Text

Revision 26 to Updated Final Safety Analysis Report, Chapter 2, Site Characteristics, Figures
	ML18249A128
Person / Time
Site:	Brunswick
Issue date:	08/13/2018
From:	; Duke Energy Progress
To:	; Office of Nuclear Reactor Regulation
Shared Package
ML18249A165	List: ML18249A126; ML18249A128; ML18249A129; ML18249A130; ML18249A131; ML18249A133; ML18249A134; ML18249A135; ML18249A140; ML18249A142; ML18249A143; ML18249A145; ML18249A146; ML18249A147; ML18249A148; ML18249A149; ML18249A150; ML18249A151; ML18249A153; ML18249A154; ML18249A155; ML18249A159; RA-18-0004, Duke Energy Transmittal of Topical Report DUKE-QAPD-001-A, Amendment 43; RA-18-0131, Technical Requirements Manual, Revision 66;
References
	RA-18-0131
	Download: ML18249A128 (75)
	v • d • e

! "##$%&'(#)*+$, +'- .-)~/ 0#, #&#)%*#1 0.,. 1 0.0 23~30#*0.0 23~30#*0.!-0*0."!(,0.(""0.-00!(,~ *--)156* ./-00""~ *--)156* .(-, DUKE ENERGY

&~ *--)*156*-.!(,*~ )-0.$-.)'%~ *--)*156*-.!(,*~ )-0.$0.',~ *--)*156*-.""*~ )-0.$-.)'~ *--)*156*.*-.""*~ )-0.$0.'~ *--)*156*$%/,7%/-0.7'!~ *--)*156*$%/,7%/-0.7.'" ###.0 .( #) ##~ ~# 1 . 0*/ 7~& 7.~#~%~0) #)..!,#..0#.~#~!100#0 .8# 9!~ #.#~!!~~-0$'(-, DUKE ENERGY

!"~~-0$'!(#6)7#! .. )1 #0# .2..)!/~ #67*.#~!&~ #67##~!% 7~##6!2&&", ~*7(. " ~*7,~. "1*7"!-7#""1*~$'"(1*~$'"... .-6) "/ -)"& -)"%. ..7~.(,. ..~(. ..7~*.*( ~ (! ~ (" .-.(-, DUKE ENERGY

(( --.( .--.(/ --.(& (% ~-., .0-..~4 ~0 *~0! .-."~7-~((.~#~7-~" (-, DUKE ENERGY

(., DUKE ENERGY 0 C, N l 50 fa DUKE ~ENERGY

(., DUKE ENERGY ' -+--'----~

--l'---,-'-77:...--~*M i f / /' I -/1 I / . -:_,_***l !

,:*-,.-~ -~ .. , ,., ,..,.,*

(, DUKE .... J ENERGY Southport Fort Fisher Ferry Village of Bald Head N.C. Aquarium at Fort Fisher ATLANTIC OCEAN N A

(., DUKE ENERGY l o 0.40.8 1.6 2.4 (WSW) Brunswick Nuclear Plant c::::J Zone Boundary c::::J 2, 5 & 10 Mile Rings (SW) (E) (ESE) (SE) 180 (SSW) (SSE) (SJ

(., DUKE ENERGY WNW [ill] ,-w 12 , 767 I ' 393 WSW I 9 ,3 04 I ' NW [ill] SW 12 , 0041 Resident Population M il es Subtotal by Ring 0-1 230 1-2 1,575 2-3 3,249 3-4 1 , 808 4-5 2,138 5-6 3,762 6-7 5,724 7-8 5,365 8-9 4,372 9-10 5 , 327 10 -EPZ 1,700 Total: NNW I s , ss2 I SSW [Dill Cumulative Total 230 1 , 805 5,054 6 , 862 9 , 000 12,762 18 , 486 23 , 851 28,223 33,550 35 , 250 35 , 250 N [ill] s 11 , 11 2 1 w NNE [ill] SSE [ill] -_, N E I 1 ,s os I SE ENE I 2,1ss I .., E o*~ -, ESE [JI] 10 Miles to EPZ Boundary N E

(., DUKE ENERGY "' ll: w ID :::. :::, z 0 f-0 :c 0.. ..J c,: ll: w c,: p Q R s T u ---------AERIAL FLIGHT LINES---------

r 0 LEGEND * [ l [Ell ( } CENTER OF SITE. FARMS PER SECTOR GOVERNMENT OWNED LAND MARSH OR BEACHES ( Unsuilable for Farming} SOUTHPORT CITY LIMITS AERIAL PHOTO NUMBER NOTE, NO FARMS IN NEW HANOVER COUNTY WITHIN 10 MILE RADIUS 2 SCALE (miles} 3 4

>\:~:=.(**.:-.-. .-_ .... . :_. :* ,: -'~ . : ... * .. . . -: I O It C .. ' l ' 0 ,. ' .;s ! ......,_..,,...,..r,, i r l A N r I 0 C E A N C I

(., DUKE ENERGY 180 170 l60 150 !:: , 140 8 ..J Ill > I~ 120 110,....._________.__

_ __.____"---'---_____._

_ ____.___~___.______,...______.__

_ ____.___------,--,, 20 4o eo

eo 100 120 140 160 1ao aoo HEIGHT ABOVE GROUND (FT)

(ri a: >-I 8 a: z a: ::::, 1-l&J a: (., DUKE ENERGY 1000 200 100 50 20 10 5 2 15 20 ./ v"' / v~ I/" .v ,.V V I/ V V / 25 30 35 40 50 ED 70 80 90 100 I IO lc:O l30 IIIO '50 FASTEST ONE MINUTE AVERAGE WIND SPEED-MI./HR.

(., DUKE ENERGY w 8.1 ii = 6.9 MPH 7.9 N s

6.9 1---1----i.-----+----I-------I E u = ALL DIRECTION AVERAGE WIND SPEED NOTE: DIRECTIONAL AVERAGE WIND SPEEDS (MPH) ARE DISPLAYED RADIALLY -WIND DIRECTION

(%) 8.0

(., DUKE ENERGY WI NT ER (DEC, JAN, FEB, ) 8.1 N 8.0 8.4 SPRING (MAR, APR, MAY) 7.8 7.8 N 7.4 7.5 7.9 w '"\.....,-.J.--.+---4--1--IE Wl--1--+-+-+-+-

" 7. ~~-+-+-+--1--,1--1 E ii = 7. 2 s 8.0 SUMMER (JUN, JUL, AUG) 9.0 8 rl 8 8.3 9.2 w 1--+-+-+-+-+-

..: s 7.7 ii=6.2 s 6.7 6.9 FALL (SEP, OCT, NOV) 6.2 6.6 N 6.5 s 6.1

(~DUKE ENERGY u = 8.5 MPH 6.7 N u = ALL DIRECTION AVERAGE WIND SPEED N O T E : D I R E C T I O N A L AV E R A G E W I N

'o S P E E D S ( MP H ) ARE DISPLAYED RADIALLY -WIND DIRECTION(3/4)

(., DUKE ENERGY 8% I 12%

(., DUKE ENERGY E 8% 12%

~ !(., DUKE ENERGY .., :IE ' u* w 10--S 1/) -0 5 10 20 30 40 50 60 70 . 80 90 95 98 PROBABILITY (PERCENT)

~(., DUKE ENERGY ;;-) ::I! ...... u w 0 ...... X 10 5 .,,___-~-----+------+=-----~~~-----,,..,__~----+=-----~-,---~----,,' 2 5 15 20 30 40 50 60 70 80 90 95 98 PRCBABIUTY (PERCENT)

$%&)(., DUKE ENERGY 1()6 rt) :I ' u L&J 1/) 0 ., X >-a: <t 0 z ::> 0 16HRS a> 72HRS L&J 10 7 !::: 1/) 624 HRS 10~------,--=---,~-=----==-----"=----=--=---=---

..... 2 5 10 20 30 40 50 60 70 80 90 PRCBABlLITY

(%)

$%&#&$)(., DUKE ENERGY ,o-5r--------------------

-rt) -6 IQ fa U) -0 ...... X 8HRS 2tflS I HR i U) i5 i ,01 ...J 16HRS 721-flS 624HRS K)-a L....----I.-...L.---'------L-----'-L....-...___...&.----L.----L..----'

2 5 10 20 30 40 50 60 70 80 90 PROBAEI L ITV(%)

!"$'(~DUKE ENERGY 10 --------------------------, .,, u w (/) X >-0:: z ::> 0 en w t:: (/) 10-4 11-R 10-5 92HRS 16HRS 624 HRS" 10*6"------L-----L--_.__...,__1..,...._,___,J....._

........ _ _._ __ ..._ ___ _, 2 5 IQ 20 30 40 50 60 70 80 PROBABILITY(%)

90

"" '(~DUKE ENERGY r<l ,0-4 ...... u UJ (/) 0 ...... X UJ u z (/) 0 z 0 IO ""5 ...J ::> 0.. 0 0.. 0 ...J PR<SABILITY

(%)

~ (., DUKE ENERGY ..........

I HR ......_ ....,_ __ 24_HR~S w (!) <( a: w > <( -7 .. 10 ....... 2 5 ........ ...... 720 I-RS ...... -10 20 3::> 40 50 60 70 PR<:SABIUTY

(%) 80

~ %~&(., DUKE ENERGY 10 4 ._ -~-----72

___ 0 ___ 1-e........,..

---s 10 2 5 --------..... _ ---10 30 40 50 60 70 PROBABILITY,%

(., DUKE ENERGY 40' NORTH CAROLINA N 20' + 10' SITE 50' LONG BAY 40' 30*-----20' 10' ONSLOW BAY ATLANTIC OCEAN 33~~--..... ----..... --+--...... -....--..... --...... --.... --40' 30' 20' 10' 50' 40' 30' 20' '!O' 78°

(., DUKE ENERGY Time History of PMH at the Open Coast 23 22 21 19 -18 17 16 15 14 13 12 11 £ 10 ai > 9 QI .... 8 7 6 5 4 3 2 1 0 2 4 -Total ref to MSL {0.0ft elev.) / -* -Tide ref to MSL (0.0 ft elev.) / I / / , I I I I J / I/ / / ., ., ., ., ., ., ., ., ... -*-* 6 4 -3 Time {hr) -----/ V "' ... . -. -. ... ., 1 0 \ \ \ ' I 1 2

(~DUKE ENERGY

000 11000 11000 -------0 61.0 1~1.0 1'160 re.l.Y I _, _, _, &,ALL

(~DUKE ENERGY PLAN-I NTAKE C..,llt;&L TYPICAL §E C TI O N THA.U WATER:,, MARSH TYPI C A L SECT I ON THA.U CA~A~ AT SERVICE AQAQ§

(~DUKE ENERGY PLA.N-DISCHARGE CANAL i *l ... r r-* l,C T ** N '1,-2,' 1 t '--~.TTi

(., DUKE ENERGY @**'-"f~ s*t.ve*.i u.(D {D ~) (!) , rl 1r1-'-~--~----~~----r u..Ao'o, -; J u . ,~ .... .. ** , *. : i n To::i"" ,** .,*i'tit u.-:12.Ai..

, ,__.,~~~~

11 ** , 0: 0,' t,\*1 t1.0*1>*a c. .. ,..,c, .... .,. .. ,.-..........

o:.,: 4'*"" .. <.,.,,, h,**\. *** r .U.H : l .... o, a .. .,., , c c:* .. o& \.*wl. ' © ! r .., ... .... @ I!'.!...-.. OC Q llGI :L ... ) .. ;': ' ;.' u.r* , ....

(~DUKE ENERGY NOTE* +!Or-------------------'----------------------------, +8 Z +6 0 I-" > "' .J ... +4 +2 EL+ 3.1 =r--o.,.__

--* . I t-----~c::::-

__ _ EL+I 2 I I I EL.+1.3 rr--*--" _/----, ,r-r~7~ r7---"b..:--..L*-1 I f-"="-e*-*-1 Y I. I-~-I I I I I I I I /1 I I I I / I I I I I / I I I UPWELLING I I r--.,,----;

I I I _,,,,,,-I I I ...,

""'fL-:'or°

---l jl. *1} 0 i" ., .... "' ~:f§ zc a:<'i i~ go ~f;~o ~o .... i;;;; 0 8 0 + 0 Sl .,, .. << 0 .. z ii: 0 .. .. .. >< .;e '° 0 0 "' i z ii: 0 .. 8 0 0 . + 0 0 !!! 0 N ;! " I-"' "' ilil1!Q_ -* --ARTESIAN HEAD ALONG CANAL -----AVERAGE ARTES I AN* ~EA.O 01/ER A REACH 0 PIEZDMETRIC DATA POINT ----CANAL LEVEL AT 8[:j1t J N1NG OF TWO UNIT OPERATION

CANAL LfVEL Ai AVERAGE , CR MC>Cl.E AGE , CONDITION

---CANAL LEVEL AT EXPECTED PLANT LIFE .. ;! ;! .. N ~i '° .. . .. . 0 9 0 0 i .. .. z i § I i!i .. .. .. g N ..: ... "' +10 +6 z 0 i "' .J ... "' +2 0
~ (~DUKE ENERGY N ~._,, -~ ~~0=::_,_ _______ _J ----::___--::
t. 0 NG ATLANTIC OCEAN -.,,-~/ I~ I ' . --~09 >-/,JI ,!i ; _, I / ~1 .._,_~----*---. , ICALI -NEAVES POINT I 4000 l'UT I 0
0 A'TLANTIC OCEAN .. ,. ..
(~DUKE ENERGY .,. CONTOUtS INDICAT E T OP O F ':t"==*::11:°--'t:1"=='~~0
.. 1 .. PALE OZOIC BASEM EN T R OCK S LEGEND jii7fnn] Fold1d ond tnru,t fault1dPo l 1ozoie,oek1 Pncombrlon and Cambrian m,tamorph l c roeh Polto.zoie c r:,,to l line rock, Tr i o11 lc ba1it1dtpoerfs Mojorfca,lt1or,dfault,:o,n
(., DUKE ENERGY -SEA LEVEL Core Boring No, 9 Recent deposits o.nd undlff'erentlo.ted Pleistocene/Pliocene deposits -Castle Ho.yne -Peedee Confining Unit [ill Peedee llMestone
-Peedee (cloy o.nd so.nd> Geological Cross Section At Brunswick Site (Part 1) No, 2 No, 1 200 NE +50 No, B o 100 I-LJ w l.. -150 -200 -250 400 600 800 1000 FT, -300 HORIZONTAL SCALE
(., DUKE ENERGY N'J Core Bor i ng No , 6 -SEA LEVEL 0 ---mm -100 200 300 400 HORIZONTAL SCALE Recent oleposlts o.nol unollfferer,tlo.teol Pleistocene/Pliocene oleposlts Co.stle Ho.yne Pe>edee Confining Unit Peedee llMestone Peedee Cclo.y o.nd so.nd) Geological Cross Section At Brunswick Site (Part 2) No , I No , 7 No, 5 SE SEA LEVEL +50 0 100 I-w w L.. -150 -200 -250 -300
(~DUKE ENERGY soo EARTHQUAKE INTENSITY-ACCELERATION RELATIONSHIPS 100 , ... 0.1,, 10 "l; ... "' ' 10 , .. 0.011) :i (.) z z 0 .. C "' ... .., ... (.) (.) C 1.0 0.9 n m :er r :m: :a: JC: EQUIVALENT MM INTENSITY A-HERSHBERGER (1956) a-GUTENBERG a RICHTER ( 1942) *C-CANCANI (1904) '*D-ISHIMOTO (1932)
E-SAVARENSKY a KIRNOS (1955)
F-MEDVEDEV ET AL. ( 1963) *8-N.Z. DRAFT BY-LAW H-TID-7024 (1963)
I -KAWASUMI ( 1951) *J-PETE°RSCHMITT (1951) *DATA FROM G.A. EIBY (1965)
(~DUKE ENERGY ABRIDGED MODIFIED MERCALLI INTENSITY SCALE I I Not felt ucept by a Yff'f few under eopeeially . !a'Vourable circu--. -. -Felt only by a few penoDI at ,-, eopeeially on . n n upper ftooN of buildinp.
Delicately
.._nded objecto may mag. J-. m . may rock olichtly.
Vibration like_.,. of truck. m Felt quite notic .. bly indooN, eopeeially on upper I Boon of buildings, but many people do not =* Duration Ntimated.
..: .005-opise it u an earthquake.
Standing motor can . . m: *tion like heavy truck miking building.
Stand-. ..llZ During the day felt indoon by many, outdoon by I few. At night ac>me awakened.
Dilhea, window,, inc mowr can rocked noticeably.
4-DI--doora dioturbed; walla make creaking oound. S.n-:sr ll: Felt by nearly everyone; many awakened. Some I Diaturb&nco of t,-, polN ud oilier tall objedl ---diehea, windowa, etc., broken;
few instances of oometimee noticed. Pendulum clocu may o&op. lZI cracked pluter; unlltable objeoto overturned. . --Felt by all; many !1ightened and run outdooro. s-'lZII m Some heavy furniture moved; a few inetallcee of . . 05-fallen pluter or damaged chimneys , Damage alight. . -lZIII Everybody runa outdoora.
Damage ne&Jl&lble in I coaoldenble in poorly built o_r badly cieoiined . 'lZJI buildinp or good design and construction; oltaht structureo; oome chimneybroken. Noticed by . . ,-lo moderate in well-built ordinary etructumi; penone drivinc mot.or can. *-Damage ll&ht in epecially deeicned et.ructureo; I Fall of chimne;re, factory tacka, columna, monu-. -JZIII COGaldenble in ordinary aubetantial buildingmenta, wallHeavy furniture overtumed.
Sand . a: with partial collapoe;
.,_, in poorly built true-and mud ejected in mall amount.I.
CbanCN in -turee. Panel wallthrown out of frame stnacturee.
well water. Penou driving motor can diat.urbed. .
Damage conoldenble in pecially deeigned I partial collapoe.
Buildinp shifted off foundatiou. . IX atructures
well deeigned frame structuree thrown Ground crscked compicuoualy. Uoderpound 1-.5-out of plumb; a,eat in 111betantial buildingwith pipebroken. . . X Some well-built wooden otruetureo
_ d..troyed; I bent. LandolidecoMiderable from river banu -X moot muonry and frame 1tn1clUN!9 detroyed and teep lopeShifted and and mud. Water -,-witb foundation, ground bedly craeked. Railopluhecl (olopped) over bankL . . *-Modified MercaUi Intensity Scale and relationship with Forel Scale after Wood and Neumann, 193 1 (Modified Mercalli Intensities XI and XII not included).
Magnitude and acceleration values taken from Nuclear Reactors and Earthquakes, TID-7024, United States Atomic Energy Commission.
(~DUKE ENERGY I SCALE , o 2 5 , 0 1i rn u lilNCJ1MCJ1Mt==::,I LEGEND* * -v e -m: or greater as noted -Approximott Epicenter
(, DUKE .... J ENERGY 0 Fay1tteviN1 35---4-__;.
__ _ Lumberton 79° 78° 0 Limit of Perceptibility Earthquake of March , 1958 '1ARCH 5, 1958 -llr-"Sl ' ,__,,,..,.JANUARY 19, 1860-m APRIL 16, 1871 -m \ -+--1------
34° \ NOV. 2 2, 1927 -'Dr' 77° e -EARTHQUAKE EPICENTER 0 10 20 30Miles 78° I fa DUKE ~ENERGY I / ,,. ,;:__ / II/, ff7* / /BIRMINGHAM o I "// i</ 0 ATLANTA 87° ALA// /GA. / I I 85° 79* I SCALE o 20 4f 60 ep MILES 1887*88 LEGEND: TENSITY, AFTER DUTTON ' 7 -ROSSI -FOREL IN RELATIONSHIP OF -MODIFIED MERCALLI INTE:~~S~ FOREL INTENSITY
-1ZI.-MODIFIED MERCALLI TO OOD (1931). AFTER NEUMANN AND W
(~DUKE ENERGY SOUTHPOR~
NORTH CAROLINA CASE I 5% Damping 4 Layers -4 0 feet stripped 0 ;= .. .. Layer Thickness ft 2 30 3 43 , ,:, : :* *** 1 1::-: ~-.. -* *-* ---* ,::i::: *........... 4 127 ~-: -11 ::";* **;::: ---. ~--* ::::J:*::-:: :::_:*: :.::-;:;;*:::.~~~~~::~~-~:-~~:~:~~~~~~:; f:::: =*, : f l r ::;j \: .... : :.:..:-: .. :.::.;*:.:::*
..... _ :::= =:-.::*~_i_;:;~~ * ;:~i1:: ~i\J '.i ~x l'\l :::ci,: :;:, ~:-~ ,i--~;~c: .":* ~-'i:::::* 5 1290 basement rock ~: ;: : :::: '.'i :,: . *, , ~" ~~:?i :c,; ~* "'.: ,*~ -., :~.;,,;; .*** -:::.c. ** ,::......~
::.; t::2;_;:_*;~~: FIGURE B ~j~~;=~~-*:
-~~_-;:;:-.
_£::..:.::--:
_:_*:...-~-~:-=l==t-.::::I:;.*
r-r-+ .. -. *;:.:: *----rr:=' .... . ,:~=~::::::'
"*:: * :' Ei:= -= =*. ~-:: :;:~ ~i]~-~:* ~~:-_***:.f=:*.
~-:. *::_-*==:
~ =------= -"P"Wave Vel ft/sec "$"Wave Vel ft/sec 5,000 1,400 11,900 5,500 9,500 4,500 7,100 3,000 18,000 10,000 (Refer to page 20) CASE I 5% Damping "' 0 5 ~(
~?~~t:*:. :i~ *:?~;-~-:_-:-~-; : *~ ~::-~~ -:~-== _:_ -:::_:-_f::--!~~-~~~~:: 4:~~~==~~,:~==--*'.:=-=-::
-£~--5 Layers -5 feet stripped .. _:_\ Z~-t~~::~
~:::~-~~:---~:f:E :: ~J~;1 ;::}-:-~==* ~!=i:J ~~-= Layer Thickness
-* : . :: :~,: ~= ~;~; ; C: ~':. .:L:: *-*!'c'-= . -* . ft * .s.: ::; ::: =.:::~t, , r*:-:: :: ',~~ *-*,:-::::::;-=--l 35 ~, ,: ,." i .. ** *, n: :: *, ... ""'F:. E ,=.'*-,;:-.~ *. ..: ,.**' ..... *-* 2 30 r, ' :: l :*flD: ;i.i', ,J;,:.f:£ :::: * ; ~, -, . -=: "= :* -.:.-.. 3 43 4 127 5 1290 , .,:~t,\:dl:\::lf#;::.:_=1=:.:.~
~:::.;:_:*..:::
=-* .:: .. :::**=='* ~.:-,J t-'/J Xl/-:,~~~,=;:,E..-'
=~' ==I::=~ *,.,:c:c;*-':
_, =~:=~~ -:'L:::C:,.
==-== basemennock I;:-=;_::;.:~.--~~;-t::~.::--:!J~~i; **-~ --~~~~~-=-:._~--:t: _..:.--!:':;;~::
,::~ < ::::.r:~ ,..::: ':: ., ::': ,= ::':: :* *. c: '-' .. r1~-~:.:~:*:1~;i
FI G URE A ::=:r~;: ;~-~;:~~~*;:~:r~.~l~""7...:.~~: ~-;;. ----~--__._ .::::' ~.:_::.;:cc, ::~,t **** :*:: ,;;!=':~:::~
,:=::c=.:;,-~:
,::::::.:;
-:~-:-* ::-**r.::.::
. =: .. "P"Wave Vel ft/sec "S"Wave Vel ft/sec 5,000 750 5,000 1,400 11,900 5,500 9,500 4,500 7,100 3,000 18,000 10,000 (Refer to page 2 0) Density lbs/cu ft 130 145 138 130 165 Density lbs/cu ft 107 130 145 138 130 165 1(1) 2(.!11 3UI 4(.251 51.201 '5tll) 7(.14) 1(, 13) t (.II) JOLI) 1 1(.0tl 12.(.01) 15(.0IJ 14(.01) 1&1.07) 11(,011 17(.01) 11(.01) 11(.0I) 10(.09) FREQUENCY (PERIOD)
(~DUKE ENERGY .. 0 0 0: .. 0 ::, .. :::; . ... 2 .. SOUTHPORT, NORTH CAROLINA .... -:::~~:t-*** ..... -~:.~=-_-'. ~Fs.~=7=~ --* :-; -~:.. -__ :_~_'":;-*:~. ~:; .;:+=:-::*~= .. = -:= .:: . *_::=:=-=-~: f:~>::=: :-*~;.~::-.:::
-==~-. :: ~--= ;;; ~-::-: .:E;;§;_::::~-~~;~. -.. :.=-=~:.-~ ;*;-~-;_:.t~*:.::..:* :-~---* Layer 2 3 4 5 CASE I 10% Damping 4 Layers -4 0 feet stripped Thickness 11 P"Wave " S"Wav e Vel V el ft f t/sec ft/sec 30 5,000 1,400 43 11,90 0 5,500 127 9,500 4,500 1290 7,100 3,000 basement rocx:: 18,000 10,000. (Refer to page 18) FIGURE B =::: ~;-** t-::* CASE I 10% Damping 5 Layers -5 feet stripped Layer Thic k ness "P"Wave 11$11 Wave Ve! Vel ft ft/sec f t/sec "+ l 35 5 , 000 750 2 30 5,000 1,400 3 43 11,900 5,500 4 127 9 , 500 4,500 -~-5 1290 7 , l 00 3,000 * . --~. *--#* :.: " 7 ,:1 ,#L. cl c::_;:~::"E-c -_**t-= --basement rock 18,000 10,00 0 (Refer to page 1 8) "--:-FIGURE A c:**§-=-=----~EC *.§c. * :i::::= :i::::::=
'.t:-........;
-:::."1:~ :r~ Densiti, lbs/cu ft i3o 145 138 120 165 Density lbs/cu ft 107 130 145 138 120 165 I O J 2 (.15) 3(.3) 4(.25) St.2) ll.11) T(.141 t(.l;J) IC.Ill 10(.1), 11{.0t) 12 (.0I) 11(.0) 14(.07) Ul(.OTJ 11(.01) 17(.011 *t.OaJ 1*(.0S) IO(,OI) FREQUENCY (PERIOD)
(~DUKE ENERGY
( ; I **"*' .......... ..... -* I I : .,,.i/ -~~:~ --=-i ¥ ... , .** ~--* ------~ --.:I,)f.
-~ : I I ' ' I I
(~DUKE ENERGY : 1 1 ;j i ' .. ~*-'-"'-\.---.-,~
~~~,,.,..j,,""-1""'--'~
L----il ' I , . tj I i i i 'T *Ui!***H lfh l*** '0' I ---~~?: 1 I 81t&1Pf-b,1thP
1 e ""--1,_ t: ... r." t ....... r:m -"!'\/I' *-t*::::~~-::.~:.;:1"**,:.:;;;;,.
~

;:;:. { .. ": .a:""'"~
,.. m u ..... '~"" ** ,.,,.,, -*'"' ....... ,,_ ,. **.* ,. .. .., ...... , ... ,_,., -~*7 .-o CJ,. h~ .,,.,,..,..
__ ;.; h.,.",._"'",,.~.
~** c;:a .. , ** ,,, ........ u.,,,, ...................
,,. ......... , ..... ,., ..... , ..... ., "':::.*., '<)/; ~;; .. ~'"* -=~;_:, ~:-'~~:'-::_
... ;;" (~:,.~~';
,._, ,_, , U T eza **-:;:,*.;o~
.. *:;,:,;:~..=;;:
.*:-,:.~*~*;.~-:,, 6 _,.;.:;~.ir) w _m,
(~DUKE ENERGY f i ~~*_,._.,,.o* \.--------
mrn m ~~---* £** -'"'"'r=~~~~~.J:::-*' T ,.., ,.6 , .... 1 5fCTi9N (.*(. .,.., **.* , TP,!*"!'
(~DUKE ENERGY 1_. U ... TU'!OhfWOL~, cr-a.,. OH -. l~--~*** 5:"~~~7£.::= -l'(NCTlU,TO'IIIU USAL IIIC SIST ANCt.llHD,,UCflCJrt*i1
.. ..:JIICIIDff l)lt!Y(N lrl INC.MES. Sc.Alf
(., DUKE ENERGY A) FALLING HEAD METHOD K= 2L(~z~t,).in
<-h,>..fn
<,ff-~> WHERE K = PERMEABILITY r = RADIUS OF STANDPIPE L = LENGTH OF TEST POCKET R = RADIUS OF TEST POCKET=RAOIUS OF CASING H1 ANO H 2 = WATER HEADS AT TIME T1 ANO T2 Jn = NATURAL LOGARITHM B)OONSTANT HEAD METI-OD K=& WHERE Q z FLOW OF WATER TO KEEP H CONSTANT H :;: HEAD DIFFERENCE BETWEEN WATER INSIDE CASING AND GROUNDWATER LEVEL(TEST ZONE BELOW GROUN>WRER LEVEL). C = TEST FACTOR, OEPENDING*ON LANO R * * -* ! * . -* .,, -D C, ,, ., 0 ,,,, ,,, -0 ,,,* * ,,,, L I I I I I I Q '" ,,,_. ---* 0 0 * . ... ,,,, 0 0 ,,,, CASING 0 -.,. 0 0 -0 0 0 0 I I <9TEST I .-,,-POCKET .: zs : * -----I. .. --'
(~DUKE ENERGY IOr OR GREATER H 2r CASING --BOTTOM OF CASING GROUND WATER TABLE A)coNSTA~ METHOD K -5.5rH WHERE 0 = FUJW OF WATER TO KEEP H CONSTANT H =DIFFERENTIAL HEAD OF WATER( DISTANCE BETWEEN WATER LEVEL IN CASING AND BOTTOM OF CASING). r = INTERNAL RADIUS OF CIISING BlcONSTANT HEAD METHOD = COEFFICIENT OF PERMEABILITY, FEET PER YEAR = HEIGHT OF WATER IN THE WELL, FEET ~[ ~Rt Uv.1.TER FROM THE WELL FOR = ~~t&r1Nt}EWA~~
1 lf O M~~i1utr rR MINU'TE = VISCOSITY OF WATER AT 2o*c = UNSAT~ATED DISTANCE BETWEEN THE WATER SURFACE IN THE WELL AND THE WATER TABLE , FEET
(., DUKE ENERGY C:ASE I ACTIVE PRESSURE Wt1'H SUR~. g, ABOVE GROUNDWATER LEVEL Ground W.L *----/\, b \ \ \ NOTE:* The units for are in KSF. e Pq
Surcharge pressure*
Kaq
0.26q Psl* Soil pressure *.KaYtHl
0.033H 1 Ps 2* Soil pressure*Xaysubm.H 2*0,016H 2 Pw
Water pressure*
Ywff2
0.0624H2 Sand submerged fill: Wet Unit Weight* Yt
0.125 KCF Saturated Unit Weight~ Yt
0.125 KCF Submerged Unit Weight* Ysubm.
0,063 KCF l-sin$ *
36"
Ka
l+sinf
0.26 For 0,08g earthquake.
increase Ka to 1.17 Ka For 0,16g earthquake.
increase Ka to 1,36 Ka CASE II ACTIVE PRESSURE WITH SURCHARGE,q, BELOW GROUNDWATER LEVEL Surcharge Pressure Applicable Conditions:
1. ae > be 2, ae ~be but the weight of soil ac is less than q. 3. If be>;:,, ae, the pressure diagram should be the sum of P sl + l',.2 + P w of Case I and P of Case II q p
Surcharge pressure
Ka q' q
0.26q' where q'
q -(H2-H3)Yw P w
Water pressure*
YwH2
0,0624H2
.-4 .-4 .... iz. .-4 co ... :, u <J :, ... u ti) .,, c:: <O ti) (., DUKE ENERGY -= Hi CASE III PASSIVE PRESSURE WITH SURCHARGE, g, AT GROUNU SURFACJ::
KSF For Soil Properties, See Fig. 12,3-5 µ *. !:sl *1 P 82
0,24H 2* IPw *0.0624~f 3.85q 0.48H 1 * !+sin¢ .. KP 3.85 1-sint P
Surcharge pressure q
Kpq
3.85q P 81
Soil pressure*
KPytHl .. 0.48H1 P 8 2
Soil pressure*
Ky H2 P subm *
0.24H2 Pw
Water pressure*
Yw1i2
0.0624H2 NOTE: The units for these sures are in KSF.
(., DUKE ENERGY CASE IV AT-REST, PRESSURE WITII SURCHARGE, g 1 ABOVE GROUNDWATER LEVEL For Soil Properties, See Fig. 12.3-5 i
36°, K 0
1-Sini
0,41 Pq
Surcharge pressure*
K 0q
0.4lq P 81
Soil pressure*
K 0 ytHl
0.051H 1 Ps 2
Soil pressure*
K 0 ysubm,H 2
0.026H 2 Pw
Water pressure*
ywH 2
0,0624H 2 L_L _ _j~===:::::r======~
For 0.08g earthquake, increase K 0 to 1.17 Ko _.___ For 0,16g earthquake, increase K 0 to 1.36 K 0 -psl
q 0.026H 2 Ground a b? \ \ \ \ J H2 H3 AT-REST PRESSURE WITH SURCHARGE, g 1 e Surcharge Pressure BEI.OW GROUNDWATER LEVEL Applicable Conditions:
1. ae,.. be 2. ae s be but the weight of soil ac is less than q, 3. If be>> ae, the pressure diagram should be the sum of Psl + Ps 2 + Pw of Case IV and Pq of Case V Pq
Surcharge pressure* K q 1 -0.4lq I 0 where q 1
q (H 2-H 3)yw P 8
Soil pressure*
Ky b H 3 0,026H2 0 SU m Pw
Water pressure*ywH 2 0.0624H 2
(~DUKE ENERGY .,; "' :c .., ! Q JAN i ,.. 2~----.=n1r--1----1----r---1------1------1------+---+---+---+---+---+---~
J ... ... "' Ill !i ---UNIT I REACTOR MAT INT A -----UNIT I REACTOR IIIAT POINT B l.fllT I REACTOR lillT POINT C 12-~~~--------------------------------------.L..i..!i.UI..I
.,_ ---UNIT I MACTOR IIIAT POINT 0 .,_ ------UNIT I REACTOR MAT POINT E ti * ** UNIT I R£ACTOII lillT POINT F J ,___.____..__._._....___..__,~..__.__,___,.___.______.___._._....___..__,.__..__.__.__.__....,____.___._.__.____.___,.__..__.__.__._...___..__._._....__
............
.__..__, --'lQIL PERMANENT BENCH: MARK Alfi 11115 SURVEY IS DEEP WELL CASING NO. 10. AU. DATA SHOWN IS RIIN SURVEY DATA REFERENCED FIIOM AND TIED-IN TO WELL CASING N0.10.
(~DUKE ENERGY (/) ... :r () z r 2 I---,L"""E"'GE"'N""o,+
--,,_ ... (/) ---UNIT 00. 2 REACTOR MAT POINT I -------UNIT NO. 2 REACTOR MAT POINT 2 ****** ** ***** UNIT NO. 2 REACTOR MAT POINT 3 ********~--. ****** **********~ . ------------3 '---'----'---'------'------'-'----'-----'---'------'------'-L--'---...L--'----'--------J..--'-----'---'----'--------.L..-'---....L--'------'-'----'----'---'----'------'-.L..-'-----'---'-----'---------'---'
(/) ... :r )I! 1970 ...l.fli.El1P..
--UNIT I'<<>. 2 REACTOR MAT POINT 4 ------UNIT 00. 2 REACTOR MAT A:>INT 5 ******* ****** UNIT NO. 2 REACTOR MAT POINT 6 --------*----+--------f-----+-----------*--*-----

+-------1----------l--------l--------1

1l.QIL_

PERMANflff BENCH MARK FOR THIS SURVEY IS D EEP WELL CASING ti). 10. ALL DATA SHOWN IS RM SURVEY DATA REFERENCED FROM AM) TIED-IN TO W£U CASING N0.10
(., DUKE ENERGY i 0 ** 1970 [l(C I A ! 2~-.---,Miint-
---r--------t---t------r---r--------t---j------r--,----;---1------r---1 --UNIT TURBINE PAD POINT A ti -----UNIT TURBINE PAD POINT B en
UNIT I TURBINE PAD POtNT C 1970 1971 0 r"¥">.Lr'
.... ""'!r' ... ""r'" ... "r'"tl'!l:~~;:i/el'~-::io=*=cf'=
.. =x:'=*=z:-=r:*="':i;
.. =::i:-::;*¥-::;':i::-=f
.. ='='FDC='::c=::i:::;:j::::"=r"f!C",r""'-f'7""f'"--f:1L!r"'¥""il""'f"'-r!..Uri'=r'-f'7 i 2 "' ..J .umm:,t----+---+----t----t----t-------+---+----t----t----r----+
---+----f --UNIT 2 TURBINE PAD POINT A I-"' II) -----UNIT 2 TURBINE PAD POINT B*
UNIT 2 TURBINE PAD POINT C 3._...__.___.___._...___.__.___.___._...__...___.___.___._...__..._...,__.___._...___.__.___.___._...__...___.____,___._...__...__.____,___._.,__......__.____,___._....__._~ PERMANENT BEN C H MARK FOR nus SURVEY IS D EEP WELL C ASING NO 10. ALL DATA SHOWN IS RIW/ SURIIEY DATA REFERENCED FROM ANO Tl ED-IN TO WELL CASING NO. 10
(~DUKE ENERGY !. "' 1970 I 1973 Q JAN FEB MAR &PR MAY JUHE JUL'( AUG SlPT OC T N OV O(C I JAN JAN FEB MAR APfl MAY J UN E ~--+--+---+----+----+

t-~-----t~------~'-----+---1r-,,"..,__t---y-+---+-------t

--UNIT 2 TURBINE BLOG. POINT 6 -\ .-/ ....._ ..._;_ -----UNIT 2 TURBINE BLDG. POINT 8 ., \ ---.,...L--'
UNIT 2 TURBINE BLOG. POINT 9 -* -UNIT 2 TURBINE BLOG. POINT I 0 3 L.......JIL-..ol_..,_
l_.,_1_.__I..Jl_..,1_..,_
1_,_I_IL-..ol_..,__.,_1_,_1
...J IL-..ol_..,_
1....L._IL-..ol_..,__..,_
1_,_1..,____.1_~~"1'--'-'-I...JIL-..ol_..1.I_.L...
l....1.._,l._..,1_..,__.,_
l....1..__._..,__.__.., 1 971 * /° . 1972 1973 1970 O .l&N F t:1 MAR APR MAY .llMf :t AUG V"P'f OCT lnV Of"C JAN FCI MAR APR Ml,Y JUN[ JULY AUG EPT'*QC ,>.,;_.,..,~ JAN FEB MAR PA MAY JUN( JU..Y AUG Sf" OCT NOYD CL ... FE* IIIH Al"tl UY ..11.M , --...:.:.:
..... ~---. . *-. -.. l'l~ . -------~--2 .ilil!IQ.
..J ,_ ,_ "' "' --UNIT Z TURBfNE BLOG. POINT 11 *----* UNIT 2 TURIIINE BLOG. POINT 12 ** * ** * ** UNIT 2 TURBINE BLOG. POINT 13 3 J._...J.._JL-.J...-L-.1.-....L._J
'L-..L--'--.1.-....1.._JL-..L--L-.L......L._JL-.J...-'--.__, ...1lQ!L_
PERMANENT BENCH MARt< FOR Tt*IIS SURVEY IS CE.£P WELL C A~NG NO. IO. ALL DAT A SHOWN IS RAW SURVEY DATA REFERENCED FROM ANO TIED*IN lO \11:LL CASING NO. 10.
(~DUKE ENERGY "' ... :z: u :! I-z !II ... .., I-I-... "' 2 3 1970 IEPT OCT NOY DE:C L.N FEB MM APR MAY 1971 197Z 1973 --UNIT 2 TURBINE BLOG. POUn 14 ----UNIT 2 TURBINE BLOG POINT 15
UNIT I TURBINE BLDG. POINT 16 1970 1971 1972 1973 0 r,'=-r='r-'-"i""'~i
..... =TJIL='-r"""=,="~PT"TOC~TT..,""'"'C't"JAH=r~"=r
... =*-r-=,=""~-r'""'=;r=JOC~Y'r=r'~*~**'Toc=*-r"°=vrot:=C 1 r.,.~*y*~
.. T*~**r*""4
F-r=r=;w.rr=r"r=i=-r,=-r*~*~*r-=r"'~"i.,....F, "' ... :z: !z !II 2 ... .., ... "' --UNIT I TURBINE BLDG. POINT 17 ----UNIT I TURBINE Bl.DO. POINT 18 UNIT I TURBINE 81.DG. POINT 19 NOTE: ~ANENT BENO< MARK FOR THIS SURVEY IS DEEP WELL CASING NO 10. ALL DATA SHOWN IS RAW SURVEY DATA REFERENCED FRON ANO TIED-IN 11) WEU. CASING NO.ID.
(., DUKE ENERGY 1910 I Q JAN fE 11M .&Pfl MAY JUNE JULY AUi SO'T' OCT NOV D(C JAN Ff8 MAR AJ!tl MAY "' .., :i:: u !ii 1971 MAR APR *-.. .. _ **-...*. *** ***-............. -* ! 2~-............... .d----+----+---t----+----+----+---t----+----+----t---+---+-----i .J I-ti "' "' .., :i:: !ii .., a .., .J ... t-.., "' 0 2 3 --UNIT I TURBINE BLOG. POI 20 ----UNIT I TURBINE BLOG POINT 21 *** ***** * *
UNIT I TURBINE llLDG. POINT 22 1970 11MR APR MAY JI.N( :f AUG KPr OCT --UNIT TUllINE BLOG. POINT 25 -----UNIT TURBINE BLDG. POINT 24 UNIT TUIIIINE BLOG. POINT 25 1971 T NOV DEC JAN FH IIAlt Al'R _!ill!L PERMANENT BENCH MARIC FOR THIS SURVEY IS DEEP WELL CASING NO 10. ALL DATA SHOWN IS RAW SURVEY DATA REFERENCED FROM AND TIED-IN TO WELL CASING ND.1O. 1973 AN ffl MAit APII ll&Y JUNf.
(., DUKE ENERGY 0 en w % 0 ! I-z w 2 w .J I-I-"' en 3 0 en "' % rt! ... z "' 2 2 w .J ... ... "' en 3 JAN FEB IIAR APR MAY JU~9~ AUG S(pf OCT NOV DEC I J ... N FEB MAR --PIPING TUNNEL POINT I P -----PIPING TUNNEL POINT 2P PIPING TUNNEL POINT 3P' 1970 JAN FE MAR A.PR MA't Jl.ltE ,ll..Y AUG SEPT OCT --PIPING TUNNEL POINT 4P ----PIPING TUNNEL POINT 5P PIPING TUNNEL POINT 6P 1971 1972 IIMY JUNE y AUG SEPT OCT NOV DEC I JAN FU MAR APR IIIIAY .uNl JULT AUG S(f'T OCT NCN D C I JAN ff NOTE c ~ANENT BENCH MARK FOR nllS SURVEY IS DEEP WELL CASING NO IO. ALL DATA SHOWN I S HAW SUiVEY DATA REFERENCED FROM AM> TIED-IN TO WELL CASING NO. 10
(., DUKE ENERGY Cl) ... :z: 0 z **. IE j ... 2~--..,.-,,,...,,-----+

;----t----;-----+----;----t----;-----+----;r-------1----;----, --CONTROL BLOG POINT IC l;j . -----CONTROL BLDG. POINT 2C U> CONTROL BLDG. POINT 3C Ill ... :z: IE ... 0 2 ..J ... ., 3 1970 JAN fl:8 IMR APR MAY' JlME Jt.LY AuG SEPT OCT NJY DEC ........,......

.POINT 4C --CONTROL ILDG. ----CONTROL BLDG. POINT 5 C I I JAN FEB MAR APR MA'I' JLWI JULY AUG SE.PT OC T N O V D EC I J AN FEB. MAR APR ... JUNE JULY AUG .* ..,. OC:T W/11 DEC I JAN FEB IIIAlt APR IIIA Y JUNE 1971 1972 1973 -r--._ NOTE , PERMANENT BENCH MARK FOR lHIS SURVEY IS DEEP WELL CASING NO 10 ALL DATA SHOWN IS RAW SLfl\lEY DATA REFERENCED FROM AND TIED*IN TO WELL CASING NO. JO. I\ I J . ,,
(., DUKE ENERGY 1971 1972. 1910 I Q JAN F£8 w.A APR MAY JUN[ Jll..Y A0G S(P'T OC T NOV DEC J AN FEB MAR ., "' :z: 0 I-z i 2 "' ..J I-I-"' ., 3 0 !z "' 2 ..J I-"' Ill 3 ----*-*---* --RAOWASTE BLDG POINT IR -----RAOWASTE BLOG POINT 2R 1970 .J&N F£8 MAR APR MA'I JUNE ..U..'I' AUG SE:PT OCT NOV DEC ' 1 ****---STACK POINT $Pl ----STACK POINT SP2 STACI( POINT SP3 -*-STACK POINT SP4 1971 1972 JAN FE 8 MAA APR MIY JUME JUL Y AUG S EPT O C T NO V D E C J AN FEB MAR .&PA MAY JUN( JULY AUG SEPT OCT NCN QS'C T T T NOT~-'----PERMANENT BEN C H MARK F OR Tl<IS S U R vt:Y I S DEEP WELL CASING NO IO. ALL DATA SHOWN IS RAW SURVEY DATA REFERENCED FROM ANO TIED-IN TO WELL CASING NO. 10
I I I ---.. ___ ..__ -~ ..... 1973 1973 J Atrll HI II.I.It APR MAY -"ltE I I I I .. *-
(., DUKE ENERGY "' .., :r u ! 0 I 2 .., ...I ... ... .., "' "' .., :r .., 3 0 2 ...I ... .... .., "' 3 1910 I 1911 I r--._J912 _\_ i91! AN FEB MAA APR MAY JUN[JUl.Y
&.11n. Ul"f OCT NOV 0£C JAN f[B MAR APR .U.Y JUul """ a.,m r r A* OCT MO\I DEC JAN fS:A ** a** A.PA MA't' .MIN[JLJl.y"'ti"IA
_,._ nrT wn, I .u, fl'R MM .... uay ....... , I-L= --CIRCULATING WATER INTAKE POINT I ----* CIRCULATING WATER INl'AKE 1 2 I I I ' ' ! ' ' i ' ' 1970 .1&.111 ffl 11AR APR ...,,, -*t .V AUG SCPT OCT ICJY 0£C LEGEND --CIRCULATING WATER INTAKE POM 4 -----CIRCULATING WATER INfAKE PONT 5 I ------," --.-' I I I I ' ' ' ' ' I ' JAN Ft:MAA APR IM.Y ....... ..uy ..M.111 vpT nr.T ..nv O£clJAN n:a MAR *--y .,...., JULY AUG 1971 NCJl'E , ~MANENT BENCH MARK FOR THlS SURVEY IS C£EP WELL CASING NO 10 AU. DATA SHOWN 15 RAW SURVEY DATA REFERENCED FROM ANO TIED-IN 10 WELL CASING NO. IO. ....... __ ---i--,.,-~*
__ ., ,_ POf,IT 3 DESTROYED
' ' ---... ' ' ' ' ' C 1975 JAN F_.* MAit APfl ....,.y JIM( ' ..._ __ -
(., DUKE ENERGY 0 ** u, ... % (,) !: ... z i ... 2 ...I ... ... ... u, -LEGEND,----,----+-----+---+-----+----l----+-----+----1----+----4-----1------1
--SERVICE WATER MAT POINT I -----SERVICE WATER MAT POM' I 3 L--'-...J...-'--------'--'--"---'--'---'-...J...--'------'-L--'-...J...--'--------'--'-.J..--'--'---'---'---'------'--'-...J...-L.----1-L--'-...J...--'--------'--'--"---'--L.....I u, ... % IE ... 0 2 ...I ... ... ... u, 3 1970 . JAN Ftl MM APR NA'I -.u Y AUG S(PT OCT lrl>V DEC ---_wg~ --SERVICE WATER MAT POM' -----SERVICE WATER MAT POINf I JAN FEB MAR APR IMY JUHi: .U.Y AUG S[PT OCT trrtnv on-J JAN iEa IIIIAfl APR MAY ... .-..111,a Y AU8 _.,,,. OCT WAI n.-c I JAN n:* IIAII APtl IIAY -..... 1971 1972 -------NOTE: PERMANENT BENCH MARI< FOR THIS SURVEY IS DEEP WELL CASING NO. IO. ALL DATA SHOWN IS RAW SURVEY DATA REFERENCED FRlM ANO TIED-IN TO WELL CASING NO. IO. M*~ .. ' , '--* . -,,,' '
(., DUKE ENERGY Q JAN FE .,, ... :r 0 !: ... z ... .J ... ... ... .,, 2 3 LEGEND --DIESEL ----DIESEL DIESEL 1970 GENERATOfl BLDG. GENERATOR BLDG. GENERATOR BLDG. 1970 OCT NOV DEC I JAN f 1972 1911 I MAR APR MAY J U NE JU LY Ai.JG SEPT OCT NOV DEC AN f B MAR APR 1973 l'OINT I POINT 2 l'OINT 3 1971 1972 1973 0 J.&N FEB MAR APR MAY JUNE JU..Y AUG SE PT OCT NOV DEC JAN FEB MAR APA MAY .Jl.ltl,AJLY AUG SEPT oc, Nov oEcl JAN FEB IIIAfl APR MAY 11-ULY AUfi .: .. -**-DEC I JAN FEB MM AN MAY JUN[ .,, ... :r ... z ... 2 .J ... ... ... .,, 3 ---LEGElj --DIESEL GENERATOfl BLDG. ----* DIESEL GENERATOR BLDG . I I POINT 4 POINT 5 I .JJ2!L_ PERMANENT BENCH MARK FOR Tl11S SURVEY IS DEEP WELL CASING NO 10. ALL DATA Sl()WN. IS RAW SURVEY DATA REFERENCED A10M AND TIED-IN TO WELL CASING NO. 10. "7 -,......, ..........
t: I I
(., DUKE ENERGY BORING NO. S}A N 79.965 E 213081220 GROUND SURFACE EL +13.60 isAMPU: j P£N£TMTION El.EV. DEPTH DESCRIPTION uses RESISTANCE 111!:MARKS FEET FEET TYPE BLOWS Pt:R FOOT 10 zo JO 40 IO ... -... -.. 10 ... - ... - ... -... -~~---" LOOSE FINE SAND SP . ' .. --1 (l , .. ----0 .. -' I ' 14.0' . ' ... --*--------15 0 .. ' r (21.1) .. -* LOOSE SAND ' SW ... -... -19.0' -, , ... 20 0 * (46.5) ... -VERY SOFT SANDY CLAY CL ---10 ... -24.0' ... -t~ 25 0 1-(76.9) ll ... -MEDIUM STIFF SILTY CLAY -CH --SOME SHELLS ... -29.0' ------30 0 t (47 .4) --SOFT SAl~DY CLAY -SOME SAND CL ... -LENSES -20 ... -,34.0' ----1c; 0 i-.. (60.0) * ... -----I MEDIUM STIFF SILTY CLAY -... -CH 40 0 (38. 9) SOME SHELLS '\ ... -... --JO ... -, , I ... -45 0 .-._ (25.0) --., MEDIUM DENSE FINE SAND SP ... -... -. . ... -50 .. '
(., DUKE ENERGY BORING No.c~ N 79.965 E 213081220 GROUND SURFACE EL. +13.60 lsAMPU " PENETRATION ELEV. DEPTH TVPE I DESCRIPTION uses RESISTANCE REMARKS FEET FEET 8LOWS PER FOOT 10 20 JO 40 to ,--:0 SAND AND SHELLS ,--l'-' CLAYEY FINE JJ~p OF -40 .... -54.0' OCK. *"-. ,-VERY HARD SHELL LIMESTONE
-USED BX 'i'i iCJ -:s~ SOME VUGS CORI:: 1-5/8" .... 57.0' DIA. .... -t---1 c; -l'.O --i .... --so -. SOFT SANDY SHELL LIMESTONE
.... ,-28 ' 65 (DENSE) ... -... ---69.0' 7 -70 I --I SOFT TO MEDIL'M HARD SANDY ' I -I I .... -60 ... -a l SHELL LIMESTONE I ,-75 75.0 1 I I 1 rr-r I .... -I I .... -I --l SOFT TO HARD SA1IDY SHELL I 5 -An 't ' LIMESTONE
-SOME VtlGS I --' I ... --70 .... -12 l 84.0' .... A<; '1' ' t---; i.. ---l I -30 NO RECOVERY -Q(\ v I WASH SAMPLE -HARD CONCLOMERATIC SHELL CONTAINS ... .... -BROKEN -LL"tESTONE (LIMESTONE AGGREGATE, SHELLS -An ,-0 .... ,-Qt; ._. VUGS) t---' ' ----' ... 1 (\(\ -63 ..i. '
(., DUKE ENERGY ELEV. I 0£1>Ti; iSA¥PU:I FEET I FEE, T"IPE '! -100 i ii: = ... ,in_= .. ... 115 ---... ---30 I I i o l SORl"IG NO.C~ N 79,965 E 2,Jos,220 GROIJNO SURFACE EL. +13.60 DESCRIPTION HARD CONGL O MERAIIC SHE~L LIMESTONE A N D SHELL LIMESTONE (OENSE WITH VUGS) uses _____________
1...,1 ... 3,.. . ..,._o'-+----t VERY SOFT DRILLING :;o RECOVERY PENETRATION RESISTANCE BLOWS Pl!R FOOT 10 20 JO .., I 120 r i 120.8' -------"'1
i-.--i----~~-::-=-==---r-~
I I r -... --110 ,_ -.... 125 ... 1 p MEDIUM HARD TO HARD SHELL , (3. oi h LL'!ESTONE (MEDIUM DENSE To I 37_ }t:::J:::'
VERY POROUS -VUGS) 124.0' I = ( 2. 6 ! SOFT TO MEDIUM HARD *SANDY -i -22 ,I... -SHELL LIMESTONE (POROUS 1)0 = (l.J~ 10 ... b -120 t t WITH Vt/GS) 134,U' 1)5 ! y I 7 , -j (0.8) -u . .s.4[139.oi 14 ... *
I i I i ----j -l SOFT TO 11£DIUh HARD SAND":{ SllELl ---------------t---1 BOTTOM *oF BORING 139.0' I i I i I I ' I ! j I I ! ! ; I I REMARKS TOP OF CASTLE HAYNE P-IEZOHETER INSTALLED BORING NO.W> N 751810 E 21297,965 GROUND SURFACE EL. +J.§.12g
PENETMTION ELEV. DEPTH isAMP\£ *! DESCRIPTION uses RESISTANCE MIIHIIKS FEET FEET TYPE ILOWS 111:11 FOOT 10 "' JO 40 10 .... -LO()SF'. FTtJr c AtJn 1 ~' CD ... (15.2) --f." LOOSE TO MEDIUM DENSE CLAYEY .... -.. )-5 0 MEDIUM FI N E S}ND -TP.ACE OF SP * -(17.5) ... -. . SILT 7 .0 I ... -.. 10 ,_ ____ -* .. **":": LOOSE CLAYEY SAND SC ... -0 ~* 10 0 -(28. 9) -~. I --<* --: --.. . , --;* VERY LOOSE TO LOOSE SILTY 15 0 -(33.f,) SM. It ... -! ; SAND 0 ... -*) ---1---: 10 n * --20 l!l"'/ / l -. ' < SOFT SILTY CLAY t\ND SftND --) ' -' LENSES CL .... '.i~t 71,. n* --25 0 ** '!fl '-(6*-. 3) l~ MEDIUM STIFF SILTY CLAY, S>ND I I--I--AND SHELL LENSES CL -10 . -/'{ ?o o* ... -30 0 -(123.8) t ------MEDIUM STIFF TO STIFF SILTY -1~ -0 r~ '-(84.4) I'-,_ I ... -r~ CLAY CL ... --20 j ,J, 10 n * "" 4 0 0 {' -(90. 0) ... -<~ STIFF SILTY CLAY WITH SILT ... -"\',. LENSES (6" SP.&CING)
CL ... -I.I. n* ... -45 0 l'f '-(94.5) 'I ... L~ MEDIUM STIFF TO STIFF SILTY I -(88.3) -CLAY CI. -so -1'r
(., DUKE ENERGY ELEV. DEPTH !SAMPLE FEET FEET TYPE '--" --------5~ 0 ---l.O -.... -60 . .) -.... .... -i .,_ 65 -lilO<!> .. -I I .. -! -~o -.... 70 -lI.oo.A V . -t-, - -... --~ 7C:. ... -... -_-..bQ_ ----RO -Qi.A ..,. -------85 -ll..0.0.L:,_
V --.... --70 -.... -1.l.illl.L".
on V .... -.... ----95 -ILao...:::::...
"" ----__ ,_ -40A -V , ,,n 76 '!I I \: -~ ff -* .... . ' \ -~,.. ., . I rS g -~ ~-,**-, *r 1., ..... . I* !~ ' *-, :o~ ...5 9-: ~: ..... ..,._1 ,... ' r-,---::::-, BORING NO.CJiZ.'i N 75, 1:110 E 2,297,%5 GROUND SURFACE EL ;tJa.ac P*NETRATION DESCRIPTION uses IIESISTMIC( REMARKS ILOWS Pf:R FOOT 10 zo IO IO \ -~47 .3) MEDIUM STIFF SILTY CLAY -SOME FINE SANO 54 .O' \ LOOSE MEDIUM FT!-IE SANO -TRACE :'-, t-(36.11)
OF SILT ANO SHt:LLS r---.., TOP OF '-PC'Cl< ' VERY OEl':JSE FINE ,,nm 59 Q' ' --* SOFT TO MEDIUM HARD .MEDIUM. DENSE SHELL LIMESTONE 62.6' \.l.J.UJ HARO MASSIVE TO SLIGHTLY STARTED NX C'ORING BROKEN DENSE SHELL LI?-'ESTONE (2-1/8" DIA.. (VUGGIE) 67.6' CORE) MEDIUM HARO SLIGHTLY SPOKEN SHELL LI?-'ESTONE
-VE!IY POROUS 70 F,' SOFT TO MF.OIL'~ HA.RO BROKEN SHELL LIMESTONE (VUGGIE) 75. 8 I HARO MASSIVE SHF.LL Lil'ESTONE
-OENSF. 78.J' SOFT TO MEDIUM H.ARO B!!OKEN TO SLIGHTLY BROKEN SHELL LI~STONE -POROUS RC:. 0 1 HARO BROKEN TO SLIGHTLY B!IOKEN CONGLOMERATIC SHELL Lil'ESTONE (VUGGIE) 88 2' SOFT BROKEN SHELL LIMESTONE
-POROUS, FRIABLE 93.7' VERY BROKEN TO BROKEN CONGLOMERATIC MEDIUM. H~RO TO SHF.LL LIMESTONE v
(-, DUKE ENERGY *LEV. DEPTH SAMPl£ FEET FEET TYPE ,... ---76/: ' ,... 1 05 -,_ --90 ... -8 .. ...... --2-<; ... l!O -... -(3.0) .. -.. -,... 115-,... -(0.8) .. -ll.0.0....:..'._
-10 0 ..... ----... 120 -... -(0.4) ... -... -..90 .. ... -125 ... -(0.6) -,,.l.0.9 . ..8.. .. 127.f 0 1 ,... -,... -.. -... -,--,--,--,... -.. -... -... -----,--.. -.. -.. -,... -II I 11~ . ;_-, r=* T .... ,,,.., :r'. ...;: J ;t l' Cl 9. I; IF""* ...... . ,*:.: h* .:..: I-"-,._-,. .,. , ..... .. It~ ~;-BORING NO.W'"' N z~.~*g E , ~22 2ll~ GROUND SURFACE EL. -t=J s ca PENETRATION DESCRIPTION uses RESISTANCE IIOIAIIKS ILOWS. PER ,ooT 10 20 JO 40 IO <:AMF A'<: A Dnu.-1n1 1 I lfARD S LIGHTLY SPOKE N TO MASSIVE CONCLOl'!F.RA TT C SHELL L Il-'ESTONE 1n~ n* SOFT TO MEDIU?' HARD SHELL TOP OF Lil-'Esrc N E -SLIGHTLY PORovx 1 11 , CASTLE H>YNF. MEDIUM HARD SPOKEN SHELL L TM.-o:;TnN~
-""""'"' 11n n* -MEDIUM HARD VEPY BPOKEN SHELL LIMESTONE
-POPOUS 113.6' SOFT TO MEDIL'1'i HARD M>SSIVE TO BROKEN MEDIL~! DENSE SHELL LIMESTONE
-SLIGHTLY POROUS 118.3' MEDIUM HARD SLIGHTLY BROKEN t!EDIW. DENSE SHELL LI1"ESTON!l20.~'
S OFT TO 1-'EDitn' HARD SLIGHTLY BROKEN SANDY TEXTL~ED SHELL LIMESTONE
-POROUS, FRI>BLE PIEZOHETER INS:rALLED AT BOTTOM. O F BORING COMPLETION 127.8' OF BOIUNG I BORING COMPLETED 1*29-70

ML18249A128

Text

Navigation menu

Search