NC0003433_Figure 10-56-CCR Rule Assessment Monitoring Constituent Map-Surficial_20150902

AOA
MW-104 MW-15SU2 MW-15SL3 .` , ,
*' LEGEND
As' CONST RESULT CONST RESULT CONST RESULT n�¢"
BGMW-043 MW-17SLi MW-17SUi MONITORING WELL
Al 27 Al 6850 Al 161 MW 114 PZ 9K
01s
a J -
4 t" + As <1 As 2.47 As 1.91 CONST. RESULT CONST RESULT CONST RESULT
Al 3970 Al 525 AI 607 ti,C' ! -;
Ba 29 Ba 29 Ba 69 CONST RESULT CONST RESULT Q PIEZOMETER
f> - Be <1 Be 10 Be <1 As <1 Al 76 As <1 As <1 Al 62 .,�
`u Ba 91 Ba 126 Ba 42
As <1 As <1
Cd <1 Cd 1.21 Cd <1 � � •• - -DITCH
v as
�q Cr <1 Cr 3.39 Cr <1 Be <1 Ba 59 Be <1 Be 1.3 Ba 30 �.
�� T +4'. Cd <1 Be <1 Cd <1 Cd <1 Be <1 '� �- STREAM
r +c: }i �•` at c■� " r+ CMW-O33 Cu <0.001 Cu 0.0307 Cu <0.001 " Cd <1 , Cd <1
4 Cr <5 Cr <1 Cr <1
Fe 2800 Fe 2490 Fe 38400 Cr <1 Cr <1
CONST RESULT Hg (CVAFS) <0.05 Hg (CVAFS) <0.05 Hg (CVAFS) <0.05 Cu <0.005 Cu <0.001 Cu o.00238 _ , S� ASH BASIN BOUNDARY
Al 50 Mn 12500 Mn 33700 Mn 3860 Fe 3810 Cu <0.001 Fe 175000 Fe 2620 ; Cu <0.001 yK\"\ +•' _ _ _ v
Fe 3810 <0.05 + t Fe 14700 v z +" ! ASH BASIN COMPLIANCE OR REVIEW BOUNDARY
As <1 Hg (CVAFS) <0.05 Hg (CVAFS) <0.05 Hg (CVAFS) • v+
Be <1 Mo <1 Hg (CVAFS) Mo <1 Mo <1 9 (CVAFS) N • ^ DUKE ENERGY PROGESS CAPE FEAR PLANT SITE BOUNDARY
<0.05 H <0.05
Ba 55 Mn 49 Mn 7380 Mn 45500 t - -,
Pb <1 Pb 2.48 Pb <1 Mn 912 Mn 4250
S2 <0.2 S2 <1 S2 <0.1
ABMW-05S3 Cd <1 Pb 1.22 Mo <1 Pb <1 Pb <1 MO <1
Sb <1 Sb <1 Sb <1
Cr <5 Sb <1 Pb <1 S2 <1 S2 <1 Pb <1
CONST RESULT Se <1 Se 1.4519e<1
Cu <0.005 Se <1 S2 <0.1 Sb <1 Sb <1 S2 <0.1
Al 225 SO4 610 SO4 160052
Fe 55 SO4 26 Sb <1 Se <1 Se <1 Sb <1
As <1 TI <0.2 TI 0.218<0.2
Hg (CVAFS) <0.05 TI <0.2 Se <1 SO4 570 SO4 710 Se <1
Ba 61 V 0.366 V 4.57.383 SO4 200 SO4 260
r
Mn 85 �,r.♦•; TI <0.2 TI <0.2
TI <0.2 TI <0.2
Be <1 Mo <1 ` V 0.919 V 0.381
Cd <1 Pb <1 V 0.867 V 0.604
Cr <1 Sb 1 0 #, ' A 1�
CMW-023 Fe 99600 Se 46.8 ° F PZ-02Cu <0.001 s
CONST RESULT Hg (CVAFS) <0.05 SO4 87 �� CONST RESULT
Al 32 TI <0.2 Al 167 ♦ * �' j�
Mn 32400
As <1 Mo 1.69 As <1 MW-16S2 ti
Ba 23 Pb <1 Ba 53 CONST RESULT rey Ci
Be <1 S2 <0.5 Be <1 Al 110 r. i rit* �� •�
Cd <1 Sb <1 Cd <1 As <1�
Cr 5 Se <1 �a Cr <1 Ba 160 ,�-. 'a • ' s` r- r a 1r _ .
1 Cu 0.00142 r �`
Cu <0.005 SO4 1400 m Be <1-
Fe 796 TI 0.306 ��,� ` . Fe 1140 Cd <1
Hg (CVAFS) <0.05 V <° 3 I Hg (CVAFS) <0.05 Cr <1}r
Mn 6760 Q Mn 2440 ti,.
Pb <1 : _ Pb <1 Fe 93
Sb <1 _ � / +� S2 <0.1 Hg (CVAFS) <0.05 1956 ASH y
Se <1 + BASIN ♦v , . Sb <1 Mn <02
SO4 402 • ' _ 1BASINH �•e SO4 180 Pb <1•tl,5, + ♦•'y' ♦ �' p •X.. "♦.
TI
t <
y TI <0.2 Sb o11 s .:r.�. �y M wwr .
4' 6
2 V 1.66 Se <1v
MW-21SL \, y
i SO4 44
CONST RESULT '
Al 38 ; TI <0.2
m ,fi t Constituent Abbreviation Units
Be <1 � �' a CMW-05Ba 30 � r ` � � Aluminum Al µg/L
Cd <1 ,, - CONST RESULT .���
Cr <1 F ■ Al 154 t y
(qy • � J
Cu <0.001 m ' .: As <1 ���777' /y '. • ; .�4 �'�" Antimony Sb µg/L
z - Be <1 4 ^J Arsenic As µg/L
MW-21SU Fe 731 I Ba 32 TE
Hg (CVAFS) <0.05 t Barium Ba µg/L
CONST RESULT Mn 2430 ^ p • Cd <1 t , 't, <y
Al 8180 MO <1 I Cr <5 wY xe i1 ''
As 4.15 Pb <1 , ' Cu <0.005 ` en. ga Beryllium Be µg/L
_ _ ■ +y� .a
' I Fe 99 zk r ` , Cadmium Cd µg/L
Ba 27
o ?'
J Be 8.94 Sb <015 Hg (CVAFS) <0.05 , �; a `(, 4. _y
\ Cd `1 Se <1 n �� Mn <5 - ! �1. * �,'i Chromium Cr µg/L
Cr
Cu 0.022 Soo 903Z B t! r I 2 Pb <1 F Copper Cu mg/L
TI , ABMW-01S
<1 n .
Fe 181
V 0.313 ' `� S 1 ' CONST RESULT Sb �� � Iron Fe µg/L
Hg (CVAFS) <0.05 Q' - Se <1 .�
y' 976 L + Al 720 •,
Mn 9720 SO4 47 Lead Pb µg/L
Mo <1 a (` F As 27.7 y,
Pb <1 f t Ba 94 TI <0.2 Manganese Mn µg/L
Be
S2 <0.1 '
Y�°� ~~' Cd <1 Mercury Hg µg/L
Sb <1
Se 1.98 • '. n . Cr <1 Molybdenum Mo µg/L
m SO4 300 Cu <0.001
Selenium Se µg/L
TI Fe 14
V 0.335
033 +^c� a Hg (CVAFS) <0.05 i{J.. Sulfate SO4 mg/L
e
9 Mn <5
Mo 1240 Sulfide S2 mg/L
1985ASH
CMW_O83 °� BASIN 1985ASH rr Pb <1 Thallium TI
' CONST RESULT , BASIN S2 <0.1 µg/L
_ • ♦^ Sb 1.85 v Vanadium V µg/L o
Al 1 As 131
♦ > : , Se 3.4 a ® F
1 ♦ r SO4 130
Ba 9 Q
'> TI <o.z PZ-03Ss _ " =. ,; 2
., '- •: . - NOTES: y` Be <1 1978ASH ♦ V 73.3 LL
Cd <1 { BASIN ` ' + PZ-O55 CONST RESULT 'f CONCENTRATIONS SHOWN ARE FROM THE APRIL 2015 SAMPLING EVENT.
k Cr <5 1963ASH ♦♦ , ♦ CONST RESULT Al 275 +' ? z CONCENTRATIONS SHOWN ARE FROM THE MAY 2015 SAMPLING EVENT. U
Cu <0.005 d v BASIN d ♦ Al 87 c As <1 _ \ X_ Q
1986A ASH '�'
BASIN 1978 ASH
Fe 41800 ` As <1 t4 Ba 15 "r s CONCENTRATIONS SHOWN ARE FROM THE JUNE 2015 SAMPLING EVENT.
Hg (CVAFS) <0.05 r ♦ Ba 26 ! Be <1 I _c * Z
` Mn 13000 ° CONCENTRATIONS SHOWN ARE FROM THE JULY 2015 SAMPLING EVENT. w
2 a Be <1 Cd <1 ,
Mo <1 ABMW-04S m'��
i A
v Cr <1 ' F
Cd <1 SSITE AERIAL ORTHOPHOTOGRAPHY IS DATED APRIL 17, 2014. IT WAS OBTAINED FROM WSP.
'\ Pb <1 CONST RESULT m n' Cr <1 .� CMW-063 cu <0.001 I ; U)
a
Al43 i" eADDITIONAL OFFSITE AERIAL ORTHOPHOTOGRAPHY IS DATED 2012. IT WAS OBTAINED FROM THE IN
Sb <1 z Cu <0.001 CONST RESULT Fe 255 ■ ti" CENTER FOR GEOGRAPHIC INFORMATION AND ANALYSIS O
_1
Se <1 As 1.62 m _• Fe 200 AI 388 Hg (CVAFS) <0.05 AT (httpa/services.nconemap.govl)
_ " f SO4 47 Ba 94 Hg (CVAFS) <0.05 As <1 Mn 182 I 7 PARCEL BOUNDARY WAS OBTAINED FROM THE NC CENTER FOR GEOGRAPHIC INFORMATION AND Z
i�'
<° 2 Be <1 - Mo 1.48 ANALYSIS AT htt llservices.nconema ovl
TI Mn9 : a n 2 0 -�`r _ Ba 18 ( p p 9 )
Cd <1 Mo <1 Be <1 Pb <1 H
( : - ` a DRAWING HAS BEEN SET WITH A PROJECTION OF NORTH CAROLINA STATE PLANE COORDINATE Z
' Cr Pb <1 Cd <1 S2 <0.1 I SYSTEM FIPS 320 ( D83I20 ) 0
t Cu <0.001 ABMW-02SU2 Sb <1 t
r'
0 NA 11 .
S2 Cr 5
Fe 18000 CONST RESULT %: Sb <1 Cu <0.005 Se <1 M w
Hg (CVAFS) <0.05 Al2090 SO4 170
i Se <1 Fe 556
Mn 1110 As <1 , ' U
Cl) �, 1970ASH SO4 270 ?� Hg (CVAFS) <0.05 TI <0.2 , J r '4.' d U
TI <0.2 ♦ Mn 204 i x `_ .., �
A Mo 1.27 Ba 28 ', ♦ ' r r r r w
cn BASIN . V 1.97 ti.
Cd <1 1970ASH V 0.535 ` Mo <1 ; n'�� 1 l - GRAPHIC SCALE a
S2 <0.1 w
J BASIN ' ♦ ♦ Pb <1 +:«,d ' , 71+.! 'a• �, I ':- �'� � ri' 1� r .
Sb <1 Cr <1 ° " sb <1 I "� `� 500 250 0 500 1,000
Se 1 Cu 0.00241 ` ` Se <1s
' U
� ` SO4 5 Fe 15900 �d - � ✓ �, � �� soa 160 ' _ �' �` IN FEET 2
TI <0.2 Hg (CVAFS) <0.05 'w t ♦ TI <0.2 I ,
V 0.328 Mn 1540 ■ ` ♦♦ +. , SR`' 9 0
Mo <1 ' ♦ ■ 1924 4,
Pb 6.24 MW-123 `� MW-18S3
S2 <0.5 CONST RESULT 5 .♦ CONST RESULT C7
LL
® PZ-04 �
Sb <1 Al <5 ` Al 325
Se <1 �( As <1s\.$41�� CONST RESULT ♦♦ As <1
Q
SO4 270 Ba 55 Al 87 ` Ba 10 �
TI <0.2 �90 MW-19Si Be <1 - - - As <1 Be <1 QI
V <0.3 0 <1 • Ba 36 Cd <1
CONST RESULT 3 Cd
U
CMW-07 Be <1 U
�rpiG Al 998 CONST RESULT Cr <1 ` ` Cd <1 Cr . syn erra
U
6` As <1 Cu <0.001 ♦ Cu <0.001 0
ABMW-03S2 Ba 47 Al 415 Fe 456 Cr <1 Fe 288 �I
LITTLE SHADDOX CREEK As 1.1 Cu <0.001 Hg (CVAFS) <0.05 Q
Ba 16z � 148 RIVER STREET, SUITE 220 CONST RESULT �; Be <1 Hg (CVAFS) <0.05 �
Al 537 . - _ Cd <1 ' Mn 843 ♦ • Fe 1290 Mn 137
As 537 Cr <1 Be <1 Mo 1.57 ♦ Hg (CVAFS) <0.05 MO <1 A n, GREENVILLE, SC 29601 a
✓ Cu <0.001 Cd <1 Pb <1 ` Mn 519 Pb <1 ` �► , '; •� 864-421-9999 LL
Ba 638 H CVAFS <0.05 Sb <1 ' .+ Pb �� R ey k{ ! 1 1t a w
r S2 <0.2 + S2 <01 . ,
www.synterracorp.com
Be <1 Fe 10300 < ♦,tr
T Fe 486 Cu <0.005 �{ ! �f r :• U
Cr <5 ♦ ti. ,�
Cd <1 CMW_013 9 ( ) S2 0.1 `♦ Sb <1 g Y.
Mn 27 Se <1 ♦ Se <1
Cr 8.68 CONST RESULT g ( V ) 2210 ' Sb <1
Cu 0.00886
Mo <1 d t
3 H CVAFS <0.05 , �.. ,T
MW-13 SO4 260 SO4 180
Al 299 2 A TI <0.2 w4' , Se <1 TI <02 r',R t �� y C DUKE
U
Fe 21 CONST RESULT MW-20$ F Pb <1 yLU
AS <1 t` MO <1 SO4 150 }AL • t I !•'fir. ",' R .F �! r ?, it.s A` i r c rfr� r of ,+ t -
Hg(CVAFS) <0.05ONST RESULT Fq'' r �', {a Q
V <0.3 V 1.63 t i. + a >� * , �4 F c r�"� J•.
Ba 229 AlAI 206 S2 <2 TI <0.2� +, `f r
Mn <5 As <1 Al 190 ��, Sb <1 r o \ ;. s:' _� q a s -
Mo 56 G Sb <1 r ` p r :.{ » ' t Ar. 'r F f . + RJ a , U
Be <1 6 As <1 V 0.979 a r w ! t 1 G t
to t az s„. 7Zi' t►3 r'A'µ ,44 11� + 4 ,j�
t S \ I +1 = r 1,
Ba 102 Se <1 ■ f� Wes{ u ho�H r i y
Cd <1 Se <1 ■ , ►Wl: l.iF . ��y,�Y, f.t." z 7 ;c' s r c4U�, ERGY o
Be <1 SO4 e i a r F <: t 3� i o
Pb <1 Ba 163 t/
304 72 ' 4 ♦ rc ° t! t t�i K+ r� ti co
Cd `' TI PROGRESS
S2 <0.1 Cr <5 Be <1 I I : ` 1 c�
Cu <0.005 TI <0.2 r <... t
Sb <1 Fe 52700 Cr <1 Cd <1 V 0.81
Se 1.73 Cu <0.001 Cr <1 ' !�, r 2 r , '�' r h y ti cA
Hg (CVAFS) <0.05 ? " '` CAPE FEAR PLANT W
SO4 58 Fe 248 Cu <0.001
Mn 1250 r Hg (CVAFS) <0.05 "• 500 CP&L ROAD °o
TI 0.22 Fe 4270 ■ e
V 2.53 Pb <� Mn 820 Hg (CVAFS) <0.05 - -7 MONCURE, NORTH CAROLINA 27559 a
Mo <1 Mn 1210 �.r ` re ' • �'
Sb <1 Pb <1 Mo <1 ► r/ fir , _" DRAWN BY: A. ROBINSON DATE: 8/29/2015
Se SO4 011 r t Of
S2 <0.2 Pb <1 ! 7 i .�` z '-` . ^, �``� `" �" HECKED BY: J. MEADOWS DATE: 8/29/2015 z
:, s2 <0.2 1wW1 t'
TI oz. { se <1 sb <1 m W :. ROJECT MANAGER: C. SUTTELL Y
; tiJ SO4 91 Se <1 r
TI 0.297 SO4 52 •
,"�1: FIGURE 10-56
V 1.03
SR A425 •*i +'y,+�"il`� k ` r
CCR RULE ASSESSMENT MONITORING CONSTITUENT MAP
SURFICIAL WELLS
� F
co0,1Z 00
a 4
_ N