NC0003433_FIGURE 11-2_20150902

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CMW-01: pH 6.2 / Sb <1 / As <1 / Ba 229 / Be <1 / B 1830 /
Cr(VI) <0.005 / Co <1 / Fe 52700 / Mn 1250 / Ni <5 /
Se <1 / SO4 <0.1 / TI <0.2 / TDS 240 / V NA
CTMW-01: pH 7.1 / Sb <1 / As <1 / Ba 178 / Be <1 / B 379 /
Cr(VI) <0.005 / Co <1 / Fe 385 / Mn 546 / Ni <5 / Se <1 /
SO4 100 / TI <0.2 / TDS 460 / V NA
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250
240
230
220
210
200
190
180
170
160
150
140
130
120
110
100
90
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ABMW-03
ABMW-03: pH8.3/Sb3.59/As341/Ba137/Be<1/B6360/Cr(VI)0.015/Co<1/Fe91/Mn124/Ni5.45/Se2.32/SO4410/TI0.422/TDS 820/V22.1
ABMW-03S: pH 11.7 / Sb <1 / As 1.09 / Ba 638 / Be <1 / B 205 / Cr(VI) 8.31 / Co <1 / Fe 21 / Mn <5 / Ni 5.72 / Se 1.73 / SO4 58 / TI 0.22 / TDS 780 / V 2.53
ABMW-03BR: pH 7.08 / Sb <1 / As 1.28 / Ba 129 / Be <1 / B 188 / Cr(VI) <0.005 / Co <1 / Fe 1660 / Mn 1690 / Ni <1 / Se <1 / SO4 140 / TI <0.2 / TDS 540 / V <0.3
3'-5': Sb<6.8/As46.2/Ba460/Be2.1/B24.5/Co7.3/Fe11000/Mn51.9/Ni15.7/ Se 14.7 / SO4 <321 / TI <6.8 / V 37.3
19'-20':Sb<9.9/As52.6/Ba316/Be2.3/B29.8/Co6.2j/Fe8410/Mn59/Ni12.3/ Se8.5j/SO4523/TI<9.9/V33
25'-26': Sb<6.7/As<6.7/Ba58.7/Be0.32j/B<16.8/Co5.4j/Fe12500/Mn351/Ni5/Se<6.7/SO4209j/TI<6.7/V29.3
MW-19S: pH5.3/Sb<1/As<1/Ba47/Be<1/B<50/Cr(VI)NA/Co<1/Fe486/Mn27/Ni<1/Se<1/SO42.6/TI<0.2/TDS54/V0.81
0'-2':Sb<3.1/As1.7j/Ba58/Be0.46/B<62.9/Co33.7/ Fe19400/Mn2070/Ni3.9/Se<3.1/SO4447/TI<3.1/V58.8
4'-5': Sb<3.3/As<3.3/Ba41.8/Be0.27j/B41.3j/Co<3.3/Fe38200/Mn52.5/Ni2.4/Se<3.3/SO4<338/TI<3.3/V97
PZ-05: pH5.42/Sb<1/As<1/Ba26/Be<1/B4910/Cr(VI)<1/Co8.24/Fe C
200 / Mn 2990 / Ni 6.53 / Se <1 / SO4 270 / TI <0.2 / TDS 510 / V 0.535 C
CMW-07: pH5.6/Sb<1/As1.1/Ba162/Be<1/B98/Cr(VI)NA/Co16.5/ n
Fe 10300 / Mn 2210 / Ni <5 / Se <1 / SO4 72 / TI <0.2 / TDS 180 / V NA C
CTMW-07: pH 7.17 / Sb <1 / As 1.5 / Ba 49 / Be <1 / B 55 / Cr(VI) NA / Co <1
Fe17/Mn110/Ni<5/Se<1/SO485/TI<0.2/TDS380/VNA
n 111 z
S
700
ABMW-01
ABMW-01: pH 7.96 / Sb <1 / As 582 / Ba 119 / Be <1 / B 2270 / Cr(VI) <0.005 / Co <1 / Fe 1620 / Mn 161 / Ni 1.92 / Se <1 / SO4 96 / TI <0.2 / TDS 280 / V 0.522
ABMW-01S: pH11.18/Sb1.85/As27.7/Ba94/Be<1/B2930/Cr(VI)0.016/Co<1/Fe14/Mn<5/Ni4.5/Se3.4/SO4130/TI<0.2/ TDS 360/V73.3
ABMW-01 BR: pH 8.09 / Sb <1 / As 5.64 / Ba 124 / Be <1 / B 891 / Cr(VI) 10.5 / Co <1 / Fe 173 / Mn 629 / Ni 1.67 / Se <1 / SO4 140 / TI <0.2 / TDS 400 / V 0.867
3'-5': Sb2.1/As54.2/Ba282/Be6.4/B78.7/Co23.1/Fe8070/Mn60.5/Ni39.3/Se21.2/SO4<321/TI<3.3/V105
14'-15%Sb<4.3/As33.5/Ba 192/Be3.5/B33.6/Co15.8/Fe3700/Mn23.1/Ni26/Se45.9/SO4<431/TI<4.3/V71.2
34'-35': Sb2.9j/As35.1/Ba 147/Be2.8/B33.1/Co 10.2/Fe2840/Mn 13.9/Ni 15.2/Se25.8/S04257j/TI<5.4/V63.4
39'-41': Sb<2.8/As<2.8/Ba37/Be0.25j/B<14.2/Co3.9/Fe4280/Mn81.6/Ni3.6/Se<2.8/SO4<284/TI<2.8/V16.1
47'-50': Sb<3.5/As<3.5/Ba23.3/Be0.17/B2.1j/Co3.2j/Fe3910/Mn64.5/Ni2.5/Se<3.5/SO4<327/TI<3.5/V11.1
57'-59':Sb<2.5/As<2.5/Ba65.3/Be0.18j/B<12.5/Co1.3j/Fe3620/Mn2210/Ni1.3/Se<2.5/SO4<258/TI<2.5/V6.7
69'-71': Sb<2.5/As2.9/Ba81.6/ Be0.42/B14.7/Co8.1/Fe10200/Mn386/Ni6.3/Se2.4j/SO4<260/TI<2.5/V12.3
240
MW-16BR: pH7.7/Sb<1/As2.5/Ba360/Be<1/B51/Cr(VI)0.019/Co<1/Fe329/Mn326/Ni<1/Se<1/SO441/TI<0.2/TDS340/V<0.3
MW-16S: pH 6.2 / Sb <1 / As <1 / Ba 160 / Be <1 / B 140 / Cr(VI) <0.006 / Co 3.52 / Fe 93 / Mn 202 / Ni 3.14 / Se <1 / SO4 44 / TI <0.2 / TDS 630 / V 1.1
0'-2': Sb<6.7/As<6.7/Ba69.2/Be0.26j/B<16.8/ Co4.3j/Fe7250/Mn392/Ni3.9/Se<6.7/SO4<360/TI<6.7/V12.1
4'-6': Sb<6.3/As<6.3/Ba130/Be0.3j/B<15.7/Co<6.3/Fe3100/Mn47.7/Ni4.6/Se<6.3/SO4<307/TI<6.3/V13.6
1 1 ITI Ill 3'-15': Sb<6.7/As<6.7/Ba 14.3/Be0.17j/B<16.7/Co6j/Fe 1390/Mn48/Ni 1.4j/Se<6.7/SO4<313/TI<6.7/V7.6
1985 A H B SIN w = CMW-05: pH 5.93 / Sb <1 / As <1 / Ba 32 / Be <1 / B <50 / Cr(VI) NA / Co <1 /
Z Z Fe99/Mn<5/Ni<5/Se<1/SO447/TI<0.2/TDS200/VNA
MW-05BR: pH 11.2 / Sb <1 / As <1 / Ba 37 / Be <1 / B <50 / Cr(VI) NA / Co <1 /
= Q Fe 39/Mn<5/Ni<1/Se<1/SO471/TI<0.2/TDS 220/V14.4
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CMW-01: pH 6.2 / Sb <1 / As <1 / Ba 229 / Be <1 / B 1830 /
Cr(VI) <0.005 / Co <1 / Fe 52700 / Mn 1250 / Ni <5 /
Se <1 / SO4 <0.1 / TI <0.2 / TDS 240 / V NA
CTMW-01: pH 7.1 / Sb <1 / As <1 / Ba 178 / Be <1 / B 379 /
Cr(VI) <0.005 / Co <1 / Fe 385 / Mn 546 / Ni <5 / Se <1 /
SO4 100 / TI <0.2 / TDS 460 / V NA
250
240
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190
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130
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110
100
90
80
70
60
Station
(feet)
SECTION A -A' - BORON
FACING NORTHEAST
ABMW-03
ABMW-03: pH8.3/Sb3.59/As341/Ba137/Be<1/B6360/Cr(VI)0.015/Co<1/Fe91/Mn124/Ni5.45/Se2.32/SO4410/TI0.422/TDS 820/V22.1
ABMW-03S: pH 11.7 / Sb <1 / As 1.09 / Ba 638 / Be <1 / B 205 / Cr(VI) 8.31 / Co <1 / Fe 21 / Mn <5 / Ni 5.72 / Se 1.73 / SO4 58 / TI 0.22 / TDS 780 / V 2.53
ABMW-03BR: pH 7.08 / Sb <1 / As 1.28 / Ba 129 / Be <1 / B 188 / Cr(VI) <0.005 / Co <1 / Fe 1660 / Mn 1690 / Ni <1 / Se <1 / SO4 140 / TI <0.2 / TDS 540 / V <0.3
3'-5': Sb<6.8/As46.2/Ba460/Be2.1/B24.5/Co7.3/Fe11000/Mn51.9/Ni15.7/Se14.7/SO4<321/TI<6.8/V37.3
19'-20':Sb<9.9/As52.6/Ba316/Be2.3/B29.8/Co6.2j/Fe8410/Mn59/Ni12.3/ Se8.5j/SO4523/TI<9.9/V33
25'-26': Sb<6.7/As<6.7/Ba58.7/Be0.32j/B<16.8/Co5.4j/Fe12500/Mn351/Ni5/Se<6.7/SO4209j/TI<6.7/V29.3
MW-19S: pH5.3/Sb<1/As<1/Ba47/Be<1/B<50/Cr(VI)NA/Co<1/Fe486/Mn27/Ni<1/Se<1/SO42.6/TI<0.2/TDS54/V0.81
0'-2': Sb<3.1/As1.7j/Ba58/Be0.46/B<62.9/ Co33.7/Fe19400/Mn2070/Ni3.9/Se<3.1/SO4447/TI<3.1/V58.8
4'-5': Sb<3.3/As<3.3/Ba41.8/Be0.27j/B41.3j/Co<3.3/Fe38200/Mn52.5/Ni2.4/Se<3.3/SO4<338/TI<3.3/V97
rZ-05: pH 5.42 / Sb <1 / As <1 / Ba 26 / Be <1 / B 4910 / Cr(VI) <1 / Co 8.24 / F C)
0 / Mn 2990 / Ni 6.53 / Se <1 / SO4 270 / TI <0.2 / TDS 510 / V 0.535 0
CMW-07:pH5.6/Sb<1/As1.1/Ba162/Be<1/B98/Cr(VI)NA/Co16.5/7
a
Fe 10300 / Mn 2210 / Ni <5 / Se <1 / SO4 72 / TI <0.2 / TDS 180 / V NA o
CTMW-07: pH7.17/Sb<1/As1.5/Ba49/Be<1/B55/Cr(VI)NA/Co<1/ _
Fe17/Mn110/Ni<5/Se<1/SO485/TI<0.2/TDS 380/VNA
200
190
180
170
160
150
140
130
120
110
100
90
80
70
60
c
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co :2
W "-
GRAPHIC SCALE
300 0 300
IN FEET
HORIZONTAL: 1"=300'
30 0 30 60
IN FEET
VERTICAL: 1"=30'
ABMW-01
ABMW-01: pH 7.96 / Sb <1 / As 582 / Ba 119 / Be <1 / B 2270 / Cr(VI) <0.005 / Co <1 / Fe 1620 / Mn 161 / Ni 1.92 / Se <1 / SO4 96 / TI <0.2 / TDS 280 / V 0.522
ABMW-01S: pH11.18/Sb1.85/As27.7/Ba94/Be<1/B2930/Cr(VI)0.016/Co<1/Fe14/Mn<5/Ni4.5/Se3.4/SO4130/TI<0.2/TDS 360/V73.3
ABMW-01 BR: pH 8.09 / Sb <1 / As 5.64 / Ba 124 / Be <1 / B 891 / Cr(VI) 10.5 / Co <1 / Fe 173 / Mn 629 / Ni 1.67 / Se <1 / SO4 140 / TI <0.2 / TDS 400 / V 0.867
3'-5': Sb2.1/As54.2/Ba282/Be6.4/B78.7/Co23.1/Fe8070/Mn60.5/Ni39.3/Se21.2/SO4<321/TI<3.3/V105
14'-15':Sb<4.3/As33.5/Ba192/Be3.5/B33.6/ Co15.8/Fe3700/Mn23.1/Ni26/Se45.9/SO4<431/TI<4.3/V71.2
34'-35': Sb2.9j/As35.1/Ba 147/Be2.8/B33.1/Co 10.2/Fe2840/Mn 13.9/Ni 15.2/Se25.8/S04257j/TI<5.4/V63.4
39'-41':Sb<2.8/As<2.8/Ba37/Be0.25j/B<14.2/Co3.9/ Fe4280/Mn81.6/Ni3.6/Se<2.8/SO4<284/TI<2.8/V16.1
47'-50': Sb<3.5/As<3.5/Ba23.3/Be0.17/B2.1j/Co3.2j/Fe3910/Mn64.5/Ni2.5/Se<3.5/SO4<327/TI<3.5/V11.1
57'-59':Sb<2.5/As<2.5/Ba65.3/Be0.18j/B<12.5/Co1.3j/Fe3620/Mn2210/Ni1.3/Se<2.5/SO4<258/TI<2.5/V6.7
69'-71':Sb<2.5/As2.9/Ba81.6/Be0.42/B14.7/Co8.1/Fe10200/Mn386/Ni6.3/Se2.4j/SO4<260/TI<2.5/V12.3
40
MW-16BR: pH 7.7 / Sb <1 / As 2.5 / Ba 360 / Be <1 / B 51 / Cr(VI) 0.019 / Co <1 / Fe 329 / Mn 326 / Ni <1 / Se <1 / SO4 41 / TI <0.2 / TDS 340 / V <0.3
MW-16S: pH 6.2 / Sb <1 / As <1 / Ba 160 / Be <1 / B 140 / Cr(VI) <0.006 / Co 3.52 / Fe 93 / Mn 202 / Ni 3.14 / Se <1 / SO4 44 / TI <0.2 / TDS 630 / V 1.1
0'-2': Sb<6.7/As<6.7/Ba69.2/Be0.26j/B<16.8/ Co4.3j/Fe7250/Mn392/Ni3.9/Se<6.7/SO4<360/TI<6.7/V12.1
4'-6': Sb<6.3/As<6.3/Ba130/Be0.3j/B<15.7/Co<6.3/Fe3100/Mn47.7/Ni4.6/Se<6.3/SO4<307/TI<6.3/V13.6
13'-15': Sb<6.7/As<6.7/Ba 14.3/Be0.17j/B<16.7/Co6j/Fe 1390/Mn48/Ni 1.4 j / Se <6.7 / SO4 <313 / TI <6.7 / V 7.6
Mt
mom ENNIIIIIIII
MW
Mosul
11
dill
NOUN
IIIIIIIII
Station
(feet)
SECTION A -A' - COBALT
FACING NORTHEAST
I Cr_CAlll
COAL ASH
MIX OF COAL ASH AND SOIL
FILL MATERIAL
CLAY WITH SILT AND FINE SAND
SAND WITH FINES
COARSE SAND WITH GRAVEL
SAPROLITE
WEATHERED ROCK
MUDSTONE BEDROCK
SANDSTONE BEDROCK
WATER LEVEL (JUNE 2015)
HASH MARKS POINT TO
DECREASING CONCENTRATIONS
CONCENTRATION CONTOUR
DASHED WHERE INFERRED
250 CONCENTRATION
NA NOT ANALYZED
INS NOT SAMPLED
ABMW-03BR: WATER ANALYTICAL RESULTS
IN MICROGRAMS PER LITER
0-2': SOIL TOTAL ANALYTICAL RESULTS IN mg/kg
BORING SYMBOLS
SOIL
SAMPLE
WELL SCREEN WITH
CONCENTRATION OF COI
(micrograms per liter)
SOURCES.-
1. DRAWING HAS BEEN SET WITH A PROJECTION OF NORTH
CAROLINA STATE PLANE COORDINATE SYSTEM FIPS 3200
(NAD 83).
2. SELECT TOPOGRAPHIC ADJUSTMENTS BASED ON SITE
SURVEY AND COMPARISON TO AERIAL PHOTOGRAPH.
NOTE:
1. CONTOUR LINES ARE USED FOR REPRESENTATIVE
PURPOSES ONLY AND ARE NOT TO BE USED FOR DESIGN
OR CONSTRUCTION PURPOSES.
2. CROSS SECTION LOCATIONS ARE SHOWN ON FIGURE 2-1
3. 2L / IMAC VALUES EQUALS:
700 micrograms per liter FOR BORON
1 micrograms per liter FOR COBALT
148 River Street, Suite 220
Greenville, South Carolina 29601
864-421-9999
www.synterracorp.com
DRAWN BY: K. ST.CYR I DATE: 8/25/2015
CHECKED BY: C. SUTTELL DATE: 8/25/2015
PROJECT MANAGER: KATHY WEBB
LAYOUT NAME: FIGURE 11-2 AA BORON AND COBALT
DUKE
ENERGY
PROGRESS
CAPE FEAR STEAM ELECTRIC PLANT
500 CP & L ROAD
MONCURE, NORTH CAROLINA
FIGURE 11-2
GEOLOGIC CROSS SECTION
A -A'
BORON AND COBALT