN I 4) w ~ y TURKEY POINT 7

.4ZIM<-RH, D lE

'PO')

UJ 2%+

lv Fp

(~ng,.@pe~,l Vl:.7ANUK, PT.

0 TURKEY POlNT 7 AZlt1~.RH, NC Ci I-.

=).

fiJ UJ

'IR XP

~

(

~

F; 12 (Tll4'0 ~ 6 Pi 0 ~)

D fw~.<J'f(

~ I'W r TURKEY POINT 7 4'It lVTH, NNE aq V

"-f.

le UJ i>)

MO 5 A l2 (Tnr;u.>and ~)

1Hi<VCC, FT.

TURKEY POlt')T 7

.~'IMÃH, N 1CO I-69 0

~ Oil UJ 20 12 (1b vu =:and-".)

DIH.~NCAA, PT.

I ttA,%" I, W lt ~ ~

TURKEY POlNT 7

~(MVm, NW).~

1%~

QQ 60 "

0 UJ 20 10 F.

( nlnu-.,r fig.,)

IH;~Jul..F', t T.

e TURKEY POlt')T 7 A:Ik1NN, NVF lC' 89 7O I

U c C ~)

F-.

w Jg

.:).

k LU p

w~v'C" 19 5

(Thai:and=.)

DIST.4JilCE, PT.

vt . sv ~ i V' ~ ~

0 TURKEY POlt'JT 7 A:IMÃN,

>A'lyQ 7O I

h.

I-.

@]

til 4C'"

U3 If 1

l 1

1 12 (Tho.i:dna=,)

VI T.4N~L, rT.

L ~.

TURKEY Pelt'lT 7 AZIMVTH, '~!>~~V.<

K 0 N I-.

.-).

Cu lU

'7(w (elloo'El t:-

= 0 il0 -~)

Dl -7~¹C, W,

TURKEY POINT 7 AZlk1%?I, ~V~(

1C>~

--f.

fJ hJ

~-~v 10 f~ 10 AlQU~QilJ-'~)

f, DlR~.ANGE, i'.

TURKEY POlNT 7

.4ZIMGM,

~A'q I-U

'l.

hJ 4V 1'0 10 (Tll0'll ~ 0 I"id.~)

DIH+J~lCC, i T.

V TURKEY POINT 7 AZltAÃ,I,:=.

lM I-h I-.

w) 6J ld lv a

jThvu:and=.)

DIM;<filCL, H.

qadi TURKEY POlt'lT 7 AZlh1'-.RTI, 5K 1 Cv (1 C~+y I-. Y

-:).

G3 hl

'7()

1(:

10 (Thr. v:.an 3.-,j DIH;<f'ICE, FT.

~ 8 ht 8 ~ l4-TURKEY POINT 7

.<Zlk1t M, 65K 16'a 70 0 CjQ bf UJ

'Z QA,I' F.. 10

( Pjlc'9= Villi-.)

> ~iTtM~lG PTs

FLORIDA PONER AND LISHT COXPANY TURKEY POIHT ANS S!REN 47-NS3000 SOURCE-RECEIVER TOPOGRAPHICAL IHPUTS ALL BEAPIHSS ARE NITH RESoECT TO THE NORTH XEASURIHS CLOCKNIS GRID SROUND FQLIASE INTERVEHIHS DISTAtiCE TO HiGHEST HEIGHT GF POIHT DISTANCE BEAR INS HE I SHT TYPE PEHETRATIOH OBSTRUCTIOHS QBSTRUCTIQH FROtt SDUFCC QSS'IRUsCT!9H 500. 90.00 9 ~ CO HARD 0. HO 0.

100C. 90. M 10.00 cOFT 0. HO O. e(e 200C. 90. M 9. 00 HARD O. HQ 0.

4 4000. 90.00 8 ~ 00 "ncTl Cvs O. H9 Oe V~

5 eOCO. 90. 00 8,00 SDcT 0. HQ 0~ r, 1 ~

6 SOM. 90.00 8 F 00 80FT 0. HD 0. V~

T

( 12000. 90 00 F S.OG SOFT 0. HG G. I~

S 500 67.50 9.00 SOF 0, Nn 0. 1~

'000.

67,50 10.00 SO T 0, HO 0.

10 20M. 67.50 9,00 SOFT 0. HO O. ~ e 1 ~

4000. 67.50 S.Ã 0. HL~ 0

~ 1 600(. 47.5( ve v 1 HARD n An es1 ~ ~

I>>

~ r 3000. 5( ~ 1L 1 ~ 11 ~ Ve AD 1 ~

14 12M;. 47.50 3. 00 cGC T

~ ~ Nn ' "e 50v. 45.00 'JG SOFT s%

V~ HQ r ~

1000. 45 snn '..00 VLI T

~ !i0 V~ '1 ~

'GCO 45.00 10,00 SOFT 1~ HQ lc 4000. 45.oo 9.00 HARD C. XQ 1~ r~

19 60M. 45,00 8(M 0. NO G. (~

e ~

20 8000. 45.00 S.M SOFT 0. ll9 0. 1~

e 2~ 1200.". 45.00 8.00 SQF3 C. HO 22 50G. 22.50 C.OC "0 0. NQ Oe Ve 24 10CG, 22.50 9.00 "0 0. li0 0. Ve 24 200C. 22.50 9.00 CQC( 0. NO D. '1 ~

A5 4000. 22.50 10.00 101 I 0. HO 0. 1 ~

26 6000, 22.5D 10,00 COl' 0. HO 0. V~

27 SOOC. 22.50 9.00 SOFT 0. tiD 0. l) ~

28 12000. 22.50 11 00 SOFT 0. HO 0. 0.

2c 500. .OG B.OD SOFT 0. HO 0. Ge 30 1000. .00 -, 8.00 SOFT 0. NO 0. eb V~

I 'c 4~ 2000. 8 ~ 00 Dr 0 HQ G. T ~

32 4000. .M S.M cOF 0. ND ve

>>T 6000. .00 9.0G SQF": 0. XD G.- re

'zh SOM. .GC rO crFT 0. NO V~

35 1200G. .CG o CAST

~ 1 ~ XO 0. ~ ~

36 500. 337.50 9.00 SOFT 0. NO 1~

FOL}ABE IHTERUENIHS O}cTAHCc TG HISHES! ( "(

<<Vii e 6R}0 SROUND ~

i J."e v'('<<0:!(UVe POIHT DISTAHCE BEARINS HE}SHT TYPE PENETRAT!OH OOSTRUCTIONS OSSIRUCT!GH FROH bi(URCE na ~

0/ IOM. 337.5P 9 ~ 00 0VF'OFT

0. NO 'a ~

38 2000. 337.50 9.M 0. HD P. v~

4000. 337.50 9 eo

~

CGCT G. HO

~~

40 bOOC. 337.50 9.00 SOFT 0. NO Vt ~ a ~

4} 800!. 337 F 50 9.00 SG. T 0. NO (i, C a ~

4o }2000. 337eQV !1.00 SOFT N0 e ~

43 SM. 315.00 !O.M SOFT "iO ie 44 IOM. 315.00 !V.M SOFT G. HO a ~

45 2epp. 315,00 }G,OC S0c'et NO a ~

46 40CG. 315 00 F 1 l. M 0, NO Ve a e

~

47 6000. 315. K !1 00 ~

"C" O. HO ei

~

Sippp. 3!S.OO s< ep c ~~

~ ~

Vne e ~

e<<VVV a'Ii ei ~ a 0 cc e ~

ni

~ ~ i I'J e ~

~~

5n

c.

<<Vv'e 29:,50 }cJ. VG ce (' N0 Vt ~

5} 10{;G. 29 .50 9. 00 SOFT HO O.

v <<>> ~ SJ '0 CC n

a~ NG 53 '4 4000, 202.50 9 oe~ SOFT 0. C.

bpep, 292.50 I l. 00 SOFT 0, HO CJ, 05 8000. 292.50 if.M SOFT 0, HO )e 56 120CO. 292.50 9. 00 SOFT 0. HG 0, Si seo. 270.00 9.00 SOcT 0. HO e. Vi 58 !eve 270.00 9. 00 SOFT G. NO ~ ~

50 2000. 2!0.00 0 pn cn-r v (' e. HO ep 4npe 2ip.pp 9.00 GF: Ve HO 0. ~ ~

' COcs 0~ 60Ã. 27v 00 F ".. 00 0. H0 a' e~

02 80CO. 270.00 9.00 c00( 0. HO" 0. tt ~

63 12000. 2 O.M 1 I. M SDF'OFT G. HG Ve b4 SSO. 247.50 9.00 0. HO 0.

65 1000. 247.50 9.M SOFT 0. HO 0. 0 00 20M. 247.50 10.00 SOFT 0, NO 0.

07 4CMJ 247.50

" 9.M 80ci ee 00 0.

e8 60{(J. 247;50 '..M SOFT O. HO Ve v~

b9 8000. 247.50  !!.00 SocT G. HO a~

70 120M., '47.50 9,00 SOFT 0. HG G.

l~ SM. 225.00 On na ~ "NO C.

72 fppp. 225.00 9.00 SOFT 0. HG 0.

BRIO SROUHO FOLIASE IHTERVENIH6 DISTAIICE TO HIGHEST I Hl. 'F PQIHT OISTAHCE BEAR INS HE I BNT TYPE PENETRAT!OH OBSTRUSTIONS OBSTRUCTION . R J.'OUPr=

~

73 2000. 225.00 9 ~ 00 SOFT 0. KO C. r~

74 4000. 225.00 9. 00 SOFT 0. k0 0. I' 75 6000. 225.00 9 ~ 00 cr,-;l

<<Jt 0. HO Ir~ ~

76 8000. 225. M 8.00 SOFT 0. NO V~

I/ Ighpp 225.00 B.QC SrJF T O. HO 0. I ~

78 5M. 202.50 9,00 S0FT 0, k0 0. hV ~

i9 !000. 202,50 9 ~ 00 SOF: O. NO C. h I ~

00 200C. 202.5v 9. CO HO 0. V ~

BI 400<<'. 202 50 0.00 SOFT F

HO 0. J~

82 6000. 202.50 10. 00 SOFT 0. HO O. V~

83 8000. 202,50 8 hp SOFT 0. HO 0~ ~

'I I 1 'shh a<<('vv ~

QCrr IIII I rr,

~ vs '

e Nh 1 V~

h"

<< QVJ ~ Is

~ <<v ~

~~

~ V i '." I ~~

V~ ~ lv 'Ja 1000. '80 M 9.00 cnFT Iis1 h~ ~

r ~

~

r.p C" 2MO, <<J,: '\\ ~

400C. !80 00 F 10. 00 SCFi Ve Nh r~a

~

6tj00. !QOO B. GO SOFT C. HO C~ e1

~ ~

BCQO, !BO,X 8. 00 0 ti0 hV ~

91 1200v". 180.00 V~ HO hV ~

~ ~

92 500 157,50 9.M SOFT \'e HO V~

'000 f57.50 Qh 5Oc'I O. !i0 C.

04 20M. 157.50 9.M SI1<<T O. I NO V~ ~

~ ~

95 4000. !57.50 9.00 SOFT 0~ NO 0.

96 6MC. !57.50 6 ~ 00 SOFT Va HO r~

7/ 8000. 157.50 4.00 SOFT 0, NO C.

0<< 12000. 157.50 r se 4~ 00 SCFT Va NO 0. r~

90 5CO. 135.00 9.00 SOFT 0~ NrJ O.

100 1000. 135,00 9. 00 SOFT 0. H0 0. re

!01 2000. f35.00 00 SOFT 0. HO 0. hV ~

102 4000. 135 00 F 7.00 SOFT 0. HO ~ ~

'03 135.00 1 60v0. 6.00 <<<<t l Je HO C. IJ ~

!04 BOM, !35.00 4.M 1 0I<<t ~ HO V~

eQS 12CM. 135.00 4.00 S0FT O. Nl'. Ve V~

106 500. 112'50 9.00 SUFI 0. NO Oe 'I ~

!07 IGOQ. ~ r<<a ~ v rp r--I 0Jr r, IIO V G. r~

108 2000. 112.50 9.00 SOFT 0~ NO 0.

I 09 40M. 11".50 1 ~ hh 0hC re IIrJ r.

VV V ~

I IQ 0I/Ops II~ C

~ ~ <<V Ca vsV V~ re ~ ~

8000. 4 ~ CQ SOF T 0, Nh Ie f2QCG. 11 .50 '.00 0I10T I <<I ~ C. q/I V~

FLORIDA PONER AND LIGHT COHPANY TURKEY POINT ANS SIREN 07W3000 NOISE SOURCE POMER LEVEL INPUT INDEX SOURCE DBA DBC 31.5 63 125 250 500 1000 2000 4000 8000 NZ)

TURKEY-NS3000 158.4 158.7 .0 .0 .0 .0 152.0 157.0 149.0 141.0 134.0 XO= .00 YO= .00 ZO= 58.00 HEIGHT ABOVE GROUND= 50.00 FLORIDA PONER AND LIGHT CONPANY TURKEY POINT ANS SIREH 47-NS3000 NETEOROLOSICAL INPUT CONDITIONS Hl= 10.06 NETERS H2= 60.05 NETERS NIND NIND SPEED NPS) TENPERATURE[C) RELATIVE BARONETRIC YEAR SEASON NOHTH DATE HOUR DIRECTION Hl H2. Hl H2 HUNIDITY PRESSURENN OF HB) 1984 16 12 120.0 5.0 5.7 29.4 28.3 51.0 756.0

FLORIDA POMER AHD LISHT COHPAHY TURVEY POINT AHS SIREN 47-MS3000 SIRFH SOUND LEVELS IN OBC UHOER NET COHDITIOH 1 DISTANCE IH FEET Ai!l UITH 500. 100 C'. 2000. 4000. 6000. 8000. 12VOV.

E 106, Y2s 77 45. 36 <<sYs

'1 EHE 106 93. 52 45. 'ns 2'I.

HE 'On.

94 ~

'3. '4.

40. 36 44 IInn 44 sls ~~

10'I sn ~ 75. iVs ')s

+ ~

sl<<

H ~ <<I ~ ~ ~ 84 ' F ~ s'V s )Cs ~s s ~

HHH Is s, 4) 75, 70. C)s L'4 HH 104. )4ss )C 7C. 54

~ ~ ~ sl ~ 66.

104. 4'6 HNH 84. 75. 70. 66. ~ ~

'6 H 106. 84. 75. 70 nns 54 HSH 106. 84, 75. 70.. 6 ~ .

SH 10n. '4. 84. 75. 70. 66. II4 s ~ ~

S)H 106. 84. 75. 70. 66. 59, S 106. 45 72. 45. 40. 36.

SSE '06. 93. 70. 45. 40. 36. 94 S. 106. 9I ~ 69. 45. 36. <<Ys fnn 106. 64 45. . 40. vns 'jn

WIAA g'\ I 4 yupygv PolHT 8 AZIkitVMs <

l C~>

I- F.9 lx Q

6J J

hJ II

)C?

6 10 12 (Thr.,i.-:an: ~

g(p ~hfdf( j F j,

TURKEY POINT 8 AZIMN?l, Bijou ag

'? Cp J

'v' l2

  • '4 A TURKEY Pelt'kT 8 AZlt'1i %9, NC qq P,Q F,Q A
-f.

UJ

=1 2 Fc 12

(, Bi<" I*"l'Ri"-~

.-".I'~I )

"i'l~!

TURKE POIt')T 8 A:Ik1VTtl, )~INK 1vv I

U 6<r'2

~ Jg 6>

J

~s i 'b

10'URKEY POINT 8

.4ZIMi.RN, N C-Q J

49

/

ca V

C (Thr;u=:inc =.,'.'

VI5T~1>lCE', > T.

0 TURf'.EY POlt'3T 8 0

AZlkfhi N, Nt~f'!".

1'M Q

.=)

6J J

M lZ (The <i-":vn"..". ~

A. ~ ) ~

TURKEY POllNT 8

.~Zlkl~.fil-l, t'I'!V 169 aq

"-)

le UJ

+r V 2Q'

~~i 6 10 12 f, @le'~A~Qf! ~~.>~

DiHA>"!CK, ! ~ ~

TURKEY Pelt')T 8 I HVTrl v" I"'90 (W

C)y fiJ

'g ZC 1'0 r~

rp%

(Then.;on5.".. 1 DIG.;~1~1'..5, r"t,

Wk 4l/ ~ / H Al = V ~

TURKEY POINT 8 li CP

'I-.

~'f 7%2'.

hl 1Q Vl.:T.~NCE, P1

TuRKE> polHT s Zlk/I l ~ 'j'>! -oQht 199 egg AQ I-lil DJ ZO F I II'i A

i, The.i."arid-". >

Vl5TAt'!Ct,, i"'T.

t<<W t\

1'URKEY AZlf1'-JM Pelt')T 8 5'.".'f'-

h. F,9 C/q I-.

~)

hJ A'~

10

{lfl4'J-:elf.l-y)

DIHAtJCC, ri.

TURK 'OINT 8 Ik'lifer, M 1 C'v

'3<)

~e

(.7 C)~q b

6J hJ

,'7Q I

(i 6 10

(,7110'.I;.Qfld.. ~

C!5T.~b! Ct., f- T.

~'\'a~~ 1 + *y:"I 't y<<v vp~wi TURKEY Pelt'lT 8 AZlk<N tl, =.

70

~O A

l-.

.-).

fiJ UJ I

1 lO

/m t A (Tll4"3 ~U Il<3 ~)

DIH;-"HUE, Pi.

~1 P TURKE'r'OINT 8 AZINE)4%, ~~~K I

~s

~P)

%J'V Cia

.J UJ o PJ ~

~ ~

TURKEY Polt'lT 8 AZlk 1VTH, =-.E 1'~ 9 iP <Q 7g) k 0

~J.

(i3 UJ QPg 19 t

10 (Thb'.I~<ifiV:ij DkH;"ll FI

14 ~ '4 I' ~ + 4 . a4W~1+t gA'~

0 TURKEY POINT 8

.uglt'14tl'H, EGG

) e'a~

uJ I

~o 4'X+

19 I

Y (T~.-.~:.:r;net:: t

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FLORIDA POHER AHi'ISH! CONPAHY TURKEY PGIHT AHS SIREH IIO-((S3000 SOURCE-RECEIVER TGPOSRAPHICAL INPUTS ALL BEARINSS ARE NITH RESPECT TO THE NORTH HEASURIH6 CLGCKHISE BRIG SRD{if{D FOLIAGE IHTERVENINS DISTANCE 10 HISHEST PO!HT 0!STANCE BEAR IHS HE IS H1 'PE PEHETRATIOÃ OBSTRUCTIOHS OBSTRUCT!OH FRnN SGijPCE 5M. 90.00 7.M .SOFT 0. HG 0. ~~

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FLORIDA PGNER AHD LISHT CGNPAHY TURKEY PGIHT AHS SIREH SIO-HS5000 HDISE SDURCE PGNER LEVEL IHPUT IHDEX SOURCE DBA BC 31.5 63 125 250 500 '000 2000 4000 8000 sHI:

TURKE)'-HS'IOOO !58.4 158. 7 .0 .0 ~ 0 ,0 152.0 157.. 0 !49.0 !4!,0 XG= .00 <00 ZG" 5 00 HEIGHT ADGVE GPGUHD- 50 'O

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'O'5 an I f YEAR HOUR G!RECTIGH Hl H2 Hl ~

s 'J<<s'ds 1984 l'

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FLORIOA POIER AHO LISHT COHPAH

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  • e jslf> y'i LOPIOA PURER AHD LIISH! '.ORBAL hk" c'iv h 'j<<3 h0

~ ~ 'I ÃIMD HIH9 SPEED!UPS'. TEHPERATURE(C) RELATIVE OAROYETPIC IJ }, ~ W .":O'."; DI ..".": I OH H} H2 HI H2 HUNIOITY PRESSUREiPH Or H"") I 120.0 5.9 F 7 29.4 28.3 51 ' 756.0 SlPEN SOl5 LEVELS lH BEC iuiBEd q."z g p,rstlga: i cd(0 ih/a'a ~ vvba 4000. 6000. 8000. 12000. I (I ~ v v~ 9' 45. 40. 36. 106, 9.". 7!e, 45. 40. 36. 29. 10."'. 94. /de 47. 40. 36. 29 ~ '/6, 84. 75. 70. 66. 59. a ~ vd ~ 95. 84. 75. 70e 66. 57 ~ 106. 95.- 84. 75. 75. 66. 59. 10d. '/d. 84. 75. 70. 70. 59, 10!. 9da 84. 75. 75, 70. 59 l0!, 'lve 84. /5a 75. 70. '9. <t a )va a C~ 84. ~ ,ta/ ~ 70. 70, elva vv Bi. 70 ~ ~ . /De a/ /a ~ ae ~ /Da 70. dde 5Y ~ ae ~ 'e'd. I'a 4t, 36 ~ v9 ~ I/a v ~ v) I '/a v ~ 1va vv a ~  % ~ ~ '0:. 92. 69. 40. 36, d9 106. 6d. 45 40. 36. 29, ?0 10 0 ! UF'.!:Vt POINT 12 ,"iZit'f'.Gl-l, U lE 1 <% ?'v' Cp I-. ~ w) 6J hJ 10'

6. 12 (13>~u.".and:)

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f. C'C

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r. 5 P ~ I

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r. <<VI I >>>> jr. Ttic tIJPT}; NcPSOPIHc Ct.Oit jrcc C

<<ri. J crioinirs O'AS INTEND H!HS DISTANCE TO HISHEST ttEISHT GF ra (PTH>> CI. I)ts ~ TirPC PEHETRATIDH OPSTPUSIIOHS O=STRt!C) Iot, ffON SOP."E O r ~ rI ~ ~ ~ ~ V~ ra O'I Ce""'C 'I ~ V~ 'I ~ V IOO.'. 5.00 T H; O. O. IrJsh >>vvs ~ rer. I 5 00 0~ HO O. r. V~ 4rr: ~ YO.00 5 no cnF> HD 0. V~ Cs)e)h Ch Qa vv nh SOF: 0. HD O. O. COO . ".i. 0!I 5.00 cocT O. O. I Yes ~ io,oe 5 hrJ CDF r O. NO V~ Cg Ch Nh 0. 3 s"v ~ V7 ~ ~ V'1 be vv Se.cT C hra Cg>>7 t ooe It ~ YV Os HD 0. IY is' 2'an t. ". v r ~ <<'I <<I h* C, vv'0 SOFT O. HD 0. Va II 'I reh ra

0. 0.

~ a Va s ~ CI I O'J SOFT a Inh Cv Yiv' :7. 50 5 rJr coc ~ rJ Hn O. oa s3 .-.OO. Cre 50 5 isa <<V ~ 0. 0. 0. ~ a a>>v'/I v ~ ~ ~ ~ cn sr J C {ih Coct 0. 0. r. V~ hr> <<h

.00 <<V O. JI IC

'Ire C. ~ ~ v <<el sa ~ I<<I I Cs O. V II I I hJ ~ << ~ V I V~ Ge re lar H". ~ Vs Js V~ 'Js ls J ~ VI D,F; ~ >> V~ ra I <<C nV ~ f. r II I V~ ~ I ~ \ V~ ~ '7 I s vaIIIv ~ ~ 4IOC 5. trO O. HO 0. zr.h VS 'VI 5rJ 5. 00 SD=,: 0. ttO V~ <<V leÃ. >>I JO 5 00 SD.FT O. HD 0. G. 4 2000 ~ <<>>I 5' 'O SGF" O. . HO G. 2<<' 4COO. CII'I shO cnFv I I ~ ~ O. HC 0. ~ CJOh. 2'.5Jr 5. 00 0. NO 0. iJI <<YVV~ ?2.50 5e 00 SOFT 0. NO nV ~ 0. ioV ~ .'?OK. 2?. 50 5.00 SOFT O. NO 0. O. ic 50v, 5.00 cncT 0. HD 0. Oe 3n 10!I". .00 5.00 SOFT 0. NO 0. 0. 3! 2000. .00 5.GO SOFT 0. HO 0. 0. 3 400 . ,Oo 5.00 SOFT 0. HC 0. 0. crJV). nn ~ VV 5.00 SOFT 0. NO 0. 0. 8000. .OG 5.00 SOFT 0. NO 0. 0. 35 I?OOO. .00 5.00 SOFT 0. HO 0. G. 36 500. 337.50 5.00 SOFT 0. HO 0. 0. ) VI' I 4 C I r I I 0 1 I I I I i I I I, I 0 I<<c n<<nc. ~ I ~ <<Lie ~ ee

h: RvcNTHS DTSnNc.: TO "::iS"..Sc; ~ << ~ ~ ~

I ~ I~ Fc'C 'PP'"5 v JUJ 5. GC SncT nV ~ NO ~ V~ I vPJ ~ 'I ' ~ ~ 5 C.G Snci 5. HD G. <<'z I ~ c'I ~ I~ nre l 'I <<v r" 1 ~ C. V~ HO C. V~ f 'vle<<U c'e n' vp SD. l C. HD re V~ CJ c"OC 55?I50 5,00 DFT nV ~ NO G. !2GCUI 53?.50 5.00 SDFT -G. HD 0. 0. 41 2K 315.00 5.00 SQF 0. H9 0. UI I Is n:. vUv ~ '!5,00 5.00 SDFT 0, HD 0. UI 20cJcJ Sl5. CO 5.00 S"Fi 0, HO G. G. 4505 ' 3!5 vp 5. OG SD T G. HO 0, OI 5!5.05 5. QO cOFT G. ND 0. 0. IVVV~ El: ~ c00 5.00 SOFT G. HO 0. 0. ~ <<v'U Je 515.00 5. 00 Dc Ge HO G. 0. cce0 2",".50 5. 05 SDci 0. HO 0. 0. C 'I COc I ~ ~ VVV~ a i2 ~ 5v 5. 00 ~

0. HO C. 0.

5,00 SOFT 0. ND G. G. 45nh << ~ ~ ~ II On crF. <<J. l 0, HO 1ICII C,n H" VV ~ I ~ I G. V~ 0~ I 8 II~ V l I 1 <<V vU~ ~ I hi~ V~ It ~ C '."--C Hn ~ ~ ~ v' v ~ <<I 1 ~ II I I J IV ~ V ~ CJ Il<< I~ v~ \< I ~ ~ g ~ I ~P ~ v~ CI<<C G. nV ~ I~ t.'O ~ v~ <<?GIGv JIGU 'ct > 0. 0. IniCv'I 1'v n >?n 1n v ~ I 0 SD-. T 0. HO 0. 0. I 0. 0. c~ SCJOCI 275.55 SOE: HO 0. I v Venl'VI c, v 275.00 rJO 0. NO 0. 0. SO-'DFT 270. 55 5. 00 0. ND 5. GI I 5 nn CI Sn SOFT 0. HO'O G. V~ 1 Gcen 247.55 5.00 SOFT 0, 0. 0, Qv 247,5J 5. 00 SDci 0. NO 0. 0. L 4000. 247.50 5.00 cDFT 0. 0. 0. VI HO VV 8055. 24i 5rJ 5.00 SOFT 0. NO 0. 0. eo8,'. 247. 50 5.00 SOFT 0. ND'O

0. G.

?n 120UJI 247.50 5.00 'SOFT 0. 0; 0. 71 5vv ~ 225.00 5.00 SDFT 0. NO 0. 0. '7 rar 1005. 225.00 5.00 SOFT 0. NO 0. 0. i C)S)At'. " Hi".I!S:: ~ 't ~ ~ ~ ~ s DSc T.".OiT!OH IIV' ~ 4 \ 4 lv ~ I ~ I V~ ~ ~ pre Vv cr-- f. V~ Vs ICOF t ')4 4nn I ') IC rs{. >>UV ttO G. Vs Or 'I' ~ rp PPs V~ r( VS

On V~ Hi r.

V~ r ~ n" r, Gl lV l ~ ~ ~ e v 4 ~ ~ tii V~ ~ e'e ~ se ~ rV I V ~s V ~ Ll. Ar ' 'v r ~ pr Vrr>> 5V =.00 0. Hu G. v. 202.5v 5.00 41st I Vs tiD Vs Vs >>les 'VVV ~ 202.50 5 ~ 00 cDC t Oe ND G. 4! 202.5( 5.00 rs HD Us ~ ~ ) Onr :l.~ Sn 5. 00 SOFT ND G. VV rlI n'IV ~ 'I ~ ~ r,)L, -l

r y, Cs J'v His 4 i hv ~ V renvoi hU. e 0>> ND 0. re

'I ~ JUI I ~ U Js vrr 4~ Ji 0, HO 0. (' >> CI VI ~ ' 'I ~  ! ilJ.GG C rs I'0 crJF 1 0. ND 0. v>> S VV ~ ~ ~ Ctr I 'JV =.. OG rut I Ve HO 0 ~ VV>>UG 5 00 cD t 9. NO G. rv Cv'vis !8O.UO 5. OO '0F HO 0. (;(r' !8'J. OG C n'I re v'< Sisp t G. Nns G. nr r.:, 4 cr. ~ 's ~ U HU 0. Ue I ~ r r 0 \e ~ 's V I ~ C'4e ~ vs PI H" UI I ~ >>1 I r~ 5r 50 4~ s I ~ V~ NO 'I v~s ~ ~ ~ I ~ ' ~I ~ I 'I 're I r ~ h er \ r~ ~ II ~ 4 ~ ~ Ve V~ ~ c ere ee ~ 'r v ~ 4 ~ ~ r~ ~ ~ V~ tiG Ge r ~ r7 Uuuv'I 5r.bG Ue Uv 0 G. HD 0. 0. s Pr '.n 08 >>4JGV>> !57 5. 00 50. T 0. HD 0. O. OC 5 v's ~ "('35.90 5.00 cOit 0, HO G. G. S (I)~ 10Gn. !35.GO 5.0v SDFT O. HO 0. !y 'IJS v'I  ! 3'.. 00 rs UO SOFT 0. HO O. ~OnrJ !35.00 5. 00 SOFT 0. H" 0. i) ~ 'v~ 6000.  !>>)5>>UO 5. 00 SOFT 0. HO 0. G. 8000. !35.00 5.00 SOFT 0. HO 0. 0. .'05 135.('G 5.00 SrJFT 0. HO 0. G. 106 500. 1!2.50 5.00 SOFT 0. H0 0. G. 4'J2 1;00. 112 ~ 50 5.00 SOFT 0. ND 0. 0. !08 2009. 11') F 50 5,00 SOFT 0. HD 0. 0. ~ GIC (000. 11'. 50 5.00 SOFT 0. HO O. 0. !10 6000. 112.50 , 5.00 SOFT 0. NO 0. 0. !!1 8(5(:. 1!2.50 5.00 SDF; 0. HD -0. G. 112 12000. 112>> 50 5.00 SOFT O. HO 0. 0. .it,E': PO!N'. Ah:;TR:(i s!9-aB;v '~0!B'iY.'.";i POKE;-. L:YEL iHPUT ~ aava" rDr v<<v 125 25i 500 1000 2000 4000 ~ v vv ~ ~ I i~aa ~ 4 SDÃa I ~ V .G .0 152.0 157.G 149.0 141.0 134 a 0 taO= .00 YO= .00 iG= 5.00 HE16HT ABOVE GROUND= 50 00

"'OR1OA POtl:R ARO L'.ERI OOHPANti" AH'v tPC"'AC g>.,000 l<v Tvaa ~a ~ a' ~

gq luaa.Pq rjlghT a 1 f>Hv~ ~ a I 2 V~ ~ I4 I~ A~ 4 va V>> ~ >~ Ttg>> I av H HU titiv ~t':Ot""i TEHPERATURE(C) RELATl'ii BARO,".ETRTC ~ av ~ a BATE HOUv nlREC T:Oat Pl H2 Pl H2 HK",TOIT( PP<BiURElNH OF K C ~ 9 Qa'a 120.0 5.7 29.4 28.3 51.0 755.0 FCQEIOh POKER.ANO '8:":T CONF'A.".'. TIJ;",Y T COIP NS SIR=4 bio-LC3000 U,";OSSA NET CONOITIOte 1 OISTAHCE Itl FEET (7 tM JT'<<'0ls 4'pv ~ ~ PrIO 4000. 6000. 8000. - 12000. * '.(:. bc 45. 40. 3be 2'l ~ ~ II Pb e3 ~ 71. 45. 40. 3be 2 l ~ 106. 94. 73e 47. 40. 36 ~ 29. NAE 106 ~ c6. 84. 75. 70. 66. 59. lj 10b, 96. 84. 75. 70. 66. c9 !lNk Ipb. 96 84. 75. 70 ~ co ~ $ 9e ~ Nv I s's C' ~ se 'o

84. 75. 70. bo ~ 5~~

'@I I Keen ~ ee <<~ vs<< ~ ~ 84. ~ s <<s ~ 7Ve oo ~ e sv~ ~ 's ~ ~ ~ <<~ ~ ee << ~ J't e 75. 70. O<<e 5<< I'V e 'f<<e 84 l<<e 70. e <<Oe 5c \ ~ s << ~ <<C '!. 7<<e ~ V~ bb. co@ 1vo. ,9o. 84. 75 ~ 70. 66. 59. 106. 93. 71 45. 40. 36 ~ 29, 5CC 106 ~ 70. 45. 40, 36. 29. 10b. 91e 69. 45 ~ 40 36. 29. ES. 106. 91. 69. 45. 40. 3be 29. TURI~FY POINT 20 ,~Zlk1VN, K 0 l-. Ci) UJ 20 12 ('Theo:and~) LilH'~f~lvE, P. ~ w-TURKEY PolNT 20 AZPAVN, CNC 70 Q 40 10 6 19 SThvu:and~) G ISTA1~lCC, FT. 1 ORKEEP POINT 20 ~ZI)1~ M 41K 60 70 0 I-Cu UJ (Thvv."-on d-) DI.~T,~Nr,E, FT,

e. weeee,~q e TURD'FY POINT 20

.<Zlk1~-RH, N 0 I-hl 10 10 (Tbw< and~) DIH,"N C, FT. ~ ~ ~ ' ~ ~ r wv TURKS'olttT 2c AZlkIVlH, Nf lA'O 0 I-. UJ 20 10 5 12 <Thou:aod=.) I IST.~NGC, PT. 0 lUR[;FY POINT LCD A."ItAV7M, N~.V QQ I-U 0 I-f- lu hl 20 10 6 l,illO'J ~ Q 0 4 ~.) DI~DPlCE, PT. w,'e Tur::VV> Po~t'~T 2o 4~ltAVTH, wl'lN 'PO 70 0 I-. UJ 10 6 10 17 (Thou~ond:) VID~ANCK, FT 0 TUP-t'-'F-Y PLAINT 20 . ~Z!k1'.R?I, 'N I-U 5C!' bJ hl 40 6 10 12 (Thou-and=,) I I=TON{ C rT .P TOP.KFY POINT 20 ,'Zlfi1VVH, V< vP~ 70 I-h. 0 hJ 10 6 12 (~vu~and=.) PIHNvK, PT. 0 rvv~;r~ ~oi~~~ zo UZI}i1VTH Q I-. UJ 4Q'0' 6 . 8 1C 12 ('Thvu=and.-.) VISTANCC, PT, ~~ ~ >ww luprFY POINT 20 ~Zl)9 M aq 8C' 0 hJ 10 6 (W su-and:) DID.;~NCE, FT. TURI',FY POlNT 20 <ZlkMH, 5 QQ ~C 0 l-. U3 I, f, 10 6 12 (Thm<:on d-".) DIHi;<llCE, PT. .~r. i ~, ) lJpgp'( pQ)pj f $ 0

~ZIM', ~E 70 0

I-hJ 10 6 6 (Thm>:and-') DIST.4NCC, PT, 70. 10 ~ ~ r~ ~ vlt, f "Lli.EE  ! tt TEP."Et! 1NE OTSMtKE 79 NTENEST iiE!S:;: F ~ I Ie II era PEtt..T~t; fit, OSSTP.'Ot!OH cf .>>:lt><'.c 'I I ~ > ~ V~ V ~ tt9 Ve 41 ~ ~ ~ 5. 00 SOc i 0, NO 0. Ga ~ h IIVI hh Q IJ I VI v ~ 9 ~ VV 5 ~ Gi HO G. 0~ v('.00 0i'J'V > >G )0 :DFT G. ND 0. ~ I rr,> n ~

JG 5 n3 SOFT 0. NO 0. ('I vV Creel r\ 4 ~ 'l0 JG 5 eii'> CDC1 0, NO 0. G.

~ VV' v ~ ".G. 00 5. 0('.

0. NO G. G.

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0. HO 0. 04 43 e003. .00 5.00 0. NO 0. 0.

BfJGG, .QQ 5.00 SOFT 0. NO '0 . 0. 35 !2000. e .00 5.00 SOFT 0. ND 0. 0. 500. 557.50 5. 00 SOFT 0, NO 0. 0. SR<<IG>>">>p' FUL I AS }KTSRYEH}t}S }' C>>(l ~

.nl V JI>> I l
~ >>~HC v-A"]H" V l{KT ~ ~ FFHSTRATlOH . DISTR(v(ST IDS OSSIRJii}O}I FRON SODRCi cG."STRO':

i'l 337.50 5,00 SDPT NO 0. h hI ~ 3<< 200(. 5. 0('e SO. I V~ }IO C. h ~ Cr Sr,-l hV ~ I ~ V~ vv HG (J I ~ S- ~ nn'e nn P I'I VV ~ ~ V)i ~ V~ rv b t}I'. Ve V~ <<0UV>> .'3 I ~ 5'0 3>> V0 Ulr 0. HO 0, 0. ( Pj 0. 4 } "V>>0(. 337.50 5.00 SOiT 0. NQ 0~ 4<< 500. >'5 GU 5.00 SOFT 0. NG 0. hV ~ }000, 3}5.00 5,00 SDFT 0. K9 0. 4 n ba5>>00 5.00 SGiT 0. HO 0. 0. 4'e>>UG>> 3>>(5.'Ã 5. UG <<9F. 0. HO 0. 0. g ~ 2'JV ~ 3!'5. 00 5 ri(n SOFT 01 t}O 0. 01 h VVO <<}5 ~ 5 00 =Vr: 0. HO Ue 0. Ov'I>>5>>GV ~ VVV ~ 5>>UG SOFT 0. HO V>> i<<j >{>> 5.00 Ve HO e. It. 41 (I'nn 29 .50 5. 00 SOFT 0. HG 0~ r.r ~ 4' 0. A4w'U I 292.5U 5.0U 0>> HG I 40(J(. 292.50 5.00 SGii 1~ V~ HO 0. 0. 'iAC P I e h ~ >>rv ~ ne' {0 V~ HO T hV ~ vv r v ~ ~ ~ v '1 I JU V<< ~ V~ I 'I ~ V>> ~ ~ r I UU ~ V~ I t}G V ~ V ~ V ~ Ve ('I ~ ."ril I' >>1<< V~ ~~ I ~ ~ Ye V' V a ~ V~ ~ I > je>> h r-- ('Ce <>r>> 5.0V SGP T 0. 0. 0. 2/Ua U0 ND <<4 QCJUI 24 .50 SOFT 0. HO 0. VV }V~VGI 247.50 5.0v SG..I 0. HD 0. 0~ hh hn('0>> v~ 5. 00 SOFT 0. NO 0. 0 ~ 247.5('47.50 57 +00n 5 ~ 00 SOFT 0. HO 0. 0. re gO e,{(00. 247.50 5.00 SO~I ~

0. NO 0. V~

S9 S000. 247.50 5.00 SDiT 0. NO 0. 0. r( I 'lh0{i 247.50 5.00 SOFT 0. HD 0. 0. 'r ( ~ ~ 500. 225.00 5.00 SO. I 0. NO 0. 0.

0. hV ~

72 }005. 225.00 5.00 SDFT 0>> NO 1 v V<1 ~ <<vv 1 A ~ }I I ~ I~ ~ I i ~ ~ 4<< ~ I 1 1 ~ I ~ ~ VV N<I 1 ~ 'Va 74 'I'1 1<<J a I <<<< ~ FV 5,0V Cn G. NO 0. (i, ~ 4 VVV ~ ~ V~ 'i<< \V ~ I ~ NO G. rs ~ L ~ 4~ ' I 0, ~ la ~ l~

r. << I' V ~ } ~

I ' ~ ~ V J<<e -t, IJ J 9 I Ve 6 0. ~ ~ C;l< r, 2':2. 5 c nr <<I vV \ ~ Js NO 'I ~ '):.ra si 20.". 50 r. ~ IV <<'V'VL a 5. 00 SOF T 0. NO 0. V~ fr<<Jr, r 2 SrJ ~ S. 00 cOcT 0. HO 0. O'O'J'4 I Fj l <<v << ~ I}V 5. 00 l}ASO NO e. V\I Vl re<'s ~~ ~ Cr. 5 ~ 0! I'A"" nV ~ H9 0. Ve .".rir. ~ ~ F 1 ~ 'Pre 4 ~ Vi :9. s t<'s H9 0. is V~ I I ~ vt'u(I. (s'. <<<3cT 0. HO 0. 0. V n0 I GG NO G. G. r<niin ~ Vi V 4 ~ vrI nrl ~ V '1 cV ~ rir, V 'V cpi 'r

0. NO G.

<F5 !Ev'I'); 5.00 NO D. 0. F 00 HARD 0 ~ NO 0. 0~ cr,n0 0 rJG H9 0. 1 4:I:sr 1 V\ ~ <<'4' rs't ' UPS ~ 0.' NO hV ~ I ~ ' V~ 0 F l '4 ~ N" 4

1 << ~ r ~

1 ~ ~ 0. C~ / ~ ~ ~ ~ ~ ~I ' Vs 1 I ~ H! V~ I' ~ VF I< I i< n4 V~ l< ~ ~ Nr, V~ Vs le" n4 ~ r. ~ 'V ~ \ ~ I<<<<S<<~ I< elv V~ r ~~ ~ sC cO<<j ~ V~ ~ ~ << HO 0. VV 1%7 IV e<<044 ~ 5< 04 HALO NO 0. 4 ~ rVv Crsr, e'< n4 ~ I VVV~ D0 5 DrJ SO. 1 0. HO 0. ~ sa 4 ~ V V 'I 5.00 Cs<FT Q. NO 0. 0. ~ (11 200!, 'a" 00 5.00 'OFT 0. HO 0. D. ~ <<JICV 5,0('. G. NO G. 0. v0  ; ~ 155.00 00 Sect D. HO 0. 'Je i'0< .000. !55.00 5,0rJ SOFT 01 0. 0. ~ FC<< ~ ~ 5.00 SOcT 0. Ge 0. l I' 500, 112,50 '. 00 SOFT 0. 0. ~ 0. lV n. ~ !0!J. 1!2.50 5,00 SOFT D. HO 0. ~~ 4 ~ !GrT 20M. 112. 50 5.00 SOFT 0. HO Q, 0. 4000. 11i.50 5.00 SOFT 0. NO 0. I 1 0 6(00. !12,50 5.00 SOFT 0. 0. 0. 8000. 1!i.50 5.00 SOFT D. 0. 0. 112, 12000. 112.50 5.00 SO. T 0. NO Q. 0. H-'}O'...OL'R". PAYEE LESE'NPL~T r.- '<<<< e V ~ v ~ ~ 5 I>> V 125 250 500 }000 2DG! 40'( ."".CD (.'".. !5":.4 C ~ 35>> I >>ll .0 .'5:.6 15'..0 }4>.O 14}>>0 .00 YO= .00 iO= 5.00 HEIOHI A49VE SROUMO= 50 00 ~ OR:PA POHER AMO ';6PI rONP~N ~ I ~ V~ fe . V<< ~ I ~ \ I 0 KiNC HlMO 9PEEO(HPS! TEMPERAI(PE(C! RELAT!YE BAROMETR}C HOUR OiR OT}ON H} H2 H} H2 HUMIO!IY PRE"EURE(H!} O, HG] 12 }20.0 5.0 5.7 29.4 28.3 51.( 756.0 FLORIDA POHER AND LISHT COHPANY TURKEY POINT ANS SIREN 020-NS3000 SIREN SOUHD LEVELS IN DBC UNDER NET COHDITION 1 DISTANCE IN FEET AZINUTH 500. 1000. 2000 4000. 6000. 8000. 12000. E 106 92. 69. 45. 40. 36. 29. ENE '06.

93. 71. 45. 40. 36. 29.

HE 106. 94. 73. l7, 40. 3&. 29. HHE 106. 96. 84. 75. 70. 66. 59. N 106. 96. 84. 75. 70. bbe 59. NHM 106. 96. 84. 75. 70. 66. 59. HH 106. 9&. 84. 75. 70. &6. C%9 NNN 106. 9&. 84, 75e 70 ~ &6. 59. li 106. 9&. 84. 75. 70. 66. 59. NSN 106. 96. 84. 75. 70. 66. 59. SN 106. 9&. 84. 75. 70. 66, 59 SSM 106. 96. 84. 75. 75. 70. '9. S 106. 93. 72. l5. 45. 40, 32. SSE 106. 92. 70. 45. 40. 36. 32. SE 106, 91. 69. 45. 40. 36. 29. ESE 106. 91. 69. 45. 40. 36. 29. iv TURKE'(;"oIHT 2'I AZlk)ÃH, 6 iO< N 7I ) la. fjg k. (.'l C '.ji\ tLJ .I a<  !,"i li J V IP7 Ph t 12 TURKEQIHT 2) AZl'A<Xi)i, ENE P.Q 7'<.> r C~ l-: ~] 6.i I b.l ÃP f Pl <<V l ~t 'ri 1= TURKEY P'"INT 21 PZlti1'Acl. NK wg r~ QFy Li f;Cp (') I- .J gc p IU ~l~ C 'V t7 )0 12 'l;Q;I " J 1 I ted<) TURKEY POlt'lT 2.j .4. i)i'K!18, Ht !E: ~ A Pl f %r'g 6~3 r.<~ I- ~e t~ gr.P gf iO ,j M F)g) 22 I P,, ~ + i ~ ~ a%'-r II TUP.I;VY Po)NT z] ivy~ 'TH, Ntf!V 1x"3 5~> V r '(r Yi LU 'r~ 2'> ]0 J V Cr I~ Jg Jpgp p vuai'n' o~~ir z>. AZIKIKN, tilV) Q I". 6J UJ ,~rl} 20 1 (') jX I fi'!.~s(;iQAQ .) TURKEY POINT 2f AZlk9 'N, '!VN')V g W a(p VQ I 'I A I ~1 fit ..I U,l ,O'J 7g ls i TURKS't'U)t~)T 21 (iZ!t,"iVTiI, Vd IOQ pip JQ F~O ~f Q QJ i K7 i7 2q 10 l C' 10 12 k,l > .".) '4t18::) L': i:." "'C. F ". 4 ~ TURKEY Pell11 z1 IHVTl l <X) ll,g Vl." '7Q I4'~ I v.i '7() 10 II l) ) E 12 ggl,. $ II"I All'URKEY WV PotHT 21 PZlkS~RH, 5'~ h. C3 + rp r 6J UJ 29 'Y 12 TURKEY P:lit)T 21 AZlk(UNi, ~".~!". 1 ~'0 N> 7<~ )s (> cj f( e .I LI Ir ~O )i s I I I r tI .12 'h ~ TURKEY POINT 2) A.'~M~ TN, > UQ 0 C I~ cf iJ 'L<J ~ i '( P. I rj llki~c! "..i<9~~) D!'"1'",:"l'-~i., FT. TURKEY Pelt')T 2'I C I AZ,"f.lÃrl, MC '3W- ie. fg <.'Q g 'L CJ ..l *tO hl hQ 7z} I 'I TURKEY POINT 21 O'It(VM, 5E lvV l  !$ 9 r i.JQ UJ .n ,I 'aq I l I I ( 12 ( ;-,.;.:.. ~ n3:' . ~ Lrl >. ') -*) ",.~ J IF I as ) 0 0 TURKP'elt'lT 2i Ac.lk~iUTi l, 05K lM ZJPp QQ C ~ g( rO 'l.l I U! zo fO FLORIDA POMER AHD LI6HT COHPAHY TURKEY POIHT AHS SIREN 12HIS3000 SOURCE-RECEIVER TOPOSRAPHICAL INPUTS ALL BEARIH6S ARE NITH RESPECT TO THE NORTH NEASURIH6 CLOCKNISE SRID SROUHD FOLIASE INTElÃEHINS DISTANCE TO H16HEST HE16HT OF PDINT DISTANCE BEAR IN6 HEI6HT TYPE PENETRATION OBSTRUCTIOHS OBSTRUCTION FROH SOURCE OBSTRUCTION I 500. 90.00 3.00 HARD 0. NO 0. 0. 2 1000. 90.00 3,00 HARD 0. N 0. O. 3 2000. 90.00 3.00 HARD 0. N 0. 0. 4 4000. 90.00 = 3.00 HARD 0. N 0. 0. 5 6000. 90.00 3.00 HARD 0. NO 0. 0. 6 8000. 90.00- 3.00 HARD 0. HO 0. O. 7 12000. 90.00 3.00 HARD 0. NO 0. O. 8 500. 67.50 3.00 HARD 0. N 0. O. 9 1000. 67.50 3.00 HARD 0. HO 0. O. 10 2000. 67.50 3.00 HARD 0. HO 0. 0~ 11 4000. 67.50 3.00 HARD 0. HO O. O. 12 6000. 67.50 3.00 HARD 0. HO O. 0 13 8000. 67 F 50 3.00 ~ HARD 0. N O. O. 14 12000. 67.50 3IOO HARD 0, HO O. 15 SOO. 4S.OO 3.00 SOF.T 0. HO 0. 16 1000. 45.00 3.00 SOFT 0. HO 0. 17 2000. 45.00 3.00 SOFT 0. NO 0. O. 18 4000. 45,00 3.00 SOFT 0. N O. O. 19 6000. 45.00 3.00 SOFT Or NO 0. O. 20 8000. 45.00 3.00 SOFT 0. ~ N Oo 0~ 21 12000. 45.00 3.00 SOFT 0. HO 0, 0. 22 500. 22.50 3.00 SOFT 0. HO 0. O. 23 1000. 22.50 3.00 SOFT 0. HD 0. 0. 24 2000. 22.50 3.00 SOFT O. HO O. O. 25 4000. 22.50 3.00 SOFT 0. HO 0. O. 26 6000. 22.50 3.00 SOFT 0. N 0. O. 27 8000. 22.50 3.00 SOFT 0. NO 0. 0. 28 12000. 22.SO 3.00 SOFT 0. N 0. O. 29 500. .00 3.00 'SOFT 0. NO 0. 0. 30 1000. .00 3.00 SOFT 0. N 0. 0, 31 2000. .00 3.00 SOFT 0. NO 0. 0. 32 .00 3.00 SOFT 0. HO O. O. 4000'000. 33 .00 3.00 SOFT 0. NO Oo 0. ,34 35 36 8000. 12000. 500. .00 .00 337.50 3.00 3.00 3.00 SOFT SOFT SOFT '.0. 0. N N N '.Or O. 0. 0. O. FGi.!ASE IHTERIiEHI!i6 DISTANCE TG H!SHEST ~. e,vT ve<< ~ SRIQ SRGUHO ~ <<4ve e Pg TLlT DISTANCE BEAP!NS ticlcH T'iPE PEHETRATIOH DBSTRUCTIDNS OBSTRUCTION FRO!l SOilPCE QBS ROC:I N 37 1000. 3e00 SGFT C. HC 0. ~ ~ Ce 20n0, 337, 0 3.00 'Ca tiD 0. Va 'e 30 4090. 337.50 3.00 SOFT 0. HO 0. 'a ~ 40 5000. 337.50 3.00 SOFT 0. HD Ce 'r'a 4! Bn00e 337.50 3 ~ 00 cGFT 0. HO 0 r~ 4r 120CC. 337.5C 3.00. SOFT 0. NG hr ~ N%. 3}5 00 F 3.00 Cal<<T ~ eve ~ 0. NQ hv ~ re 44 !00v. 315.00 3. 00 SOFT 0, HD 'r ~ ~ ~ 45 200 . 315.00  :.CC SOFT 0. elfI .!5.00 ". 00 SOFT r. ~ NiD i ~ ~ ~ 4r 500h. 3}:,00 3e'Cv I IIi3 ~e v~ v~ 3}c hre ..CC ncT ee 4 re Cn 3!5.00 3. 00 e va ~ << nv ~ tlO hve ~ ~ ~ ~ ~ <<h vv 503 ~ 2o2 Sn be v9 cDFT HC ~ e 'v ~ innr ~ r ~ ~ <<i Cra ~ va h ve eih Ve e a ~ 'r r ( a ~ in ea 4~ ICE =r, vv 4hnC e <<e  :.00 ee e ~ el v~ Nr. ' v~ <<4 O'VVVe rv9<<e Are <<v h3 CC) T n\ ~ !iO ~ v~ r~ <<nnhv e er ge ~ r<<e vv 3. 00 Hl a\ r ~ r ~ I ')frere CC'P Ce) 3 nn crF <<I T ~ hv ~ Hr. r ~ -r,r. vvV ~ 270 rqr CVt Ce Hr, ~ v~ vv !000. 27c.ce Oe00 CQ<<T Nr, V~ r r-- ~ Cv ~ r ~ lnnn <<v a v~ 270.00 I vve ~ NO 0. v~ e 4ene, 270.00 ";. 00 SOFT NO V~ v~ vv ne.r, ~ rV 2lel hC 3e00 eie V>> rr ~ 27C.CC .00 Sh,-, v ~ HDl '). 270,00 f00 <<'v'I' 0. r. v~ ~ ~ c4 c;Cn 247 '0 3. 00 SQ<<T Ve HQ r~ e ~ e ~ !h4l* 247,54 3,00 ~ eJ HO ~e 247.50 re ehh vv ~ C rve e Ce v~ 57 4r Cr. 247.50 3,CC SrcT ~ IO r~ ~ ~ Bv 5009. 247.50 3.1) SOFT t:el Ce ~ ~ )V Been 'I4 cn 3. 00 cr.c v T ~ ~ hv ~ tiQ v~ ~ ~ rv a }20K., 24-, ce h0 C l:. I e r~ Ilh ~ I ~ ~ 50'. '.00 CEeCT h LO fa 7! 2 '5e VC v~ r ~ ~ ~ I 4 aC 'ecn

0. vv ~ rv ~~

ven0 CEeF T I;0 r ~ 6818 SRrtUHO FOLIASE INTERVENINS OISTANCPE TO HISHE=.T ~ tee i~ POINT OI STANCE BEAR INc HilSHT I~PE CEHETRATIOH OBSTRUCTIONS OBSTRUCTION FROH SCARCE 73 20CO. 225.00 3.00 SO. T 0. HO v~ v~ 74 4000. 225.00 3.00 SOFT 0. NO Ge ~ ~ 75 'Ovo 225. Go 3.00 SOFT 0. HO hv ~ ~~ v ~ 7e c(inh 225 'o Cn cpOct O. NO 3~ r~ 77 12000. 225.00 3. Co SCFT 0. HO 'Oe v~ 78 500. 202.50 F 00 SOFT 0. HO 0, h'i ~ 79 1000. 202.50 3.00 COF O. HO 80 CVpe 20'.50 3 ~ GO 0. NO Ppi r~ 81 4pph.. ~ Vve et v 3.00 SOFT 0. NO 'v ~ tp coop. cher ~ vV avv cn 0 r G. NO ~ ~ ~ SO'OF: 8v choo 202.50 .OC 0, HO r~ ~ ~ 84 !2000. 202,50 .' 00 SOFT O. vi ~ ~ NO r ~ Cv v'vK ~ !cite N  :.ip e.it i ~ ~t ) 'v" e e v ~ hP vV t~ it g T i ~ lh ~ t v~ !8O.PC ee ~ vv vvl' v~ Hi > ~ r~ 84 180. 3.00 SOFT O. tiO ~ ~ vCC 0('cp,oo ~ e000. ce '3l ~ H vi ~ O. re vh SPAN 180.00 hv ~ c Co SOFT NO v~ cl 12000. 180.00 3.00 O. NO 92 hh ~ vvv !57.50 '. Co 4fpch 0. HO 1 ~ ~ c3 1000. 157 ~ 50 3.OO tiO tr ~ 94 1ve' 5 j 3 ~ hh vv HARB tiih r ~ vv 4hpo '57 '0 ". np. v vv ~ NAcC 0. tiO v~ r ~ n"h vvv v7evv v HARB ir ~ ~ ~ ~ ~ 'e ~ iI v 'i ~ hr,* ~ tv r ~' ~ vt v<t 3. 00 lfl .."t" ~ lO ~ v~ I 2000 I"P '0 3.00 HAR" hr ~ NO 'i ~ r Ept). 135.130 3,00 -r-- v i O. ~ ~ NO v~ It'ii ~ I Vr(e ~ t>ht 135.00 ~ r ~ hPI vv Cv'r: Pl v~ t:Pj h< ~ ~v~ 2000. 135.00 itvo CeICT 0. NO v~ r~ !02 400 . 135.00 .00 SO.=T O. HO r~ 103 6000. !35 OG~ 3.00 =.OFT HO 104 SOOO. 135.00 3 ~ 00 v~ vln Ge '05 12000. !35.00 3. Go n Cvt I 0. tiO Ve ~ v~ 1 ~ 0$ 500. I'z 50 3e 00 HARP HO . 107 1000, 1!2.50 3.00 HARB 0. In Ve r~ <n8 20(}<3 ~ IIC Ch ~ e ~ vV .'. Co .".ARO 0. NO 109 4000. 112.50 3.00 HARO 0. NO ~ ~  ! Inv Soon. 112.50 .00 HARB 0. VI:I I ~ ~ r~ !1! 8000 ~ 5P ..GO HAFiO ~ '1 v~ ciI Ilc .'2030. 112 EPj 3.00 HAR 0~ Pi v~ FLORISA POSER ANO LIGHT C{NPAHY TURKEY POIH:,AHS SIREN %21HS3000 " 'URCE APOISE PON R L V L INPUT INDB SOURiE OSC 31.5 63 !25 250 500 !000 ""00 4)0lg bl'101 ~ ~ Vt I cb I 4 .Q~r .0 0 152.0 !57.0 14m.0 I g! ~ ~ ~ e' lO= F 00 rO= >00 ~ ~ V 3. 00 HEjSj!T ISO'iE SROUNO- 50 00 Ti e 4c'} QilfN~ AN( ~lbbls 2I ,:T.O.".t."OSiiAL IHPU; .iNOI.!ONS H! = 10.06 llETERS H2= :0.05 HETERS I'r SINO ZPEbh<ubi) I a'NO R(TUic ( ~ Ag UI~ HOUR 9!RECT I~N II Hl H2 ~ 0 ~ C !20.0 Qe0 2S. 4 51.0 i'56 FLGRlBA POHER AHD LISHT COLPAHY TURKEY POlHT ANS 1PEH 421-HS3000 STREN SOUND LEI/Elc 1H DBC "tiDER NET CONDITION 1 VaverND ill cccT AE1HUTH 500. 1000. 2ee04 4000. 6000. 8000.  !'c0/'0, 10 v5 52 40. 040 I fi 'a vo ~ 96. I 0 ~ ~ IV ~ I ve 45. 4Va v ~ ei /ba 100 ~ 47. 4V. vo ~ I~ NHE 106 84. 75. / v'I 09 v ~ N 106. 00 8'l ~ 75. DO I 70,'0. '1'/'H 106. 9L 84. i'5. 66 ~ Cv v ~ ~ 10o. 06 04 i5. /Ve 60. 59. Hteat 106. ol, 84. 75. 70. 66. 106. 96. 44 75 ~ i0. 66. 5v 106. o'0 ~ 50, NSÃ 84 ~ 75. 70. 66. SH = 106 IOI 84. 75. 70. 66. vv v I ~ ESH '06. 9o ~ 84 75. 70. 66. co VI ~ S 106. 03 '2e

45. 40. Ti IV Ie ~

SSE 106. 95, 77 52. 4c 40. ova SE !06. 4le ~ ~ H. 45. 40. 3oe 0 "0 106. C '/~e 76. 52 a 45. 40. 7C'v' P TURKEY POINT 25 AZlktVTH,. Ui)K 70 0 JC "-l'. 6'J 10 (Thousand:i Di~~,M.JQF, r;, 0 TURKP'OINT 25 .~Zlk1~-fN, t~K YY Q

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CJ Ql ZO 2 5 l, Tno.;=-an~.-...'I Oi5TuN.r E,;,

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TURKEY POINT 25 AZIMVTH, NNE I U C. I-. le hl 'I '2 6 f (Tllvv~Gild~) DiST.~blCF', '. ~ 0 TURKEY POlNT 25 0 .4Zlk/NN, N 16~a aq I f~ UJ Kv'> D!HA'lGL, A I, ~ TURKEY POlHT 25 AZlk)4i N, Nlitii<< 1~~C AQ 70 PPv -:f. fQ ~I 49 wP 1C' (Thou:and.>,i Pi::=TolK~C, ~~., TURKEY PQlt')T 25 .'=twurn, r r.v 7C' 10 2C'C 1C' ~ ~ TURKE'r'Olt')T 25 A."Ik1VTH, '~A< 1 v& FA') I-. pQ '.j. lit le J 5 (,7il4'I Qli- -)) DIH4J l'."l:, ~ I. 70 Pv 20 TURKEY POINT 25 W1A TuRKP polNT 25 .4ZI)i9.RH, -~!'i!' l-. .:). bJ UJ ( OltrU-.Olid..) DIHMJlCC, =,. C TURKEY POINT 25 ,~ZiMW.~, S 1Ãv Q ~ le ~+v'0 12 ( nit~'J- Qfl C."i "T4H- i li~~ TURKEY Poll'IT 25 AZIKQFiil, 5L 1>& R Ijq E. (Th~.i ~a ni;.'IH ~J'ICE F ' TURKEY POl)'lT 25 AZlkMM, WE RQ I- 'hr Y -:) 6J hJ F) I fj,71+fllW~UIl 4 2 P DIM'AJ'l~c., ='i ~ ~ i F}ORIANA P{igE,, ANG LIBHT COt{PAHT T}JR{lEl PGIHT ANS SIREN 525-1{S5000 "GLGCE-R""CE IUER TOPOSRAPHI CAL INPUTS ALL BEARIHSS ARE iilTHRESPFCT TO THE NORTH NEASURINS CLGC(NISE SRI 0 SROL}HG FOLIAGE INTERVENIHS &ISTAt{CF TO i{ISHESi ~ o ~ I P vite". GISTAHCE BEAP!NS TAUPE PENETRATION OBSTRGCTIQtiS OBSTRUCTION FROH SO JR':. <<i0. VO>> <<>> vO NIO V~ V>> v'}'0.00 1000. S. 00 SOFT 0~ , }j 0~~ r~ 2000. 90.00 5.00 NO V~ 'I 'I 40'."J, 90,00 5. 00 =OF'Gt'h>>F 0. tiG r~ u GOGO. rJO u. 00 t{O V~ r~ trit'rT h~ ~ BO  ;. 9h. 00 5.00 O. HG I riihh 3 90 "0 5. 00 Oe H 'J>> re <<h0 hV ~ G ~ 37 I st} 5. 00 0. HG ~ I IOM. {}i.50 5,00 Sh. T 'Je HG I ~ I ~ hh rir 2000. C7>>50 ~ iev V~ ~ ~ ~ \ ve, ~ ~ wevr ~ ~ I )v'r ~ ~ vLlh c hn hV i':I ~ << GO{}0 {}I~ vO ~ ~ ~ es  :,"0 5.00 'VI ~ II <<r VI@ ~ NG V~ i GrOOh <<rouU <<00 v I ~ ~ r ~ NG V~ vo <<Oh 45.00 5. 00 <<htT V<> !000. 45.00 SOFT HG 1: 2h0h 45.00 5,00 t}I tiG ' ~ 0, I lS 4000. 45.00 5 00 F SOFT tiG vo 19 {}000. . 15>> 00 5.00 SOFT nV ~ NO 'Jo I V~ 20 SOOO. 45.00 5.rJO SGi. 0. HG V~ cr "-. 21 !20)0. 45 00 5.00 vvi ~ 0~ NG V~ vr 1') Uhi li 500. 2>> ~ e>>0 SOFT Ve ~ 'E< ~ 25 1000. 22. 50 5.00 Blitt 0~ NG 0~ r~ w (i 24 2000. 22,50 ~ Qn SOFT Je HO V~ 23 4000, 22. 50 <<h0 V<<i ~ t V~ UG lg i<<0 SGtT 0 }{II {000. 22, 50 V~ t/ 8000. 2>>.o vv <<h 5 ~ 00 SOFT 0. HO ~~ ro ' ~ <<v !2000. 22.50 hO SOFT 0. NG ~~ I~ r~ ihh r, uvvo .00 v 00 r~ HO \ IJ h\ V  :>>0 ~ I ~ Ov r~ ~ ~ I~ e v :C$ '. O. 'e ~ vTl~ Gllhi'i>>> <<r>>0 ~ hh 5.00 -GF tiG vo '0 ~ e e V~ nV ~ ~~ 32 4000. .00 SOFT 0>> HO V~ .F00 5.00 SOFT NG 'e}e V~ Ie BrJOi 5.M O. '{G V~ r~ ~ oCrUV>>hnh ~ 00 5.00 0. .NG V~ r~ vivJ hr r~ Iv vb ~ co}o SROUHD FOLIA6E I HIERVENINB DISTAHCE TD H15HEBT POINT DISTANCE BEAR IHB HE IBHI 'tToc PENE'IRATIGN OSSTRUSTIGNS OBSTRUCTION FROM SOUriE 37 1000. 337.50 5.00 SOFT O. HO 0. 38 2000. 337.50 5.00 cO=I O. HG 0. )~ 39 4ooe. 337.50 5.00 SOFT 0. NO V~ 40 6000. 337.50 5.00 SO. I 0, HO Vs 4f 8000. 337>>50 5.00 SO. T 0. HO 0. ~ V~ el 12000. 337.50 5.00 SOFT 0. NO 0. r ~ 43 500. 315.00 5.00 SOFT 0. HG Ve 44 Ioeo. 315 00 F 5.00 SOFT 0. NO V~ 45 'c 2000. 315.rate 5.00 vOF I 0. NO ) ~ ~ ~ 4000. 315.00 5.00 vv'tr"v ~ Nr. >> V~ re 4r 6000. 315.00 5.00 50 0. ND ~ ~ V~ V~ 48 8000. 315.00 5.00 SiFT 0. NO v>> ~ 12000. 3fr, oe 5~ v' 0 ~ I;>>0 V ~ c>>)r, 've v ~ e c/vr c:r 4 ~ l' 'i e (, !i" <:.ri.  %'C ri ore r eb oo eovV>> >> vs vv 5. 00 I 4 52 . rer>> vvVV>> ~ 5.00 -r-e rl ~ V ~ tO ~ r ~ vv 4)eo. .92.';,'W 5.00 Lie's e~ 54 6000, roo C. NG e' vvc vv r'v'e 272>>vv 5. eo NO rs l~ 55 12000 ~ 292.50 5. 00 0, HO 'l ~ ~ ~ w vr 500. 270.00 5.00 >>r&t t 0. HG r~ co ~ ev fooe. 270.00 5.00 SOci 0. NO 'r e ~~ 59 eeo 270.00 5. 00 BOF>> 0. NO V~ ei o'1 404'0. 270.0v 5. 00 SiFT V ~ Nn >>'i 6Oev. 270.0v 5.00 SOFT 0. !iG s ~ >> e~ o 80eroe 270.00 5,00 cG I O. ii>>>> 4 V~' r ~ 63 !2oeo. 270. 00 5.00 0~ NG r~ o4 50rv 247.50 5.00 SGri O. NO ~ lr ~ ~ 65 10M. 247.50 5.00 O. O. 0~ l oh 2000. 247.50 5.00 SO.=T 0. NG 0. r ~ ie 67 4000. 247.50 5.00 SOFT 0. tiG V~ 6000. 247,50 5.00 0~ NO V~ r~ 9 B'oe '47,50 5.00 -r-- Ov>>r Vs V~ e , s 7 e'>> !2000. 247.50 '..00 SVFT eii V~ 7< 500. 225eee 5.ce cOF~ O. NO Ve 'le ~ 7o IOOO, 225.00 5.00 BecT O. tiO 0>> el ~ ~ SR}9 6ROUHD FOLIA6E IHTERVENIH6 DISTANCE IO HIGHEST NE!SHT 6. POIHT DISTANCE BEARIHS HE16HT 'TPE PENETPATION OPS TPOSTIONS OOSTRDSTION FRGN SGORCE 2000. 225.00 5. GG SOF T 0. HO 0. / ~ '74 4000. 225.00 5.00 SOFT 0. HO 0. 4 ~ 7D 5000. 225.00 5 CO SOFT G. NG 0. I~ 76 8000 225.00 5.00 SOFI G. HG G~ '2000. 225.00 5. 00 $ 9. I 0, NO ~ ' l~ 50.0 ~ cG .50 5.00 $ 9ti 0. NO 0~ ~ I !ON, 2)F 50 5. 00 7 I Jvt ~ Us HO ~ V~ 4 ~ Sn 200n. 202 ~ 5iG 5,00 SOcT G. NO I ~ ~ 4('M. 202.50 5. 00 vert I 0. HG V~ I h ~ gr nC c Oh $9 G. HO Uo v IrZ 8CCO. 202.50 5 00 ~ r ~~ !iC V~ } rtnooh VVV~ gC". c;r. Vs ~ <<V 5 ho(. n vr II n I~ chU 5 cni VI /Itl IM I Oi ~ ~ V 4 ~ Io /el'I VII~ (80 Cn 5 Cr, hI ~ Nil I~ ~ V ~ v/ 20CO, }EC.CC hn are h~ oin ~ V V~ gr.nn 18n Cr. f. ~ VVV ~ ~ S:OF: I ~ HO r re 400. 180. CO. 5,00 <<Ut ~ U. NO V~ V~ 8000. 180.00  :.00 hI' nV ~ I HO ~ ~ 9} 12000. !80.0G 5. 00 <<CcT G. Nh I~ '/2 50J'. }57.50 5. 00 SO. T 0. HG 4 ~ 1000. 157 50 5. 00 rO=T 0. NO Go ~ V~ I 74 240//. I"/ 5" C/J 0. N9 40CO. 157,50 5. 00 SCII.'/ G, HO 0. v 'V 600l'/. Ic I crr o Ir / v v ~ 5. CO SOCT 0. HO ii 8000. 157.50 5. 00 rJ HJ r ~ "8 !2/JOO. 157 50F 5.0G bU F 0. !iO c lent SCO. 135.00 5 00 vUt I en V~ L}h riI ~ 4 ~ I 0l l Snc7 }U00. }~5.00 5.00 NG '0} 2000. !35.00 5.00 S9FT ri V~ NO 0. ~ rl ~ lU2 4000 135.00 5.00 cpci gh ~ V~ I 4~ !03 ch00 !35.r/0 cnFv 0. qn h4 ~ !J4 =v'OG. ~ 'rro hi) v hO $9 v Us I~ re 'rv I <<jh/.C !35,00 c nC Ve te Z ~, Nn .~ ~ ~ ~ V~ ~ ~ }05 500. 1}2.50 5I CG tnF '/ N" re I~ 4 ~ I l ') 50 'O 1 h<</ }000. cvoUJ vt I Us l I'v I VV ,h/in VVV }1 'evU '.,00 NO ~ Ue 4~ Inc 40hh 5.00 cCeci Ue NO ib 4~ l~ ~I/I4 cC<<nvo ~<a cn soasvv ir v r ~ IOFI ~~ v~ ti9 ~ ~ ~ ~ ~ ~ ~ ~ 4 ~ Se ~ I V V~ Ori V vo I ~ 'I ~ vO V~ I ~ ~ ~ sr i~nnh ~ rvvv ~ I ~ s vv ~ c nni VVI ~ NO V~ '/ ~ FLORIDA PGNER AND LI6HT COMPANY TURKEY POIHT ANS SIREH %25-NS3000 NOISE SOURCE PONER LEVEL IHPUT INDFX SOUPCE DBA DBC 31. 5 63 125 255 500 1000 2000 4000 POCO xHZ: l TURKEY-NS3000 158.4 158.7 .0 '5 .0 .0 152.0 157.0 14Y.V .'41.5 139.0 XO= .05 YO= .00 IO= 5.00 HEi6HT ABOVE SRGUHD= 50.00 ~ L".RIDA P;NER AHD '.!BHI CONPAH's TURKEY POIN'. ANS SIREN 45-NS3005 .",8:EORD'S!'.AL .'NPU.. CORDI..IOH Hl= IO.Oo NETERS H2= 80.05 ILcTEPS NiND NIHO SPEE9fHPS) PERAIURE<'") YEAP. EAS".!i snLI-,N DIRECTION aellQ- T I1 I DATE HOL,. H2 HI H2 J ~ ~ 12 120.0 5.0 5.7 2P ~ g 28 ~ 3 51.C ~ 'v' FLORIDA PGMER AHD LISHT CO!lPANT TURKEY FOIHT AHS 5IREH 425-MS.'000 S!REH SOUND LEVELS IN DBC 'NDER HET CONDITION } D!STANCE !H FEET AIINUTH 500. }000. 70n0 4000. 6000. 8000. 12VOVe c ~ el ~ bYe 45e Sb. vf e ENi 106. 93. 45. 40, 36e bb 11t }06. b4 7<< ~ 47. 40. 56. }Oe. 9be 84. 7.'. ~ e ~~ ~ C << en V e74 cn eN e<<be V~ ~ v~ ~ << ~ CV ~ e ~ NNii }DENT Iv~ 84. /5e /<< ~ v ~ ~ ~ I iib ~ <<e v~ ~ <<J VV NYi ~ V~ /Je ~ ~ <<NH 106. 96. 7 ~ Ge 7V. bbe 10b. bL IV~ 84 /5e 70. bbe iiSii }OE. bb '4 7C /Ve 'L Cve Cb }06. CL 'IO 7ve SSÃ Ihe 96e ~ .4 ~ /5e <<~ 66 ' }06. 03 72 ~ 45. 4Ve vb ~ ccc 72 ~ 70e 40. ebb 7v ~ ~ ~ cc l06. 91. 69. 40. bee 7b ESC }OL 9I 69. 40. Sb. rb~ ~ TURKEY POlHT 26 AZI41ÃH, K .0 ~ J) I-. iU hl l2 '%nu-.:and DIH ~Pl-E FT TURKEY POINT 26 AZlti'IWH, DilE +gp K'Q hl 2(; F, jung.-,and.-:) DIHANCt.. PT. ~ l TURKEY POINT 26 AZlk/Vl?I, NE 1N> QQ 0 fJ UJ I 'lO 5 (Thou:r;nd.") DIHAt'lCC: PT. 4< 'Ki'h TURKEY POlt')T 26 AZlkfVTH, Nl'lE (0 l-. "-). ail l~ JQ 6 12 (Tllo'.,'- Olid D!5T.~¹K, R. WI4%V P " t TURKEY POINT 26 AZI41L,M, N 70 h. I- CP .".]. hJ UJ i i 2O A f~ 10 12 (Thr>u=.o ad-".) DIST.<J~l'r~: P .. TURKEY POlt')T 26 AZIMVTH, Motif!V 1CC CJ gi ~ C I-. "-). uJ hJ i+V'%~ C' ('Thou.-.and=.< VIV <J~lGF ( FT TURKEY POINT 26 AZlti1E,M, M~A< 70 {'-. 4 lU hJ '1 ~ {p 0 F: (, lilv'Lh~iQ:l5'-W DIH;~f'lGt., fi. O A I TURKEY POINT 26 AZIMVTH, 0/t~N I U A

=.L hl

~~Br 20 )(r 6 10 (Tnv.~:nn3 ~) DIVAN'rL., T, 7<? TURY,P'OINT 26 .<Zlti1VTH, ~!'~r" ~A>>' 1C& p(r 69 Q ~rq 8 UJ 6 10 12 {TllQV~ 0!16 .~) 0!STD')GAL, lT. TURKEY POINT 26 AZIM Vol,:-hV '90 0 TURKP'OINT 25 AZIk1VTH, lK> ~mA'Q 79 Cp, ir Y UJ lC 10 12 (Tll<C'il ~Q il g) ~i CclHAlGF', W ~ TURKEY PQlNT 26 AZIMi-.RH, S ?0 F,9 C@ I. "-). UJ ILJ 5 10 (Thvu~and=.) DlH;~f!CC, Fl. TURKEY POINT 2F AZINE'PAN, "~~E 1C'z Cv U Q) I-.

-). ,

til 1('p iU 4<i '7 17 (Ihvv-,anl.-, j DI=.TPNCr, V~. TURKEY POINT 25 AZlktVI7I, 5E 100 C':f. fil UJ ~4 I 1<> l2 (314U~QRd.i) DIP;<bluff:, rT. 0 0 TURKEY POISE'lT 26 A."lk1'i, W~E T4p I 6~' Cp "-). GJ UJ 1<) (g 10 (TllV~A:0 AI.":) Dl=-l.~N ..f:, f T. FLORIDA PDHER AHD LIBHT COMPANY TL'RYEY POINT AHS SIREN 426PHS5000 SOURCE-RECEIVER TOPDBPAPHICAL INPUTS AL'EARINBS ARE "ITH RESPEC'. TO THE NORTH NEASURINB CLOCQISE SRID SROUND FOL!ABE INTERVEHINB DISTANCE TO HISHEST POINT DISTAHCE BEARINB HEIGHT TYPE PEHETRATIOH DBSTRUCTIONS OBSTRUCTION FPCN SOURCE G."E!."..';". I GN 500. 90,00 5. 00 SOFT 0. HO 0. ~0 V~ IOOG. 90.00 5. 00 SOFT O. HG nV ~ 0' 2000. 9G.OG 5.00 SOFT 00 HO G. I~ ~ ~ 4000. 9C.CO 5.00 SCF: 0. HG 0~ 6000 90. Oe S. 00 rFt C. NO ~~ V~ >> ~ 8000. "0 00 5.00 SOFT 0, IIv ~ 'I ~ rl V~ V~ 12000. 90.OC 5.00 SO='Gi" 0~ NG Vl >> ~ 500. 6:.50 5. 00 I HGO v~ 1000. 67.50 5. CO SnFT O. HG C. >>I >> ~ Ie 2000. 6/050 s.ee cGP I 00 NO r. I0 5.00 VVP C I~ ~ ~ 0 0 ~ ~ I .e;;. 6l sv ~ s.ve V~ I V~ ~ BOOC. 67. 50 5.00 0. pi>> V~ .200".. :i. 50  :.ei O. Ni r. V~ 0C avr.'OFT L'0 ~ >>0 SGO. 45. 00 5.00 0 16 1000. 45.00 5.00 0~ NO Vl Ii 200n ~ 45.00 5.00 nF NO V>> 10 4000. 45 00 ~ 5.00 S0FT 0. HO 0. v }n 6000. 45.00 5.00 SOrT O. HO V>> '>> ~ InnV 8000. 45. GO 5.vG SOFT 0. HG Il V ~ 21 12000. 45.00 5.00 SnFT G. NO 0~ >> ~ 0 500. 22.50 5000 SOFT 0. NC 0. I~ 1000. 22. 5G 5.00 SGFl G. NG Cl ~ Vl 24 2000. 22.50 s.ee SG. T 0. NO 0. 25 4000. 22 '0 5.00 cQcT O. NG V~ I'i V ~ 26 600".. 2".50 5.00 SGF": 0. HG >>~ 27 eCOO. 22.50 5.00 SOFT 00 ND O. ~ I~ 28 12000. 22.5C 5.00 SO T 0 NG 0. 500. .Co 5.00 S0FT 0, ND 0 ~ "~ ~ ~ !One 'r>> cDP 'I vrl VV IVV 5.00 ~ IV L ~ I' ~ V>> 2000. ~ ne 5.00 SOFT V~ NO . 4000 ~ .00 10.00 CrifT 0. HO 0>>0 6i'0 10.00 \0 0. NO nr ~ 4 BOX. ~ v>> !C.v0 CGPt ~ V~ 'I Lri nV ~ VV 120.'0. ~ ".0 10.00 0. HO >>~ c nn Pg Ln 500. V~ ~ ~ V APPENDIX B SAMPLE SIZE DETERMINATION The number of households that need to be surveyed is determined based upon the need to obtain a sample size sufficient to obtain a 95% confidence interval with precision (half-width) of 0.05 for the estimate of the proportion alerted. The exact number of households to be surveyed can be derived from the following statistical considerations. For relatively large sample sizes (n h 30), taken without replacement from a population (N) t the sampling distribution for proportions (e.g., the proportion of the population alerted) is nearly a normal distribution, the mean of which is the proportion (p) of the population alerted and the variance of which is p<> - p)/n If P is the observed sample proportion, then for a particular confidence level with confidence coefficient Zc, (P - 2 y) S Z 2 Z>11 - p)/n N-n Thus, for this confidence level< the actual proportion of the population alerted satisfies the following inequalities: ' Z2

i4 is customary to make several approximations. Pirst, since the term 'in N in the denominator (the finite population term) is positive definite for all reasonable values of W (0 < W < 0.5), omitting , this term will result in an approximation to n that is slightly larger than its true value. This is an acceptable practice in sizing, the sample since a largei sample gives greater precision. 2 A second approximation that can be made is to neglect the terms in W2 within the bracket in the numerator. Analysis demonstrates that this underestimates n when P < 1/2 1/4 2 + 8W2 or P > 1/2 + 1/4 2 + 8W2 and overestimates n for P between those two values. Por the case. of interest (a 95% confidence interval with precision of 0.05), this approximation provides an overestimation of n when a sample size greater than 191 is required. Since the sampling plan calls for a minimum sample size of 250, regardless of the value of P, this approximation is acceptable because it also yields an estimate of n larger than the true value. Therefore, for the purposes of the pilot test and subsequent surveys, the following approximate equation can be used to determine whether a sample size larger than 250 is required: r using 1.96 for Zc and 0.05 for W, n ~ 1536.64 P(l - P) Data from the pilot test can be used to illustrate the effects of these approximations. In the pilot test< the population of tone alert households from which the sample was to be drawn (N) was approximately 4500 and the observed proportion alerted (P) ~ was 0.675. This yields 311 5s the exact result for n.. . Neglecting the finite population term yields an estimate of 334 for n< and the simplified final approximation estimates n as 338. Thus, the final simplified approximation overestimates the required sample size by 27 in'his case. OORCE: International Energy Associates Limited. 'Analysis of Tone Alert Pilot Test." IEAL-321. September 27, 1983. f SAID GROUND FGi.EASE I e!TERVENIHS DlcTANCE TO 'IISNccT" POINT DISTANCE BEARING HEISNT TTPE PENETFATIGH GSSTRUCTIONS GGSTRUC !QN FRGH SGUFCE JSSTRJ':!!CN 0/ 1000. 337.50 5 00 F c OFT e 4 ~ HG 0. Ir~ ~ 3S 2000. '37.50 5.00 SOFT O. NO 0~ ~~ r ~ 4000. 33?.50 5.00 SOFT 0. HO 0. V~ 40 6000. 337.50 5,00 SOFT Pe HO n4 ~ I'I 41 8000. 337.50 10. 00 cJr I 4~ HO p. 'I ~ 42 1200. 337. 50 10. 00 SGF: HD Ir ~ 500. 315.;"0 5.00  :"OF I n NO 'Ve 44 1000. 315 00 F " 00 SG. I NO r~ 45 2000. 315.00 5.M 0 NO C. 4~ 46 4000. 315.00 5.00 SG. T NO 0. 47 6000. 315 00 F 5.00 ShF 0. vO hr ~ lQ 800:!. 31c I ~ VV c  !."IPP. 315. 00 QUAL I p. 4 I 4 ~ Qepv'. 500 ~ B?. 5( 0') SOFT nV ~ hire ie V~ r~ I IV 1000. nrem VVI ~ NG ) ~ ~~ I~ JCPPh ?c I ~ cp c pp n4 ~ Nl I lr ~ 4000. ?c?,50 5.00 SOFT ie NG 4 ~ 4~ c4 6000. ?g') cog c SOFT Oe NG r~ 55 cPhP 292.50 5. 00 SOFT 0. NO Ve e ~ Dc 12000. 2'??.50 19.00 SOFT n4 ~ N9 57 500. 2/Oe 00 5 np SO. T, 0~ NO ~e 4~ 4 ~ 50 lppn 27n 00 S. OG SGF I h4 ~ NG 4~ Ie ~ 2000. 270.00 5epp Cg 3. NG r ~ 4003. 270 00 F 5.0( SGF: 4~ HG e ~ 6e 5000. 270,00 5.00 NO J ~ 62 8000, 270,00 On cG=T 0, Nl9 p. 0~ 63 12000. 270.)0 ..00 HO ) ~ 64 500. 247.50 5.00 SOFT 0. N9 0. 65 1000. 247.50 5.00 SOFT G. NO e ~ 6c 2000. 247.50 5.00 SD.=T 0. NO e ~ 4 ~ I ~ a?'8 40@. 247.50 eccF-, 0. 0 V~ re 6000. . ?47.50 ve 00 SGF. 0. NO 0. 5Q e000. 24/ ~ Qfl 5.00 cOFT Ve HO 0

7) 12000.. 247,50 5,00 50FT 0. NO Cg 71 v'vYe 225.00 5epp cGv I 0. NG

~ ~ 4~ IOPP. ')gc ~ nh avv Ov I5.00 SOCT 0. NG I' C FLORIQA POliiR'ANQ LISHT COHPANY TL'RKEY POINT ANS SIREN 42b-NS3000 NOISE SOURCE PQiiiR L:VEL INPUT U.Z SQURCc QSA QQC 31.5 b3 125 250 rr'is 500 1000 2000 40!0 SGG; TURKEY-1IS3000 150.4 155.7 .0 .0 .0 .0 152.0 157 ~ 0 149.v 141." i3:.0 XQ= .00 YO= .00 IO= 5.00 HEIEHT AQ"i'E SRQUNQ= 50I00

RK"'r POI!l! ANS IRiN f25-'iS 000 NETEQRQ QSICA'NPLT CQNQITIQNS Hl= Il,.05 NETERS H2"-60.05 HETiRS NINQ HINQ SPE:Q<!L":-': TENF ERATURE K) kiiLr'.TIV I'ANt,'""

I'l3 i'EAR va flvv i "Qhir GATE HQL'R Q!RECT QH Nl QI CCvSy~llfig4v jli. +,e '"I'r'iW'IQI'f( lvv <2 ~ 0 ~ 7 I Cl ~ 120 0 29. 4 alQ ~ V v I ~ 'r 75v ~ 'r t. h 'Il t 70 50 SRI9 BROUNG FOLIASE INTERVEHIHS DISTANCE TD HI6HEST Bti6<<T <<F POINT OISTA!>>'CE BEARINS HEISHT TYPE PEliETRATIOH OBSTRUCTIOHS OBSTRUCTIGH FRGN SOURCc GBSTRUL:!C! 73 2000. 223.00 5.00 SOFT 0. HO 0. 74 4000. 225.00 5.00 SOFT 0. HO 0. Ct 75 5000. 225.00 s.eo SOFT V~ HO 0. 1>> V~ 76 Beoo. 225.00 5.00 SOFT 0. HO 0. ll 12QQQ. 225.00 5.00 SOFT G. HG 78 500. 202.50 5,00 SOFT O. NO r9 1000. 202.50 5.00 3 0. NO oQQh 202.50 5,00 SGFT Xl 81 4000. 202.50 5.00 >>J NO 82 o00.'. 001 ce 5.00 SG HG nV ~ os Beee. 5.00 'GF; Q. HG I V~ S>> !200". 202.50 5. 00 SOFT nV ~ liCI ~~ V~ >> ~ og 5eu, '"0 00 5. 00 cO h !i9 h>> ~ <<V  ! rJQV', I"0 hu ~ h ~ \~ !i I <> uv >> I ~ ~ 0. kl I ~ <<V 40 J.'. V Iae.{Q s. eo rJF Y V~ NO >>$ ~ r V 5{ue. IEo.ee 5. 00 VVI u ~  !{9 Il r~ Oh Boev', 180.00 5,00 0. HG >> ~ o1 12000. -180. QO 5 ~ QG 0. HG V~ t<< 50 . 157 ~ 50 5. Qe SOFT 0. HG os IQQQ. 157.50 5. 00 S9FT 0. HG J ~ 200.". 157.50 5. QQ SGF; O. HO I ~ ~ cs 4000. 157.50 o>> uo SOFT Q. HG h\ ~ ~ ~ oooo. 157 '0 s.eo 0~ HG V~ ~ I I 07 BQQQ. 157.50 5 ~ 00 OI HG I~ oo Icee" 157.5{'5c 5.00 SOFT 0. HO ~v ~ r~ >>7$ 500. Oc 5.00 cOCY V~ NO V~ IQO 1000 ~ Iss 00 ~ '5. 00 SGF 0. ii9 n, 101 2000. !35.00 5. 00 SOFT Q. HO Q. I l>> 102 4000. 135.00 5. 00 . SC>T 0. HG 0. ~ I Ing 6000. 155.00 5. 00 SOFT 0>> HO 0. 104 80"0 Iss ~ 00 5.00 SOFT e. HO Q. >>05 c ~ ahri, ~ VVVV 155.00 5.00 SOFT u>> iiG V~ >>~ >>05 500. 112.50 5. 00 SOFT 0>> NG 0>> V~ rJ7 IQM. 112.50 fffffff SOFT 0. HO 0>> 108 20on 112.50 fffHff O. HG Q. illY 40QQ. 112.50 5.00 SGr'OFT

e. HO It ~

500C. !12.50 5.00 0. HG ur ~ ~ I>>) <<>>QQI ?12>>sv c ne SOFT Lg 0 ~ >> v v 0 'I ~ I lo ce '. C'0 un ~~ ' ~ lQQ FLORIDA POitER AMD LISHT COHPAHY TURKEY DltiT AHS SIREH I26 HS3000 SIREN SOUND LEVELS IH DBC UNDER t!ET CONDITION 1 DISTANCE IH FEET AIIt!O'.H cnn VV<< ~ 1000. '000. '4000. 60".0. 8000. '00 c 106, e9. 45. 40. 36. ~ ~

tiE 10. 71. 45, 40. 36 ~ i<< ~

~ itC 106. b4 ~ 73. 4;. 4n Sb. 'iN: ir;:, V\, 9>> gC ~ V~ /'vsl ~ be >>'/b>> bf << ~ 84. /V>> 70/, bb>> NNtt ~ 0b>> 9', <<4 ~ 75 /0>> V ~ n>>, '0 ~ Mii <<V ~ ~ ~ 84. ~ 70. ~ ~ HHti '06 9e. ~ 04 C /V>> 70 66. Q<< << ~ ~ n 106. bb 84 ~ /5>> 70. bb ~ ~ f %Sit i >>vs 9b>> 84 ~ 75>> 70. 66. Cb V~ ~ SH 106. 96, 84. 75. 70. 66. << ~ SSVi 10b. 96. 84. 75. 70. 66. 59>> 8 !06. 9>, 7b 45. 40. 36. 29 'f SSE 106. 70. 45 40. 36 ~ ~ SE 106. 91. 69. '5.

40. Sb. 29>>

ESE 10b. 0. 0. 45. 40. 29 ~ AZI)'f~.~, t'l 5f U {l l-f. QJ N '2q 1'> ~ g PJ ) r ~ ~ W%' ~ TURKEY POINT >3 .<Zlk'.NH, CI'lK 100 I-6J UJ () 0 I, Th O'U.i.> > Df~iAhlCC, F'7 TURKEY POINT ~9 AZIKIVTH, '!V 199 . I-L~ C.3 FilP lu UJ 4x? g P ~V (p 10 <,7n~.u=:an:".=:~ }'~T~;p.] f PT TURKP'OINT >9 AZlk9)TH, t~lbf!." 1X pQ l ls. (1 I-1 le J GJ ~ IP, I (g ( p. 12 C < 11'~<.J~~'Gfi~-~) Irib~ik~l'rf.. PT, TURKEY POINT a9 AZlk1VIl-i,:-.>A!'Q i 6~0 I t'.r tj hJ ~'v Fp QJ' (Thc~<<:>and-;) DIHP-NGC, Pi 4WaA t P JW V TURKEY POlt'fT >9 a<Z IK4VTHg V'/t'fI"F 1Ã> 7v I-C. I-. C+( 6J M lw 6 10 1Z i., h.;u:~'r:-:.'~) DI~i ANCE, t T. 0 0 TURKP'OINT AZIti'ià tl,:= 1Cv ?v

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Ci.l ~e 1 v' 1" (.TllQU i4fl ~~ ). p).~QP~t~j' ' ~ ~ TuRKP'alHT ze a t41VM, V,'&~i I-0 Ci ~sf I-. QJ Ca hl X~) 1 i> Ig r ~ w ~ 0 TURKEY POINT o9 AZIk1VTH,:-E 16'z R>>>dos av I 500. 90.00 6. 00 SOFT 0. HG 0. V~ ~~ 1000. 90.GG 6.00 SOFT G. HO G. ~ ~ 2000. 90.00 5.00 SOFT 0. HO 0. >> ~ 4000. 90.00 7.00 SCFT 0. HV 0. 6000. lG ~ 0'. 7 '0 SQF: 0. NG V~ V~ EVGG>> 90.00 l Gn SOFT V ~ hO G. s I ~ 1?000. CG.GG 6. 00 0. NG 0. V>> II 500 67.5i 7.00 SOFT 0~ IiO G. >> ~ 'GGG. 67.50 7.00 SG. T 0. NG 0. IG 2000. 57 ~ 50  ;.00 SOFT NO 0. ~ ~ v! I ls vsir 5 VI ~ I V~ V~ Dv'/ \ ~ v VV>>v ~ ~ vV ~ ~ vG  :;=;T sic V~ IV ch00 .'7. 50 hvt>> L'9 ~ V 7.00 ve i1rVhn SL'FT llO hV ~ 67 ~ 50 4 00 ~:h 550. 45.00 6.00 CGFT IIV hV ~ !000. 45 00 '.00 F SG. HC 'lI ~ >> ~ cGics hV ~ Ni ~ 17 2000. 45.00 5 00 'I ~ 18 4000. 45.0G 7.GG SOFT NO Gs >> ~ !c 6500 4S F 00 7. 00 SOFT Ve NG 'I ~ ~ ~ ciis 0. vv 8000. 45.00 7.00 SOFT NG e ~ 12000. 4S Gh  !! 00 SOFT V~ ttO Ve 22>> SV hh 58 0, H" 0. 22 SGG. I nV ~ ~ I 23 1000. 22.50 5. 00 SOFT NO >>1v (~ 14 2VGv ~  ? .50 6.GG T 0 ~ tiO ry, >> ~ 25 4000. 22.50 o,np SnFT HG G. \~ 26 6000. 22.50 7.00 5Vt' 0. NO,'G 0. V~ 27 8000. 22.50 7.00 SOF 0. 0. Ve ?o 12000. 22.50 9.00 Fl 0. NQ 0. V~ SGG. .00 5.00 SOFT 0. NG 0. ~ ~ SOcT h qn I N) IG(0. .00 C.GG 'e ~ ~ ~ 6.50 cQc! hV ~ G. 20M. .00 NG 4000. .N F 00 SOFT 0. Nu rV I~ I vO .'000. .GG 7.00 cCiF I Ve NO ~ V~ 6GG'0. .GG 8.00 SOFT Il9 II ~ 3c k)1 >>1 ~a v00>> Gh 10.00 SOF: V~ V~ h0 337 SV ~ ~ I Hih >>1 ivs I 36 ~ VV TURKEY POIt'fT ~9 .4Zlt'Q,RH, -mE '90 TQ I-l~ C.) I-.. 6J hJ cQ 19 12 cR'0 SROOHO FO;.~SE ItiTERYENIHS 0hMC '.0 d.'Ss=c; GOIHT IIISTPI'rc BEAPIHS 'E!SHT :APE PENETRAT!OH OBSTRUCT!ONS OSSTRJCTION FROH SOSRCE ~~ ~ vI~ sa /J 2000. 22vavo 7.M SOFT HO 4000. 225. M 7 ~ 50 Va 'OFT 74 v ~ HO 225.00 7.50 nV ~ ~ rI 75 OM. HO ~ Boeo. 225. M 7,00 re V ~ V~ cOF'rl !2MO. 225. M 7.00 0. HO 0. C ~ ~ 50/J. 202.5C 6 F 00 T 0. HO Oa r~ sN I'a !oec. 2i2,50 5.00 0. ND C. I ~ 2CGG. 20" 55 b.eo SregT O. HrJ V~ 1 ~
e. 4er.n tI, rJO COcT 'tU
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6J UJ Tg 5 10 12 (Tn~.;.-:-.'rid:) C'l=-> "'~< PT 0 1CQ'uRKEY PoltlT 41 .~Zlkf(R H, 5 yO I-- h F.Q (.i Pl i-fil J G.l ZC 10 17 i TURKEY POlHT 41 ,~~( f,if[ l~ 'ihiM~Ai'0 14',r pg I Li. JZ (:I cf uJ j egin Uj 29' 1;r-IL ~ 'Vi i I A~~ I g 0 TURKPGlt)T 41 .~Zlf'140li, 5E 60 (:c g r~ I-. '.). L~l U.l 49 lr h 10 12 (Ttiv.i=:~">r3:.) TURKEY POINT 41 .4Zlk1LJM, ~~".V 1%i 3~/ Agy 7CQ h. (.< r) til UJ I FLORIDA PONER AND LIOHT COHPANY TURKEY POINT ANS S}REH 54}-HS3000 SOURCE-RECEIVER TOPOGRAPHICAL IHPUTS ALL BEARINGS ARE M}TH RESPcCT TO THE NOPTH HEASURINS CLOCKMISE SRID SROUND FDLIABE INTERVENING DISTANCE TO HIIIHESI 1'.EISHT O . OBi'!RUCTTDN POIH: QISTAHCE BEAR INS HEIGHT TYPE PEHETRATIOH OBSTRUCT IOHS OBSTRUCTION FRUN SOURCE 500. 90.00 4. 00 SOFT O. HO G. i ~ 2 }000. 90.0G 4 ~ 00 S'l:I 0. pa 2000. T"0 ~ OO 4 ~ Ge cOC T 0 NG O. V~ 4 heep. 90.00 4.00 SOFT O. HO 0. 5 6000. 90.00 4.00 SUFI O. NO G. riV ~ 6 Beoe. 90. 00 5.00 F 0. HO O. 4 ~ I }2000. 90.00 4.00 cDFT 0~ HO O. V~ C 500. 67.50 4.00 vct I 0. NO 0. V~ G }000. 67.50 4. GG SO. I O. NO O. UI 10 2eoo. 67.50 4.00 SOFT 0. HO 0~ }} 4000. 67 '0 4.00 SOFT P. HO ln ~V br Oe. 67.5C Cn<<t I V ~ ~ !1n rv V~ I JV EG" . G/ ~ v'>> iiO UI V~ 14 !2000. v7 ~ 50 4.00 )I I NO V~ 1C cpe 45.00 4;Oo CPU>> ~ nVI HO nV ~ P ~ IGGO. 45.OU 4. 00 vUt I NOI fV~ ~ 20OG. 45.00 4.00 SO. I 0~ Nn }3 4000. 45.00 4 ~ 00 SOFT 0~ NO 0. 4~ I SO'I ~T 60GO. 45.00 4.00 O. NO G. 20 Booe. 45.00 5,00 SOFT 0. ND e. >> ~" 2! l2GOO. 45.00 5. 00 SOFT O. HO n4 ~ 500P 2 .50 4 ~ 00 "rC-Cdi I 0. NO lr ~ ~ 23 }pen. 22.50 4 ~ Oe SrF T nV ~ Ue >> ~ 2000 22 F 50 4.00 SOF; 0. HO nV ~ >> ~ jQ '000. 22.50 s.oe ce>> I 0. HD U~ 22.50 00 >>vol' 0. nV 26 6000. G~ HO ~ V~ '>7 BGG3. ~2 co 6.00 SO."": O. Hu ~ ~ 28 }2000. 22.50 6,00 'G a'rc-Q. HO ~ O. ~ ~ V~ GG 5phnv ~ .00 4.0G SrOF T 0 NO Ga 30 1000. .Oe F 00 SO".'. G. NO 0. 1 2003. . GJG heep SCFT nV ~ NO nV ~ V~ VV 4000. .00 4.00 CDGT HO 9. SOcT 0. I 6000. .00 4.00 NO G. V~ 34 8000. he 6.00 COFT e. HO U~ '5 }2000>> ne G.CG cncT VVI ~ 0. NO Vs '>> ~ C<<P 36 500. 337.50 5.00 <<Ut I 0. NO TURKEY POtNT 4) AZlkS.M, MK 1%i P~Q I-Ia. A () N
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le M Zp Q )ig W,IP I I'to~ '-r;prj,) fi'"=:1'wh'-. PT. 0 SRID GROUND FGEIASE INTER')EHI NS DISTANCE TO HISHEST icgT POINT D ISTAHCE BEARINS HE ISHT TYPE PEHETRATIDH GBS!RDCTIOHS OSSTRDCTIGH FRDH SOURCE 7<< 2000. 225.00 5.00 0. HO h>> ~ Set'OFT 74 4000. 225.00 s.vo O. ND hr>> gl ~ ~ '75 6000. 225.00 4 F 00  :"OFT O. Hi', hr ~ ~ rI ~ 225.00 Oh-C Tb Bece. 4.00 V I' O. HO G. r~ 77 12000. 225.00 hp SOFT O. HD V~ rf 78 500 202.50 5.eo UV't i 0. HD Ye r~ 7<< 1Pen 2!v'2.50 5,00 SGF i 0. r ~ e ~ Cfe . oeen VT 202.50 5.Ci 'a I ~ 0, LLI 8! 4000 202.50 5,00 rYa 0~ U2 '0ne 202.50 ne cr.F v 0. N9 Ye ol Vr 8000. .'0.'.50 5. 00 "O 0. HO Ya 84 l;One 202.50 4 n{} Cl'I ~ 0. N9 f, 'I ~ ~ V~ \ 85 50!0. 1."0.00 4.oo llr 1iee I ~ I UV ~ l eb.'f. Vrv ~ Ore a Uv~ hnV 'le VV >>he ~ ~ eev .fll>>f, lii: v~ re vo I 4":{;-.' ~ 1'" <<v ~ vv e)O V ~ NO I ~ ~ o lilefe 80>> Y(I s.po "r.- v ~ II ~ NO (I, SCCO.  ! 8{f."0 =. 00 r-- 12000. avo ~ re rpp <<@I O. HO n Ir~ ~ 500, 157 ~ 4.00 ~I Ve NO V~ ..'57.50 1000. 4.00 SOFT Ve NO Y. 94 2000. !57.50 4.00 SOF; HO fa ~ a 40en 4.eo nV ~ I 95 157.50 SOFT NO V ~ ~ rI ~ vo 6OCC; 157.50 8.00 <<ev't i N9 T~ 9i ore Vl" I el ~ I Ni V~ 800f'200 98 C.  !".f.vo 7. Oe nV ~ Ne nV ~ V~ 9o I C nen ~ I) V ~ V V e,pp NO 0, I IOO IOOC. !O5>>00 6.00 <<GCI Oe NO r~ !0! Chen 135.eo 6.00 SOFT 0>> HO G. Il re !02 4000. !35.00 s.eo SGF: e. HO hV ~ V~ 103 600h. Igc ho O (eh O. NG 0. !04 80C('. IZ5.GG 7.00 EDFT 0. HO Ye I .'.C !2009. 105 ~ 00 =.00 rr Ov't r I~ I~ ~ VV I ~ ,NO r~ V ~ In6 rBIO ~ <>J LlG r ~ ~ Y~ >>Jf 100.  ! I:.,50 ~ 4,00 el V ~ ND 0 rI ~ '! 08 2000 !l2 co 4.00 Ye HD a ~ ~ OQ 40!YO. 1.'2.50 6.00 Si".F T 0. NG II V~ YI I lP n 9-v 6000 T ~ 0 ~ VV 7. 00 V~ ~ HO Y~ '80i' II fV a ~ ~ 'I 1!2 ~ 'I i ~ 4O v~ ~ l vV ~ lln ~ ~ ~ ~ <<V 0~ ~ I V~ I'8 V~ ~ I TURKEY POlt')T 41 alt'MN, CSE 1C' l-0 r B "-) liJ M 19 12 FLORIOA POiiER ANO LtSHf OB!PAN'( ~UcKEY PO!HI ANS S.'REH 141-NS3n00 S!REN SOUNO LEltELS !H OSC UNOER YE:, OYD'.T!cN . 9!ST:!i." Al fi!";:": 50h, '<0I')/I/00 4000. .'000. a~ vva ~ <(,5 V 4c ~ V~ NE <hb /~ ~ g(i t>> (IL ~ vd ~ ~ f VI ~ ~ 4 ha V~ <h I ev v< ~ Va V ~ ~ ~ 1 ~ I ~ <at>> e ~v~ ~ V~ t at ~ .'9 ~ <'IV ~ I 4<5. 84. 70. Vv ~ <n CCI O'I I t at ~ NN ~ IC ~ Ce ~ ~ Nf;i; lnb 84, 70. el'ja I 10>. Da ~ V~ d, 7:. 70. " CCI 'hat V~ ~ ifSN 105. 84, 7> ~ It ~ 7/0. <>> ' 105. V<.
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SSN 10:. l5. 84. /va /tla VV ~ C 105. V~ 72. 40. CC >>I>>~ ~ 105. CI2e 79. dj, 40I ~ 1C 105. 0< 4S. dt/, Zl, JV ~ SE e ~ C"" 4S. 40. 3. I VV 105. 59 ERIO SROUHO FOLIASE INTE WEHIHS 'ISTANrE '.0 HISiiE=.: H "ie: "r POI tiT OI STANCE SEAR INS HEISHI TvoE PEHETRATIOH 90SIRUCIIONS OSSIRUCTION FROH OUR;E Vvcc I t(Uv ~ e v I 37 1000. 337.50 6 ~ 00 SrFT 0. NO V~ vv 2000. 337.50 5 00 0; HO O. Va S"F'OF: 39 000 3vre50 6.00. O. HO 40 500v. 337.50 6 ~ 00 SOFT 0. , HO 0. 41 0000. 337 '0 6.00 SOFT 0. HO 0~ 4? 12000. 337.50 7.0v SOFT 0. NO Va II e ~ 43 Ciln 5.00 SL'c I 3151 VO 0. Nv v ~ 1000. 15 00 o. 00 OL'Ic ~ O. NO I 45 2000. 3!5.0G b. OG cV<<T 0. HO I~ 4o 4(s00 3!5,GO o,00  :"OF: 0. NO nea 4'2 'ron OAVI 3!5.00 o.00 cOCI nV ~ 'Ltn 4o I I'L SOGO, v ~ O Vv ~ SaVV VVI Ve -.:I'nnV ~ s e II V ~ V~ \ VV V~ ~ t<< I ~ <<1nnV ~ <<'l?e 50 Vr > e ~ vs I !OK. eo~ / ~ +as <<V b vO SOF I 01 lt ~ \~ o? C ~ ~ <<V 0 ~ 00 VI ~ Ve NO V~ 53 1 '. 00 "r"- G. NO L~ Ca'ISO 292.50 5.00 VVI' ti9 ~~ I ~ c r On r I~ la<< 292 7. 00 Sl ~ ~ Nl V~ 56 292.50 7 0<) OVIc I 01 NO Ve e ~ 500. 270,00 cIJF T n V~ N'O I 1 I ( tJ ?70.0( ~ 00 rVI ~ 0. V~ co 20;1', 270.nG V ~ SOFT NO cO 4000. i70.00 8. 00 cr--. <<1 F I Ga HO O. V~
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'1 6OV~. '70. 00 8,00 SOFT 0. HO 0. ~* O e SOLO. 270.00 8.00 0. NO ~~ n V~ V~ bV 12000. 270 00 ~ 8 00 F cOFT 0. HO Va e ~ o4 500. 247.50 4.00 SOFT 0. HO V~ 65 1000. 247.50 5.00 SO 0. HO 0. 66 20¹ 247.50 '.00 'OFT V~ HD O. 4K". 147 cn o.00 cOcT 0. I' r- ~~ OI'9 NO ~ ~ ~ oG¹ ?47150 oe 00 V<<t I 0 ~ tiO 6Y SVOO. 247.5) 7.00. c0Fr {,'. ti0 1~ lO  !"000. 247.50 5.00 <<vt' 0. NO 1~ V~ ~ ~ 000 ?i5.00 4.00 S0FI 0, NO 'Ve 72 IOG('. 225.00 4.00 SOFT HO FLORIDA POMER AND LISHT CONPANY TURKEY PDINT ANS SIREN l4!-NS$000 ANISE SOURCE PONER }.EVEL INPUT !N-:I SOURCE DSC 3!.5 63 125 250 500 1000 2000 4:";-: TURKEY-MSZOOO }5S.4 }5S.7 .0 .0 ~ 0 ~ 0 152.0 !52.0 !49.0 }4}.0 3. ~ 0 J(O= .00 YO= .00 IO= 4.00 HE!SHT ASOVE SPOONS= 5i', 0 >>-JR ' "'>>PEP. AND L>>Sit>> t >>'5>> ANY URKE? "OiNT ANS S!R":N $ 47-8':3 >>)0 N:TEO-ri rSICH. }NPL.T CONL...!iJNS h$ g ~ >>. >>. 60 05 ". I"'S 'i!ND N!ND :PEED("PS) TE PERAr. .EA .'>>N >>474TH >>l>>>>Lip~ ~ i /i>>>>.>> I iCN >>if if2 ~ ii ~ i ~ ~ I >>7S4 0>> v h 5. i 29.4 '7 ~ ~ V J ~ J 7<+ 0 i 1}}