wsrc-tr-99-o0361, rev. o the frequency of incipient fires...
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WSRC-TR-99-O0361, Rev. O
The Frequency of Incipient Fires at the Savannah River Site
by
A. Blanchard
Westinghouse Savannah River CompanySavannah River SiteAiken, South Carolina 29808
D. A. cOUttS
WSMS
G. R Morton
WSMS
T. 1. Brown
WSMS
DOE Contract No. DE-AC09-96SR1 8500
This paper was prepared in connection with work done under the above contract number with the U. S.Department of Energy. By acceptance of this paper, the publisher andlor recipient acknowledges the U. S.Government’s right to retain a nonexclusive, royalty-free license in and to any copyright covering this paper,along with the right to reproduce and to authorize others to reproduce all or part of the copyrighted paper.
The Frequency of Incipient Fires
at the Savannah River Site (U)
September 30,1999
D.A. Coutts
G. R. Morton
T. 1. Brown
Westinghouse Safety Management Solutions LLC1993 South Centennial Avenue SEAiken, SC 29804
WSRC-TR-99-00361
Qw
WSRC-TR-99-00361
DISCLAIMER
This report was prepaf~ = ~ ~cowt of w~~ sponso~ by n agency of the United StatesGovernment. Neither tie unit~ Sines G~v~pnt nor any agency thereof, nor any of theiremployees, makes any w-mty, express or nphd, or assumes any legaI liability orresponsibility for tie acc=cy, completeness: = usetitass of any information, apparatus,prochIcz or process disclostx$ or represents that Its usc woukl not tinge privately owned rights.Reference herein to any specific commercial produck process, or service by trade name,trademark manufacturer, or otherwise does not necessmjly constitute or imply its endorsemen~recommendation, or favoring by the United Sutes Government or any agency thereof. Theviews and opinions of authors expressed herein do not newssarily state or reflect those of theUnited States Government or any agency thereof.
This report has been reproduced directly from the ‘bestavailable copy.
Available to DOE and DOE contractors iiom the Office of Scientific and Technical Information,P.O. Box 62, Oak Ridge, TN 37831; prices av@able from (6:15)576-8401.
Available to the public from the National Technical Information Service, U.S. Department ofComrnercej5285 Port Royal Roa4 Springfiel& VA 22161.
DISCLAIMER
Po~ions of this document may be illegiblein electronic image products. Images areproduced from the best available originaldocument.
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WSRC-TR-99-00361 IKevwords: FireHazard
FiieRiskEmergencyResponse
The Frequency of Incipient Fires
at the Savannah River Site (U)
September 30,1999
I). A. Coutts
G. R. MortonT. L Brown
I DoesnotcontainUnclassifiedControlledNuclearInformation
IB& a%--,z$-y+IADUReviewingOfficial ‘ ‘
D.A. Coutts,Member
Westinghouse Safety Management Solutions LLC1993 South Centennial Avenue, SEAiken, SC 29S04
WSRC-TFt-99-00361
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WSRC-TR-99-O0361
Document: WSRC-TR-994)0361TitIe: The Frequency of Incipient Fires at the Savannah RiverSite(U)Date: September 30,1999Authors: D.A. Coutts G. R. Morton and T. I. Brown
Approvals:
3s. (?w+w.xD. S. Cramer, Reviewer Date
‘an%L’4%L/ $)’4”yyD: F. Paddleford, Review& Date
f/5J/fyfitchler, Principal /bate
. ..111
WSRC-TR-99-00361
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WSRC-TR-99-00361
Contents ............................................................................................................................ vTables .............................................................................................................................. viFigures ............................................................................................................................. viAbstract .......................................................................................................................... viiIntroduction ...................................................................................................................... 1Conclusions ...................................................................................................................... 2Literature Review ............................................................................................................. 3Analysis ............................................................................................................................ 7
Non-linear Form ...................................................................................................... 9Administrative Occupancies .................................................................................. 10Production Occupancies ........................................................................................ 11
Results ............................................................................................................................ 16Area Effect ............................................................................................................ 16Occupancy effect ................................................................................................... 17Implementation...................................................................................................... 21
Works Cited ................................................................................................................... 22-Appendix A, SRS Fire Loss Data................................................................................... 23Appendix B, SRS Fire Loss Data for 1991, 1992, 1993 and 1994 ................................ 61Appendix C, BackgroundMaterialfor OriginalFire FrequencyEstimator..................65
.
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Table
WSRC-TR-99-O0361
Tables
Table 1. --Original SRS incipient fire frequency results .. ............................................. 5Table 2. —Area-based uniform fire frequency estimators ............................................... 5Table 3. -Occupancy-based fire frequency estimators .................................................. 6Table 4. — Area-based non-uniform fire frequency estimators ..................................... 6Table 5. — SRS incipient fire summaries ........................................................................ 8Table 6. — SRS uniform incipient fire frequencies by loci~tion..................................... 9Table 7. -Summary of SRS building fire data ............................................................. 12Table 8. —Fire frequency data for all SRS buildings ..........!.......................................... 12Table 9. — Summary of SRS building fire data excluding E, G and N Areas .............13Table 10. — Fke frequency data for administrative areas ............................................. 13Table 11. — Fire frequency data for production areas .................................................. 13Table 12. — Fire frequency data for special areas ..............!.......................................... 14Table 13. — Fire frequency data for production areas .................................................. 18Table 14. — Comparison of occupancy specific correlations ...................................... 18Table 15.—Industrial fire frequency ratios ..................................................................... 19Table 16. -SRS production facility derivation of occupancy multiplier ...................... 20 .Table 17. -SRS fire frequency ratios ............................................................................ 20
Figures
EiQE
Figure 1, Recommended design and analysis incipient fire frequency correlations ........ 3Figure 2, Fire frequency curve fits for all SRS buildings ... ........................................... 14Figure 3, Fire frequency curve fits for SRS administrative areas .................................. [email protected], Fke frequency curve fit for SRS production areas ......................................... 15Figure 5, Comparison of SRS curve fits with industrial data......................................... 17Figure 6, Fire frequency predictions for industrial facilitie~;. .......................................... 21
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Abstract
Fire is a significant hazard in most industrial and nuclear facilities. As such it isimportant that adequate safeguards be provided to ensure a responsible level of safety. Indetermining this level of safety it is necessary to know three key parameters. These arethe frequency of the incipient fire, the probability that a fire will grow from the incipientstage to cause the potential consequence, and the potential consequences (i.e., losses)from an unwanted fire. Consequence predictions have been modeled and evaluatedextensively and can be readily confirmed by comparison with historic loss tecords.These loss records can also provide significant insight into the probability that given afire it grows to create a defined consequence. The other key parameter, frequency, is thefocus of this report. This report determines an alternative method for estimating SRSbuilding fire frequencies as a function of floor area to the linear method previously used.
The frequency of an incipient fire is not easily derived from existing f~e loss records.This occurs because the fire loss records do not make reference to the sample population.To derive an initiating frequency both the number of events (incipient fires) and thepopulation (number of buildings and years in service) must be known. This reportdocuments an evaluation that estimates the frequency of incipient fires in industrial andnuclear facilities. These estimates were developed from the unique historical record that.has been maintained at the Savannah River Site.
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. ..VIII
WSRC-TR-99-O0361
Introduction
Since 1994 SRS has estimated the frequency of incipient fires based on the floor ruka ofthe building [1]. Typically, the fire frequency was considered proportional to thebuilding ara This method also assumed that the fire frequency did not vary withbuilding use (i.e., occupancy). In 1995 the British Standards Institute [2] published a setof incipient fire frequency correlations for industrial occupancies that were non-linearwith respect to building size and included an occupancy effect. In addition, data hasbecome available for other occupancy types [2,3]. This report reviews the newlypublished da@ and provides an updated evaluation of the SRS fire records.
The reevaluation has demonstrated that incipient fire frequencies in ProductionOccupancies are non-linear with respect to building size. Thus, for very large structuresthe uniform frequency method (i.e., the incipient fire frequency is proportional to the sizeof ‘thebuilding) overpredicts the frequency of fire in SRS Production Occupancies, butunderestimates them for smaller structures. The reevaluation also demonstrated that forSRS Administrative Occupancies the incipient fire frequency is proportional to thebuilding area as assumed by the uniform frequency method. In addition, the reevaluationallowed the development of occupancy-based frequency multipliers. These multipliersallow the frequency estimates to account for different incipient frequencies for different .industrial occupancies.
In evaluating the SRS data and comparing it with correlations developed”from other datasets the definitions for the data groups is very important. Often the data groups are notconsistent between the sets. This occurs because there is no uniform classificationmethod. In addition some data sets smear several building occupancies (i.e., uses) intoone category. The SRS Administrative Occupancy is a good example of this. In practicethe Administrative Occupancy is the non-Production Occupancy and thus contains officebuildings, warehouses, machine shops and service facilities. Thus, any frequency resultsobtained for the Administrative Occupancy are smeared across several occupancy types.The coni%sion created by this, must be addressed by consistent use of the terms withinany report and care by the reader in making comparisons with other documents.
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WSRC-TR-99-O0361
Conclusions
A reevaluation of the SRS Fire Department loss data has demonstrated that largerproduction buildings do in fact have a lower incipient fire frequency per unit of area.This effect can be substantial. The analysis also demonstrated that the incipient fnfrequency for smaller production associated buildings exceeds values used in previouswork. Thus, in terms of the new non-linear model presenttd below, the uniformfrequency method, which is based on 33 firedkrnz”yr, whih~over-conservative for largeproduction and industrial buildings, under-estimates the frequency for all smallerproduction and industrial buildings.
.,
IIt was demonstrated for Administrative Occupancies that the incipient fire frequency issimply proportional to the building area as has been assumed in previous work.
The recommend design and analysis frequency predictors ior use at SRS are:
OfiIce occupancies F=l.OE-5AGeneral storage occupancies F=3.3E-5AProduction and industrial facilities F= 0.0017 K A0”53Other locations F= 0.0027 A0”s2
Where F is the fire frequency (fires/year), A is the building; area (m*) and K is anoccupancy-based multiplier:
Low potential (vault storage, reactor operations) 0.8Nominal potential (general industry, simple operations) 1.5High potential (laboratories, material processing facilities) 3
Examples of the effect of these new correlations on typical buildings at SRS is presentedbelow. Figure 1 presents a comparison of the more important recommended design andanalysis frequency predictors listed above with the previous uniform frequency method.
Building
105-K221-H233-H234-H703-A772-F773-A
Area, m2 occupancy
46000 Production - Low potential31OOO Production - High potential
3000 Production - Nominal potential5000 Production - Nominal potential
16000 Office8000 Production - High potential
28000 Iproduction - High potential
.—
K
——13.8:3.01.21.2...
:3.0:3.0——
Frequencicoriginalvalue1.521.020.100.170.530.260.92
fireslyearupdated
value0.401.220.140.190.160.601.16
10
1
0.1
0.01
0.001
WSRC-TR-99-O0361
f1 , r , , r , r , ,I I I , r I , I 1 I 11 I 1 ! II I I I i
I I I I iII I II I
1 ! Ii!,
tI t 1 I I I t I 1 t 9 r I t I 1
*1 l“- I I I I [11
I I I I II
1 -I I d c
100 lm 1000O 10oOou-
Area, mz
Figure 1, Recommended design and analysis incipient fire frequency correlations
More generally, the following is true for production and industrial buildings with nominalfire potential and a floor area of less than 10,000 m2, or with high fire potential and floorarea of less than 45,000 m2, the previous linear estimator of 33 fireskrnz.yr under-estimated the fire frequencies.
3
WSRC-TR-99-O0361
Literature Review
,.,
\,
For the past several years SRS has relied on a uniform incipient fire frequency value of33 fires/km2yr (3.3E-5 fires/m2”yr)for predicting the frequency of an incipient fire [1].This value was developed from the site-specific data [4] in Table 1 that was derived fromSRS Fire Department loss records [5]. At the time that the uniform incipient firefrequency was published, based on the information available, no significant differencewas identified between production and administrative building groups. The basis for thefrequencies in Table 1 is data and evaluation prepared in support of the Multi-Attribute-Utility model [4] that has been unpublished until this repmt. This basis is presented asAppendix C.
Other incipient fire frequency estimators have been published in the same form as inTable 1. These values are between one-forth and three times the SRS value and arepresented in Table 2. Thus, they are within a factor of 3 or 4 of the SRS value.
Fire frequency estimators have also been published on a building basis as shown in Table3. These values have the inherent weakness that they do not reflect the known increase inincipient fires as the buildlng size increases. It is possible to estimate the area-basedfrequency from these values b assuming a nominal area. For dwellings a reasonable
2’size estimate would be 150 m . Thus, the area-based fire frequency would be
(1) F“=:=0.0030=
year
150m2=20
fires
km2”yr
For other types of occupancies a higher average size is appropriate. Since these areas arebasically conjectures with large uncertainties, they will not be developed further in thisreport.
For industrial facilities it has been shown that the fire frequency is not linearlyproportional to the area [2]. The equation form is:
(2) F=aAb
where the coefficient b is less than unity and the frequency, F, is given in fires per year.Thus, the rate (or slope) of fire frequency as the building area increases falls below therelationship that the frequency is proportional to the area. That is, the incrementalincrease in frequency is always decreasing with increasing area. This suggests that thatthe use of a single constant, such as 33 fires/km2.yr, for estimating the incipient firefrequency may be over-conservative for ve~”large buildings.
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WSRC-TR-99-00361
Table 1. -Original SRS incipient fire frequency results
I
B Administration700C Administration700D Administration700F Administration700H Administration700K Administration700L Administration700M Administration700P Administration700R Administration100 Production400D Production200F Production200H Production300M Productions ProductionT ProductionG$LE Special
MeanStandard deviationMedianMinimumMaximum
:.
‘.
$
5
Frequent [4]1(fmsktn yr)
18.413.312.731.249.417.46.9
66.058.740.015.69.2
66.350.530.478.7
Not reported12.814.1332324
779
Table 2. —Area-based uniform fire frequency estimators
I Frequency ICkcupancy firesikm2.yr Reference
SRS -1994 33 SRS [1]Apartments 22 Australia [3]mlces 8.9 Australia [3]Offices 12 United States [2]* .Storage 33 United States [2]*Public assembly 97 United States [2]** Attributed to F. Smith (“How successful are sprhdders?” FirePrevention. 1982, pp. 28-35) however this citation does not presentthese values.
,>
WSRC-TR-99-O0361.:
Table 3. -Occupancy-based fire frequency estimators
occupancyIndustrialStorageOfficesAssembly entertainment
‘ Assembly non-residentialHospitalsSchoolsDwellings
Frequencyfirdbuildingyr
0.0440.0130.00620.120.0200.300.040,0030
ReferenceUnited Kingdom [2]United Kingdom [2]United Kingdom [2]United Kingdom [2]United Kingdom [2]United Kingdom [2]United Kingdom [2]United Kingdom [2]
Table 4. — Area-based non-uniform fn frequency estimators
occupancyAll manufacturingFood, drink, tobaccoChemical and alliedMechanical engineeringElectrical engineeringVehicle manufactureMetal goodsTextilesPaper, printing, publishingOther manufacturing
0.;170.00110.00690.00010.00060.00010.00160.00750.000070.0084
b Reference0.53 United Kingdom [2]0.60 United Kingdom {2]0.46 United Kingdom [2]0.75 United Kingdom [2]0.59 United Kingdom [2]0.86 United Kingdom [2]0.54 United Kingdom [2]0.35 United Kingdom [2]0.91 United Kingdom [2]0.41 United Kingdom [2]
6
. WSRC-TR-99-00361
Analysis
The SRS 10SSdata in Appen&x A has been updated to include the fire history in 1991,1992, 1993 and 1994 [6, 7,8, 9]. These fires are summarized in Appendix B. Inaddition, minor revisions to the data were made to reflect the best available data. Theseupdates are based on interviews with site personnel, the most recent SRS Building Listand analysts judgement. A sensitivity review for outliers demonstrates that theserevisions had no significant effect on the final results.
Table 5 summarizes the incipient fire history for SRS from January 1958 to December1994. The original analysis assumed that all buildings had been in service for 33 years.This neglected the construction boom that occurred in the early 1980s and had the effectof under-predicting the f~e frequency. The size-year values in Table 5 present theproduct of the combined building size and 33 years. The size-year data for the update arebased on the individual buikiing size and the actual number of years that a building wasin service. This approach avoids the error of assuming that all of the buildkgs were builtin the same year. Appendix A presents all of the data used in this analysis.
The area-specific uniform fire frequencies are presented in Table 6. With the exceptionof A-Area and 400D, the frequencies calculated using the database information replicate.the original published work within expected roundoff error. In the original workBuilding 773-A was excluded as an outlier (28,267 m2 of area and 96 fires). If this isaccounted for, the replicated uniform frequency for A-Area would be
(3) F=169fires -96 fires fires
=18.4—(148,432m2 -28,267 m2133 years) k&y
The updated results have a greater variability than the original results. The uniform-areafrequencies range from 9 to 110 firedkrnz”yr. The mean value increased from 33 to 50fires/km2.yr. The median value increased from 23 to 28 fires/km2”yr.
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WSRC-TR-99-O0361
Table 5. — SRS incipient fire sunmaries
Area I occupancyAB700C700D700F700H700K700L700M700P700R100400D200F200H300MsTG.N.E
AdministrationAdministrationAdministrationAdministrationAdministrationAdministrationAdministrationAdministrationAdministrationAdministrationAdministrationProductionProductionProductionProductionProductionProductionProductionSuecial,,
lSume
Combmedbuildir
noriginal148432
6856119724861
257301215043801835258422681939
31190034291702276198631483
...
1426453935
801093
size,
Jmiated149529
7285127834861
257261110745371835259122691940
311902342887217(J69851314815338G142645744C
869239
SizezJ’earsm’. vr---
=
22624839507616041384909040095014454060555852727484463987
102927001131603231749120455381038939
...470712
177985526436069
ik!@4{4169083
557832119191819657465061855449105460010491947924363696
11712194123961420253922123424
800995201365232069
136789625596946
Number of fires
!E&lL
355
42714531
9575
1176282...
625
707
~pdated186
585
441234531
10685
1317787
66
39813
8
!.’
L,
Table 6. — SRS uniform incipient fire frequencies by location
WSRC-TR-99-00361
AreaAB700C700D700F700H700K700L700M700P700R100400D200F200H300MsTG.N.E
I OccupancyAdministrationAdministrationAdministrationAdministrationAdministrationAdministrationAdministrationAdministrationAdministrationAdministrationAdministrationProductionProductionProductionProductionProductionProductionProductionSwcial
MeanStd. DeviationMedianMinimumMaximum
Freori{
reported18.413.312.731.249.417.46.9
66.058.740.015.69.2
66.350.530.478.7...
12.814.1332324
779
—uency (firesti:nal
calculated34.513.312.731.249.517.56.9
66.158.640.115.69.2
64.550.530.378.9...
12.714.03423317
79
K)Updated
calculated44.689.637.827.558.964.732.966.7
101.637.915.79.1
67.064.736.3
io8.6 ‘29.825.928.5502838
9110
Non-linear Form
The primary intent of the study presented in this report was to evaluate the non-linear firefrequency estimator, F. As was discussed above when analyzing fire frequency data it isnecessary to normalize the results in terms of area-years. Thus, the data becomes firesper year per unit area (f~s/km2.yr) rather than fires per year as given in Equation (2). Toaccommodate this, a normalized fire frequency equation will be used for analysispurposes. This normalized frequency is:
(4) ~=txAS=abA&’
Thus, to transform the results developed using Equation (4) into the design form ofEquation (2):
‘5) a= @:l)
9
,.
WSRC-TR-99-00361
(6) b=~+l
The median size of the buildings listed in Appendix A is 89 m2. Twenty-five percent ofthe buildings are smaller than 29 m2, 75 percent of the buildngs are smaller than 280 m2,and 90 percent are smaller than 1100 m2. The largest building is 69677 m2. hissuggests the following logical groupings based on size:
Very small A <30 m2Small 30 CA<90m2Medium 90< AS300m2Large 300c AS1000m2
In addition, the largest building that did not have a f~e had an area of slightly less than5000 m2. Thus, for buildings greater than 5000 m2 it is possible to explicitly calculate thefire frequency, For buildings smaller than 5000 m2 the data is grouped as shown in Table7. These data are plotted in Figure 2 along with the indivi~iualbuilding frequencies fromTable 8. To account for the unequal area-years of history the curve fit was weightedusing the area-years value. The weighted curve fit for all of the SRS data is:
(7) 1?= 630 A4’3’
On inspection of the E, G, N Areas data which is treated as a special occupancy, it isuncertain if the information is complete. Thus, a curve fit was generated excluding thisdata. Table 9 provides the summary of the SRS building fire data after the exclusion ofE, G, and N Areas. The resulting weighted curve fit is:
(8) F’=910A4”42
The original study excluded Building 773-A as an outlier. The data for Buildings 105-L,221-F and 313-M could also be excluded based on the same logic. If these data and theinformation for E, G and N Areas area excluded, the weighted curve fit is:
(9) F’= 850 Aq”43
These three curve fits are shown in Figure 2. There is little difference in the results.Since the “outliers” have little effect it is recommended that the curve fit that excludes E,G and N Area data be the fit of choice to cover all SRS buildings (i.e., Equation (8)).When transformed back to the design equation form, Equalion (8) becomes:
(10) F= 00016A0”n
Administrative Occus)anciefi
The analysis for all building data can be repeated for both ,4dministrative and productionOccupancies. Table 10 provides a summary of the Administrative Occupancy fire lossdata that has been combined with the Administrative Occupancy data in Table 8 andplotted in Figure 3. Two weighted curve fits have been prtsented. The first includes all
10
.,,
&WSRC-TR-99-00361
dat~ the second excludes the data from Buildings 772-F and 773-A. Both of thesebuildings are actually laboratories, rather than the more common AdministrativeOccupancies (e.g., office buildings, maintenance shops, warehouses). The respectiveweighted curve fits are
(11) ~=19A0’m
(12) F’=150A+2’
The first fit, which includes data from the two laboratory buildings, has a positive slope.This is the opposite of that expected. After excluding the two laboratory buildings theslope becomes negative. The present data does not suggest a strong variation withincreasing area. Thus, it is recommended that weighted mean (excluding 772-F and 773-A) be used for f~e frequency estimates for Administrative Occupancies. This mean valueis 35 fires/km2.yr.
.Production Occurxmcies
Table 11 provides a summary of the Production Occupancy fire loss data. (Informationon Special Occupancies is shown in Table 12 to allow comparison.) This data has beencombined with the Production Occupancy data in Tztble 8 and plotted in F@ure 4. Two ~weighted curve fits have been presented. The first includes all &it%the second excludesthe data from Buildings 105-L, 221-F and 313-M. The respective weighted curve fits are:
(13) l?= 1400AA”4
(14) J?= 950Aa”~
These curves are very similar and since there is no strong evidence to exclude data fromany of the buildings, Equation (13) is the recommended curve fit for ProductionOccupancies. When transformed back to the design equation form, Equation (13)becomes:
(15) F= 0.0027 A“””
11
!.,
~WSRC-TR-99-O0361
Table 7. Aummary of SRS building fire data
NumberSize of Numberof Areq m2 Area-years F
buildings fires Mean Surri rn2”Yr fires/km2”yr~ 30 303 56 14 4276 72073 77730 to 90 295 15 63 18521 229978 6590 to 300 295 91 160 471:14 604614 151300 to 1000 145 73 560 814?8 2017036 361000 to 5000 115 128 1900 2223;15 5031352 25>5000 24 450 21OOO 495535 17641893 25Sums 1177 813 869219 25596946
Table 8. —Fwe frequency data for all SRS buildings
OeCupancy Building
Production 105-OOOCProduction 105-OOOKProduction 184-OOOKProduction 105-OOOLProduction 184-OOOLProduction 105-OOOPProduction 1184-OOOPProductionProductionProductionProductionAdministrationProductionProductionProductionProductionProductionProductionProductionProductionProductionAdministrationAdministration
105-OOOR184-OOOR21O-OOOS221-OOOS772-OOOF484-OOOD313-OOOM320-OOOM321-OOOM221-OOOH232-OOOH234-OOOH221-OOOF247-OOOF703-OOOA773-OOOA
Average sizem2
4645246452
789746452
789769677
789746452
78978696
177827785
23226531558805209
3062151305331
30632130061644428267
5138495535
Area-yearsm2yr17187241718724292189
1718724292189
2578049292189
1904532292189
3478471128
311400859362223230217560192733
1224840200070191916
1225280104048608428
1158947210658
17641893
Numberof fires
18151133
15128312
241032201733
96
945
1096
3450
F,
firesAcrn2”yr109264
3810411029772728453148
14392881216778314
12
Table 9. — S
Size
~ 30
30 to 9090 to 300300 to 10001000 to 5000>5000Sums
Table 10. —
Size
<30
30 to 9090 to 300300 to 10001000 to 5000Sums
WSRC-TR-99-O0361
mmary of SRSbuilding fire data excluding E, G and N Areas
Numberof Numberof Area, m2 Area-years ~
buildings fires Mean Sum m2, fires/km2+yr
239 38 16 3706 62800 605262 12 63 16627 198880 60274 89 159 43527 539444 165114 70 555 63307 1621503 4394 115 2012 189097 4164530 2824 450 20647 495535 17641893 26
1007 774 811799 24229050
‘irefrequf
Numberof
buildings91
1121493855
445
lcydatafor administrativeareas
I I INumber of Are% m2 Area-years p
fires Mean Sum m2”Yr fwkm2”yr
24 15 1405 26994 889 ..2 66 7338 83826 248 161 23978 305676 26
26 505 19175 496809 5283 2090 114933 2691259 31
143 166829 3604564
Table 11. — Fire frequency data for production areas
Size
<3030 to 9090 to 300300 to 10001000 to 5000Sums
Numberof
buildhm1481501257639
538
Number of Area, m2 Area-years Ffires Mean Sum m2. fires/km2”yr
14 16 2301 35806 39110 62 9289 115054 8781 156 19549 233768 34644 581 44132 1124694 3932 1902 74164 1473271 22
181 I I 149435 I 2982593 I
.
13
WSRC-TR-99-O0361
Table 12. — Fwe frequency data for special areas
“Z’ Izsl””::ofk
<30 64 18 930 to 90 33 3 5790 to 300 21 2 1713ooto 1000 31 3 5861000 to 5000 21 13 I 1582Sums 170 39
m’
L
Area-yearsSum m’”yr
57’0 92731894 310983587 65170
18171 395533
~“
fires/km2”yr
19009731
815
Km
.&t 1 I I LIIII as
HA AUbuIldiwM
;1-
A AILkas%G&N I d
a a PrOduaiong
❑ 105-OCOL* ,n o 31340Mv .“
t
II 10 221-OOOF
* o All&ta L
HII a 1 1 1 1 I
O 7734COA [—All data- - ‘_ewE,G&N I
14 I 1 I I [ I ! I I t 1 I I I t , , , t , 4
10 100 1000 loom loomo
Area, m2
Figure 2, Fh-e frequency curve fits for all SRS buildiig~
14
WSRC-TR-99-00361
1000
110 100 1000 10UB3 mom
b m2
Figure 3, Fke frequency curve fits for SRS administrative areas
1000
1
i I I I I I I f II I I I I I II I I 1 Ii.J-L
I I I II I●
I [ I II I
u ● Pmductioan KmoOLo 221-OOOF
I ,1 .; , 1 n 1 1 1 , 11r-m # I
10 Iw 1000 100CO loOocm
A- m2
Figure 4, Fire frequency curve fit for SRS production areas
15
WSRC-TR-99-00361
Results
>,
.
The reanalysis has demonstrated that there is a size effect ior Production Facilities. Thiseffect can be significant. The effect was not observed for Administrative Facilities. ForAdministrative Facilities it appears that an area-based propxtional constant is all that isnecessary to accurately estimate the incipient fire frequent y.
The basic correlations developed from the SRS data are:
Administrative facilities F=3.5E-5A,
Production facilities F= 0.0027 A“”52
Where F is the fire frequency in fwes per year and A is the building area in m2.
Area Effect
Figure 5 shows how well the SRS Production Curve, Equation (13), parallels withindustrial data. The SRS curve is slightly higher than the aU-manufacturing correlationand slightly below the correlation for chemical and allied processes. This would beexpected since SRS production facilities represent a blend of general industry and nuclear -facilities. Often these nuclear facilities are very sifilar to those used in the chemicalindustry.
Figure 5 also demonstrates the SRS all-building curve. This curve does not parallel theall manufacturing correlation. This is expected since the SRS all-building curve containsa significant portion of administrative facilities, which have been shown to be betterrepresented using a uniform frequency estimator.
Direct comparison between the SRS Administrative Occupancy results and publishedliterature is not readily possible. SRS Administrative Occupancies are a blend of offices,laboratories, repair and storage facilities. The published estimator for offices ranges from8.9 to 13 fires/krn2”yr. This range is lower than the SRS estimator, which is 35fires/krn2”yr.Figure 5 graphically demonstrates that the frequency of fires in typicalindustrial facilities ranges from 10 to 100 fires/km2”yrand can exceed 200 fires/km2”yrfor small chemical and allied processes. Thus, it is expected that the SRS AdministrativeOccupancy result is higher than the published values for offices.
It is possible to generalize the SRS results to compare it with published du Toaccomplish this requires the following thought experiment, Assume that one-third of theAdministrative Occupancies at SRS are offices or similar occupancies with an incipientfire frequency of 10 fires/krn2”yr. The remaining two-thirds are split equally betweentypical industrial and storage facilities and higher potential storage facilities. Thefrequency estimates for these occupancies are 33 and 80 fires/km2.yr. The net effectwould be an overall frequency OR
16
WSRC-Ti&99-0t)361
.,
i-“
lo fires 33 fires *O fires
k.m2”yr+km2”yr+ km2”yr =41 fires(16) Fe=r3 3 ~
This result exceeds the 35 fires/km2”yr,but is less then the 46 fireskmzyr that is theAdministrative Occupancy result prior to excluding Buildings 772-F and 773-A. Thus,the SRS Administrative Occupancy results do compare favorably with published values.
1000
IF i I 1 1 11111 I 1 I I IIll! I 1 1 I 1I
!!
,, IWSRC-TR-99-O0361 ~:
Table 13. — Fire frequency data for production areas
Building size (m*)
SRS newAll manufacturingFood, chink, tobaccoChemical and alliedMechanical engineeringElectrical engineering -Vehicle manufactureMetal goodsTextilesPaper, printing, publishingOther manufacturing
6;0901660
317475
35486
8642625
643444
B-0.39-0.47-0.40-0.54-0.25-0.41-0.14-0.46-0.65-0.09-0.59
Table 14. — Comparison of occupancy s@fic correlations
Building size (m*)All manufacturingF@ drink, tobaccoChernicaI and alliedMechanical engineeringElectrical engineeringVehicle manufactureMetal goodsTextilesPaper, printing, publishingOther manufacturing
Ratio of occupancy specific fke frequency to all- I
101.000.763.450.100.410.130.962.910.103.75
TiY-1.000.892.940.160.470.270.991.930.242.84
lfacturiY?_
1.001.052.500.270.530.571.011.270.572.16
~~~di~l@--——1.001.:132.:13().450.611,:!3
1.030.[141.361.64—.
%-
1.001.451.810.740.702.631.060.563.271.24
Fire -10b potential1.00 nominal1.70 nominal1.54 high1.23 Iow0.81 low5,62 nominal1.08 nominal0.37 nominal7.85 “’”0.94 ““”
Table 14 provides the ratio of the estimated f~e frequency (fires/yr) and the estimated firefrequency for all industry over a range of areas. From this infor&ation it is possible toestimate an appropriate multiplier for each occupancy. To simplify implementation theoccupancies were grouped into similar types. Since the basis for the correlations is notavailable, some of the occupancy descriptions are rater Obsicure. This grouping processallows the occupancies to be defined explicitly. The logic:ti groups are low, nominal andhigh potential. These groups were defined based on the frequency estimates at 1000 m2:
18
WSRC-TR-99-O0361
E(18) nominal 0.7e&<l.3
high
k’~
Fl.3<—
Fti
Table 15 summarizes the results for the fire potential grouping. The data for vehiclemanufacture and paper, printing, publishing have been excluded because of their slopesare very shallow. The other manufacturing category is also excluded from the analysissince this category is ill defined.
Table 15.—Industrial fire frequency ratios
Number in StandardFire potential category Mean deviation
low 2 0.4 0.2nominal 4 1.0 0.3high 1 2.5 ...
This analysis approach is repeated in Table 16 for the SRS Production Occupancy results.Ranking the ratios in order demonstrates that below a value of 1.0 most of the largebuildings are related to reactor type operations. Above a value of 1.5 the buildings arerelated to material processing activities or laboratories. These ranges will be denoted aslow, nominal and high.
The respective mean values of the ratios for each group are presented in Table 17. Thesemean values do not represent the best estimator for the K multiplier. In some cases thedata is sparse. In some cases some of the building use has be inconsistent. (e.g.,Building 105-L was in a non-operational state and essentially abandoned for more than10 years.) It may also be skewed because there are several buildings with a particularoccupancy. The recommended K multipliers presented in Table 17 are based on theinformation in Table 16 and the author’s judgement.
19
,,
WSRC-TR-99-O0361 <
Table 16. 43RS production facility derivation of occupancy mukiplier
Building
105-OOOL105-OOOR184-OOOL184-OOOR105-OOOP484-OOOD105-OOOK105-OOOC234-OOOH21O-OOOS232-OOOH184-OOOK184-OOOP221-oOos221-OOOH247-OOOF321-OOOM772-OOOF320-OOOM313-OOOM221-OOOF773-OOOA
HF
fires/lan2yr1.74.2
10.310.35.8
11.68.7
10.531.328.745.037.641.128.126.948.188.277.191.9
143.376.782.8
:orical datiArea~2
464524&152
78977897
69677232264645246452
53318696513078977897
1778230621130065209778558805315
3063228267
Ffuesiyr0.080.200.080.080.410.270.410.490.170.250.230.300.320.500.820.630.460.600.540.762.352.34
All-manufacturingCom
F*
0:510.200.200.630.350.510.510.160.210.160.200.200.300.410.260.160.200.170.160.410.39
kionK
0.160.390.410.410.650.770.800.961.041.201.471.501.641.642.032.432.903.063.204.755.796.02
SRSCorrelationF
firedyr0.720.720.290.290.890.500.720.720.230.300.230.290.290.440.580.370.230.280.250.230.580.56
K0.110.270.280.280.460.540.560.670.710.831.011.041.131.141.42 -1.681.992.112.193.264.044.20
Table 17. -SRS fire frequency ratios
All-manufacturing
e
SRS Recommence=Fire potential correlation correlation K multi lier
Low 0.6 0.4’ 0.8Nominal 1.2 0.8 1.2High 3.2 2.2 3.0
20
*
WSRC-TR-99-00361
Ifrri. “--
E!%
I I I P4 Ill I
1
1 I I I t 111 I 1 1 1 I I Illt
II
I [1 [111 11111 I I I 111111t I ! I!l!!ll 1- .
10 Im moo Im H300CQ
~ mz
Figwre 6, Fke frequency prdlctions for industrial facilities
Implementation
The incipient fire frequencies presented in this report are intended to estimate thefrequency of an incipient fire occurring in a specific building. As such only onecorrelation should be applied to any one building. In a mixed occupancy (e.g., officesand industrial activities in a single building) the correlation that best represents theoverall occupancy should be selected and a single incipient fire frequency can then becomputed. Multiple correlations should not be used to estimate the frequencies in asingle building unless the building segmented by construction that create independentoccupancies (i.e., 4-hour blank fire rated construction.)
There is nothing in the above approach that mandates that the incipient f~ frequency bedistributed uniformly over the building. If known the incipient frequency can bedistributed based on room use. Such information is readily available in single and multi-family residences. In industrial occupancies the weighting can be derived from theoccupancy multipliers in Table 17.
21
.
1.
2.
3.
4.
5.
6.
7,
8.
9.
,,
.-.WSRC-TR-99-O0361
Works Cited
Coutts, D. A. 1994. Fire Risk Assessment Methodology Generic Event TreeDescription (U). Aiken, SC: Westinghouse Savannah River Company. (March)WSRC-TR-94-0188.
Fire Safety Engineering in Buildings, Part 1: Guide to the Application of FireSafety Engineering Principles. 1997. London, England British StandardsInstitute. DD240 Part 1:1997.
Fire Engineering Guidelines. 1996. Sydney, New South Wales, Australia FheCode Reform Centre Limited.
Ford, H. A., D. F. Paddleford, and M. 3. Vitacco. 1992. Benefit vs CostEvaluation Methodology for Fire Protection Upgrade Projects (U). Aiken, SC:Westinghouse Savannah River Company. (May) WSRC-TR-92-141.
Brandyberry, M.D. 1990. Analysis of SRS Indusm”al Fire Records (U). Aiken,SC: Westinghouse Savannah River Company. (January) WSRC-TR-90-143.
Westinghouse Savannah River Site Fire Department 1991 Annual Repoti. 1992. -Aiken, SC: Westinghouse Savannah River Company.
Westinghouse Savannah River Site Fire Department 1992 Annual Report. 1992.Aiken, SC: Westinghouse Savannah River Company.
Westinghouse Savannah River Site Fire Department 1993 Annual Repo~. 1994.Aiken, SC: Westinghouse Savannah River Company.
Westinghouse Savannah River Site Fire Departme~t 1994 Annual Report. 1995.Aiken, SC: Westinghouse Savannah River Compan y.
22
WSRC-TR-99-O0361
Appendix A, SRS Fire Loss Data
23
WSRC-TR-99-00361
This page intentionally blanlk.
24
Sheet 1 WSRC-TR-99-O0361 .
Table A-l.--Incipient fire data for A Area
>“,
years in Fire countserviceto
Area Type ID Arw ft2 Area,m2 ’94 ~m*m*
639739021 01 21A A 607-O(32AI 240[ 221 411
A A 607-016AI 6001 56A [A 1614-oolAI 861 81 411 3281 Oi 01 0A 1A 1701-OOIAI 873i 811 401 32401 01 01 0
-----A A 701-WZA 170/ 161A A 701-003A 1501 141 41IA A 701-009A 64
5741 01 01 01
1. I 61 91 541 01 01 012161 1131 61 6781 01 Oj o
481 41 81 32! (-)1 01 n
L
9_lUUlA 17 3 10
Ai 15361 1431 141 2002 I o 0 00 0 0
A IA 7oL-n , .,.., Y.., .,, lJOIIIA IA 703-OOOAI 1770001 164441 371 6084281
A A 703-oo2f_ ~ ___-, -.. ----A A 703-003A I 15361 143 ‘i 1287A A 703-004A I 15601 145 14 2030 01 01 01A A 703-0051_ ___-, -.-, *A A 703-O06A 15361 143[ 9[ iii; WI UI
A A 703-O09A 823I 76[ 91 684 01 01 0A A 703-01___ , ---- -._,A A 703-011A I 1536 143
A A 703-012A I 720 67 9 ‘%3 o! o! oA A 703-013A i 720 67 9 603 01 01 (-)
10A I 15361 1431 91 12871 0/ o 0C)t 17R71 01 0 0
--- *tA IA 1703-014A I 15%1 14%1 01 17R71-- , -------- 1 t n
A 1A \703-015A -Zij -“-67 91 “a3[ 01 o! oA 1A 1703-016A 7201 67 91 6031 01 0[ o
1A ,-- ,.
m ,
A I 15601 145r 91 1%-)51 01 01 0Al ni n
--- ,A 703-017A 720 67 91 ’603 0 0 0
i A 703-018A 720 67 9 603 0 0 0
A A 703-022A 1792 166 9 1494 01 0 0L A 703-026A 1792 166 9 1494 01 0 0
9 1494 01 . 01 0A 1A 703-028A { 1792 166A A 703-030A 1792 166 14 23241 0 0 .0
A A 703-031A 1792 166 14 2324/ o 0 0
A A 1703-033A 1536 143 14 20021 0 0 0
A A [703-034A 16001 149 141 20861 0 0 0A 1A ]702:--,.. , .---, ..-, .,, -“--tA 1A 17C
_- ---- .- —--- * ,WY47A I lfiilnl IAQI lAi 7(MMI 01
-- ,- -- -.
I&t&X+-038A 1600 149 14 2086
1703-041A” 20000 1858 14 26012
1703-042A 20000 1858 14 26012
1703-043A 20000 1858 14 26012
01 01 001 11 1
A A 703-044A 200001 1858 5 92901 11 01 11
A A 703-045A 200001 1858 5 92901 01 01 0
A A 703-051A 432i 40 7 2801 01 01 0
A A ‘,..- “w-. , “s-, --, ,, -“.,A A 703-053A I 896[ 831 71 5811 01
----- --- 9 --- . .- , I --- 1,7nms7 A I RCMI !221 71 %!21I
01 01
25
Sheet 2 WSRC-TR-99-00361 \
Table A-l.--Incipient fire data for A Areayearsin Firecountserviceto Ongmal Sum of
Area Type m AW f? A- mz ’94 yrs*m2 count ’91 to ’94 auks
A A 703-056A 8% 83 7 581 0 0 0A A 703-057A 896 83 7 581 0 0 0A A 703-058A 896 83 7 5811 0 0 0A A 703-063A 896 83 9 747 0 0 0A A 703-070A 8% 83 9 747 0 0 0A A 703-071A 600 56 91 504 0 0 0
A 1792 166 61 996 0 0 0113 411 4633 Oi 01 04
A A .-. ““.?.. .“.-A A 71O-OCM)A 9533
AA 711-OOOA 2512A tA i719.iUUIA #iQ%ii ,: ‘?!EH=II‘x ,r= I , a- ““”. . I ““~ , “4 ,
DA I 48521( 45081 41 i lti~ 01 0[I .
713-OOIA 11760’1A 1A 713-002A 20000 1858
8% 83f714-OOOA 45036 41$t4-’#=+L 41
1715-OOOA‘ “-- -..
~
9VLIOA 100I 91 411 369
IA 1A 171M)01A WYil ml 51 415 01
---- m .- , -. . . . .
01 01... .- k-------- ,
HdlBQ= -tZ(54
81 ‘1784223 I 01 01 01
‘i ‘--I*
1 J&TJ 4871 411 1997111 91 01 9
1A 1A [717-OU I m-n 191 101 pi 01 i-it (-l—.—---
. . 1 --- r , ,
1A I 70’7 741 7] S18! 01 01 01-41 01 irwai /-8[ nl n
]719-OOIA I 840{
781 61 4681 0[ o! o1s1 d Q@ Ill 01 f)A [A
4719-002A 1792
A 1A 719-003A 160719-O(MA l15&)o ‘IHiBHil
tdit+sx --i-i-d498
------- ,A 1719-008A I i9ii
I 61%--+--+. . . . I . ““
,12A 1 <q4
i2-m !! ‘-! 3ilBEHl
--:-l on1 <1 AA<J f-d d n
26
WSRC-TR-99-00361 .
Table A-l.--Incipient fire data for A Areayearsin Firecountsernce to Original Sum of
Area Type ID AW d Aw m2 ’94 ym*m2 count ’91 to ’94 all firesA A 719-018A 1792 166 5 8301 0 0 0A A 719-019A 1792 166[ 5 8301 0 0 0A A 719-020A 720 67 5 335 0 0 0A A 720-OOOA 11180 1039 41 42599 01 0 0A A 721-OOOA 4595 427 17 7259 0 0 0A A 722-OOOA 11700 1087 37 40219 0 0 0A A 722-OOIA 6900 641 13{ 8333 0 0 0A A 722-002A 720 67 14~ 938 0 0 0A A 722-004A 7800 725 Ill 7975 0 0 0A A 722-O(35A 20000 1858 51 9290 0 0 0A A 722-008A 792 74 6} 444 0 0 0A A 723-OOOA 25194 2341 38[ 88958 3 1 4A A 723-002A 11521 107 181 1926 0 0 0A A 723-004A 17921 166 17] 2822 0 0 0A A 723-005A 384 361 171 612[ o~ o 0A A 723-O06A 1320 123i 171 2091I 01 01 (-)A A 723-007A 1560 -.”,A A 723-008A 720 67) i6 ;Gi 01 0]A A 723-009A 720 67! 16 1072I 01 01 0
--- , -. I ---- s
lA<i 171 7A65i 01
. . .—------ .—- -. -- --. —‘ ‘23-012A I 24(-)1 22 I 131 2R61 01 01 0
of 01 0
1A IA T_. --–. , --- 1723-013A 210 ii ii iii
223 6 13381077 Al AA157
Oo2A 2160 Aull1A 1A 1724-O(I3AI 1536 1’431 71 1001I
1A 1A 1724-+-+---+.-. . 1 1 . ..-. 1 1
-n~ I 1+1 34171 6[
726-OOOA 4001 *7!
A 1A 730-OOOA 20000[ 10JO1
A 1A 730-OOIA 17921 1661
A 1A 1735-008A IA [A [735-
002A 1792 I u! 77U
1A tA 73M03A 1792 ;:} 61 996733-OOOA 1926 17QI 41 I 7?Z9
A IA 733-OOIA 4000 >IL I ‘#LJ&A [A 734-OOOA 2034 189 411 7749
735-OOOA 48290 4486IA 1A 735-002A 1800 167 201 3340~
q UI u
01 oi o
411 1839261 131 01 13I 01 l! 1
-- 1 -- 1 ---LM I Ill 7rx7 1 0[ 01 0
I l-it nl n
A-lA 1735-004A I 213A 1A
1536009A I 1536
1A iA i735-011A i 300001 2787 61 16722 u: VI VI
A [A 1735-013A I 1800 01 01 01
:6 01 01 0[1A 1A 1736-OOOAI 10286I 95
27
Sheet4
i,
GWSRC~-g9-00361 .
Table A-l.--Incipient fme d@a for A Area
\ I . . ,A 1A 736-OOIA I 120 11 37 407 0 0 0A 1A 737-OOOA\ 27321 2538 17 43146 0 0 0A A 737-OOIA 2702 251 12 3012 0 0 0A A 737-002A 1210 112 10 1120 0 0 0A A 737-003A ~ 1356 126 10 1260 0 0 0A A 737-C)(J4A 740 69 10 690 0 0 0A A 737-O(MA 2400 2231 201 di(jo o 0 0A A 737-006A 1584 1471 91 1,3231 0( o 0A A 737-007A 1440 134[ 91 1,2061 o! 01 0A A 737-C)08A 1440 134 9 :1206 0[ 01 0A A 737-011A 1475 137 9 :1233 0[ 01 0A A 737-012A 738 69 9 621 01 0 0A A 737-013A 5000 465 8 :;720 01 0 0A A 737-014A 1440 134 9 1206 01 0 0A A 737-015A 1440 134 9 1206 Oi o 0A A 737-017A 500 46 9 414 0 0 0A A 737-018A 2400 223 8 1784 0 0 0A A 737-019A 1440 134 7 938 0 0 0A A 737-020A 768 71 9 639 0 0 0A A 737-023A 300 28 9 252 0[ o 0A A 738-OOOA 96 9 41 369 01 0 0A A j740-OOOA 3026 281 41 11521 01 0 0A A 1740-003A 1792 166 6 996 01 0 0
A A 74(M04A 1792 166 6 996 01 0 0A A 740-005A 1792 166 6 996 0[ o 0A A 7404M6A 1792 166 61 996 0 0 0A A 740-007A 504 471 5[ 235 0 0 0
A A 740-008A 1200 1111 51 555 0 0 0
-74M09A 1792 .“-,1A 1A i740-OIOA 1792
--- , , ---1661 ;[ 8301 0 0 0
I 166[ 51 8301 0 0 0. . ---
IL *
51 X3(M 01 01 01
t-v- 1 11661 ;[ iii 01 0 0J
A A 742-O04A I 7201 67 6 402 01 0 0
A A 742-O(MA 7201 67 6 402 0 0 0
A A 743-OOOA 1034I 96 41 3936 0 0 0
A A 743-OOIA 1440) 134 14 1876 0 0 0
A A 745-OOOA 11025[ 1024 36 36864 1 0 1
AA 745-003A 3841 36 11 3% o 0 0
IA 1A [745-O(MA 2400 223 11
=+
2453
000A 1296 120 36 4320111 14 1554
1A IA 5680 .*” -t ----748-O(I1A I 35 3 27
+
81[A 1A 749-OOOAI 11500 1068 6 6408
0[ 01 mr m
d nl n01 01 10--- 1 ., I --- . z ,
<’lQf 97I 1ATVd 01 01 0
2a
Sheet 5
.- —--- .
1
Table A-l.--Incipient fire data for A Areayears in Fire countservice to Orqpnal Sum of
Area Type ID A- ft2 Are%mz ’94 yrs*mz count ’91 to ’94 all fires
A A 749-OOIA 100 9 6 54 0 0 0A A 751-O(31A 4450 413 37 15281 1 0 1
51-002A 288 27 41 1107 0 0 01A 1A 1752A025A 200 19 19 361 0 0 0
761-OOOA 141 13 37 481 0 0 0IA 1A 763-O(IOA 2400 223 15 3345 0 0 0
UM 130 41 5330 0 0 0
P 1A 1771-OOOA I 45 4 39 156 0 0 067 41 1158947 96 0 96
)02A I 1012 94 41 3854 0 0 01A iA i773-003A I 449 42 41 1722 0 0 0A IA 773-O(MA 35 3 28 84 0 0 0A IA 773-005A 35 3 28 84 0 0 0A iA 773.006A 35 3 26 78 0 0 0
)(I8A 35 3 25 75 0[ o 01A 1A 1773-01 1A 1824] 169 9 1521 II (-l 1
3042631 2821
-------
WSRC-TR-XMj0361 .
.- ----- _-— , --- ---- ,A A [773-012A 1632 152 9 1368 0 01 0A A 773-013A 1500 139 9 1251 0 o! 0 ~A A 773-014A 768 71 9 639 0 0 0A A 773-016A 1536 143 9 1287 0 0 0A A 773-017A 1536 143 9 1287 0 “o 0A A 773-018A 1536 143 9 1287 0 0 0A A 773-019A 1536 143 9 12R7 o 0 0A A 1773-02 83 16 13 ! n f) n
klHH
H=AAAAAA -------- ,
I
E m
I (-II o 00 0
I 1 ,II Ill d (-J
773-043A I 18720 1739 71 12173{ o 0 0773-051A i 20000 1858 6 111481 0 0 0773-053A 1792 166 6 9961 0 0 0773-054A 1792 166 6 99(5I o 0 0[773-055A 1792 166 6 996\ o 0 0
A 1A 773-058A 1792 166 5 830 0 0 0A 1A 773-059A 1792 166 5 830 0 0 0
AA 773-060A 504 47 9 423 0 0 0A A 774-O(IOA 2501 232 37 8584 1 0 1
A A 774-OOIA 720 67 8 536 0 0 0
A A 774-002A 798 74 8 592 0 0 0
A A 775-OOOA 819 76 25 1900 0 0 0
A A 776-OOOA 3000 279 6 1674 0 0 0
29
Sheet6 WSRC-TR-99-00361 .
Table A-l.=-Incipient fire data for A Area
A A 776-OOIA ] 18011 167}
A A 776-003A , eoviA A 776-O(MA [ 280{ 261A A 776-OOL IA A 776-O(I6A 2X1 2381A A 776-O(MA lx”A A 777-OOOA 2800 1A A 777-OIOA 55308 5;;1
A A 777-011A M 01
A A 777-012A I 8851 821A A 777-015A , ,~vA A 778-OOOA1 lAA
A A TT8.MSA
411 68471 Ill ni nl
26i
41i
4F=EE!a-All3oi
A A 779.__.. - , ._--, .--4A AAA 14i 9i
A 1A 779-W.- &“.A A 779-O1OA 1450A A 780-OOIA 270 251A A 780-002A 421 391
4--71 VI w! u
2151 0{ 01 0 --1025! 0{ 0[ 0
- 15991 Oi Oi r)+4141
n n , (“*-w.Jvn LW(JW [ AW.7[
A A 784-OOOA I 557A A 784-OOIA 9601 89AA 7fM-003A 15oi 14i
7UA t v u
*i
Jt M609 ; 1 313 1157 0 0 014 196 0 n ()
-- --tA 1A 17&OlA i 121 ii 301 ‘;+;! ‘i ‘i ‘1o n ()
427 221 ~. . -------- , JA A 786-OOOA ‘--4600
A A 786-O(IIA 1536 1431 141
A A 786-002A 4(M Ml lAt
A A 786-004A 28btA A 786-005A 21OOI 1951 91
A A 786-006A 1120 lMI 91
786-013A 144
1A 1A 789-OOOAI
33
.
. .
Sheet 7 WSRC-TR-99-00361 .
Table A-2.--Incimientfwe data for B Areayears in Fire count
service toArea TYW m A- ft2 Area m2 ’94 yrs*m2
B 1A @J7-002B 4321 40 71 2801 01 0 0B A 623-OOOB d o d o 1 0 1B A 703-OOOB 20000 1858 8 14864 1 1 2B A 703-OOIB 20000 1858 8 14864 1 1 2B IA 703-005B 20000 1858 7 130061 0 0 0B IA 703-007B 952[ 88 6[ 528[ o 0 ,0.-—B A I;O3-O1OB 4801 4s 6[ 2;01 o 0 0B A 1703-012B 1200 111 6 6661 0 0 0B A 1704-OOOB 3000 2791 9 2s11 o 0 0B A 1704-003B 1800 167 8 1336 0 0 0B A 1707-032B 504 47 9 423 0 0 0B AB AB A
31
Sheet8 WSRC-TR-99-O0361
Table A-3.--Inci~ient fire data for 700C Area.years in Fire count
c A 701-OOIC 4164 387 9 3483c A 701-002C 1679 156 9 14041 0 o 0c A 701-004C 240 22 9 1981 0 0 0c A 701-005C 240 221 9 198[ o 0 0c A 701-006C 200 191 9 171 0 0 0c A 702-OOOC 1665 155 9 1395 0[ o 0c A 704-OOOC 18489 1718 41 70438 4} o 4c A 704-OOIC 1493 139 9 1251 01 0 0c A 704-002C 1792 166 9} 1494 0 0 0c A 704-006C 4826 448 61 2688 0 1 1c A 705-aloe / 26250 24391 9} 21951 0 0 0c A 706-oOoc I 19000 1765} 39 68835 0 1 1c A 706-006c f 720 671 9 603 0 0 0c A 706-009C 3920 3641 9 3276 0 1 1c A 706-017C I 1792 1661 9 1494 0[ 01 0c A 707-OOOC 44728 4155 7 29085 01 01 0c A 707-O02C 540 50 2 100 01 0 0c A 707-003C 540 50 2 100 0 0 0c A 707-004C 540 50 2 100 0 0 0c A 707-005C 540 50 2 100 0 0 0
c A 717-oOoc 4250 395 9 3555 1 0 1
32
‘,
Sheet9 WSRC-TR-W-~361 .
Table A4.--Incipient fwe data for 700D Areayears in Fire countservice to
Area Type ID Ar(a fi2 Area,m2 ’94 yrs*m2
D A 701-OOID
D A 701-0V2D 100 9 411 369 o~ o 0D A 701-003D 202 19 41 779 0 0 0D A 704-OOOD 10087 937 41 38417 1 0 1D A 704-OOID 1792 166 6 996 0 0 0D A 707-OOOD 1665 155 41 6355 1 0 1D A 711-OOOD 680 63 41 2583 0 0 0
D A 711-OOID 3646 339 7 2373 01 0 0
D A 717-OOOD 18365 1706 41 69946 1{ o 1
D A 772-OOOD 11750 1092 41[ 44772 2} o 2
33
Sheet 10 WSRC-TR-99-00361 .
Table A-5.4ncipient tire dafa for 700F Areayears in Fire countservice to
Area Type ID Am f? A= m2 ’94
F A \701-OOIF 6080 565 401 22600 0 1 1F A j701-002F 150 14 401 560 0 0 0F A [701-003F 672 62 401 24801 0 0 0F A 701-004F IF A 701-U05F IF A 701-006FG A 701 .M
1501 14! 401 5601
, I4 ‘. /..-vJ7F lti i3 9 ii7 i ;[ iF A 701-009F 1800 167 6 1002 0 01 0F A 701-013F 308 29 6 174 0 ‘“l oF A 701-018F 308 29 5 145 0 0F A 701-019F 1440 134 5 670 0 ii oF A 702-OOOF 1665 155 4 620 0 0[ oF A 703-OOOF 25000 2323 10 2:)230 1 0 1F A 703-OOIF 840 78 10 780 0 0 0F A 704-OOOF 12141 1128 40 4!j120 2 0 2F A 704-002F 12961 120 9 1080 0 0 0F A 704-003F 12961 120 19 ;~280 o 0 0F A 704-004F 720 67 9 603 0 0 0F A 704-005F 720 67 14 938 0 0 0n A 7M Mac 1 <*L i A* 12 1716 0 0 0i n !W-WOE AJJuf 1+JjF A 704-OIOF 1792F A 704-01lF 896F A 704-012F 896F A 704-017F 768F ]A 704-018F 1709‘!! ,! ,HE3=l
“. I . . t71 I 71
F A 1704-019FF A 704-023F 17921 1661 I I 1 IF A 705-OOIF 6001 561 I
F A 705-002F 6001 56 .6706-OOOF 4001[ 372707-OOIF 38881 361 i :U
--- ,2331 ‘-l
,p
1931 4(-)1 ,77201 I I
++=%: :: : :
. 1 t 1)1 01 01 0
, I 9601 891 91 801 I 01 01 0m-d 6-31 91 5671 01 Oi (-11 1 , s
48;;11
3;1 ‘-”11X)449 i 01 01
91 121 1001 UI VI u
:I 192 181 311 5581 01 01 0
F A 1722-iHiF [ 600 <Ll 211 172d 01 0[ o
F A 1723-OOOF 12599 1170[ 401 468001 121 0[ 12
34
Sheet 11 WSRC-TR-99-00361 .
Table A-5.--Incipient fwe data for 700F Areayearsin Firecountservice to original Sum of
Area Type ID Am ft2 Are%m2 ’94 ,ys*m2 count ’91 to ’94 au fires,
F A 723-OOIF 240 22 14 308 0 0 0
F A 723-002F 144 131 9 117 0 0 0F A 7254MOF I 35 31 27 81 0 0 0F A 727-OOOFI 240 22/ 9 198 0 0. 0F A 728-OOOFI 3888 3611 40 14440 0 0 0F A 729-OOOF 3208 298 15 4470 0 0 0
F A 729-OOIF 384 36 9 324 0 0 0
F A 772-OOOF 83796 7785 401 311400 23 1 24
F A 772-OOIF 32000 2973 9[ 26757 1 0 1
F A 772-003F 1792 1661 61 996 0 0 0
F A }782-ouF 320 30} 111 330 0 0[ o
Sheet 12 WSRC-TR-99-O0361 .
Table A-6.--InciPient fire data for 700H Areayears in Fire countservice to
Arm Type ID A- ft2 A- m2 ’94 ym”m2
H A 322-OOOHH A 701-OOIH 42931 399 39 155611 1 o! 1H A 701-003H 3161 29 9 261 1 Ot 1H A 701-004H 65I 6 9 54 0 01 0H A 701-008H 801 7 9 63 0 0 0H A 702-OOOH 16651 155 10 1550 0 0 0H A 703-OOOH 25000 23231 10 :!3230 01 1 1H A 704-OOOH 15000 1394 39 !;4366 2 2 4H A 704-OOIH 1536 143 9 1287 0 0 0H A 704-002H 1536 143 9 1287 0 0 0H A 7@l-003H 1536 143 9 1287 0 0 0
H A 704-005H 1536 143 9 1287 0 0 0H A 704-006H 7200 669 9 60211 0 0 0H A 704-008H 5040 468 13 6084 0 0 0H A 704-01lH 240 22 9 198 0 0 0
HA 705-OOOH 20000 1858 9 ) 6722 0 2 2
H A 705-OOIH 600 36 14 784 0 0 0
H A 705-002H 600 56 14 784 0 0 0
H A 705-005H 960{ 89 9 801 0 0 0
H A 706-OOOH 4220 392 39 15288 0 0 0
H A 706-OOIH 1536 143 9 1287 0 0 0
H A 706-002H 1536 143 14 2002 0 0 0
HA 707-OOOH 19000 1765 9 15885 0 01 0
H A 717-003H 360 33 15 495 0 0 0
H A 717-O(MH 3601 33 15 495[ o 0 0
H A 724-OOOH 5001 465 39 18135 1 0 1
H A 777-OOOH[ o 0 0 0 Ii o 1
H A 782-OOIH 330
,.
Sheet 13 WSRC-TR-91W)0361 ,
Table A-7.--Incipient fire data for 700K Areayears in Fire countservice to
Area Type ID Am ftz Artw m2 ’94 yrs*mz
K A 701-002K 1679 156 7 1092I o 0 0K A 701-005K 308 29 7 203[ o 0 0K A 704-OOOK 15870 1474 40 58960{ o 0 0K A 704-OOIK 1792 166 12 1992 0 0 0K A 704-002K 8451 79 5 395 0 0 0K A 704-003K 845[ 79 5 395 0 0 .0K A 704-004K 845I 79 s 395[ o 0 0
K A 704-022K [ 1680 156 4 624 0 1 1K A 711-OOIK [ 800 74 5 370 0 0 0
K A
37
Sheet 14 WSRC-TR-99-00361 .
Table A-8.--Incipient fire data for 700L Areayears in Fire countservice to
Area Type ID A- ft2 Areq m2 ’94 ym*m2
L AL A 701-002L 1679 156 7 1092 2 0 2L A 701-005L 308 29 7 203 0 0 0L A 704-OOOL 14487 1346 40 538401 1 0 1L A 704-OOIL 1792 166[ 8 13281 0 0 0L A 711-OOOL 630~ 591 401 23601 o! o 0
..
33
Sheet 15
Table A-9.--Incinient fire data for 700M Area
wsRC-TR-99-O0361
years in Fire countservice to
Area Type ID AreiL ~2 Aw m2 ’94
M AM A 701-003M 1951 18 42 756 01 0 0M A 701-004M 192 18 4 72 1 0 1M A 701-006M 80 7 42 294 1 0 1M A 701-007M 420 39 4 . 156 0 0 0M A 704-OOOM 7672 713 42 29946 o~ o 0M A 71O-OU)M 250 23 42 966 Oj o 0M A 730-OOOM 18000 1672 9 15048 0] o 0M A 734-OOOM 450 42 9 378 0 0 0M A 777-OOOM o 0 0 0 3 0[ 3M A 782-OOIM 320
Sheet 16 WSRC-TR-99-O0361 .
Table A-10.--Inci~ient fire data for 700P Area.
“z%.*l.xi3E!ElsemceArea Twe m Area t? Area m2
P AP A 701-002P 1679 156 7 1092 1 0 1P A 701-005P 308 29 7 203 0 0 0P A 704-O02P 870 81 7 567 0 0 0P A 704-003P 896 83 7 581 0 0 0
P A 704-OOOP 15870 1474 40 5B960 2 0 2
P A 711-OOOP 630 59 40 2360
.
4
‘,
Sheet 17 WSRC-TR-99-00361 .
Table A-11.=-incipient fire data for 7(M)RAreayearsin Firecountserviceto Original sumof
Area Type ID A- ft2 Areaj m2 ’94 count ’91 to ’94 au fires
R AR A ?O1-2R 150 14 7 98 0 0 0R A 701-3R 64 6 7 42 0 0 0R A 704-R 15870 1474 41 60434 1 0 1R A 711-R 630
8
41
Sheet 18
,,
WSRC-TR-99-O0361 .
1 .
CP~m
105-oooc 5m 46452 37 171S724
----- .-.K 6 1105-OO8KI 1LuK P 1105-O13Ki 3250 .31JLI II z114
K 1P 108-OO1KI 6000 --, 1 ---- .
K [P 108-OO2KI 557 461 GK 1P I1O-OOOK/ 240 22 401 x
, ------K ii ii4-005K I
,173 161 01 I&i
K 1P 185-OOOKI 375 33I WI lw
Table A-lZ.--Incipient the data for 100 Areayearsin Fhe countservice to
Area Type ID A- ft2 Aw m2 ’94 -* rnz
, ---- .-. 17c P 105-006C 246 - 22[ ‘9 198 0 0 0c P 105-OO7C 240 22J 9 198 0 0 0c P 108-OO1C 557 33 18381 0 0 0c P 108-OO2CI 557 33 18381 0 0 0c P 11O-OOOCI 240 22 37 814 0 0 0
I 595 33 19635 01 01 017VJ.I o 0 0
1.- 1 1 133 0 0 0711 391 2769 0 0 0
T1’1Q’1 0 0 0
i,, I -. I .“”. 0 0 0741 71 518 0 0 0
0 0 0
I1 I 777 0 0 0
464;;1 ;;1 1~18724 8 7 15 ,
, , 63 0 0 0tK 1P I 1(-)S.tii I 96 91 7 63 0 0 0
r i 1*II 111 7 77 0 0 0./.+.+1 . a., .
I--- ---- 0 0 0%71 4(-)I 29-7Wl 3 0 3
1 0 1I 0 0 0
K P 151-OOIK G& 5;i 37 22015‘-- 0 0 0
K P 151-002K 6400 595 37 22015 0 0 0
K“ P 152-OOIK 6400 595 37 22015 0 0 0
K P 152-007K 200[ 19 9 171 0 0 0
K P 183-002K 720} 67 40 2680 1 0 1
K P 183-004K 6430{ 597 40 23880 0 1 1K P 1U-OOOK 850001 7897 37 292189 11 0 11
.“, . I ..+ o 0 0 ,*EI “Al ‘ “w 1 0 1
0 , 0 0
OJ t’
171 Q19~
M=E2 i i :
0 0 0
I I JAi 1 0 1
q xl 3; 814 0 0 0N so< I 37 22015 0 0 0
, --- , 37 22015 0 0 011<9MIT I ~Afml <flcl 37 22015 0 0 0
7 133 0 0 0
# --- 8 -. 1 .- 1 --- -1 0 01 0
p lr I 1 OJ--b I U+mq JYIf -u i LJo Od o! 01 0
41255‘=
-‘9609
=
L P I11O-OOOL 24C’
L P ]151-OOIL 64(X, . . .L P 1151-002L 64001 595I
L P , IJA-W,L — J 7J
L P 152-007L 200 19
L P-
183-002L 720 67 4il 26801 n *o* m.4v I LA3nl cn- I An I **0081
42
Sheet 19 WSRC-TR-IXW0361 .
Table A-12.--Incipient fire data for 100 Areayearsin Firecountservice to Olqgmal Sum of
.&a Type ID Areas ft2 Area, m2 ’94 Y=*=2 count ’91 to ’94 all fires
L P 184-OOOL 85000 7897 37 292189 31 0 3L P 184-006L 800 74 7 518 01 0 0L P 190-OOOL 12000 1115 37 41255 o! o 0L P 191-OOOL 288 271 30 810 0[ o 0P P 105-OOOP 750000 696771 37 2578049 13 2 15P P 105-OO2P 720 67 7 469 0 0 0P P 105-OO3P 720 67 7 469 0 0 0P P 105-006P 96 9 7 63 0 0 0P P 105-O13P 3250 302 7 2114 0 0 0P P 105-O14P 360 33 8 264 0 0 0P P 108-OOIP 557 40 22280 1 01 1P P 108-OO2P 557 40 22280 2 0[ 2PP 11O-OOOP 240 22 40 880 0 01 0P P 151-O(HP 6400 595 37] 22015 01 0 0P P 151-002P 595 37 22015 01 0 0P P 152-OOIP 6400 595 37 22015 0 0 0P P 152-007P 200 19 7 133 0 0 0P P 183-002P 720 67 40 2680 0 0 0 ,P P 183-004P 6430 597 40 23880 1 0 1P P 184-OOOP 85000 7897 37[ 292189 12 0 12P P 184-005P 173 16 7[ 112 0 0 0P P 184-006P 800 74 7 518 0 0 0P P 185-OOOP 375 35 40 1400 1 0 1P P 190-OOOP 12000 1115 37 41255 0 0 0P P 191-OOOP 288 27 30 810 0 0 0R P 1OO-OOOR o 0 0 0 1 0 1R P 105-OOOR 500000 46452 41 1904532 8 0{ 8R P 108-OO1R 6596 613 41 25133 0 0 0R P 108-002R 9525 885 41 36285 0 0 0R P 11O-OOOR 240 22 37 8141 0 0 0R P 122-OOOR 4759 442 41 181221 0 0 0R P 151-O(I1R 6151 571 41 23411 0 0 0R P 151-002R 7601 706 41 28946 0 0 0R P 181-OOOR 144 13 36 468 0[ o 0
R P 183-OOIR 2640 245 41 10045 0[ o 0
R P 183-002R 1150 107 41 4387 0 0 0
R P 184-OOOR 85000 7897 37 292189 3 01 3R P 190-OOOR 15638 1453 41 59573
43
Sheet 20 WSRC-TR-99-O0361 .
Table A-13.--Incipient fire data for 4(M)DAreayearsin lVrecount
service to Origimd Sum ofArea Type ID A- ft2 A- m2 ’94 count ’91 to ‘w all fires
D 1P 401-OOID 1930 179 41 7339 2 0 2D 1P 401-002D 300 28 41 1148 0 0 0D P 402-OOOD 7500 697 41 2t577 1 0 1D P 411-003D 7464 693 41 2:413 2 0 2D P 41I-004D, 352 33 41 1353 0 01 0D P 411-006D 360 33 41/ 1353 0 01 0D P 1411-007D 2401 771 AlI 902 0 0 0D P 1412-O(HD 1000I 931 331 3069 33 0 33D P 1412-OIID 1001 91 41 I 369 (3 o (-).. —--. — , --- , m .- , --- , r * 1
1 . . I .. a.- 1 I 1 .
--- 1 .- 1 ---- , 1 1 (.-. ,”, .-. 1 .- 1 .-,
6311 591 201 ii
.- —--. — , --- , -. , ---- , E 1[m IA*2nnnn I n[ nl
331 01 81 01 i? * 1>-vuuI# I ID ; 414-OOOD~ 120j 11; 411 4s51i 01 Oi oD P 415-O(X)D 12001 111 411 45511 01 01 0
D P 420-002D 880,D P 420-OOOD 60301 5a 41[ 229601 o! 01 0D P 421-O02D 5525I 513 401 205201 01 01 0
, ---}1 x? I
,- .—. ..—— --—- , --- -.-—.1P [491 .(lOdD I -Wm(li W41 131 A342t d (-)1 (-)1
., -. 1 .- 1
)1 35301 371 l:i
1 -- . , .- .- , ---- I
,T, I . . . I f I
601 151 9001 11 01 11
EDPDPDPDPDP
-1 240i 221 13} 2861 01 01 01, --- , . —-.I I 1aq lij ‘ii 1043I id 01 (-)I
)1 232261 371 8Z484-007D . . . .484-OOOD 250000, .--_-,485-OOOD 3826[ 3551 i7 I
494-006D 168
---- 1 , ,
.33621 ii 10 -10‘131351 o 0 0
224I
44
. .
Sheet 21 WSRC-TR-99-00361 .
Table A-14.--Incipient fwe data for 200F Areayears in Fire count
service toArea TYue ID Area ft2 Area m2 ’94 v~*m2 cmmt ’91 to ’94 all fires
--- , n --—
F P
F P ]211-OOOF 1000O[ 9291 37 343731 3 0 3F P i211-OOIF 5571 9 5(-)131 0 1 1F P 1211-002F 7401 69 A(M ?76(31 o 01 0F P 211-003F 19001 177 401 70801 (-I 01 0
F P 211-O(34F I 1401 13! Am 5201 0 01 0F P 211-005F 2881 271 401 108OI d 01 0
F P 21143(37F -.F P 217-OOOFI 1024 951 40{ 3800 0 0 0
F P 221-OOOFI 329720.1 306321 401 1225280 88 6 94
F P 221-OOIF 24067 22.. “--32 1 1 2
F P 221-003F 4000 372 64 o~ o 0F P 221-O04F 192 lR ?7t (i@ nl n ()
---- 1 1;------ 1 18001 1671 “71 11601 ‘1 -1 -n n nl
1- r lAAl-ulw- lJJUI 1+> 10J7 U[ u !J
F P 221-012F 10800[ 1003 ., 1021 01 0 0F P 221-013F 4161 39 Ial
A 68 01 0 0F P 221-015F 1536{ 143 ,-87 01 0 () :
F P 221-016F 10081 94 91 846 (-)1 (-) o, ,IF 1P 1221-021F i 2oooo1 1R;81 71 ‘“-1 ‘1 ‘1 ‘113(IM n n n
‘co1 7[ 1*AI--- ---- , ----- --
F P 221-022F I 20000 i;>.t 9 I
1W(I6 i i i
F P 221-025F 20880 1940 9[ 174601 0 1 1F P 221-026F 1 8001 74 71 5181 r) o (-)
F P 1221-027F q v u
F P 1222-OOOF ;G >20 &uJ/L[ 11 0 1
F P i223-OOOF 390 36 32i 1152i 01 f) o..-— ----F P 232-OOOF lG
, ,152; ii 6108OI i 0 1
F P 235-OOOF 47080 4374 37 1618381 5 0 5
F P 235-OOIF 950 88 16 14081 0 0 0E D 9%< IUYn2 476 44 9 3961 0 0 0
+00 *1 n aA’2i n n n
K i.aa-wa-
; P 235-006F Loo 71 4*J U[ u u
F P 235-(X)9F 288 ;; 9[ 243 01 0 0
F P 235-01lF 1792 166 <i QW)01 0 0
F P 240-OOOF 3072 285 2255 0{ o 0
F iP 241-OOOF 714 66 91 594 11 0 1, ------F P i41-o17F 1078 100 lAI 1A()()l o 01 0F P 241-018F 1200 111 14j 1554[ o o! o
F P 241-024F 1500 139 141 19461 1 01 I
F P 241-028F 1000 7J u
F P 241-051F 36 3 141 4; o i b
F P {241-053F 300 28 14[ WJ7. o 0 0F P 1241-058F 2400 223 141 31221 01 01 0[
.-. 9 . m ---- , s
t-mI 121 11161 ni Ii 1
I
[241-062F I 3901 36 10I 3601 01 01 01-.41tiAE AOLi Ac 111 495’ Ill li 1r r ~vi-wr -tOu *.I I u I
F P 241-065F 360 33 111 36;1 o ;I A
F P 241-072F 360 33 lli 2s?21 n d n
F P 241-080F 600 56 111 6161 o! 01 o!
45
Sheet 22 WSRC-TR-99-00361 .
Table A-14.=-Incipient fme data for 200F Areayearsin Firecountservice to original Sum of
Area Type m A- ft2 AW m2 ’94 yrs*rm2 count ’91 to ’94 ail fires
F P 241-084F 400 37 8 296 0 0 0F P 241-091F 2400 223 8 1784 0 0] oF P 241-093F 608 56 8 448 0 0 0F P 241-096F 144 13 7 91 0 0 0F P 241-1OOF 1792 166 6 996[ o 0 0F P 242-OOIF 913 85 12 1020 0 0 0F P 246-OOOF 13660 1269 17 21573 0 0 0F P 246-OOIF 240 22 8 176 0 0 0F P 246-002F 1792 166 6 996 0 0 0F P 247-O(X)F 140000 13006 8 104048 4 1 5F P 247-003F 1836 171 6 1026 0 0 0F P 247-004F 180 17 6 102 0 0 0F P 247-O(Y7F 600 56 6 336 0 0 0F P 247-008F 276 26 6 156 0 0 0F P 247-009F 240 22 6 132 0 0 0F P 247-01IF 180 17 6 102 0 0 0F P 247-012F 3795 353 6 2118 0 0 0 ~F P 247-041F 1200 111 6 666 0 0 0F P 251-OOOF 1923 179 37 6623 1 0 1F P 254-002F 520 48 17 816 0 0 0F P 254-005F 816 76 14 1064 0 0 0F P 260-OOIF 80 7 40 280 0 0 .0F P 280-OOIF 944 88 40 3520 0 o 0F P 280-002F 400{ 37 40 1480 01 0 0F P 281-O(MF 250 23 40 920 0 0 0F P 281-006F . 250 23 40 920 0 0 0F P 281-012F 112 10 6 60 0 0 0F P 281-019F 144 13 6 78 0 0 0F P 281-020F 144 13 6 78 0 0 0F P 281-021F 144 13 6 78 0 0 0
F P 281-022F 144 13 6 78 0 0 0F P 281-023F 144 13 6 78 0 0 0F P 281-024F 144 13 6 781 0 0 0F P 281-025F 144 13 6 781 0 0 0
F P 282-1300F 210 20 38 760 0 0 0
F P 284-OOOF 30000 2787 40 111480 4 0 4
F P 284-O(I2F 500 46 21 966 0 0 0
F P 284JX13F 240 22 14 308 0 0 0
F P 284-004F 840 78 14 1092 0 0 0
F P 284-O(I5F 240 22 14 308 0 0 0
FP 284-008F 2826 263 9 2367 0 0 0
F P 284-009F 3600 334 6 2004 0 0 0
F P 285-OOIF 60 6 30 180 0 0 0
F P 292-OOOF 12482 1160 37 42920 5 2 7
F P 292-OOIF 613 57 40 2280 1 0 1
F P 292-002F 3470 322 5 1610 01 0 0
F P 1294-O(NF 240 22 8[ 1761 01 0 0
%
.,
Sheet 23
.+ {‘“ ‘. .,.-” .$,”,..= :..,.::.
WSRC-TR-99-00361 .
Table A-14.--Incipient fwe data for 200F Areayearsin Firecountserviceto
Area Type w A-# Areajm2 ’94 yrs*m2 count ’91to ‘w
47
Sheet24 WSRC-TR-W-00361 .
Table A-15.--Incipient fire data for 200H Area
I I Iyearsin
lowFire count
service to ngm Sum of
H P 211-OOOH 1000O 929[ 37 34373 01 0[ oH P 211-002H 1500 139 37 :;143 0[ o 0HP 211-004H 141 13 39 507 0 0 0H P 211-007H 1000O 929 37 3413731 4 0 4H P 211-008H 3000 279 8 :!232 o 0 0HP 211-O(I9H 300 28 8 224 0 0 0H P 21I-O1OH 300 28 8 224 0 0 0H P 217-OOOH 901 84 36 :1024 0 0 0H P 218-OOOH 2800 260 9 :!340 o 1 1H P 221-OOOH 329600[ 30621 40[ 1224840 27 6 33H P 221-004H 15(X)I 1391 27 3753 0 0 0H P 221-006H 240 22[ 8 176 0 0 0H P 221-012H 160 15 9 135 0 0 0H P 221-013H 600 56 9 504 0 0 0H P 221-014H 600 56 9 504 0 0 0H P 225-OOIH 896 83 9 747 0 0 0H P 225-002H 1792 166 9 1494 0 0 0H P 225-003H 1792 166 9 1494 0 0 0H P 225-007H 1792 166! 6 996 0 0 0H P 223.0011H 17Q2 1661 5 830 0[ o 0.- 1 --------
H i 225-009H ‘iii 78 13 IOIAIH P 225-O1OH 960 89H P 225-01lH 960 89
~ ‘;. ‘-
-- I
H i 225-012H 960 89 13
H P 225-013H 960 89 13 11571 o! 01 0H P 225-014H 960 R9 13 11571 01 d o
H P -- v.-.. , .“- 1H P 225-017H I 960 iil ii 1157[ 01 01 0
H P 22S-01RH I 504 47I 131 6111 (-)1 d o.- . . .
,----- --- m --- 1 -. , -- , ---- ,
I?%.nlm I Qfml W21 14
.- ----- 1 --- 1 . m -- --- m
~n mu I ?*L<I KLL I t71 7*-I ,61)1 I)1 ;;1 2oi
31 .- E
ii 31 “3 “, “, “,
----111 ??776 01 01 0
ni ni n
H F lz5u--n I lUJ - r JL’
H P 232-OOOH 55220 5130, Eol 91 o! 9
H P 232-OOIH 11000 10221 37I 378141 01 01 0
H P 233-OOOH 33000 30661
HP 233-004H 1792 166,
H P 233-006H 1792 1661 I I I I I
H P 233-O07H 1792 lWH P 233-008H 1792HP 233-009H 1792H P 233-O1OH 1792H P 233-01 lH I AV ~: i;;G
H P 233-012H , -“” ,
--- u , n ,
t<<l 61 iiij 01 01 0<1 (-in< I nl nl n
T 5’3311 %51 1<119161 St 11 61-- , ------H -P 234-OOOH 57383 ----1
H P 234-002H 672 L* 1
H P 235-OOOH 12000 11151 10[ 111501 0[ 01 0
H P 235-OOIH 720 671 6[ 4021 0[ 01 0
Sheet 25 WSRC-TR-9W0361 .
Table A-15.--Incipient fire data for 200H Areayearsill Firecount
service to original Sum ofArea Type ID A- ft2 A- m2 ’94 ym*m2 count ’91 to ’94 all fires
H P 235-002H 720 67 6 402 0 0 0H P 235-007H 510 47 6 282 0 0 0H P 235-009H 1792 166 6 996 0 0 0H P 235-O1OH 1792 166 6 9% o 0 0H P 236-OOOH 1270 118 24 2832 0 0 0H P 237-OOOH 5675 527 24 12648 0 0 0H P 238-OOOH 17175 1596 25 39900 0 0 0H P 238-OOIH 640 59 25 1475 0 0 0H P 241-OOOH 1725 160 14 2240 0 1 1H P 241-O1OH 9713 9021 14 12628 0 0 0H P 241-013H 640 591 15 885 0 0 0H P 241-017H 363 34 18 612 0 0 0H P 241-023H 720 67 14 938[ o 0 0H P 241-024H 15361 143 171 2431I 1 0 1H P 241-025H 1201 11 14 154 0 0 0H P 241-026H 36 3 14 42 0 0 0H P 241-028H 100 9 12 108 0 0 0H P 241-049H 100 9 12 108 0 0 0H P 241-052H 288 27 12 324 0 0 0H P 241-055H 1875 174 12 2088 1 0 1H P 241-057H 800 74 12 888 0 0 0u D 0,4 i -n<Qu 9<nQ 922 19 2796 1 0 1
360 0 0 0A.cni n n n
,- -------- , --- , , , , I
ID In/i1 Kou I 5801 q iii iiol 01 01 0*MI 1 nl * nl *MI nl nl n
,----- --- , --- , -- , -- 1 --- , ,
iD 1-,41 A7*U I 5001 ?~I *nl 2701 01 01 0.4<-} nl al n
s- , -.------ --- E -- , -- * -.—
ID la.4t noiu [ 1 LCMi 1 e’2-11 * nl 153301 01 01 0i<-1 nl II 1
t
r. lA*l-vO1n lLVW lJJJ lUI
4 P 1241-082H 1800 167 1 10/ UI l!
4 P 241-084H 6240 580 10 5800 (-)i Oi ;
4 P 241-085H 400 37 8 296i P 241-087H 100 9 81 72 01 o! o
i P 241-088H lCN-I Q Ri 7? (-Ii (’)i (-l
-1 P 241-089H 18001 1671 81 1336
+ P 241-090H 960i 89i Ri 712 Oi Oi 01
4 P 24lw~n 1&w 111 000
4 P 241-095H 672 62 ; 496 ul q
4 P 241-098H 14A 13 7 91 Oi Oi
3 P 241-099H I
.- ----- , --- * -- , , .-—,It m-u I twvll iltl 01 QQQ 01 01 0I-II Ill n
H 1P I241-105H IH 1P I241-109H I
n ,
I i-ii E 7 9i o 0 0750 70 6 420 0 0 0
360 33 6 198 0 0 0A.A A.? E --in n n n1241-IIOH I 45UI 4> I 01 ,LIul q u! u
1241-119H I 17921 lfii fii 9c)6i Oi Oi o.-., , I ..- 1 1 s a
49
Sheet26
T.
WSRC-TR-99-00361 ~
Table A-15.--Incipient fire data for 200H Area.years in Fire countservice to Orzginal Sum of
Area Type m A- ftz A- mz ’94 yrs*2222 count .’91 to ’94 au firesH P 241-120H 1792 166 6 996 0 0 0H 1P 241-121H 1792 1661 6 996 0 0 0H P 241-122H 504 471 6 282 ol 0 0H P 241A-38H 375 3s} 9 315 01 0 0H P 241A-39H 375 35 9 315 0{ o 0H P 241A-40H 375 35 9 315 0[ o 0H P 241A-41H 375 35 9 315 01 0 0H P 241A42H 375 35 9 315 0 0 0H P 241A-43H 3751 35 9 315 0 0 0H P 242-OOIH 7201 67 32 2144 1 0 1H P 242-016H 300 28 12 336 0 0 0H P 242-019H 560 52 10 5201 0 0 0H P 242-023H 200 19 10 1901 0 0 0H P 242-024H 3000 279 8 2232 0 0 0H P 242-025H 1674 156 9 1404 0 1 1H P 244-OOOH 207851 1931 32 (i1792 1 0 1H P 244-OOIH 1920 178 25 4450 0 0 0H P 244-002H 1440 134 171 2278 0 0 0H P 245-OOOH 3241 301 31 9331] o 0 0H P 245-002H 160 15 9 1351 0 0 0H P 248-O1OH 173 16 14 224 0 0 0H P 251-OOOH 1845 1711 37 6327 0 0 0H P 253-OOOH 1350 125 8 1000 0 0 0HP 254-005H 816 76 13 988 0 1 1H P 254-028H 30 3 9 27 0 0 0H P 260-OOIH 811 8 39 312 0 0 0H P 260-002H 81 8 38 304 0 0 0HP 260-003H 100 9 37 333 0 0 0H P 260-004H 241 22 36 792 0 0 0H P 280-OOIH 940 87 39 3393 0 “o oH P 281-O(MH 251 23 39 897 o 0 0H P 281-006H 251 23 . 391 897 0 0 0H P 281-012H 112 10 7’ 70 0 0 0H P 281-013H 144 13 7 911 0 0 0H P 281-014H 144 13 7 91I o 0 0H P 281-015H 144 13 7 91 0 0 0H P 1281-016H 144 13 7 91 0 0 0H P 1281-017H 144 13 7 91 0 0 0H P. 1281-018H 144 13 7 91 0 0 0
H P 284-OOOH 2500 232 37 8584 8 1 9
H P 284-OOIH 200 191 13 247 0 o 0
H P 284-004H 840 781 13 1014 0 0 0
H P 284-005H 240 22 13 286 0 0 0
H P 284-006H 2401 22 13 286 0 ‘o o
H P 284-007H 1800 167 14 2338 0 0 0H P 285-OOIH 61 6 30 1801 0 0 0
H P 285-002H 192 18 27 4861 0 0 0
5)
Table A-lS.--Incipient fire data for 200H Area
I I low Fire countnmn Sum ofIi!%l%lI I
Area Type m A-f? Areajm2 ’94 yrs*m2 co-h ’91 to ’94 all fires
H P 285-004H 44 4 9 36 0 0 0
H P 292-OOOH 13251 1231 37 45547 2 0 2
H P 292-002H 3360 312 9 2808 0 0 0
H P 292-O03H 100 9 9 81 0 0 0
H P 294-OOOH 24000 2230 9 20070 0 1 1u D 500 ~H 1200 111 12 1332 0 1 1
02H 5761 54 10 540 0 0 0K1 [r IA77-W
H [P [299-0( ,H iP ]299-003H 20(-)1 191 91 1711 01 (-)I 01-- s v ----- , 1 ,
H [P l;&NMH I ‘--[1500 139 8 li12 01 0 0
H 1P
51
.
Sheet 28 WSRC-TR-99-00361 .
Table A-16.--Incipient fire data for 300M AreaA
yearsin Fire countservice to
Area Type ID A-& A- m2 ’94
M P 313-OOOM 57212 5315 42 223230 32 0 32M P 313-003M 44000 4088 9 36792 0 0 0M P 313-006M 44000 40881 9 36792 0 0 0M P 313-007M 360 33 8 264 0 0 0M P 313-009M 315 29 8 232 0 0 0M P 313-O1OM 144 13 8 104 0 0 0M 1P 313-OIIM 192 18 8 144 0 0 0M P 315-OOOM 15286 1420 19 26980 0 0 0M P 315-O(I1M 72 7 19 133 0 0 0M P 315-002M 100 9 19 171 0 } oM P 316-OOOM 1600 149 7 1043 0 $3 0M P 319-OOOM 506 47 37 1739 0 0 0M P 1320-OOOM 63288 5880 37 217560 17 3 20M P 320-OOIM 720 67 9 603 0 0 0M P 321-OOOM 56072 5209 37 1$12733 16 1 17M P 321-002M 510 47 9 423 0 0 0M P 321-003M 372 11 4092 0 0 0M P 321-004M 240 22 9 198 0 0 0
M P 322-OOOM 7812 726 37 :!6862 16 0 16
M P 322-OOIM 190 18 21 378 0{ o 0M P 322-O02M 1lM 103 14 1442 0 0 0
M P 322-O03M 80 7 14 98 0 0 0M P 323-OOOM 360 33 8 264 0 0 0M P 324-O(WM 1875 174 28 4872 1 0 1
M P 330-OOOM 8000 743[ 5 37151 0 0 0
M P 331-OOOM 8000 7431 6 4458 0 0 0
M P 340-OOOM 400 371 6 222 0 0 0
M P 341-OOOM 557 6 3342 0 0 0
M P 341-OOIM 5600 520 6 3120 0 0 0
M P 341-005M 400 37 7 259 0 0 0
52
.,
Sheet 29 WSRC-TR-99-00361 .
Table A-16.--Incipient fire data for T Areayearsin Firecount
T P 607-41T 400 37
T P 607-46T 600 56 6 336 0 0 0
T P 669-T 3150 293 8 2344 0 0 0
T P 670-T 3600 334 8 2672 0 0 0
T P 671-T 200 19 12 228 0 0 0
T P 672-T 12120 1126 11 12386 0 0 0
T P 673-T 4800 446 12 5352 0 0 0
T P 674-T 7000 650 13 8450 0 0 0
T P 675-T 6642 617 12 7404 1 0 1
T P [676-1OT 1536 143 7 1001 0 0 0
T P 676-llT 1536 143 5 715 0 0 0
T P 676-12T 1536 143 6 858 0 0 0
T P 676-14T 1792 166 6 996 0 0 0
T P 676-15T 1792 166 5 830 0 0 0
T P 676-lT 1536 143 14 2002 0 o~ o
T P 676-2T 720 67 9 603 0 01 0
T P 676-8T 1536 143 9 1287 0 0} o -
T P 676-9T 1536 143 6 858 0 0 0
T P 676-T 1536 143 14 2002 0 0 0
T P 677-lT 192 18 14 252 0 0 0
T P 677-2T 192 18 14 252 0 0 0
T P 677-T 15280 1420 37 52540 0 0 0
T P 678-T 12957 1204 37 44548 4 0 4
T P 679-2T 120 11 9 99 0 0 0
T P 679-5T 48 4 9 36 01 0 0
T P 679-7T 101 9 9 81 0 0 0
T P 679-8T 101 9 9 81 0 0 0
T P 679-T 13360 1241 41 50881 0 0 0
T P 1682-T 500 46 6 276 0 0 0
T P 684-T 420 39 7 273 0 0 0
T P 704-IT 6500 604 7 4228 0 0 0
T P 704-T 6395 594 12 7128 0 0 0
T P 711-T 200 19 10 190 0 0 0
T P 772-T 40000 3716 51 18580 1[ o 1
T P 904-T 3600 334 61 2004 01 01 0
. .
WSRC-TR.W-o0361 .Sheet30
Table A-17.--Incipient fire data for S Areayearsin Firecountservice to
Area Type ID A- ft2 Areaym2 ’94 yrs%d
86961710al Ai -?11-01 ni al ml//oAl *1 fllkol UI Al A
s 1P 250-OOOS 24824 2m61 41 9224 I (-)1 01
s 1P 250-001S I 24001 4AJI y 0741 VI U[ u
s 1P 2504M2S 20001 1%1 41 744i 01 01 n-----n m-e I OMI
I &w I 171 I Iv! 1 q u
I 01 i 01 ;i 01 c1t ,--- . ..—
i 1P 1260-001s 288
s 1P 1263-155S 200@ ID Pm I .Ooos o
* -@ 1 * 1II*L ! “! 3E=EE=I~n~o
-. #- -----@ fD 1,46?nnq 1 461~ 42; 4 1712[ o 0! o
c1 o 0 4 01 0 01 0* lr -?k&——s P 422-OOlh
s P 422-002S I 42001 3901 41 15601 01 01 0s P 422-(-WW 4601 4ZI 21 861 01 01 (-l
1 ,-. ” I --- # I ---- , r ,
0 mAnl 221 41 881 01 01 0.-<1 41 EndI fit f-d n
.—
I “-”, D zc1 1 nsnl 891 41 ;561 01 01 0*n J Al 9CZI Al t’11 n
,“ * 1 iIn& nl nl n
, , ---. ” 1 .4”./, .-, I 1 --- E I ,i-m A --.”
14471 1341 ‘14 5361 01 01 0
54
...... .?
. .
Sheet31 WSRC.TR-9g-00361 .
Table A-17.4ncipient fire data for S Areayearsin Firecountservice to ~iw~ Sum of
Area Type ID Area, ft2 Area, m2 ’94 yrs*m2 count ’91 to ’94 all fires
s P 704-007s 1440 134 4 536 0 0 0s P 704-008S 14981 139 41 556 0 0 0s P 704-015s 8961 83 4 332 0 0 0s P 704-016S 1116 104 4 416 0 0 0
s P 704-018S 1296 120 4 480 0 0 0s P 704-019s 827 77 4 308 0 0{ os P 7M-OX)S I 1w? 129 4 516 0 01 0t . - . ----i i 704-024s ‘iii 64} 41 2561 01 01 0s P 704-025s 17361 1611 41 6441 d 11 1
s P 704-026s . .. .s P 704-027s 1731 1611 41 6441 01 01 01
s Ps P 704-029s 1736 1611 41 6441 01 01 0
s P 704-030s 1731 1611 41 6441 01 (-)1 o
s P 704-031s , .,..s P 191 3[ 571 0[ o! o
s P 704-035s 17’541 1631 41 6521 01 d o
s P 704-041s . . .
s P 704-042S 660 611 41 2441 01 o! o
s P 704-044s 720 67I 41 268i 01 01 0
---- 1 --- ,I 1721 I
---
---- 1 --- ,I 1721I
---- s --- m
I 66(-I
1 ----- .- --- ,—--
P 17M-M5S 14401 lii 41 536 0 0 0
.“d 14401 134 4 536 0 0 0
n---- 47s 240 22 4 88 0 0 017nAA,4nc c~cn 4991 2 998 0 0 0
-050s I 960 891 4 356
1
01 0/ 0356i 01 01 0s P 704-051s I 9601
s P 704-052S
s P 704-054s 240
s P 704-058S 1513s P 704-059s 7W
s P 704-060s Is P 704-061s I 1Iusl
s P 704-062S %01
s P 704-063s , .“.
s P 704-064s 960
s P 704-065s 1s P 704-066s I 19091s P 704-067s 19(-XN
s P 704-068S Is P 704-071s I 212041
s P 704-072S 199001
s P 704-074s , .-.8
s P 704-081S 720i
s P 704-08-” , ..-”,
s P 704-089S 7201
s P 7MJM6.C
891 41, --- 1J I 960 89 41 3s6 0] o~ 0
22 4[ 88 0[ 01 01411 41 5641 01 01
i0
LYoI Ut UI oIul al.=- t 1 1I 14921 1391 4[ ;s61 ‘1(-) 01” 01
,-Aa 1 ,eol c1 TM# 1
lx) 61 i o3561 01 0 0. “- n -. t , --- m
I win 891 41 3561 ‘1 ‘1n n (’)I-“, I 1
356[ ;1 ;1 01891 411 --- , ,i 9601 891 41 3s6{ 01 Oi 0
1771 41 708I ol o! o
1771 41 708I 01 01 0
19701 41 78801 o! Ii 11JU91 41 7396/ 01 01 0---- 1 1
I 1A17 132[ 41 ‘i~xi ‘1o 01 01-- 1 ~ I ?
2681 ;1 01 0u I 0
2681 01 01 0
67 I 41.- 1 --- 1
,3~ I lmnl liil 4[ 5361 d 01
67i 41, --- ,“. “<” d I 80\ ‘7] 41 281 o! 01 0
1704-097s I 960{ 891 41 3561 01 o! 0[
55
.
Sheet 32
,
,,
WSRC-TR-99-00361 .
Table A-17.=-Incipient fire data for S Areayearsin Fire count
sernce to original sum ofArea Type ID Area, ft2 A- rd ’94 ym*m2 count ’91 to ’94 au fires
s P 704-098S 1339 124 4 496 0 0 0s P 704-099s 889 83 41 332 0 0 0s P 704-111s o 0 4 0 Oi o 0s P 704-112s 17921 166 4 664 0 0 0s P 704-115s 19531 181 4 724 0 0 0
s P 704-116S 2881 27[ 4 108 0 0 0s P 704-118S 9601 891 4 356 0 0 0s P 704-119s 720 67 4 268 0 0 0s P 704-120S 700 65 4 260 0 0 0
s P 704-13s 312 29 4 116 0 0 0
s P 706-oOos 8640 803 2 1606 0 0 0
s P 707-oOos 4500 418 4 1672 0 0 0
s P 707-001s 480 45 4 180 0 0 0s P 707-002S 360 33 4 132 0 0 0s P 707-003s 160 15 4 60 0 0 0s P 707-004s 160 15 4 60 0 0 0
s P 707-005s 200 19 4 76 0 0 0
s P 714-OOOS 12000 1115 4 4460 0 0 0
s P 714-001s 1040 97 4 388 0 0 0
s P 714-002s 954 89 41 356 0 0 0
s P 714-003s 954 89 4 356 0 0 0
s P 714-004s 954 89 4 356 0 0 0
s P 714-005s 954 89 4 356 0 0 0
s P 714-006s 960 89 4 3561 0 0 0
s P 717-OCOS 20001 186 4 744 0 0 0
s P 717-001s 240 22 4 88 0 0 0
s P 717-003s 756 70 4 280 0 0 0
s P 717-011s 9600 892 4 3568 01 0 0
s P 717-012S 8000 743 4 2972 0 0 0
s P 717-013s 10800 1003 4 40121 0 0 0
s P 981-000S 24301 226 4 9(M! o 0 0—
56
Sheet 33 WSRC-TR-99-O0361 .
Table A-18.--Incipient fire data for G~ @ Area
myears in Fm countservice to
A -n- Twe ID A- ft2 A- mz ’94 yrs%12
! I nl nl2
G s 504-OOIG I Jlul J*I 211 lYYel ul q o
G s 504302(2 [ 5761 541 ?7 I 19CNI (-)I (-)1 l-)
G s 5.G s 1607.(-YRG I til 561 91 S&I 01 01 d
. .. --— , --- 1 1 1 m I 104-003G I 7561 ;01 ;71 ‘---12590 a ii d
,G Ii 608-OOOGI 14771 1371 All <6171 01 01 0G k 609-OOOGI 40001 372i 381 141361 01 01 0
.1 I .
r --, 1 .A I ---”,
, 1 n- I C-91 ,?1 AClGs 614-006G I R(V RI All ‘17RI 0[ o (W
G s 614-048G [ YJI Yi 31 +7} 01 0G s 614-049G [‘ 011 al <1 A<[ d n
G s 614-050GG s 614-051G ] 931 91 51 45I 01 01
G s 614-052G I 9?1 91 51 45I 01 d
G s 614-053GG s 614-054G i 931 91 51 45I 01 01
-io0
01
i 6L-F...JU-
G s 616-OOOGI 6541 61I 411 2501I o 01 0
G s 617-OOOG 2400 223I 101 22301 0 01 0
G s 617-002G AQ/l n d n
G s 618-OOOG 12522 $7683} 01 0] o
c1 s 623-002G 64 61 411 2461 01 01 0
--- -- , ——-.-rod 45 8[ 360~ “, “, “,
1163 411 4
u IL ,--- ---- I1624-003G iii f
-3 2800 2:1 91 23401 01 o! oP- I n nl nl n[ 11 ni 1.,. .,. ,, “, . .
91 6031 o! o! o91 1621 01 01 0
[Wu I .&q &&I
151I 111 1651 o! 0] o?1 I 1601 1s1 91 13s1 01 01 0
. r . “.
71 91 631 of ol 03’341 91 3o06i 01 01 0
1 1 , ---- ,
II ;i31 91 @71 ‘1() 01 01
1
3;1 ‘-;l[
rrs- . 1 :
-G 5000 465I 91 4185 ;1 i i1~ 1344 125 d 11’25 0 0 0
2 0 0 1 0 1
; 2Q67 276 41I 113161 0 0 0
: M o 1/ Iuz u (JI u
G 1400 130 17 2210 0 01 0-- n n 22 n 1 d 1
(l 331 01 41 01 411 ?ld I 6 0! ii 0 11 01 1
lG 12843 11931 37 44141 11 01 1IG IS 1681-001- , --_.-, --. -, -., m
. I
S7
.——
Sheet 34 WSRC-TR-99-00361 .
Table A-18.--Incipient fire data for Gfi J3 Areayearsin Firecountservice to Orlgulal sum of
Area TYIM ~ A- ft2 A- m2 ’94 ym%lt2 count ’91 to ’94 * fires
G s 681-003G 12843 1193 37 44141 1 0 1G s 681-005G 5899 548 37[ 2C276 o 0 0G s 681-006G 2400 223 361 8028 0 0 0
G s 681-007G 1790 166 39 6474 0 0 0G s 681-008G 400 37 27 999 0 0 0
G s 681-a39G 480 45 9 405 0 0 0
G s 681-O1OG 362 34 9 306 1 0 1
G s 681-O1lG 246 23 9 207\ o 0 0
G s 681-017G o 0 0 1 1
G s 686-O(I3G 720 67 16 1072 0 0 0
G s 690-OOOG 11500 1068 9 9612 3 0 3
G s 701-002G 1461 14 41 574 0 0 0
G s 701-003G 1461 14 41 574 0 0 0
G s 701-004G 146{ 14 41 574 0 0 0
G IS 7014X)5G 146 14 41 574 0 0 0
G s 701-006G 146 14 41 574 0 0 0
G s 701-008G 150 14 10 140 0 0 0
G s 701-012G 150 14 10 140 0 0 0
G s 701-013G 150 14 10 140 0 0 0
G s 701-014G 48 4 9 36 0 0 0
G s 701-015G 48 4 9 36 0 01 0
G s 701-0160 481 4 9 36 0 0 0
G s 703-005G 2700 251 9 :~259 o 0 0
G s 703-006G 5600 520 9 4680 0 0 0
G s 703-007G 240 221 9 198 0 0 0
G s 703-009G 200 19 9 171 0 0 0
G s 704-OOIG 980 91 5 455 0 0 0
G s 704-002G 784 73 5 365 0 0 0
G s 704-003G.-
980 91 5 455 0 0 0
G s 704-004G 460 43 5 215 0[ o 0
G s 705-OOOG 11926 1108 5 5540 1 0 1
G s 706-OOOG 7333 6811 5 3405 0 0 0
G s 706-OOIG 200 19 5 95 0 0 0
G s 706-003G 10500 975 5 4875 01 0 0
G s 707-OOOG 961 89 5 445 0 0 0
G s 709-OOOG 10080 936 12 11232 0 0 0
G s 709-OOIG 750 70 5 350 0 0 0
G s 709-002G 13550 1259 8 10072 0 0 0
G s 709-004G 11550 1073I 6 6438 0 0 0
G s 71O-OOOG 15360 1427 5 7135 1 0 1
GS 71O-OO2G 800 74 5 370 0 0 0
G s 711-OOOG 557 5 2785 0 0 0
G s 714-OOOG 8000 743 37 27491 01 0 0
G s 714-002G 11956 1111 37 41107 0[ o 0
G s 714-005G 18670 1734 37 64158 0 0 0
G s 714-006G 16000 1486 37 54982 0 0 0
G s 714-007G 16000 14861 37 54982 0 0 0
58
Sheet35 WSRC-TR-99-00361 .
Table A-18Ancipient fire data for G~Jl Areaye22rsin Fire countservice to O“”zbi s f
Area TYW ~ A- ft2 Ar% mz ’94
G sY.=*m2 c::’ ’91 ~ vg4 ~um&
715-OOOG 140 13 9 117 0 0 0G s 715-OOIG 5761. 54 9 486 0 0 0G s 717-OOOG 3244 301 42 12642 0 1 1G s 722-OOOG 6030 560 9 5040 0 0 0G s 724-007G 5231 486 9 4374 1 0 1G s 724-008G 1300 121 9 1089 0 0 0G s 726-OOIG 1600 149 9 1341 0 .0 0G s 7284NOG 1201 112/ 9 1008 0 0 0G s 730-OOOG 8080 7511 91 6759 0 0 0G s 734-(-NM)G -m7 20 I M 754{ 01 o~ o
} I 49201 4571 91 41131 01 01 0
1711 01 01 0
\ , , ----- 1 u 1;i 7;5-007G I ‘--i ‘“I ‘;[
11550 144 12961 0! 01 01
G s 735-007G ..--, ._., ,G s 739-OOIG 2001 191 9}G s 739-004G 3601 331 221 726[ 01 01 (J\- .—-G ‘s /739-w6(Ei ‘ii[ 4 9 36 0 0 0G s 741-OOOG 600 56 9 504 0 1 1G s 741-OOIG 400 37 9 333 0 0 0G s 741-002G 8000 743 9 6687 0 0 () .-
G s 760-OOOG 4074 378 38 14364 0 0 0G s 760-OOIG 4138 384 38 14592 1 0 1G s 760-O(X2G 714 66 38 2508 0 0 0G s 760-003G 3024 281 381 10678[ o 0 0G s 760-004G 3760 349 211 7329 0 0 0G s 760-005G 1792 166 5 830 0 0 ‘oG s 760-008G 865 801 15 1200 0 0 0G s 760-0090 3600 334 13 4342 0 0 0G s 76O-O1OG 144 13 13 1691 0. 0 0(2 s 76(-)-(-)11r, 11401 1(MQ 1’) 1?7(-)!2 1 0 1-- I ,w ----- 1 .- . ..- 9 .--= 1 -- .-, “-
G IS 760-012G 1500 1391 111 1529[G s 760-013G 2000 1M 61 11161
G s 772-OOOG 7695G s 772-OOIG 7786,G s 772-(X)2G 392! 361 <41 ‘12241
rt . .- 1 .“ R
il 7231 38i ;74741
01 o! 001 01 (-)
..-----
1---r , ---- .
71s1 %21
E Is i772-005G
t --- , -- 1 -. 1. 1 -.,. f
2I 6681 6
01 01 011 01 1---- 1 1
Z2 31 682[ 0[ , 0 0..-— --- 52 30 1860 0“ 0 0
‘G s 77i-oo7G 8000 743 41 30463 0 0 0,G s 772-008G 7800 725 26 18850 0 0 0G s 772-009G 7800 725 26 18850 0 0 0G s 772-O1OG 7800 725 26 18850 0 0 0G s 772-013G 720 67 24 1608 0 0 0
G s 772-014G 672 62 20 1240 0 0 0
G s 772-017G 768 71 19 1349 0 0 0
G s 772-018G 660 61 9 549 0 0 0
G s 772-019G 660 61 9 549 0 0 0
,G s 772-020G 1000 93 19 1767 1 0 1
G s 772-021G 648 60 9 540 0 0 0
G s 772-022G 648 60 9 540 0 o! 0
Sheet36 WSRC-TR-99-O0361 ,
Table A-18.--Incipient fire data for GJJJ3 Area
Iyearsin Firecountservice Orl$?lnal1 IS urnof
Area TYW ~ A- ft2 Arq m2 ’94
G s 772-025G 2400 223-- .— 9. ‘“*~~
— --- ! 1 1 1
----- Gi 481 41 411 1641 or 01 0[
G s * 1 ,905-OIE 481
I41 -41 i& ii 01 ;
G s 905-01lG 36 3[ 41 123 0 0 0
G s 905-074G 36 3J 20 60 0 0 0
G s 905-109G 48 4 8 32 0 0 0
G s 905-1100 48 4 8 32 0 0 0
G s 905-lllG 48 4 8 32 0 0 0
G s 905-115G 48 4 7 28 0 0 0
N s 704-003N 12000 1115 11 1:!265 o 0 0
N s 711-OOON 45600 4236 37 15($732 o 2 2
N s 711-002N o 0 0 1 1
N s 713-OOONI 30000 2787 37 101119 0 0 0
NS 713-OOIN I 30000 2787 12 3M44 o 0 0
N s 716-OOON o 0 0 1[ 1
N s 716-OOON 15850 1473 37 54501 0 0 0
N s 716-005N o o 0 1 1
N s 717-005N 22000 2044 37 75628 0 0 0
N s 717-008N 7400 687 37 25419 0 0 0
N s 717-O1ON 12000 11151 15 15725 2 0 2
N s 717-O1lN 5265 4891 37 1B093 o 0 0
N s 719-OOON 6500 604 37 22348 0 0 0
N s 725-OOIN 4500 418 12 5016 0 0 0
N s 728-012N o 0 0 0 0 1 1
N s 731-OOON\ 14000 1301 9 11709 0 1 1
N s 741-OOON\ 01 0 0 0 0 1 1
WSRC-TR-99-00361
Appendix B, SRS Fire Loss Data for 1991,1992,1993 and 1994
61
_ .. .. . _.- —
,,
This page intentionally blank.
62
WSRC-TR-99-00361
,.
WSRC-TR-W-00361
Table B-l.--Incipient fries occuring between 1991 md 1994sumof tues
Building 1991 1s92 1993 1994 between91-94
703-OOOA 1 2 3703-041A I 1 1703-042A 1 1715-OOOA 1 1716-OOOA I 1 1716-002A 1 11 1719-011A 1 1723-OOOA 1 1735-002A 1 1777-OIOA 1 1 2778-O(I5A 1 1784-OOOA 1 1789-O(N)A 1 1 2
A 2
11
704-006C I 1 1706-oOoc 1 1706-oo9c 1 1
700C o 1
701-(U)lF 1772-OOOF 1 I 1
700F o 2 0
703-OOOH 1704-OOOH705-OOOH
700H
704-022K717-OOOK I 1[ I 1
700K
1O$OOOCUWOOOK 11 21 41 I 7
lW-004K i 1 1105-OOOP
100
484-OOOD
400Db
63
WSRC-TR-9!MI036 i
lsf -UmoBuilding 1991 1992 1993 1994 between‘91-’94I
221-OOOF 2 1 1 21 6221-OOIF I 1[ 1221-025F 1 I 1241-028F I 1) 1241-064F II 1247-OOOF I 1 1292-OOOF 2 I 2
200F
218-OOOH I 1221-OOOH 2 2 2 6234-OOOH 1 1241-OOOH 1 1241-082H 1 1242-025H I 1 12S4-005H 1 I 1284-OOOH 1 1294-OOOH 1 1299-OOOH 1 1
200H
305-OOIM 132WOOM 1 1 11 3321-OOOM 1 1
300M I 1 2 1 11 5
—------221-OOOS i 1 i704-(xlos 1 1704-02ss 1 1
704-071s I 1 1
s 0 4
643-OOOE681-017G I 11 I 1
717-OOOG 1 1
741-OOOG I I 1 1
772-(Y2SG 1 1
711-(X)ON 2 2
711-U)2N 1[ 1
716-OOON 1 1
716-005N I 1 I 1
728-012N 1 1
731-OOON 1 1
741-OOON 1 1
E/m 5
Total fires
64
,,, ,. ,.,
WSRC-TR-99-W361
Appendix C, Background Material for Original Fire FrequencyEstimator
65
WSRC-TR-99-O0361
This page intentionally blank.
DEVELOPMENTOF BUILDING FIRE FREQUENCIESFOR THEM.AUREPORT
The initial MAU report, lWRC-TR-91-469, and the draft final report,WSRC-TR-91-424, developed fire frequencies for the variousbuildings under consideration for a fire protection upgrade byestimating a site severe fire frequency per 10,000 square feet offloor space, assigning multipliers to the different areas based onhistory of fires, and assigning multipliers based on usage of thebuildings. The site severe fire frequency was developed from WSRC-RP-90-143, l~~alysis of SRS Industrial Fire Records”.
The site severe fire frequency (F~ .) was estimated as the totalsite fire frequency (Fx) multiplied by the expected occurrenceof a fire of sufficient magnitude to cause substantial damage(deaths of a fraction of the occupants, or property damage losseson the order of 5% to 70% of the buildings replacement value whichvaries from about $20 million upward to $800 million)..1oJ!QO * N= / (&*Y)
F- == 40.5E-03 fires per 10,000 sq ft-yr where NM
is the total number of fires observed in facilities with & sq ftof floor space over a period of Y years. At the time of the repor-tthere had been O fires out of 669 fires reported that caused themagnitude of damage stated above, therefore it was assumed that oneoccurs every 669 fires to yield a site severe fire frequency ofF’—* = 40.5E-03 * (1/669) = 60.5E-06 per 10,000 sq ft per yr.
F~~ was used to calculate individual building severe firefrequency by multiplying it by the building square footage, an areaspecific multiplier, and a usage dependent multiplier. The areaspecific multiplier weighted the fire frequency depending on thearea that the building was in (based on history of fires in thevarious areas), and the usage dependent multiplier weighted thefire frequency depending on the activity that was performed in thebuilding (manufacturing, chemical storage, offices, etc.)
The effort in this report is to use the building/area fire dataused in WSRC-RP-90-143 to develop building specific severe firefrequencies or area specific fire frequencies based on actualoccurrence of fires in theuncertainties about the dataversions of the MAU report.
METHODS
The data base used to develop
buildings/areas. This will reduceused in the initial and final draft
WSRC-RP-90-143 was obtained from M.D.
67
Brandyberry. The data base listed all fires that were reportedduring the period January 1958 through December 1990, and it listedthe building that the fire occurred in. There were a total of 710facility fires reported during the periocl. The data base wassorted by area and building to facilitate extraction of numbers offires per building and numbers of fires per area. For thebuildings in the MAU analysis, the number of fires reported if any,were gathered and placed in a spreadsheet along with the associatedbuildings (see Table 1, columns B & C). Cc~lumnsD & E of Table 1show the month and year that the buildings w{erecompleted accordingto property accounting records (if available), and column Fcalculates the years that the buildings have been in service duringthe period 1/58 through 12/90. When property accounting recordswere not available for certain buildings;, cognizant personnelprovided an estimate of start-up date for some of the facilities.These estimates are shown in column F with no entries to columns Cor D. The building specific severe fire frequency (Table 1, columnG) is calculated by the following formula:
Fb~~i = # Fires Reported / # Yrs in Servic:e 1/58-12/90 * (1/710)
This was considered to be a statistically wfficient value to usein the MAU analysis if; 1) there were 2 or more fires reported inthe facility, or 2) the # yrs in service was judged to besufficient to calculate a frequency based on one reported fire.
If either of the two conditions listed above were not met, an areaspecific fire frequency per 10,000 square :?eet/yearwas developedfrom Brandyberry’s data base to reduce uncertainties associatedwith using a site severe fire frequency with weighting factors.Table 2 shows by area(from property accounting records), thebuildings within the area, the square footaqe of the buildings, andthe number of fires reported for the buildings. At the end of eacharea, the total square footage is shown, and the total number ofreported fires is shown. From these values, we can derive an areaspecific fire frequency per 10,000 square! feet per Year by thefollowing formula:
F-’=P=*= FW * 10,000 / (~ * 710 fires * 33 yrs)
where: Fti = Total number of fires reported for the area,~=Total square footage of the buildings in the area33 yrs is the assumed # years of service for the area(1/58-12/90)
The area specific datacontain like buildings,
wasi.e.
broken downmanufacturing
63
into areas that wouldor office, in order to
.,
eliminate usage of weighting factors. The following are the areasin which an area specific severe fire frequency was developed, andthe actual area specific fire frequency is also listed.
Severe Fire Frequency.AMa J~ e
100200F200HA700F700H300M400DB
700C700DG/CS
700K700L700M700P700R
1.21E-056.61E-053.97E-052.41E-056.47E-052.28E-051.03E-048.67E-051.74E-051.66E-054.08E-051.84E-051.67E-059.05E-068.64E-057.67E-055.24E-052.04E-05
There was not enough data to calculate an areafrequency for S-Area, so it was assumed to beand 200-H.
specific severe firethe average of 200-F
This data was used in column I of Table 1 to calculate buildingsevere fire frequency for those building that had insufficient datato determine a building specific severe fire frequency bymultiplying the area specific severe fire frequency per 10,000square feet by the square footage of the building and dividing theresult by 10,000. Therefore, column J of Table 1 contains therecommended values for building severe fire frequencies, where thevalues in bold represent a frequency based on actual fires in thebuilding, and the values that are not in bold represent a frequencybased on actual fires in the area.
As a final “sanity” check of the building severe fire frequencies,the number of small fires that were expected to have occurred overthe existence of the building was back calculated using thebuilding severe fire frequency from column J, and the number ofyears in service (during the period 1/58-12/90) of the buildingfrom column F. If the expected number of fires came out greaterthan 1 for the buildings that had actually experienced O fires,then the building severe fire frequency was forced to a value thatwould be consistent with the building experiencing 1 fire over it’sexistence. This situation did occur with 6 buildings; 305-A,
69
719-A, 483-lDt-highlighted in
LIMITATIONS
717-F, 711-N, and 713-N. The forced values arethe Table as large, bold, italic numbers.
The limitations of using this data in the MAU prioritization effortare concerned with uncertainties in the reporting of fires andtherefore the fire database, and uncertainties in area squarefootage. As acknowledged in WSRC-RP-90-143, the industrial firedata base is not complete because undoubtedly, there have beenfires that have occurred that were not reported. This uncertaintywas also present in the earlier MAU reports since it relied on thedata to determine area specific multipliers.
The square footage values used in Table 2 came from the propertyaccounting group in SRL. Discrepancies have been shown in thisdata because it was initially used as the raw data for squarefootage of the buildings considered in the MAU analysis, and whencognizant personnel reviewed the input dat?lthere were some grosserrors uncovered with some square footage values. These errorswere corrected for those buildings. The ot!aerbuildings that werenot part of the MAU analysis but were used in the development ofarea specific fire frequency development could be suspect.
Table 11,
i A I R I c 1 DIE I F I G I H I 1 I .1 1 K 1
2 # flRES VRS IN SPECIFIC3 REPORTED MTH YR SERVICE SEVERE BLDG4 AREA BLDG 1/58 - 12/90 COMP COMP 1/58 - 12/90 FIRE FREQ SC) FTR
AREA SPECIFIC ADOPTED VALUE # OF-FIRES{
SEVERE FOR BLDG EXPECTEDFIRE FREQ / SEVERE BASED ON
Io,ooo so FT FIRE FREQ 8LDG SFRE(3
] 019] A 170342A ! 01 6] 841 6.561 ! 20000110 A 70343A11 A 70345A12 A 703-A1,* A 71)Q.A
il.(n) 4.4 JC-CKJ 1WxJt) 4.41t-us 4.&[c-ua 1.Uu
I UoI 43.00 8.54E-05 5195 2.41 E-05 8.54E-05 2.00I;l 841 6.25 20000 2.41E-05 4.82E-05 .21
2.41E-05 4.82E-05 .2341 851 5.751 9.80E-041 200001 2.41 E-05 9.80E-04 4.00
1
1
“ , - ,. ””-- 1 . I . I ““ , w,
4 A 7~9-A 1 7 53 3:
5 A 722-1A o 8 81 (
6 A 722-4A o 6 8A i
7 A 722-A o 7 5
_&
11 05 5.17 20000 2.41 E-05 4.82E-05 .187 53 33.00 2.99E-04 177000 2.41 E-05 2.99E-04 7.007 63 23<00 2.99E-0440068 2.41E-05 2.99E-04 7.00
3.00 4.27E-05 26487 2.41E-05 4.27E-05 1.009.42 6900 2.41E-05 1.66E-05 .11
J- 6.58 7800 2.41E-05 1.88E-05 .0953 33.00 11700 2.41E-05 2.82E-05 .6636 4.92 2.86E04 20000 2.41E-05 4.82E-05 .177C ‘5.83 1800 2.41 E-05 4.34E-06 .05.-m 7.00 7500 2.41 E-05 1.81E-05 .09
53 33.00 10286 2.41E-05 2.48E-05 .58
33 7.17 29000 2.41E-05 6.99E-05 .36
53 33.00 4.27E-05 4450 2.41 E-05 4.27E-05 1.00
1; 84 6.08 20000 2.41E-05 4.82E-05 .21
7 53 33.00 4. 1OE-O3 304000 2.41E-05 4. 1OE-O3 96.00-1 =7 93.00 4.27E-05 2501 2.41E-05 4.27E-05 1.00
3.00 8.84E-05 6000 2.41 E-05 8.54E-05 2.00*Q 03.00 8.54E-05 6000 2.41E-05 8.54E-05 2.00B7 3.83 3.67E-04 20000 1.74E-05 3.48E-05 .09
B7 3.83 3.67E-04 20000 1.74E-05 3.48E-05 .09
55 33.00 7.26E-04 500000 1.21 E-05 7.26E-04 17.00
55 33.00 7.26E-04 500000 1.21 E-05 7.26E-04 17.00
55 33.00 6000 1.21 E-05 7.26E-06 .17
41 55 33.00 ., 6000 1.21 E-05 7.26E-06 .17
.- 1
t 9 w3-I B i 31 i
) 8 703-B 1
I c 105-C 41) 17
I
0]
d=314!
5-c (2) I 171 41 !‘n-l f? 01 41 !
id
Table 1
A B c D E F G H I J K
1 BLDG AREA SPECIFIC ADOPTED VALUE #OF FIRES
2 # FIRES YRS IN SPECIFIC SEVERE FOR BLDG EXPECTED
3 REPORTED MTH YR SERVICE SEVERE BLDG FIRE FREQ / SEVERE 8ASED ON
4 AREA BLDG 1/58 - 12/90 COMP COMP 1/58 - 12/90 FIRE FREQ so Fr 10,OOO Sa FT FIRE FRECI BLDG SFREO
, - ---- .- 1 I 1 -—I
11) 2A] ;.-, tT D 1484-D (2} ;4 21 531 3:ZI n IAR5-D o 21 53! 3
1-lF{I) o 1( ‘-F“ ‘]211-lF (2) o 10 I 851 5.251
flF 1221-lF (1) I l!!1-IF (2) 11
!l-F (2) 74 !!2-F 1 L --,15-F 5 9 541 i
17-F 4 7 FQI
r -S 1-F 1 9 !
F 284-8F o 11 1
F 292-2F (11 o 11 (-2F [2) o 11 i.F 5 9 !
mk I .- 1 --- ,
-=w---
1 r 10=”..?.“. ! ,
+
.’
I
.
Table 1
(.3J
I A I B [ c I DIE I F I G I H I
1 BLDG Al?.. —-.. . I -------- I I
a . . mI J K
IEA SPECIFIC ADOPTED VALUE #OF FIRES
2 # FIRES YRS IN srtwlb SEVERE FOR BLDG EXPECTED.—.————.—
3 REPORTED MTH YR– SERVICE SEVERE BLDG FIRE FREO / SEVERE 8ASED ON
4 AREA BLDG 1/58 - 12/90 COMP COMP 1158-12190 FIRE FREQ so FT 10,000 m FT FIRE FREQ 8LDG SFREQ
1.84E-05 9.20E-06 T~_] G ]847431 I I I I I 1 1 1
01 -1 50001 ..-.— -- 1 - ---- -- I - . .
–“” . . . 1 I.!4Gt71 11 71 iil 33.001 4.
i“*.””, 1 ----? 7!=,1 135501
t. .“”, 1 .-
77 f-ml 11!
-6G I 01 II 52! 33.001
..-1.84E-
0 08 u.”” 1
FM 121l-9H&loH I O! 6 87 3.58L7M Ill Al 7 55 33.00 1.“
II H 1221 -H (2) 23 7 !
H 1230-H 1 11 83 f.1,
;.U o 9~.! . -.
V-1187 H 251 -H o ‘i 55 33.OG ---- -.-.—.
88 H 253-H o 10 86 4.25 1350 3.97E-05 5.36E-06 .02
88 H 254-28H o 30 3.97E-05 1. 19E-07
H 284-H (1) 8 7 55 33.00 3.41E-04 2500 3.97E-05 3.41E-04 8.0090
H 284-H {2) 8 7 55 33.00 3.41E-04 2500 3.97E-05 3.41E-04 8.0091
H 292-H 2 7 55 33.00 8.54E-06 ,13251 3.97E-05 8.54E-05 2.009293 H 5000-H o 4.00 11250 2.28E-05 2.57E-05 .07 J
,.,
.
74
Table 1
C?i
II 1I A I B I c I DIE I F I G I H I 1 .1 K
BLDG Al
v 1 I
“‘3[ N 1711-N 1 7 531 33.001 4.2.1 *, I-*= 4~ o 11 t-,
1 7 53 3:
0 7 53 3
N I717-1ON o 7 f- “. .
N o 7 53 J
o 7 53I3, , “-,.
-lN o 5 83
-P (1) 13 3 54 :
P I 105-P (21 13 3 54 7.
-P (1) 3 3 54 ~
-P (2) 3 3 54 f
-1P(1) o 3 54 ~
P 1151-1P (2) o 3 54 ~-. ,
-2P (2) I 01 31 541 :-. ,
.-*V \)-P Ii 3 54 3
)-P(1) o 3 54 30 3 5,” .
)-P(2)134-P o 3 6!,
: 210-s o 507
221-s 1 1147 s ---+
s o 21274 -.-,
5 0 4541 5.2
1511-s o 9593 5.28__ . . .I
_o ~~ 2038 5.29 E-051 1.08E-05[1951-s
[-061 .18 I
:-0411.01 E-031 I
!9E-051 2.40E!9E-05 5.07E-051 I
;-05! I
\
Table 1
A B c D E F G H I J K
1 BLDG AREA SPECIFIC ADOPTED VALUE #OF FIRES
2 # FIRES YRS IN SPECIFIC SEVERE FOR BLDG
3
EXPECTED
REPORTED MTH YR SERVICE SEVERE BLDG FIRE FREQ / SEVERE 8ASED ON
4 AREA BLDG 1/58 - 12/90 COMP COMP 1158-12190 FIRE FREQ so FT 10,ODO SQ Fr FIRE FREQ @LDGSFRECl
5.=* G -9-s o KA9tiI04 a VW
163 T 67a154 T 672..—..—165 T 67S-166 T 677:157 T 678;158 T 704---159 T 704-T I 01
3-T o 11 86Z-T o 3 84‘ T 1 1 83 .-...- -----
T 0 1 56 33.00T 4 7 53 33.00 1.71E.lT 0 10 87 3.25
a’!
.
.“
,,
Table 2
t 100 AREAS: AVERAGE SEVERE FIRE 1
FREQUENCY I 10000 S0 FT
BLDG m Fr # FIRES105-C 500000 17105-6C 240i o
I----- , ---- I I 1
.5nAAi Al I
105-7C 2401 01108-1C I Nlool
H ‘;:;’ “ ‘ ‘
WuwwI I I-.
i i I
151-l C 6406 0151-2C 6400 0152-7C 200 0
I183-4C I 64301 01 I I
I18A-6C I fiool I I
191-C 288 01105-K 500000 8105-6K 96 0105-7K 96 0105-8K 120 0105-1 3K 3250 0108-1K 6000 3108-2K 6000 111O-K 240 .0151-l K 6400 0151-2K 6400 0152-1 K 6400 0152-7K 200 0183-2K 720 1183-4K 6430 0184-K 85000 11184-5K 173 0185-K 375 1190-K 12000 0191-K 288 1105-P 750000 13105-2P 720 0105-3? 720 0105-6P 96 0105-13P 3250 0105-14P 360 0108-1P 6000 1108-2P 6000 211o-P 240 0151-1P 6400 0151-2P 6400 0
77
Table 2
152-1 P 6400 0152-7P 200 0183-2P 720 0183-4P 6430 1184-P 85000 12 ‘a184-5P 173 0184-6P 800 0185-P 375 1190-P 12000 0 =H191-P 288105-L 500000105-2L 720 : ++108-1L 60001108-2L 6000; :! ~
625 i 11,-- ,
11O-L 2401 0151-l L 64001 0151-2L 64001 0152-l L 64001 0152-7L 2001 0183-2L 7201 0 a‘183-4L 6430 0184-L 85000 3184-6L 800 0190-L 12000 0191-L 288 0 ‘a
I100-R I 01 11 I 1105-R 500000108-IR 6596108-2R 9525 ! =+=11O-R 240 0122-R 4759 0151-l R 6151 0151-2R 7601 0181-R 144 0184-R 8s000 3 =+=
3357253
‘5 *
F{lOO areas/ = 1.21 E-05
10000 Sq ft)
I I I
200 F AREAS: AVERAGE SEVERE FIREFREQUENCY / 10000 SQ FT 4
78
Table 2
BLDG so Fr # FIRES200-F o 1211-F 10000 3211-IF I 6000~ 01211-2F 7601 nl i
211-4F 1401 01211-5F 2881 01 I211-7F 180(217-F 10241 vi I221-F 99aennl eel I
221-l F Z40(
4&cJuw 00
-“-67 1WJoo o1221-3F At%
‘22’%~221-1OI221-12F ‘[- 1080GI Uf I I
“ --61 Oi I I
w “’” I I‘ T–- 10081 01 1 1
221-21F I 2ooo~l ill I I
221-22F 200(X4 UI I
221 -26F 800] 01 I
-- I 1 !*A I Al I
221-27F 100(’1 nl I I
222-F 5985223-F 390 A232-F 1flAAfl 1
235-F
UI Ui Iml . I i
..r ..- !47080 5
L 950 0235-2F 476 0235-6F 288 0235-9F
i235-1 F I
288 0. -A 2 0w/2 o71A 1E!%%+
241-17F241-18F I Luu/ UI I
241-24F 15001 11 I
10781 01 I*aAnl Al I
1241-28F \ I nnnl fit I I. ““” I I-Al Al i241-51F I I I I
241-53F 3%1 ;! I1241-58F I 7And I I
241 -62F 3s(241-64F 4801 01 I241-65F 3601 0/ I
01 01al Al I I
79
Table 2
i241-96F \ 1441 UI 1 1
241-1OOF 1792
242-lF 913242-1 6F 5 ! H
1247-F r=
247-4F 1801247-7F 6001
n>el !! =&l1247-8F I Lfnl UI I
247-9F 240 0247-11 F
—...180 0
247-12F 3795 0247-41 F 1200 0251-F 1923 1254-2F 520 0,254-5F 816 0260-1 F 80 0280-1 F 944 0
281-12F 112 0281-19F 144 0281-20F 144 0281-21F 144 0281-22F 144 0281-23F 144 0 a
284-2F 5001 0284-3F 240 0284-4F 840 0284-5F 240 0284-8F 2826 0284-9F 3600 0285-1 F 60 0292-F 12482 5292-l F 613 1292-2F 3470 0294-1 F
240 1; =H755915
a
Table 2
I !F(200 F area/ = 6.61 E-05
10000 Sqft)
200 H AREAS: AVERAGE SEVEREFIREFREQUENCY / 10000 SQ H
I
IBLDG ISQFT 1# FIRES I I I200-H :0 1211-2H 1500 0211-4H 141 0
4101 I
1217-H I 901 I 01 I I1221-H I 3296001 271 I I221 -4H 1500 0221 -6H 240 0221-12H 160 01221-13H 600 0‘221-14H 600 0,225-l H 896 0225-2H 1792 0225-3H 1792 0225-7H 1792 0225-8H 1792 0225-9H 840 0‘225-1OH 960 0225-11 H 960 0225-1 21i 960 0‘225-1 3H 960 0225-1 4H 960 0225-1 5H 960 0225-1 7H 960 0225-1 8i-1 504 0230-H 7165 1232-H 55220 9232-1 H 11000 0233-4H 1792 0233-6H 1792 0233-7H 1792 0233-8H 1792 0233-9H 1792 0233-1OH 1792 0,233-n H 432 0233-12H 288 0
81
Table 2
234-H 45737234-2H 672 : B235-H 12000 01235-lH 720 0235-2H 720 0235-7H 510 0235-9H 1792 0235-1 OH 1792 0236-H 1270 0237-H 5675 0238-H 17175238-1 H 640241 A-38H 375 I =241 A-39H 375[241 A-40H 3751241 A-41H 375/ la241 A-42H 375 0241 A-43H 375 0241 -H 1725 0241-1OH 9713 0241-13H 640 0241-17H 363 0241 -23tl 720 0241-24H 1536 1 .241-25H 120 0241-26H 36 0241 -28H 100 0241 -49H 100 0241 -52H 288 0241-55H 1875 1241-57H 800 0
1241-58H I 25081--AI :! ~241-62H 3YUI
241 -64H 4801241-65H want V==l==l
241-68H 580 0241 -69tl 109 0
540 0288 0.* n o =l==i
i241-70H. t
E&k+&241-81 H 16500241-84H 6240241 -85H AM ! =----- . . ! .-= !
ri41 -86H I 1nnl nl I I
-= .”... ! 100 I 0! ——J———J1?A1.$?TH /
241-88H I
241-89H I---- -.. 1 loo~
18001[241-90H 960/ ! =
82
Tabie 2
241-92H 1200 0241-95H 672 0241-98H 144 0241-99H 144 0241-105H 750 01241-109H241-11OH 480
360 0) o! o! o
I /YL .0---\24i-i22i 5(J4I u242-1 H 720 1242-1 6H 300 0242-1 9H 560 0
w+==e244-lH244-2H245-H
Lv f05 1
1920 01440 03241 0
-e“1 o
Lad-n I I .3atJi UI I I
1260-IH /
Olu u
30 0al o
E%+=1001 01 I I
241 I (J1 I I
EH= 940{ 01 I251 I 01251 I 01112 0144 0144 01441 01 I
ii,
61, ,
I
=
284-H284-1 H 4UL284-4H 84C284-5H 24C284-6H 24C284-7H 180C28,. . A.. . -.
**, * IEm+- 61 I 01 I I
La3-41 I 1921 01285-4H 441 01
83
Table 2
292-H 13251 2292-2H 3360 0292-3H 100 0299-H 1200 0 s299-2H 576 0299-3H 200 0299-4H 1500 0299-5H 608 0
667214 62a
F(200 H area/ = 3.97E-0510000 Sq ft)
I I
A AREA: AVERAGE SEVEREFIREFF?ECIUENCY/ 10000 SQ FT
mLvu \aurt Iff rmma I I305-A 186061 0/ I607-2A 240 91
607-1 6A 600 01614-1A 86 nl
701-l A 873701-2A 4-n
l%%+ ... *I , ,1501 01 I
.- .-. . 1 -. I 1
t701-12A 12161 :1 ~1701-13A I 481 01 I I
[703-5A I ‘“ 15601” 0! .——L——J703-6A 1536703-9A . 823703-1OA 1536 I ++
[703-llA I ‘- 15361 0! __L———l703-1 2A 720703-13A 720703-1 4A 1536 ! *
!703-15A \ 720/ I I
703-1 6A 720703-1 7A 720 i -
1703-1 8A ] 720i703-22A I 1792
1703-26A 1792
64
. .
Tabla 2
703-28,703-3om I IJ34703-31 A 1792703-33A 1536
‘A I 17921 01 IIA 1 aflal hi I
1 0703-34A 1600 0703-37A 1600 0703-38A 1600 0703-41 A 20000 0
~AAfi“) o
41 I 1) 1
1703-45A ] 20Gvd oA** A703-51 A +a4 v I
703-52A 896 0703-53A 896 n I
1703-56A ~
I 018961 011703-63A 1
El=703-70A703-71 A703-73A7f)&A
01 I 1
1 0I /YL o***e
I ----- I S- ..4 o1 0I 7
,,. -
707-A 1008708-A I 40068
I%-t- ...1712-A I )31 01 1 I1713-A I 48551 I 01 It 1 r
1713-1A I “----1 ;111760 I
71 3-2A 20000 071 3-3A 896 0714-A 45036 0
1171 !i-A ] ?=
1716-A I 1fjo
1716-1A I ‘m=
I . . . . . i .
} ----- 1 .-
71 6-2A 7225 271 6-3A 360 071 6-4A 2400 0171 7-A 52435! 9171 7-4A 200 0717-5A 1536 071 7-6A 160 071 7-7A 1536 01
1717-8A I 792[ 01 I I1717-9A 7921 01 I 1
85
. .
Tabie 2
717-IOA I 1440171 9-A 264871 :! R
1719-9A I
(-)1 I
v, I I
XY
1719-17A I !4s71 ill I I
71 9-20A 7201720-A 111801721-A 4595 I ; ++722-A 11700722-1A 6900722-2A 720 ! *722-4A 7800722-5A 20000722-8A 792 11
1723-2A \ 11521 01 I I1723-4A [ 1792[ 01 I I
1723-6A I 12201 01 I I15601 01 I I
723-8A I 720723-9A 720723-1 2A I 240 ! *723-1 3A 21OI723-15A 24001724-A 115951 ! *
724-7A 384725-A 1680726-A 400 ! ++
~30-A [ 200001 11 I I730-1 A 1792730-2A 1792730-3A 1792 ! *
1733-A I 19261 01 ~
86
Table 2
733-1A 4000 0734-A 2034 0735-A 48290 13735-2A 1800 0735-4A 213 0735-7A 7500 0735-8A 1536 0735-9A 1536 0735-1 1A 30000 0735-1 3A 18001 0735-16A 1792 0736-A 10286 0736-1 A 120 0737-A 27321 0737-1A 2702 0737-2A 1210 0737-3A 1356 0737-4A 740 0737-5A 2400 0737-6A 1584 0737-7A 1440 0737-8A 1440 0737-1 1A 1475 0737-1 2A 738 0737-1 3A 5000 0737-14A 1440 0737-1 5A 1440 0
737-1 8A I 24001 0}737-1 9A 14401 01
]737-20A ]737-23A I 30CI
768 0---—- . . -- J 0738-A y 0740-A 3oJ i o
0740-3A 17E740-4A 1792740-5A 1792740-6A .-am.. ---- I I /vd 01
504/ 01 .740-7A I1740-8A ‘ 1200 0740-9A 1792 0740-1 OA 1792 0740-1 1A 1792 0740-1 2A 1792 0742-A 29000 0742-2A 1792 0742-3A 1792 0742-4A 720 01 I742-5A. 720 01 I
87
>, >
TabJe2
,743-A 10341,743-1 A 14401 :1 %‘745-A i 110251 11 1“
/46-1 A I
748-A 56801748-1 A 351749-A 115001 ! *749-1A I 1001 01
~----
751-1A 44501751-2A 2881 ~-752-25A I 2001 “01 I761-A 141763-A 2400770-A 1404 i =771-A 45 0773-A 304000 96773-2A 1012 0773-3A 449 0773-4A 35 0773-5A 35 0 a773-6A 35 0773-8A 35 0773-1 1A 1824 1773-1 2A 1632 0773-1 3A 1500 0773-14A 768 0773- 16A 1536 0773-1 7A 1536 0 a773-1 8A 1536 0773-19A 1536 0773-20A 896 0773-21A 1512 0773-22A 1536 0773-23A 1536 0773-24A 1536 0 a
773-43A 18720 0773-5 1A 20000 0773-53A 1792 0
s
—..773-54A 1792 0 _773-55A 1792 0 —.773-56A 1792 0773-57A 1792 0
66
1,,
Table 2
177 Q.COA1792 01792 0
504 02501 \ 1
/f*-l M I 7201 01774-2A 7981 01775-A 819 0776-A 3000 0776-1 A 1801 0776-3A 280 0776-4A 280 0776-5A 360 0776-6A 2563 0776-8A 608 0777-A 2800 0777-1 OA 55308 1777-1 1A 96 0777-1 2A 885 0777-1 5A 720 0778-A 144 0779-A 45a9i 1
1779-1A I 7201 01 I I779-3A 150[ 01779-6A 288/ 01 I
1779-1OA / 14501 01 i
780-1 A 270 0780-2A 421 0 I784-A 6orn 9
784-4 4&Jl
I IWV [
-ali
1784-1A I 9601 0
1-78A-AA 1 1731 01-01 Al I
. . . 1 ..- 1~I c&A 960/ UI I I785-1 A 121 0786-A 4600 0 (Wdg 773-A removed
786-1A 1536 0 from the data because786-2A 4081 0 it is an outlief}786-4A 288! o786-5A 21OOI o786-6A 1120 01786-1 3A 144 0789-A 6000 2792-A R132 o905-98A 1961 0
1597702 169
1F(A areal = I 2.41 E-05
10000 Sq ft)
89
Table 2
700 F AREA: AVERAGE SEVERE FIRE
FREQUENCY / 10000 S0 ~
BLDG so FT # FIRES300-F o 1701-l F 6080 0701-2F 150 0701-3F 672 0701-4F 150 0701-5F 228 0701-6F 308 0701-7F 144 0701-9F 1800 0701-13F 308 0701-18F 308 0701-19F 1440 0702-F 1665 0703-F 25000 1703-l F 840 0704-F 12141 2704-2F 1296 0704-3F 1296 0704-4F 7201 0704-5F 720 0704-8F 1536 0704-1OF 1792 0704-11 F 896 0704-1 2F 896 0704-17F 768 0704-1 8F 1792 0704-1 9F 1792 0704-23F 1792 0705-1 F 600 0705-2F 600 0706-F 4001 0707-1 F 3888 2707-2F I 484 0707-4F 240 0709-F 2075 0709-1 F 2506 0709-2F 156 0709-4F 960 0709-5F 960 0711-F 680 0717-F 52500 0717-4F 240 01
so
Table 2
I 8t-3r I
71 $)-F
t74 7.CE I 100 0..-. 192 0722-F 600 0723-F 12599 12723-1 F 240 0
1723-2F I 1441 01 I I351 0/
2401 01 I1728-F I 3888[ 01 I I
1729-IF I 01 I I
772-1 F 32000 11772-3F 1792 o}782-1 F 320 01 I
2769581 42 II
F(700F area/ = 6.47E-0510000 Sq ft)
I I I
700 H AREA: AVERAGE SEVERE FIREFREQUENCY / 10000 SQ FT
BLDG SQ Fr # FIRES322-I-I o 1701-l H 4293 1701-3H 316 1701-4H 65 0701-8H 80 0702-H 1665 0703-H 25000 0704-H 15000 2704-l H 1536 0704-2H 1536 0704-3H 1536 0704-5H 1536 0704-6H 7200 0704-8H 5040 0704-11 H 240 0705-H 20000 0705-l H 600 0705-2H 600 0705-5H 960 0706-H 4220 0706-l H 1536 0
~706-2H 1536 0
91
.,
Tabie 2
707-H 19000 0717-3H 360 0717-4H 360 0724-H 5001 1777-H o 1782-l H 320 05000-H 11250 0
130786 7
F(700H area/ = 2.28E-0510000 Sq ft)
1 I300 M AREA: AVERAGE SEVERE FIREFREQUENCY / 10000 S(3 Fl
BLDG SQ FT # FIRES30$1 M 10440 0 ‘=1=1
31 3-M 57212 32313-3M 44000 0313-6M 44000 0313-7M 360 0313-9M 3151 0 a313-1OM 144 0313-IIM 192 031 5-M 15286 0315-l M 72 0315-2M 100 0316-M 1600 0319-M 506 0 =
t- s lV1 I 720 0az i -M 56072 16321-2M 510 0321-3M 4000 0321-4M 240 0322-M 7812 16322-1 M 190 0322-2M 1104 0322-3M 80 0 +323-M 360 0324-M 1875 1330-M 8000 0331-M 8000 0340-M 400 0341-M 6000 0,341-IM 5600 0~ a
92
. .
.Table 2
341-5M 400/ 01I I I
I 3388781 8211 I
IF(300M area/ = 1.03E-04
10000 sa ftl
400 D AREA: AVERAGE SEVERE FIRE
FREQUENCY / 10000 SU FT
SLOG m Fr # FIRES400-0 0 2401-l D 1930 2401-20 300 o!402-D 7500 1411-3D 7464 241 I-4D 352 0411-6D 3601 O41 I-7D 240 0412-ID 1000 33412-20 2402 0412-3D 5790 0412-4D 1098 0412-5D 1200 0412-6D 1 0412-8D 631 0412-9D 366 0412-110 100 041 3-D o 8414-D 1200 0415-0 1200 0420-D 6030 0420-20 880 0421-0 8128 2421-2D 5525 0
1421-4D 3600 0151-D 566 0[80-20 270 0\80-3D 576 0$83-1 D 38000 0
\ I QK1 n
k483-2C483-3C484-D 2PAA*.
48A.2n484-30 550484-4D
).--, – -1~20
01KNJuuo 241
----- 1 648 1.-. 1 0
9200 0-. ? 0/484-5D I Z4U
. . >
Table 2
14B4-6D 1681 01 I484-7D 16001 01 I48~48484-1 2D 8C485-D 3826{
01 ~
36910475 =
I
F(400D area/ = 8.67E-0510000 Sq w
[
[ 1B AWE& AVERAGE SEVERE FIRE
FREQUENCY / 10000 SQ ~
BLDG SQ FT # FIRES607-2B 432 0623-0 0 1703-B 20000 1703-1 B 20000 1703-5B 20000 0703-7B 952 0703-1OB 480 0703-1 2B 1200 0704-B 3000 0704-3B 1800 0707-32B 504 0707-33B 504 0772-26B 1920 0
IF(B areal = I 1.74E-05
10000 Sq ft)
I I I I Ii
700C AREA: AVERAGE SEVERE FIREFREQUENCY / 10000 SQ IT
I
BLDG m Fr # FIRES701-l C 4164 0701-2C 1679 0701-4C 240 0701-5C 240 0701 -6C 200 0~ ,=
94
Table 2
702-C 16651 o!704-C 184891 41 I704-1 c 14931 0704-2C 17921 0705-C 26250 0706-C 19000 0706-6C 720 0706-1 7C 1792 0707-C 44728 0707-2C 540 0707-3C 540 0707-4C 540 0707-5C 540 071 7-C 42501 11
I I II 1128862[ 5 I
IIF(700C area/ = 1.66E-05
10000 Scaft)I
7000 AREA: AVERAGE SEVERE FiREFREQUENCY / 10000 S0 ~
I
BLDG so Fr # FIRES701-1 D 4034 0701-20 100 0701-3D 202 0704-0 10087 1704-1 D 1792 0707-0 1665 171 1-D 680 0711-10 3646 0717-D 18365 1772-0 11750 2
1
52321 5
I I
F(700D areal = 4.08E-0510000 Sq ft)
[ I I I I I
I IQ AREA: AVERAGE SEVERE FIREFREQUENCY I 10000 SQ FI’ i
I IBLDG @ FT 1#FIRES 1 I
Table 2
tiv-?-&u i.llu
504-3G 7!W
607-38G608-G
504-l G 5761 0K~A-7~ i c7fs I o
- -v o6001 0
14771 0 =1=1
=+==++
v+--+--+P647-l G 1WI/d
647-G652-8<661-l G I
,“. T o5000 0
s o 1. 64 0 H.. A-
1 0! ——L———l661 -2G I 14Wmm. n ..m -
101
1681-10G I 362]
%
Table 2
1681-6G 24001 011-7G 1790\ oI* ee An
91 0F6868 I -Ou I *ut681 -9G 480686-3G 720 01690-G 11500 31
4s9 01]701-12G I
II 0] I
701-13G 15(-Ad . .* I . .
)1 0[II UI-IJM3 I ai4 (31
E&&1701-4G I
481 01 1146 0 I
) o,7 3 0 I1A6
C4rml 01 I2401 01
703-9G704-1 G704-2G704-3G
,704-4G 40L
2001 09801 07841 0
4(JOI 014ne Anl al I I
-1706-G 7333 0707-G 961 0709-l G 750 0709-2G 13550 0709-4G 11550 0709-G 10080 071 O-2G 800 071 O-G 15360 1711-G 6000 0714-2G 11956 0714-5G 18670 07 14-6G 16000 0714-7G 16000 071 4-G 8000 0715-l G 576 071 5-G 140~ o71 7-G 3244 0722-G 6030 0724-7G 5231 1724-8G 1300 0726-lG , 1600 0
97
Table 2
728-G 1201 I o7304 8080 0734-G 308 0735-7G 4920 0735-7G 1550 0739-IG 200 0739-4G 360 0739-6G 48 0741-IG 400 0741-2G 8000 0741 -G 600 0760-1 OG 144 0760-11 G o 1760-12G 1500 0760-1 3G 2000 0760-l G 4138 1760-2G 714 0760-3G 3024 0760-4G 3760 0 ~760-5G 1792 0760-8G 865 0 “760-9G 3600 0760-G 4074 0772-?OG 7800 0772-1 3G 720 0772-14G 672 0772-17G 768 0772-1 8G 660 0772-19G 660 0772-1 G 7786 0772-2G o 1772-20G 1000 0772-21G 648 0772-22G 648 0772-25G 2400 0772-26G 200 0772-3G 240 0772-5G 668 0772-7G 8000 0.772-8G 7800 0772-9G 7800 0.772-G 7695 0904-1 16G 48 0905-109G 48 0905-1 OG 48 0905-1 10G 48 0905-ill G 48 0905-1 15G 48 0905-11 G 36 0
S6
Table 2
905-6G 48 01905-74G 36 0905-7G 48 0905-8G 48 0725-IN 4500 0717-n N 5265 0711-N 45600 0713-l N 30000 0713-N 30000 0716-N 15850 0717-1ON 12000 2717-5N 22000 0717-8N 7400 071 9-N 6500 0
580545 25
F(Garea/ = 1,84E-0510000 Sq ft)
* 1 ,
TNX AREA: AVERAGE SEVERE FIRE
FREQUENCY / 10000 SQ FT
lEh7-41T 1
IBLDG IsQm 1# FIRES.—. .—
4001 0 >----- .
607-46T 6001 01-669-T 91CAI nl I I670-T aovl671 -T 2ou/ Uf I }
672-T 121201 01673-T 480@ nl I
674-T -AA,
1675-T I 6642 16. -- 06 0
676-T I ad676-lT 153676-2T 72*-B n- .--
1676-1 5T I 179
,01 01 I I949-U I I w6 o676-9T 1536 0676-1OT 1536 0
“6 o6 02 0
677-T ‘ 15280 0677-lT 192 0677-2T 192 0
. aa -- .
93
,.
Table 2
~679-T 13360 0679-2T 120 0‘679-5T 48 0679-7T 101 0679-8T 101 0682-T 500 0684-T 420 0704-T 6395 0704-1 T 6500 0’71 1-T 200 0‘772-T 400001 1904-T 3600/ o
1
I1
153534/~=!==l
I
F(TNX area/ = ~
10000 Sqft)
I I I
700K AREA: AVERAGE SEVEREFIREFREQUENCY / 10000 SQ H
I { 1BLDG SQ Fr # FIRES
701-l K 41 62\ 1701-2K 1679 0701-5K 308 0704-K 15870 0704-l K 1792 0704-2K 845 0704-3K 845 0704-4K 845 0711-l K 800 0
IF(700K area/ = 9.05E-06
10000 Sq*)
\ 1 1 I700L AREA: AVERAGE SEVERE flREFREQUENCY / 10000 S(l IT
I I I I
BLDG Isom 1# FIRES IlCO
. .
Table 2
701-l L 228 0701-2L 1679 2701-5L 308 0704-L 14487 1704-l L 1792 071 1-L 630 071 7-L o 1723-L 180 0723-1 L 85 0723-2L 80 0723-3L 80 0723-4L 200 0
I I II I197491 41 I
\ I I 1
F(700L area/ = 8.64E-0510000 Sq ft)1
I I I700M AREA: AVERAGE SEVEREFIREFREQUENCY / 10000 S0 ~
BLDG so Fr # FIRES701-l M 315 0701 -3M 195 0701-4M 192 1701-6M o 1701-7M 420 0704-M 7672 071 O-M 250 0730-M 18000 0734-M 450 0777-M o 3782-1 M 320 0
27814 5
I J
F{700M area/ = 7.67E-05
10000 Sq ft)
700P AREA: AVERAGE SEVERE FIREFREQUENCY I 10000 SQ FT
1 1 1 IBLDG ISQH \# FIRES I I
101
-.
Table 2
m t-zw
704-P ‘laO/u L704-2P 870 0704-3P mm o 1-.. n
2441713! ~
1 #
F{700P area/ = 5.24E-0510000 Sq ft)
II ! 1 !
700R AREA: AVERAGE SEVERE FIREFREQUENCY / 10000 SQ =
I i
I ULUU I-u rl 1* rmca I I I701-l R 41621701 -2R 1501 $ ~701 -3R
1--””---- 1
--- I I I
641 01 I I158701 11 I
I I 208761 11I I
F(700R area/ = 2.04E-0510000 Sq ft)
I
1 I
102
A